ethiopian journal of pediatrics and child health
TRANSCRIPT
ETHIOPIAN JOURNAL OF
PEDIATRICS AND CHILD
HEALTH
July 2011, Volume VII, Number 7
Original articles Pursuance of Quality Child Survival, Development, and Wellbeing Strategic Re- directions in
settings such as the Contemporary Ethiopia
Mullugeta Betre Gebremariam (MD, MPH)
Antiretroviral Related adverse drug reactions among HIV-1 infected children on first line
regimen at Tikur Anbesa Specialized Hospital, Addis Ababa-Ethiopia.
Anteneh.A MD , Amha M ekasha MD , Endale. T, MD, Wubegzier.M BSC
Measles outbreak investigation in west Hararghie zone of Oromia region, Ethiopia, 2007
Kassahun Mitik. , MD, MPH , Wendemagegn Kegne ,MD,MPH
Assessment of knowledge, Attitude, and Practice about immediate newborn care among health
care providers in Addis Ababa Public Health Centers
Meseret Tesfaye Wondafrash Alemaya University
Case Report
Atnafu Mekonnen , MD
Notes for contributors Acknowledgments
Ethiopian Pediatric Society Tele: 251-011-860-28-43
E-mail: [email protected] P.O. Box- 14205
Addis Ababa, Ethiopia
Ethiopian Journal of Pediatrics and Child Health The official organ of Ethiopian Pediatric Society
Tel-251-01-860-28-43 E-mail [email protected] / [email protected]
Addis Ababa Ethiopia
The Ethiopian Journal of Pediatrics and Child Health aims to contribute towards the
improvement of child health in developing countries, particularly in Ethiopia. The journal
publishes original articles, reviews, case reports pertaining to health problems of children.
Editorial board Bogale Worku ,Prof Editor-in-chief
Amha Mekasha, MD, Msc
Kassahun Mitiku, MD
Sirak Hialu, MD
Table of contents Original articles Pursuance of Quality Child Survival, Development, and Wellbeing Strategic Re- directions in
settings such as the Contemporary Ethiopia --------------------------------------------
Mullugeta Betre Gebremariam (MD, MPH)
Antiretroviral Related adverse drug reactions among HIV-1 infected children on first line
regimen at Tikur Anbesa Specialized Hospital, Addis Ababa-Ethiopia.---------------
Anteneh.A MD , Amha M ekasha MD , Endale. T, MD, Wubegzier.M BSC
Measles outbreak investigation in west Hararghie zone of Oromia region, Ethiopia, 2007 --------
Kassahun Mitik. , MD, MPH , Wendemagegn Kegne ,MD,MPH
Assessment of knowledge, Attitude, and Practice about immediate newborn care among health
care providers in Addis Ababa Public Health Centers ----------------------------------------
Meseret Tesfaye Wondafrash Alemaya University
Case Report --------------------------------------------------------------------------------------------
Atnafu Mekonnen , MD
Notes for contributors --------------------------------------------------------------------------------------------- Acknowledgments --------------------------------------------------------------------------------------------------
Pursuance of Quality Child Survival, Development, and Wellbeing Strategic Re-directions
in settings such as the Contemporary Ethiopia
Mulugeta Betre Gebremariam (MD, MPH)
Abstract
This article draws balanced attention of Academicians, Researchers, Service Providers,
Program Managers, and Policy Makers together with all the other broader arrays of
stakeholders of Pediatrics and Child Health, within Ethiopia and around the globe, towards
concerted pursuance of Quality Child Survival, Development, and Wellbeing Strategic
Redirections agenda.
To this effect, through a systematic review discourse, the article does concisely discuss the
background contexts of Child Health and Child Survival Movement, value additions of the global
Child Survival endeavoring, inherent limitations of the conventional Child Survival movement,
moral grounding of the Quality Child Survival, Development, and Wellbeing Strategic
Redirections, anticipated comparative benefits, and proposed essential considerations. The
review had focused on and drawn from the set of selectively pertinent published and unpublished
resource materials.
By spotlighting and thus stimulating the necessary level of dialogue around the theme among all
the ranges of key players and stakeholders, this piece of work attempts to complement further
reinvigorating of the Child Health, Development, and Wellbeing policy, program and service
development dynamics, particularly, in settings similar with that of the contemporary Ethiopia.
Presumably plausible pathways of pursuance are highlighted.
Key words: Child Health, Child Survival,
Child Development, Quality Child Survival
and Development, Child Wellbeing, etc.
Brief background of child health and
global child survival movement
(“revolution)
Progressive improvement of the quality of
health and wellbeing of the child is going to
remain one of the lifetime priority agendas
of human beings of all races. In this respect,
successively global, regional and local level
child health care initiatives have been
entertained, particularly, during the 20th
and
21st centuries (1-8). One of these initiatives
is the Child Survival Strategic Programming
(2, 3, 6-8). In fact, it was not uncommon to
read about the particular strategy as a global
“Child Survival and Development
Revolution (CSDR)” already since the early
1980s and onward (9, 10). The Child
Survival Strategy has been further endorsed
making the essential component of the
Millennium Development Goals (MDGs) of
the Millennium Declaration Summit (11).
The Millennium Development Goals
together with the correspondingly specified
set of targets and indicators are seen
relatively comprehensive and broadly
rallying milestones (6, 11). Accordingly,
paces of implementation, coverage and
improvement child and maternal survival, in
particular, have been streamlined with the
launch of Countdown 2015 (12).
At the same time, however, we really have
been witnessing dynamic conceptual
transitioning from the merely “Child
Survival”, “MDG4”, “etc.” calls (2, 3, 6-8,
11) to a a more broader perspectives of “A
World Fit to Children” resolution (13, 14).
Contemporary individuals and states alike
are being charged with and hence challenged
to fulfilling this global promise. It means
that concrete programmatic translation of
the quoted aspirations, principles and
declarations are essentially desired simply
because every child „demands‟ optimal adult
action no later than now.
Important value additions of the global
child survival movement (“revolution”)
Undoubtedly, averting and reducing of
mortalities at the earliest possible timing
along the lifecycle is legitimate and
foundational. In this particular respect, the
accomplishments globally over the years
have been steadily encouraging (Figure 1).
Mortality decline patterns and trends have
been progressively favorable if yet not
optimal. Again, although not evenly enough
across all of the countries, under-five, infant
and neonatal mortality rates have been
declining, including among the high burden
countries in Africa since 1990 (2, 12, 17-
18). On aggregate, globally, it was possible
to reduce from an estimated 15 million in
1980 to 8.8 million in 2009/10 of the under-
five death occurrence. Despite the lagging
and/or slow progress, and still, consistent
features have been prevailing for Ethiopia
over these decades (Figure 2) (2, 12, 15-17).
Therefore, mortality reduction contributions
of the Child Survival movement remain
undisputable. Moreover, the Child Survival
movement has been highly instrumental in
garnering and consolidation of broader
collaboration and partnerships mechanisms
among diversity of players and stakeholders
around child health in general. Growth
monitoring, oral rehydration, breastfeeding,
immunization (GOBI), expanded
programme of immunization, (EPI), baby
friendly hospital/health facility initiative
(BFHI), global alliance for vaccine initiative
(GAVI), integrated management of
(maternal) newborn and childhood illnesses
(I[M]MNCI), partnership for maternal,
newborn and child health (PMNCH), etc are
just few of the examples (2,12,17-18).
However, unless properly re-oriented and
consolidated, the scale of focus on Survival
per se may tend to somehow undermine
other important dimensions and most
importantly around effectively addressing
the quality of child survival and
development.
Inherent limitations of the global as well as
the national child survival movement
(“revolution”)
With all the recognition of its advantages
and successes, the Child Survival Strategy
cannot escape some criticisms. As important
as it is, however, mortality reduction on its
own is just one piece along the whole
equation of survival and wellness (3-5, 18-
19, 21). Quality of survival, development
and wellness will continue surfacing
considerably extent to the indefinite future
(10, 13-14, 18-22). For instance, even with
the notions of “essential” and “maximum”
packaging of interventional approaches (6)
apparently embedded, and still, the greater
emphasis has been on mortality reduction in
connection to which several dimensions of
quality of child survival, development, and
wellness have been destined to receiving
relatively insignificant attention by all the
concerned at all levels. Moreover, with the
emergence and consolidation of the broad-
based and widely cross-cutting “Health
Promotion” ever since the mid-1980s
already (20), the quest for the advancement
of holistic quality child survival,
development and wellness must bear
overarching legitimacy of paramount
importance with ultimate far-reaching
dividends. Pursuance of quality of health
and development perspective may as well be
an effective avenue in respect to addressing
the prevailing equity gaps. At the same time,
bridging the quality gap is going to remain a
timeless demand.
Suffice to simply cite the following vivid
illustrative example on why we need to exert
concerted and sustained effort on optimal or
quality child health (survival), development
and wellness. Due to ranges of
developmental risk factors involved during
the under-five years of age alone, on top of
the nearly 9 million deaths, we still have up
to 200 million more children (Figure 3),
largely in developing countries, which have
not been able to attain their potentials
annually given the current mode as well as
state of survival interventions (19, 21). As
very clearly depicted in Figure 3, several
Sub-Saharan African countries, including
Ethiopia, are among the highest child risk
burden countries of the world. This huge
level of estimate should warrant greatest
interest of all. There is a lot to learn from
compellingly illustrative study of the
Guatemala example on how long-term
socio-economic may be adversely affected
due to poor quality of survival which had
gotten compounded by multiple early
childhood risks (Figure 4).
In connection, seriously intriguing queries
such as “but what kind of survival, why and
so forth?” are supposed to become of main
logical interests. Partly, as also, such kinds
of queries may get generated due to the
incremental demand equation nature of
human beings. At the very least, with the
very rigorous increase of access and
coverage to child survival, presumably the
demand to quality will ultimately grow.
On the other hand, whether dictated by
resource availability, accountability‟s sake,
or any other reasons, the conventional Child
Survival programming IMNCI included had
often ended up with relatively disease-
driven, isolated, narrowly short-termed,
partial and sub-optimally flexible outlooks,
structures and tools (4-5,10, 18). Also, over
the years it has been becoming more and
more apparent that the whole array of child
health matters being simply equated to
nothing else other than the mere under-five
childhood survival issues and, as a matter of
fact, even by health professionals (4-5, 10).
Another inherent shortcoming of child
survival could have been inadvertent
underestimation of national potentials (5,
17-18). Often several of the initiatives have
been externally and/or medical technology
driven and not system oriented for quite
long. Again, in connection, there have been
seriously gray areas prevailing around
making critical balance between “project” vs
“program” with potential susceptibility to
the cycle of unjustified “dependency” (3, 5,
10, 17). In contrast, over the recent years,
we have been witnessing what it really
would mean about the shift in favor of
concerted national leadership, social
mobilization and system-wide approaches,
including systems strengthening in particular
(16-18), again, lending important lessons
towards further boosting the pursuance of
quality child health and development
strategizing in settings such as the
contemporary Ethiopia.
Therefore, in order for survival to become
increasingly and rightfully rewarding to both
the individual and to the larger society
(nation), it is highly desirable to minimize
all forms of risks to disability and to
impaired functional ability along the
lifespan continuum. Otherwise, for each of
the under-five childhood mortality that
could have been averted, we may still end
up with hundreds and even thousands of
disabilities cumulating (19)
Premises of the moral grounding,
timeliness and comparative benefits of the
strategic re-direction for quality child
survival, development, wellbeing in settings
such as the contemporary Ethiopia
A contemporary developing country such as
Ethiopia is expected to catch up and then
remain solidly competitive practically in all
dimensions in to the future, including in the
health sector and more particularly in
respect to the health and well-being of the
generations to come. In order to result in
real qualitative, substantive, and sustainable
difference, therefore, “the business as usual”
paradigm of the institutional, together with
the programmatic, framework of any given
setting had to get constantly challenged and
„modernized‟ or transformed. Also, access,
coverage and quality should not be matters
of one after the other logical sequencing but
should rather become foundationally and
cohesively concomitant and synergistic in-
built instrumentation to each other‟s
complementarities and best (maximal)
effects.
Generally, again, the re-focus on quality
child survival, development, and wellbeing
pursuance can be viewed soundly consistent
with all other important initiatives such as
quality education, quality products, quality
services, etc. Notwithstanding the favorably
promising patterns and trends of the poly-
sectoral growth and development dynamics
in ranges of developing countries, including
contemporary Ethiopia, it practically will be
impossible to soundly as well as sustainably
realize the national vision and the
corresponding goals without properly
ensuring quality survival, development, and
wellbeing of young people. The notions
such as: “A World Fit for Children” (13) and
the “Convention on the Right of the Child
(14), essentially, will mean to propagate this
very re-direction.
In a nutshell, it simply means that whatever
kind of initiative we are implementing,
pursuance of quality child survival,
development, and wellbeing perspective will
occupy the center most stage and thus
everything that we are doing will meet
highest quality of standards. Whilst stated
simply, at the same time, we do recognize
well that it has got diversity of moral and
system-wide commitment implications.
On the other hand, for some of us,
emphasizing on quality child survival,
development, and wellbeing strategic
redirection might sound a miss focus and a
miss prioritization. We bet it is by no means.
First and foremost, it may just be the case
that some of us at this particular time may
find ourselves challenged to properly
addressing these kinds of prevailing
misconceptions or misperceptions.
Secondly, “priority” setting and
“prioritization”, essentially, should mean
properly tailoring and targeting but never
undermining one or the other aspects of the
continuum or spectrum. Thirdly, in the same
notion, it can never be too ambitious, too
undoable, and too early to be able to
institutionalizing increasingly more
farsighted, integrative, of highest quality and
sustainable enough program pathways (13-
14, 18-22). Fourthly, it becomes more of
about striking the right balance between the
short- and long-term benefits (1, 3-5, 13-14,
20). Fifthly, often than rare, for one or
another factoring, there is a very high
temptation and hence tendency to looking
only to the very immediate, partial, quick-fix
and short-term solutions (4, 10, 19). Despite
these kinds of temptations, the glaring truth
is that we can do something tangibly better
in the very light of the available means and
resources to date. We may draw appropriate
lessons from the unprecedented degree of
resource arrays mobilization that has been
dynamically evolving toward facing the
challenges of HIV/AIDS since the early
1980s.
At the very same time, it is equally
important to underscore that such a strategic
re-directional perspective should by no
means be any reasoning to unwarrantedly
compromising the desired level of tailored
prioritization and strategization along the
spectra of quality child survival,
development, and wellbeing continuum.
Rather the approach should be viewed as
logically essential augment and synergistic
pathway of maximization. Furthermore, it
only means all about most rationally
tailoring all the possible investments in the
respective directions for far better rewarding
outcomes.
Therefore, in very light of this discourse,
child health expert academicians,
researchers, program leaders, and policy
makers together with all the concerned
stakeholders in unison are expected to be
constantly conscious of the complexity and
diversity of the child health, development
and wellbeing needs or demands in any
given contemporary society, including
Ethiopia. The periodical national and
international review processes such as the
Health Sector Development Programme
(HSDP) and something at similar scale may
be found important and timely avenues
towards timely as well as viable pursuance.
Coherent strategizing and programming with
clear view of both the short and long term
outcome perspectives cannot be an
overemphasis - Never easy or simple but, by
any standard, very correct, just and rightful
pathway.
Essential considerations toward fairly
holistic, systematic as well as sustainable
advancement of quality child survival,
development, and wellbeing in settings
such as the contemporary Ethiopia
Admittedly this rather simplified and, at the
same time, of paramount discourse will
serve sensible provocations around
generating incrementally evidenced debates
and dialogues for informing dynamic policy
formulation, developing strategies,
designing programmes, and rendering
optimal services at all levels. Accordingly:
1. Institutionalizing systematic inquiry
mechanisms for greater more evidences
and thereby facilitating the advancement
of progressive innovations on quality child
survival, development, and wellbeing as
rightfully inseparable necessity. It,
therefore. is a high time to ensuring
progressively proactive consolidation of
comprehensive Quality Child Survival,
Development, and Wellbeing Agenda
Framework at the respective levels;
2.Reframing comprehensive enough Quality
Child Survival, Development, and
Wellbeing policy, strategic and
programmatic endeavoring with broader
view of “total” societal mobilization,
including effectively harmonizing and
harnessing family, community‟s and
societal level capitals may still be
warranted;
3. Strengthening coordinated, coherent and
systematic investment on comprehensive
Early Childhood Development avenues is
viewed highly promising and timely;
4. Ensuring the necessary degree of
preparedness and readiness toward
maximizing cohesive, optimal and
sustainable use of all the possible ranges
of available expertise so that all the
possible pathways concertedly connected
together are going to effectively as well as
efficiently leading to ever better quality of
health (survival), development and
wellbeing of the child+ cannot be an over
emphasis;
5. Establishing the necessary institutional
frameworks of regular systematic review
and learning for improvement
opportunities is equally timely; systematic
and timely documentation-exchanges of
the pertinent lessons and best practices
within and outside of given country should
help quite a lot;
6.Maximizing for an ever greater expansion
and consolidation of the broader child+
public health (holistic and quality clinical
care inclusive) and social safety or
security schemes will remain a timeless
agenda. In this connection, suffice to
simply highlight that: “Successful societies
safeguard their future by continually
striving to improve the well-being of their
children. They understand that healthy,
well-developed, educated, and respected
progeny ensure that past achievements
serve as the foundation for continuing
progress” (22).
Sub Saharan Africa’s
Figure 1: Sub Saharan Africa‟s Rate of Performance Progress towards MDG4 by 2006/07
(Source: Reference number 17, Opportunities for African Newborns …)
ETHIOPIA’S
Figure 2: Ethiopia‟s MDG4 Performance Progress by 2006/07 (Source: Reference number 17,
Opportunities for Africa Newborns …)
Global Under-Five Children’s Disadvantages Burden Profiling
Figure 3: Percentage of disadvantaged children under five years in year 2004 (Source: Reference
number 21, Sally Grantham-McGregor et al.)
Early Childhood Risk Burden and Performance Potentials
Figure 4: Relationships between risk factors in early childhood in Guatemala children and
achievement scores in adolescence (source: Reference number 19, Susan P. Walker et al.)
References
1. UNCEF Innocenti Research Centre Report Card 8. The child care transition: A
league table of early childhood education and care in economically advanced
countries. UNICEF Innocenti Research Centre, Piazza SS. Annuziarta, Florence,
Italy, December 2008.
2. UNICEF. The State of the World’s Children’s 2009: Maternal and Newborn
Health. United Nations Children‟s Fund, 3 United Nations Plaza, New York, NY
10017, USA, December 2008.
3. Jennifer Bryce, Cesar J. Victoria, Jean-Pierre Habicht, Robert E. Black, and Robert
W. Scherpbier (on behalf of MCE-IMCI Advisors). Programmatic pathways to
Child Survival: results of multi-country evaluation of Integrated Management of
Childhood Illnesses. Health Policy and Planning, 2005; Vol 20 (Supplement 1):i5-
i17.
4. C. Victoria, A. Wagstaff, J. Shellenberg, D. Gwatkin, M. Claeson, J. Habicht.
Applying an equity lens to child health and mortality: more of the same is not
enough. The Lancet 2003; vol. 362: 233-241.
5. John E. Ehiri and Julie M. Prowse. Child health promotion in Developing
Countries: the case for integrating environmental and social interventions.
Health Policy Planning, 199; 14(1):1-10.
6. WHO Regional Office for Africa. Child Survival: A strategy for the Africa
Region. WHO, UNICEF, and the WB. WHO Regional Office for Africa, Brazzaville,
Congo, 2007
7. Federal Ministry of Health. National Strategy for Child Survival in Ethiopia.
Family Health Department, Federal Ministry of Health, Addis Ababa, Ethiopia, July
2005.
8. Assaye Kassie. Child Survival: Progress towards meeting the MDG4. Ethiopian
Journal of Pediatrics and Child Health, July 2009; vol. V:57-65;
9. James Grant. Child Survival and Development Revolution. Pediatrics in Review.
Pediatrics. American Academy of Pediatrics, December 1986; 8(6):163
10. C. Sufan. The child survival revolution: a critique. Family Practice, 1990; 7(4):329-
332.
11. United Nations. Millennium Development Goals. Millennium Declaration of the
Millennium Summit September 2000. United Nations, New York, NY, USA, 2000.
12. Countdown t0 2015 on Maternal, Newborn and Child Survival. Countdown to 2015
Decade Report (2000 – 2010) with country profiles: taking stock of maternal,
newborn and child survival. World Health Organization (WHO) and United Nations
Children‟s Fund (UNICEF) (in collaboration with the PMNCH secretariat) 2010.
13. United Nations. A World Fit for Children. United Nations Special Session on
Children. United Nations, New York, NY, USA, 2002.
14. UNICEF. The (UN) Convention for the Rights of the Child (CRC). UNICEF, New
York, NY, USA, 1989.
15. Central Statistical Agency (Ethiopia) and ORC Macro. Ethiopia Demographic and
Health Survey 2005. Addis Ababa, Ethiopia and Calverton, Maryland, USA: Central
Statistical Agency and ORC Macro 2006.
16. Federal Ministry of Health of Ethiopia. Health Sector Development Programme
(HSDP III) 2005-2010. Federal Ministry of Health, Addis Ababa, Ethiopia, April
2010.
17. The Partnership for Maternal, Newborn, and Child Health. Opportunities for
African Newborns: Practical data, policy and programmatic support for newborn
care in Africa. The Partnership for Maternal, Newborn and Child Health, WHO,
Geneva, Switzerland, 2006.
18. Mariam Claeson and Roland j. Waldman. The evolution of child health
programmes in developing countries: from targeting diseases to targeting people.
Bulletin of the World Health Organization, 2000; 78:1234-1245.
19. Susan P. Walker, Theodore D. Wachs, Julie Meeks Gardner, Betsey Lozoff, Gail A.
Wasserman, Ernesto Pollitt et al. Child development: risk factors for adverse
outcomes in developing countries. Lancet, 2007; vol 369:145-157.
20. Hans E. Onay. Health promotion competency building in Africa: a call for action.
Global Health Promotion, 2009; 16(2):47-50.
21. Sally Grantham-McGregor, Yin Bun Cheung, Santiago Cueto, Paul Glewwe, Linda
Ritcher, Barbara Strupp, and International Child Development Steering Group. Child
development in developing countries 1: developmental potentials in developing
countries for children in the first five years. Lancet 2007; 369:60-70.
22. WHO. Child Health Research: A foundation for improving child health. Child
and Adolescent Health and Development, Family and Community Health, WHO,
Geneva, Switzerland, 2002.
Acknowledgements
The author duly acknowledged the sources of this discourse. Equally, the author is grateful to the
Ethiopian Pediatric Society for all the motivation and support around this piece of work.
The author declares no conflict of interest of what so ever form and there are no other ethical
implications around this piece of work.
ANTIRETROVIRAL RELATED ADVERSE DRUG REACTIONS AMONG HIV-1
INFECTED CHILDREN ON FIRST LINE REGIMEN AT TIKUR ANBESA
SPECIALIZED HOSPITAL, ADDIS ABABA-ETHIOPIA
Anteneh.A (MD, Resident in pediatrics, PI), Amha.M (MD, Pediatrician, Associate professor,
advisor, AAU-MF), Endale.T (MD, Pediatrician, advisor, AAU-MF), Wubegzier.M (Bsc,
AAU-MF)
DEPARTEMENT OF PEDIATRICS AND CHILD HEALTH, TASH, AAU-MEDICAL
FACULTY, ADDIS ABABA-ETHIOPIA
ABSTRACT
Background: ART has brought significant change in morbidity and mortality among children on HAART. However, antiretroviral related adverse drug reactions are one of the leading causes of drug changes, poor adherence and treatment failure.
Objective: To determine the prevalence, severity and time of occurrence of antiretroviral adverse drug reactions among HIV-1 infected children taking HAART at Tikur Anbesa Specialized Hospital.
Methodology: This is a retrospective analytic cohort study conducted in the department of pediatrics and child health. A special questionnaire was designed to collect parameters from follow up charts of patients on HAART.
Results: A total of 1000 children were enrolled and 600 were eligible and started HAART between Jan 2005-Jan 2010. Out of 600 on ART, 25 (4.2%) died, 75 (12.5%) lost, 50 (8.33%) transferred out and 450 (75%) continued ART until the time of data collection. Fifty patients on HAART were having incompletely filled charts and excluded from the study. Total eligible group for the study were 400 children on HAART of which 212(53%) were males and 188(47%) were females. Majority (83%) had started ART with immune category III and most of them were WHO grade III (50%) and IV (32%). The age at the beginning of ART ranges from 8-180 months and 50% of them were in the range of 60-120 months. There was a total of 12% (48/400) of drug changes due to various reasons. ARV related adverse drug reactions were the leading cause of drug change constituting 41.7% (20/48) of total drug changes. Treatment failure 31.25% (15/48), shifting regimen to FDC 16.7% (8/48) and TB treatment 10.4% (5/48) were other common reasons of drug changes. The prevalence of severe anemia (HCT<21%) was 3.13% (10/320) which occurred exclusively among children taking AZT containing regimen. The prevalence of NVP induced skin rash and hepatitis was 3.34% (6/177) and 1.7% (3/177) respectively. Three cases of neuropathy 3.8% (3/79) and two cases of lipo-dystrophy 2.5% (2/79) were recorded in d4T containing regimen. Chronic illness with concomitant non-ARV drug use had strong association with the development of anemia and hepatitis (P-value <0.005). No other predictive factor was found to have statistically significant association with commonly encountered adverse drug reactions.
Conclusion: ARV related adverse drug reactions are the leading causes of drug changes among children on HAART at Tikur Anbesa Specialized Hospital. Skin rash, anemia, hepatitis, neuropathy and dystrophy are the major adverse drug reactions which required drug changes. Severe skin rash ascribed to nevirapine use appeared early in the course of antiretroviral therapy while neuropathy and lipo-dystrophy due to stavudine administration developed late in the course of treatment. In addition, moderate to severe anemia and hepatitis occurred in patients with chronic illness and concomitant non-ARV medications.
Recommendation: Patient counseling regarding signs and symptoms of ARV related adverse drug reaction and time of occurrence is paramount. Early recognition of side effects and timely intervention could lead to reduction of morbidity and poor adherence. Due attention should be paid for children who have chronic illness and concomitant non-ARV medications. Finally, I recommend prospective trial to demonstrate all types of ARV related adverse drug reactions, grade severity, determine time of occurrence and identify risk factors.
Introduction
HIV/AIDS created enormous challenge to
mankind since it‟s recognition in 1981.
Close to 60 million people are infected out
of which about 40 million are living with
HIV/AIDS. There are more than 2.1 million
under 15 children living with HIV/AIDS of
which 90% live in sub-Saharan African
countries (1, 2).
Ethiopia has an estimated population of 77
million people of whom 44% are children
below 15 years. The adult prevalence of
HIV is 7.7% in urban and 0.9% in rural with
average population prevalence of HIV
around 2.1%. The prevalence of HIV in
children is unknown but there are 134,586
children living with HIV/AID and out of
whom more than 67,000 are estimated to be
eligible for ART but only 4863 were taking
HAART as of March 2008 (3, 4).
More than 90% of children acquire the
infection through mother to child HIV
transmission (MTCT). Despite this, only
10% of HIV infected pregnant ladies are
offered any form of prevention of mother to
child HIV transmission (PMTCT) in sub-
Saharan countries (5).
In resource rich settings HAART has
changed the face of Pediatrics AIDS. HIV
infected children now survive to adolescents
and adult hood. In developed and some areas
of developing nations which have already
implemented pediatrics ART, witnessed
significant reduction of HIV associated
childhood morbidity and mortality (6, 7).
Despite this, antiretroviral therapy has
brought its own challenge which is observed
in different age groups since the time of
initiation. Lifelong drug use, pill burden,
stigma and discrimination, adverse drug
reaction and treatment failure are the leading
challenges of HAART. By and large
antiretroviral adverse drug reactions are
major causes of drug discontinuation, drug
changes, poor adherence, dropouts and
treatment failure (8).
There are no data regarding the prevalence
of antiretroviral adverse drug reactions
among children on HAART in Ethiopia.
Some data from developed nations are very
limited and were done in few children (9).
Most data are from adult HIV/AIDS patients
but extrapolation to children is difficult as
the two groups have different drug dynamics
(10).
The Federal HAPCO of Ethiopia has
developed pediatric ART guide line.
Combinations of NNRTIs and NRTIs are
used as a first line antiretroviral therapy in
ART naïve children throughout the country.
AZT, D4T and 3TC are drugs used in NRTI
group while NVP and EFV are drugs in
NNRTI group. Second line options are
combinations of ABC, DDI, boosted LPV/R
and other PIs.
Among first line antiretroviral drugs, several
side effects have been observed in children
taking HAART. NVP taking children have
developed skin rashes of variable degree
within few weeks of therapy while those on
AZT manifested with moderate to severe
anemia. GIT upsets are also frequent and
develop almost in all types of antiretroviral
therapy. In addition, longer duration of
antiretroviral therapy particularly stavudine
(d4T) leads to the development of peripheral
neuropathy and lypodystrophy syndromes in
adolescents (11).
Both adults and children on first line agents
are observed to develop anemia, skin rashes,
hepatitis and peripheral neuropathy. The
occurrence of neuropathy, lipodystrophy and
lactic acidosis are higher in adults than
children (12). Commonly encountered ART
related adverse drug reactions are analyzed
in this study but adverse drug reactions
which are difficult neither to document
clinically nor require expensive laboratory
test and imaging are left unstudied such as
lactic acidosis, hyperlipidemia and other
metabolic complications.
Objectives
General objectives
To determine the prevalence of antiretroviral
adverse drug reactions among children on
first line regimen between Jan 2005- Jan
2010 at Tikur Anbesa Specialized hospital,
department of Pediatrics and child health,
AAU-MF.
Specific objectives
1. To determine the prevalence of different
types of antiretroviral adverse drug
reactions among children on first line
antiretroviral therapy.
2. To assess the severity of adverse drug
reactions by determining the rate of drug
change due to HAART related severe
toxicity.
3. To estimate the average time of
occurrence of specific adverse drug
reactions in children taking HAART.
4. To determine factors associated with the
development of ARV related adverse drug
reactions among children taking HAART.
Operational definitions
Adverse drug reactions: WHO definitions
of an adverse drug reaction is stated as „‟any
response to the drug that is noxious or
unintended and which occurs at doses used
in man for the purpose of prophylaxis,
diagnosis or treatment‟‟.
Drug interaction: Any unwanted drug side
effect resulting from the opposing or
additive effect of two or more drugs taken
together.
Drug change: Drug changes are made for
treatment failure, severe adverse drug
reactions, and drug interactions or due to
other reasons. Drug change in the context of
ART consists of drug substitution or
switching. Total regimen switching from
first line to second line ART is made during
treatment failure. In case of drug
substitution only the offending drug will be
replaced by better alternative especially
when severe adverse effect is observed.
Anemia: A decrement in red blood cell
mass or packed cell volume apparent
clinically as palmar pallor, fatigue,
dizziness, dyspnea and even over congestive
heart failure. It is confirmed by doing HB or
HCT level which is also helpful for grading
of severity. Mild –grade 1 (10-8.5mg/dl),
Moderate of grade 2(7.5- <8.5 mg/dl),
Severe-grade 3(6.5-<7.5 mg/dl) and life
threatening –grade 4(<6.5mg/dl). The
grading is defined based on PACTG.
Peripheral neuropathy: It is clinically
apparent as tingling sensation, pricking pain
over the extremities and even progressive
weakness. Depressed reflexes and loss of
deep sensations can be elicited in late
complication. Electromyography may illicit
axonal degeneration or demylination as a
cause of the peripheral neuropathy.
Hepatitis: It may manifest as unicteric or
icteric hepatitis. Children often have
anorexia, vomiting and right upper quadrant
pain. On physical examination tender
hepatomegaly, jaundice and bleeding
diathesis. Severity is assessed by laboratory
tests especially liver function tests
comprising AST, ALT, BIL, TSP, and
PT/PTT. Based on PACTG grading system
ALT and AST values between 1.25-2.5 X
ULN is mild ( grade 1); 2.6-5.0 X UNL
moderate(grade 2);5.1-10.0 X UNL severe (
grade 3) and >10 X UNL life threatening
(grade 4). Hepatitis can occur along with
skin rash as a hypersensitivity syndrome in
early phase of ART or it may occur along
with lactic acidosis as hepatic steatosis in
late stages of ART due to mitochondrial
toxicity.
Skin rash: It is the appearance of urticarial,
maculopapular or vesicular generalized itchy
lesions on the average within 8 weeks of
ART initiation. The rash is also graded for
management purpose as follow as. Grade 1
(mild) cases are localized macular or
urticarial rash, Grade 2(moderate) lesions
are diffuse macular, maculopapular or
morbilli form rashes or target lesions,
Grade 3 (severe) lesions characterized by
diffuse macular, maculopapular or morbilli
form rash accompanied with limited number
of vesicles or bullae or superficial
ulcerations, Grade 4 life threatening bulous
lesions like SJS and TEN.
Toxicity Management: - Management
depends on the degree of toxicity. In general
Grade 1 and Grade 2 toxicities are
managed with supportive care. Grade 3
toxicities require substitution of the
offending drug whereas Grade 4 toxicities
necessitate whole regimen discontinuation
and re- initiation of adjusted regimen after
the acute toxicity has subsided.
Prevalence of ARV related adverse
reaction: is defined as the proportion of
specific ARV adverse drug reactions
developed among children taking ART
regimen containing the incriminated ARV
drug.
Chronic illness: An illness which has
occurred more than three months prior to the
time of data collection and includes
Tuberculosis, cardiac, renal, neurologic,
endocrine and other organic disorders.
Treatment failure: Based on WHO guide
line, it is the development of new
opportunistic infection with a decline in
CD4 count after 24 weeks of HAART
considering clinical and immunologic
criteria.
Malnutrition: Based on NCHS, it is defined
as moderate (-3< Z score <-2) and severe (Z
score < -3). Wasting (Wt/Ht), stunting
(HT/age) and underweight (Wt/age) are
graded based on NCHS classification.
Materials and Methods
Study area: The study was conducted in the
department of pediatrics and child health,
Addis Ababa University –Medical faculty.
The department has three outpatient
pediatric clinics, one emergency room, one
pediatric ICU, one neonatal ICU, three in
patient wards comprising 120 beds and more
than eight subspecialty clinics. Pediatric
infectious disease clinic is one of the leading
overburden subspeicalilty clinics where
HIV/AIDS children are enrolled and
followed regularly. There are nearly 1000
HIV-1 infected children enrolled since 2004
out of which more than 600 children were
eligible and started on HAART by the end
of 2009.
Source population: There were a total of
1000 cases of children registered in
pediatrics ART clinic. Out of which 600
cases have been eligible and started on ART
between Jan 2005-Jan 2010. Among six
hundred cases, 450 children were still taking
HAART, 25 died, 75 lost to follow up, 50
transferred out by the time of data
collection.
Study subjects: Charts of 400 patients on
HAART were eligible in the study as it
contains completely filled documents.
Study design: A retrospective analytic study
was made from follow up charts of children
taking HAART of variable period in
pediatrics ART clinic. Data were collected
from each patient record chart using a
questionnaire which contains important
parameters. Important variables recorded
include: age, sex, CD4 count, weight,
height, ART regimen, treatment for TB,
chronic illness, immune status, concomitant
drug use and WHO clinical stage.
Documented HAART related adverse drug
reactions including the time of occurrence,
degree of severity and requirement for drug
changes were also included in the record
format.
Assessment was made for prevalence,
severity, time of occurrence and associated
factors for the development of HAART
related side effects over a period of
treatment. Results were compared with each
antiretroviral regimen group. In addition
analysis was made to evaluate statistical
significance of independent variables on the
occurrence of adverse drug reaction.
Inclusion criteria: A total of 400 cases on
ART were included in the study as all bear
completely filled parameters in the record
format.
Exclusion criteria: Exclusion was made
for cases whose charts were incompletely
filled, died, lost to follow up, transferred in
and transferred out to other facilities.
Data entry and processing: EPI info soft
ware was used for data entry and analysis of
anthropometry pre and post HAART. Data
was directly transferred to SPSS version 17
for calculations of important parameters,
significance testing and data output in
graphs and tables.
Variables of the study: Dependant
variables include anemia, skin rash,
hepatitis, neuropathy and lipodystrophy.
Independent/predictor variables include:
base line age, sex, immune category, WHO
clinical stage, chronic illness, base line CD4
count and duration of therapy.
Statistical methods: Risk factor
determinations for association of predictors
and dependant variables have been
compared using logistic regression and chi-
square tests. Relative risk, odds ratio and
paired-t tests were also used to compare
statistically significant associations (P-value
<0.05).
Ethical consideration: The research was
approved by the department of pediatrics
research committee and institutional review
board of medical faculty (IRB), AAU-MF.
Results
There were a total of 1000 children enrolled
since 2004 in pediatrics ART clinic out of
whom 600 started on HAART between Jan
2005-Jan 2010. Out of 600 children on
HAART, 25 died (4.2%), 75 lost to follow
up (12.5%), 50 transferred out to other
facilities (8.3%) and 450 (75%)
continued ART until the time of data
collection (Jan 2010). A total of 400
children on ART whose charts had complete
data were included in the study while 50
cases dropped due to incomplete data. Males
constitute 53% (212/400) while females
contribute 47% (188/400).
The minimum age at the start of ART was 8
months and the highest being 180 months
(inter quartile range 60-120 years). Those
who were started at the age of less than 12
months constitute the least number 4%
(16/400) and those who started treatment
between 60-120 months were by far the
largest 46.5% (186/400).
The average duration of antiretroviral
therapy was 37 months and ranged from 2-
68 months. Majority of patients took ART
for a longer period (60% took ART for more
than 36 months) and there was a drop in rate
of ART initiation in recent years. For
instance proportion of children who took
ART < 12 months, 12-24 months, 24-36
months, 36-48 months and > 48 months
were 6.8% (28/400), 13% (53/400), 19.8%
(81/400), 31.1% (127/400) and 29%
(120/400) respectively.
Majority of patients (83.25%), were immune
category III at base line, 15.25% were
immune category II and 1.5% had immune
category I. In addition, base line WHO
clinical stages II, III and IV were 15.5%,
50.5% and 32.25% respectively. Base line
CD4 count ranged from 2-2203 c/ml with
inter quartile range of 129-370 c/ml and
average CD4 count of 275 c/ml.
After an average of 37 months of HAART,
82.25% were immune category I, 12.5%
immune category II and 5.25% were
immune category III. The CD4 count has
also increased to average count of 645 c/ml
and ranged from 42-2309 c/ml with inter
quartile range of 429-804 c/ml.
Using paired t-test the mean of CD4 count
pre and post HAART was compared. The
result is a statistically significant value with
mean CD4 count difference of 365, 95% CI
(334.46-396.88); P-value <0.005.
Tuberculosis diagnosis and treatment was
made in 48% (193/400) of children before
the initiation of HAART. However, after
antiretroviral therapy was initiated only
3.5% (14/400) cases diagnosed and treated
for tuberculosis showing a 92% decline in
rate of infection.
Majority have been on cotrimoxazole
prophylaxis 98% (398/400) at base line
which was discontinued in 30% of cases
(120/400) after adequate immune
reconstitution (CD4>25%) following ART.
There were four (1%) recorded cases of
severe cotrimoxazole allergy and the drug
was substituted by doxycycline.
NRTI group proportion at base line
revealed that AZT containing regimen was
prescribed for 317 children (79.25%) and
d4T containing regimen constitute 19.75%
(79/400). Four cases, 1% were taking
boosted lopinavir (LPV/r) containing
regimen due to prior PMTCT exposure.
NNRTIs group at base line showed that
44.25% (177/400) were taking NVP
containing regimen while 54.75% (219/400)
were on EFV containing regimen.
There were a total of 33 (8.25%) cases with
documented chronic illness including new
development of tuberculosis. New onset
tuberculosis, acquired cardiac illnesses,
chronic kidney disease, seizure disorder,
developmental delay and chronic otitis
media were among the frequently registered
chronic illnesses.
Table 1: Base line values of children before HAART initiation; department of Pediatrics,
AAU-MF, Jan 2010
Base line value Category Male Female TOTAL Percentage
Sex 212 188 400
Base line Age <12 months 6 10 16 4%
12-60 months 72 48 120 30%
60-120 months 93 93 186 46.5%
>120 months 41 37 78 19.5%
Total 212 188 400 100%
Immune
Category
(CD4
Percentage)
>25% (Category I) 4 2 6 1.5%
15-25% (Category II) 33 28 61 15.3%
<15% ( Category III) 175 158 333 83.3%
Total 212 188 400 100%
CD4 count in
c/ml
<200 99 89 188 47%
200-350 53 49 102 25.5%
350-500 37 27 64 16%
=>500 23 23 46 11.5%
Total 212 188 400 100%
Base line anthropometric data showed that
total cases wasted were 9.25%, moderate
and severe wasting being 6.25% and 2.75%
respectively. In addition moderate stunting
at base line was 26.1% (107/400) and severe
stunting was 30.6% (126/400) with total of
stunting being 56.7%. In general 51%
(204/400) were underweight before the start
of antiretroviral therapy. The average base
line Z score value of underweight, stunting
and wasting was -1.88, -2.17 and 0.94
respectively.
After the initiation of antiretroviral therapy,
there was a decrement in the rate of
malnutrition. Moderate wasting was 4%
(16/400) and no severe wasting recorded.
The overall underweight rate was 38.5%
(157/400). Total cases stunted were 45.1%,
moderate and severe stunting being 18.5%
and 26.6% respectively. Moreover, the
average Z score value of underweight,
stunting and wasting has increased to -1.51,
-1.73 and 4.33 respectively.
The improvement of underweight, stunting
and wasting after antiretroviral therapy
showed statistically significant changes
using paired T-test. For instance the average
wasting pre and post HAART showed
statistically significant improvements with
the average mean difference of wasting
being 3.39, 95% CI (2.89-3.88), P-value <
0.005. Likewise average mean difference of
stunting was 0.44, 95% CI (0.25-0.63), P-
value <0.005 and average mean difference
of underweight was 0.38 95% CI (0.245-
0.522), P-value <0.005.
Stunting Moderate to severe 120 113 233 56.7%
Wasted Moderate to severe 21 15 37 9.25%
Underweight Moderate to severe 114 90 204 51%
ART regimen D4T +3TC+NVP 29 24 53 13.3%
D4T+3TC+EFV 14 12 26 6.4%
AZT+3TC+NVP 58 66 124 31%
AZT+3TC+EFV 110 83 193 48.3%
LPV/r+3TC+D4T/AZT 1 3 4 1%
Total 212 188 400 100%
TB before
HAART
YES 104 89 193 48.2%
NO 108 99 207 51.8%
Total 212 188 400 100%
Cotrimoxazole
prophylaxis
Yes 205 187 392 98%
No 7 1 8 2%
Total 212 188 400 100%
Chronic illness Yes 15 18 33 8.2%
No 197 170 367 91.8%
Total 212 188 400 100%
Paired t-test comparing pre and post HAART stunting
Paired Differences
t df
Sig. (2-
tailed)
Mean
Std.
Deviation
Std.
Error
Mean
95% Confidence
Interval of the
Difference
Lower Upper
Pair 1 haz_cur -
haz_base .44320 1.95789 .09669 .25312 .63327 4.584 409 .000
There were a total of 15 (3.5%) treatment
failures out of 4OO children on HAART.
The large proportion of children who failed
antiretroviral therapy were Males 80%
(12/15) while (20% 3/15) were Females.
Rate of treatment failure in NVP containing
regimen was 5.65% (10/177) while on EFV
containing regimen was 1.8% (4/219).
Moreover, treatment failure in AZT group
was 4.3% (14/319) while in d4T regimen
was 1.3% (1/79).
The average time of drug switch to second
line regimen due to treatment failure was 49
months and ranged from 30-59 months. No
significant antiretroviral related adverse
drug reactions occurred prior to the
diagnosis of first line treatment failure.
Moreover, there were no reasonable prior
drug changes made in patients who failed
first line antiretroviral therapy. There were
more cases of treatment failure 9.1% (3/33)
among patients who have concomitant
chronic illness compared with 3.3%
(12/367) patients without accompanying
chronic illness though statistically
significant association is lacking. Otherwise,
there was equal proportion of treatment
failure in different age groups except infants
in whom no failure was recorded. Moreover,
no marked difference was noted between the
development of treatment failure and WHO
clinical staging or immune category at
baseline.
Table 2: Profile of children after antiretroviral therapy, department of Pediatrics, Jan 2010
Profile after ART Category Male Female Total Percentage
CD4 count <200 9 9 18 4.5%
200-350 29 21 50 12.5%
350-500 42 33 75 18.8%
>500 132 125 257 64.3%
Total 212 188 400 100%
Immune
category
Category I 174 155 329 82.25%
Category II 26 24 50 12.5%
Category III 12 9 21 5.5%
Total 212 188 400 100%
Stunting Moderate to severe 95 90 185 45.1%
Wasted Moderate to severe 12 4 16 4%
Underweight Moderate to severe 93 61 154 38.5%
Treatment
failure
Yes 12 3 15 3.75%
No 200 185 385 96.25%
Total 212 188 400 100%
Cotrimoxazole
prophylaxis
discontinued
yes 62 58 120 30%
No 150 130 280 70%
Total 212 188 400 100%
Drug change Yes 27 21 48 12%
No 185 167 352 88%
Total 212 188 400 100%
Duration of ART
therapy
<12 months 13 15 28 6.8%
12-24 months 27 26 53 13%
24-36 months 44 37 81 19.8%
36-48 months 73 54 127 31.1%
>48 months 58 62 120 29.3%
Total 212 188 400 100%
There were a total of 48 drug changes (12%)
among 400 cases on first line antiretroviral
regimen. Antiretroviral related adverse drug
reactions are the leading cause of drug
changes constituting 41.65% of all drug
changes followed by treatment failure
31.25%, switching to fixed dose
combination (FDC) 16.7% and due to
tuberculosis treatment 10.4%.
Anemia occurred almost exclusively in AZT
containing regimen. There were a total of
11 severe cases of anemia with hematocrit
level of less than 21%. Anemia occurred in
3.125% of AZT regimen (10/320) and
1.25% (1/80) from d4T taking group. The
hematocrit level ranged from 6-21% with
average count of 13.7% (inter quartile range
12-16%). All except anemia in d4Tarm,
required blood transfusion and drug change
from AZT to d4T. The average level of
MCV at the occurrence of anemia was 101fl
and ranged from 92-110 fl. The average time
of anemia detection was 23 weeks but
anemia developed as early as 8 weeks and as
late as 48 weeks.
Chronic illness with concomitant non-ARV
medications had statistically significant
association with the development of AZT
related anemia using Fischer exact test (P-
value=0.019) and binomial logistic
regression (OR: 7.03, 95% CI 1.95- 25.37,
P=0.003). There were 4 cases of severe
anemia developed in 33 (12.12%) patients
who had chronic illness compared to 7 cases
of
anemia among 367 (1.9%) patients without
associated chronic illness (RR=6.4). Chronic
illness found to have association with
development of anemia were tuberculosis,
seizure disorder and chronic kidney
diseases. Moreover, anticonvulsants and
antituberculosis medications have been used
in these patients who developed anemia in
addition to antiretroviral
therapy. Otherwise, the occurrence of
anemia was not affected by other predictor
factor factors.
Table 3:Profile of drug changes among children on HAART, department of Pediatrics,
Jan 2010
Reason of drug change Frequency Percentage
Antiretroviral Side effects total 20 42.%
1. Anemia
2. Rash
3. Hepatitis
4. Neuritis
5. Dystrophy
10
5
2
1
2
20.8%
10.4%
4.3%
2.2%
4.3%
Shift to fixed dose combination 8 16.6%
Tuberculosis treatment 5 10.2%
Treatment failure 15 31.2%
Total drug changes 48 100%
Logistic regression showing chronic illness as a factor in the development of AZT induced anemia
Skin rash developed mainly in NVP
containing regimen. There were a total of
five severe skin rashes (grade III &IV)
which warrant NVP discontinuation and
substitution with EFV. NVP taking children
were 177 (44.25%) out of which 6
developed severe skin rash (3.4%). EFV
taking children were 219(54.75%) out of
which only one moderate rash recorded
(0.45%). The average time of skin rash
occurrence was 4 weeks and ranged as early
as 2 weeks up to 8 weeks. All except EFV
related moderate rash, required drug change
from NVP to EFV. Five females and two
males developed severe skin rash. Mild to
moderate rashes which didn‟t require drug
withholding or substitution were not found
recorded in the follow up charts of patients.
The occurrence of rash was compared if it is
affected by predictor variables like sex,
WHO, base line CD4 and chronic illness but
none were found to have statistically
significantly associations. The effect of
cotrimoxazole on skin rash development has
no significant association. Chemo-
prophylaxis in children prior to ART
initiation showed the occurrence of severe
skin reaction in four cases who took
cotrimoxazole (1%) and required drug
switching to doxycycline. Children who
developed NVP induced rash while on
cotrimoxazole prophylaxis didn‟t show
recurrence or aggravation of rash despite
continuation of the prophylaxis.
Hepatitis cases were observed in 3 patients
taking NVP containing regimen (1.7%). The
minimum time to develop clinical hepatitis
was 28 weeks and occurred as late as 128
weeks. A liver function test during the
occurrence of hepatitis was above 10X UNL
in two cases and 5-10X UNL in one case
who didn‟t require drug change. There was
no concomitant HBV or HCV co-infection
in patients who developed NVP related
hepatitis. However, two of severe hepatitis
cases have been taking anticonvulsant
concomitantly for seizure disorder and
required substitution of NVP with EFV.
The use of these drugs has strong
association with the development of
hepatitis using Fischer exact test. No other
independent variable had strong association
with the development of hepatitis which was
tested using multinomial logistic regression.
There were two cases of peripheral neuritis
(2.5%) among 79 children taking d4T
regimen, one of which required drug change
to AZT. Peripheral neuropathy was observed
in adolescents after longer period of d4T
therapy. The time of occurrence of
peripheral neuropathy ranged from 128-192
weeks after HAART initiation.
Two (2.5%) patients developed clinically
observed lipodystrohy among 79 children on
d4T containing regimen. Both cases required
drug substitution from d4T to ABC. The
time of occurrence of dystrophy was 192
weeks for the first case and 200 weeks for
the second case after ART initiation and
both were adolescents.
Table 4: Profile of Antiretroviral adverse drug reaction among 400 children on HAART
from Jan 2005- Jan 2010
Major Side
effects
Frequency Associated
ARV drug
Percentage
per regimen
Changes
made
Average
time of
occurrence
Time in
range
Anemia 11 AZT(10) 10/317=3.13% 10
(3.13%)
23 weeks 8-48
weeks
Skin rash 7 NVP(6) 6/177=3.4% 5 (2.8%) 4 weeks 2-8 weeks
Hepatitis 3 NVP(3) 3/177=1.7% 2(1.1%) 64 weeks 28-128
weeks
Peripheral
neuropathy
3 D4T(3) 3/79=3.8% 2(2.5%) 169 weeks 128-192
weeks
Lipo-
dystrophy
2 D4T(2) 2/79=2.5% 2(2.5%) 196 weeks 192-200
weeks
Discussion
Morbidities and mortalities due to
HIV/AIDS have been extremely reduced
worldwide when appropriate ART initiated
timely. In this study anthropometry, clinical
and immunological evidences witnessed the
efficacy of HAART in children. Similar
studies in Vietnam and Burkinafaso
elaborates the efficacy of ART (13, 14). For
instance a study done in Vietnam where 252
children were started on first line ART
regimen and followed for 12 months period
showed CD4 percentage increment by 10%,
reduction of new opportunistic infection by
50% and a marked improvement of weight
for age and Height for age Z scores.
Anthropometry data also revealed the
advantage of antiretroviral therapy in
making a significant improvement of
malnutrition in HIV-1 infected children. A
similar study in Kenya also confirmed the
use of HAART as a potent tool to alleviate
malnutrition in HIV-1 infected children (15).
After adequate antiretroviral therapy in this
study, the prevalence of malnutrition HIV-1
infected children is equivalent to the rate of
malnutrition in the general population
(under 5 children) described in the Ethiopian
demographic and health survey 2005 report
(16).
Moreover, immune restoration is the basic
mechanism that ART could do in fighting
HIV infection. This is reflected very well in
this study and similar study in Cambodia
where children
on first line therapy followed for more than
three years showed marked increment in
immune status and reduction of viral load
(17). The reduction of new opportunistic infection
following HAART has been evidenced by
the rate of tuberculosis development pre and
post HAART in this study. Similar studies
also showed significant improvement in
HIV morbidities and mortalities merely due
to a reduction in the rate of AIDS defining
illnesses (17).
Despite improvements in morbidities and
mortalities after administration of
antiretroviral therapy, there are emerging
issues related to HIV/AIDS treatment.
Several ARV related adverse drug reactions,
drug switches and treatment failures have
been observed in this study (Table-3). A
similar study in Rwanda showed a total of
46(14.6%) drug changes out of 315 children
on HAART mainly due o drug reactions 28
(60%) of total drug changes followed by
changes due to tuberculosis treatment(18).
There were a total of 20/400 (5%) severe
drug reactions warranting substitution of
offending drug in this study (Table-4). A
similar study done in Jamaica where 77
children enrolled from Sep 2002 up to Apr
2005 in Kingston pediatric ART clinic and
followed prospectively showed a total of ten
drug changes among 77 children on HAART
due to antiretroviral related severe toxicity
(12.9%). Three cases were severe anemia
related to AZT (3.9%), three were due to
NVP induced severe skin rash (3.9%) and
four cases were due to indinavir related
hematuria (19).
As high as 19% (31/160) drug changes due
to ARV related adverse drug reactions have
been observed in Uzbekistan study among
160 children on HAART for two years (20).
The marked Variability in the difference of
adverse drug reactions among children
taking HAART in different countries could
be genetic makeup of an individual, study
design, type and doses of antiretroviral
drugs and duration of therapy.
Anemia related to AZT administration is
said to occur due to bone marrow
suppression, evidenced by progressive
decline in hemoglobin, macrocytosis and
physical symptoms of anemia around 3-4
months after HAART initiation (21). The
occurrence of anemia is highly associated
with AZT administration than d4T regimen
in this study (10/320 vs. 1/80, RR=2.5).
Moreover, majority of children in this study
developed anemia on average 23 weeks after
ART and ranged from 8-48 weeks. In other
studies the occurrence of AZT related
anemia is earlier than this study (22). The
relative late occurrence anemia in this study
could be due to late detection of the signs
and symptoms related to anemia and
infrequent laboratory monitoring. Moreover
two cases of anemia were detected very late
at 48 weeks and both cases were taking
anticonvulsants (phenobarbitone) which
could aggravate AZT toxicity.
This study also showed macrocytosis
(MCV>95 fl) in 81% (9/11) of AZT related
anemia which is a feature of AZT reaction in
the bone marrow as it is witnessed in other
study (22).
Chronic diseases including HIV infection
and non-ARV medications which suppress
bone marrow brings about anemia and could
aggravate AZT induced anemia (23). The
occurrence of AZT associated anemia in
four patients with chronic illness in this
study speaks for the above statement.
Overall the development of anemia is
comparable to other studies (24) but
significantly lower than reported in adults
(25).
The prevalence of mild to moderate anemia
(HB level between 8-10gm/dl) is less
prevalent in this study than other studies
among patients taking HAART (26). The
lower prevalence rate could be failure to
detect mild to moderate anemia due to
infrequent laboratory monitoring or
inconsistent recording of the result.
In this study, severe skin rash has occurred
mainly in NVP containing regimen than
EFV group (7/177 vs.1/219, RR=8.6). Rash
is due to a hypersensitivity reaction
principally due to NVP administration. It
ranges from simple macular rash to severe
toxic epidermal necrolyis and SJS (27). In
this study, severe cases of skin rash
happened in 2-8 weeks of ART initiation
with average time of occurrence being four
weeks which is the usual trend in other
studies as well (27).
The prevalence of skin rash in children
could reach as high as 20% but severe cases
requiring drug discontinuation is nearly 3-
5% among NVP regimen as it is revealed in
this study and other studies (28). The
prevalence of mild to moderate skin rash in
this study is significantly lower than other
studies where the reverse is true (28). The
reason could be either there is failure to
report mild and moderate cases or failure of
detection or documentation of grade I and II
skin rashes. Besides, the variability in rate of
NVP related skin rash depends on genetic
makeup, gender, base line CD4, dosage of
nevirapine and concomitant non-ARV drug
use (29).
Peripheral neuropathy and lypo-dystrophy
are said to occur due antiretroviral related
mitochondrial toxicity especially marked
effect on adipocytes (30). Nucleoside
reverse transcriptase inhibitors are more
potent than non nucleoside reverse
transcriptase inhibitors as a cause of
mitochondrial DNA polymerase gamma
inhibitor. Zalcitabine, didanosine, stavudine,
zidovudine, lamivudine, abacavir and
tenofivir are known potent inhibitors of
mitochondrial DNA synthesis in decreasing
order of potency (31). A study confirmed
progressive adipocyte atrophy using tissue
biopsy in patients taking NRTIs for more
than a year (32).
In this study, lipodystrophy and peripheral
neuropathy occurred in adolescents and after
longer duration of therapy (>160 weeks).
Similar study has also reflected the
importance of age, duration of therapy and
type of ARV regimen as a risk of developing
neuropathy and dystrophy (33). More over
a study done in Burkinafaso where 52 HIV-
1 infected children started on daily DDI
based regimen and followed for two years
manifested neither lipodystrophy nor
peripheral neuropathy clearly depicting the
importance of duration of therapy in the
manifestation of adverse drug reactions (34).
Due to few numbers of cases who developed
neuropathy and dystrophy, comparison
didn‟t show any statistically significant
correlations with predictor variables. This
could be either there is
decreased rate of reporting from caregivers
or there is failure to detect and document the
occurrence of side effects as it was
witnessed in other forms of adverse drug
reactions. Otherwise children do have lower
rate of developing both neuropathy and
lipodystrophy compared to the rate of
development in adults (35).
Hepatitis in children is often times witnessed
in NVP containing regimen. It may be
clinically evident or confirmed by laboratory
as an isolated liver function test elevation.
Liver function tests 5-10X above the normal
range are classified as grade III toxicity
while LFT above 10x of normal are grade
IV hepatotoxicity. ARV related hepatitis
develop in two phases. The acute form of
hepatitis develop along with skin rash due to
NVP related liver toxicity and manifesting
in the range of 6-18 weeks (36) while the
late form of hepatitis appears with lactic
acidosis due to NRTIs on average after 3-4
months of antiretroviral therapy (37).
In this study hepatitis occurred relatively
longer than from actually expected period.
This could be due to the effect of
concomitant hepatotoxic non-ARV drug use
which has aggravated the development of
hepatitis later than the expected period.
Moreover no hepatitis cases were identified
along with skin reactions due to NVP related
reaction in this study which was supposed to
happen early. This study showed three cases
of clinically apparent hepatitis among
children taking NVP regimen. Both hepatitis
B and C viral markers were negative in
patients with hepatitis which is a common
factor in aggravating drug related hepatitis
(38). In this stud, Liver function tests were
elevated 10X above normal range in two
patients who required NVP discontinuation
and substitution with EFV.
Asymptomatic elevation of liver function
tests and mild to moderate hepatits which
doesn‟t require drug change is relatively
common in other studies (39). However, the
prevalence of mild to moderate hepatitis and
asymptomatic liver function test elevation
are few in number. This could be due to
infrequent laboratory monitoring or
probably failure of reporting of mild
symptoms and inconsistent recording of non
severe drug reactions by attending
physicians.
Chronic illness with concomitant drug use
had statistically significant association with
the development of hepatitis. Two patients
who developed hepatitis were taking
anticonvulsants, namely phenobarbitone and
valproic acid respectively in this study.
Concomitant hepatotoxic drug
administration with NVP based ART like
aniconvuslants and antituberculosis brings
about profound effect on rate of liver
toxicity (40). Conclusion This study showed that antiretroviral side
effects are the leading cause of drug
substitution and regimen changes followed
by treatment failure as it is witnessed in
similar studies. The prevalence of severe
antiretroviral drug reaction is comparable to
other studies. However, the prevalence of
mild to moderate adverse drug reactions is
significantly lower in this study. Severe skin
rash is an earlier noticed drug reaction while
neuropathy and dystrophy appeared late in
the course of antiretroviral therapy. Chronic
illnesses and concomitant medications have
aggravated the development of ARV related
adverse drug reactions like anemia and
hepatitis.
Recommendation
Timely identification and appropriate
intervention of antiretroviral related adverse
drug reaction is paramount. This can be
accomplished by repeated counseling of
parents on the sign and symptoms of
commonly encountered adverse drug
reactions. Physicians caring for children
should anticipate the time of occurrence of
each ARV related adverse drug reactions
and request appropriate laboratory tests in
relation to the type of regimen. Non-ARV
drugs and diseases which will worsen
adverse drug reaction should also be given
due attention. The overall management of
adverse drug reactions requires WHO
grading system. Besides, unnecessary and
premature drug switches could lead to
shortage of options of first line ART
regimen. In conclusion, prospective study
should be done to determine all types of
adverse drug reactions and determinant
factors, magnitude of severity and impact of
ARV related adverse drug reaction on
adherence and treatment failure.
Limitation of the study
As a retrospective study, it is dependent on
the quality of secondary data. The overall
prevalence of adverse drug reaction depends
on thorough reporting, detection and
documentation of events. Failure of
reporting, inconsistent detection and
documentation may be reasons for lower
prevalence of mild to moderate adverse drug
reactions in this study. Moreover, infrequent
laboratory monitoring could miss
asymptomatic and mild cases of anemia and
hepatitis.
REFERENCES 1. Guide line for the use of ART in children and adults update of 2006.
http://AIDSinfo.nih.gov
2. Ethiopia ministry of Health, 2006 AIDS in Ethiopia 6th
report.
3. Ethiopia Ministry of Health, Federal HIV/AIDS Prevention and Control Office (FHAPCO), July 2008. Guidelines for Pediatric HIV/AIDS Care and Treatment in Ethiopia. Addis Ababa, EMOH.
4. AIDS resource center-Addis Ababa- Ethiopia. http//:WWW.etharc.org
5. Ethiopia ministry of health (FHAPCO), July 2007.Guide line for the prevention of mother to child HIV transmission (PMTCT) of HIV in Ethiopia. Addis Ababa, EMOH.
6. Dollfus C, Le chandec J, Faye A et al. Long term out come in adolescents perinatally infected with HIV-1 and followed up since birth in Frech cohort. Clin infect Dis 2010; 51: 214-224.
7. Gwenda V, Amemarie M, Van Rossum C et al. Treatment with HAART in HIV-1 infected children is associated with a sustained effect on growth. PEDIATRICS Vol. 109 No. 2 February 2002, pp. e25.
8. Darak T, Kulkarni V, Pachure R et al. Profile of HIV infected children failing on first line ART in a private clinic pune, Maharashtra, India. Journal of the international Aids Society (JAIS): www.jais.org
9. Azondekon A, Keitchion A, Sagui A et al. Side effects of antiretroviral therapy on children in resource limited setting -Benin. Journal of the international Aids Society (JAIS): www.jais.org
10. Francesc V, Felik G, Mar G et al. Pharmacogenetics of adverse drug reactions due to antiretroviral drugs. AIDS Rev.210;12: 15-30
11. Rezende R, Maia M, Diniz L et al. Impact of HAART in growth parameters of HIV-infected children in Minas Gerais, Brazil. Journal of the international AIDS Society 2010. www.jias.org
12. C. Mussini et al. Side effects of NNRTs in the Modena cohort, Italy. Journal of international AIDS society
13. Lu D, Barsky E, Luong B et al. first-line antiretroviral therapy in HIV-infected children in Vietnam: a 12-month outcome analysis. Journal of the international AIDS SOCIETY. www.jais.org
14. Hien H, Nacr B, Zoure F et al .Once-a-day pediatric HAART with DDI+3TC+EFV in west Africa: a 24
months immunologic and virologic outcomes: ANRS 12103/12167 trial (Burkinafaso). Journal of the international AIDS Society.
15. Mcgrath C, Chong M, Richardson B et al. Growth in HIV-1-infected children in Kenya following the initiation of HAART. Journal of the international AIDS SOCIETY. www.jais.org
16. Department of Health and Human Services (DHHS-ETHIOPIA), 2005 REPORT
17. Isaakidis M Raguenaud V, Akao V et al. High survival treatment success sustained after up to three years of antiretroviral therapy for children in Cambodia. Journal of the international AIDS society.www.jias.org
18. Van Griensven J, Zacharia R, et al. Stavudine and nevirapine-related drug toxicity while on generic fixed –dose ART: Incidence, timing and risk factors in three year cohort in Kigali, Rwanda. Trans R Soc Trop Med Hyg. 2009 sept 2.
19. Pryce C, Pierre R, Steel J et al.1Safety of antiretroviral drug therapy in Jamaican children with
HIV/AIDS funding: Elizabeth Glaser Pediatric AIDS Foundation, Global Fund, University of the West Indies, Ministry of Health, Jamaica. Journal of the international AIDS society.www.jias.org
20. G. Ibadovak et al. Evaluation of frequency of ARVT side effects in children of Uzbekistan. Journal of the international AIDS society. www.jias.org
21. Carr A, Cooper DA. Adverse effect of antiretroviral therapy. Lancet, 2000. 356(9239): 1423-1430
22. Connor EM, Sperling RS, Gelber R, et al. Reduction of maternal-Infant transmission of HIV-1 with zidovudine therapy. PACTG 076. N Engl J Med, 1994. 331(18):1173-1180
23. Adewuyi J, Chitsike I. Hematologic features of HIV infection in black children in Harare. Cent Afr J Med, 1994.40(12):333-336
24. Proceedings of the 35th
Annual Meeting of the Infectious Disease Society of America (IDSA) on clinical efficacy of AZT/3TC vs. DDI vs. AZT/DDI in symptomatic HIV infected children. Sept 13-16 1997; San Francisco, CA. Abstract 768
25. Torpey K, Enninful H, Tetteh T et al. Anemia in patients accessing antiretroviral therapy in Ghana: An observational study. Journal of the international AIDS society. www.jias.org
26. Englund JA, Baker J, Raskino C, et al. ZDV, DDI or both as the initial treatment for symptomatic HIV-1 infected children. PACTG 152. N Engl J Med, 1997. 336(24):1704-1712
27. Carr A, Cooper DA. Adverse effects of ART. Lancet, 2000. 356(9239):1423-1430
28. Mironchinick M, Clarke DF, Dorenbaum A et al. NVP pharmacokinetic consideration in children and pregnant women. Clin pharmacokinet, 2000. 39(4):281-193
29. XIII International AIDS Conference, Mitochondrial toxicity in HIV infected pediatric patients under ART. July 2002, Barcelona, Spain
30. Cherry CL, Gahan ME, McArthur JC, et al. Exposure to DDI is reflected in lowered mitochondrial DNA
31. Martin JL, Brown CE, Readrdon JE, et al. Effects of antiretroviral nucleoside analogues on human DNA polymerase gamma and mitochondrial DNA synthesiss. Antimicrobial agents and chemother,1994.38(12):2743-2749
32. Emma H, Elizabeth M, Davidson N. Human immunodeficiency virus treatment-induced adipose tissue pathology and lipoatrophy. Clin infect Dis 2010;51(5):591-599
33. Chene G et al. Role of long-term nucleosideo-analogue therapy in lipodystrophy and metabolic disorders in HIV-1 nfected patients. Clin Infect Dis 2002; 34(5):649-657
34. Hien H, Nacr B, Zoure F et al .Once-a-day pediatric HAART with DDI+3TC+EFV in west Africa: a 24
months immunologic and virologic outcomes: ANRS 12103/12167 trial (Burkinafaso). Journal of the international AIDS Society.
35. Babl F, Regan A. Abnormal body fat maldistribution in HIV infected children on ART.Lancet,1999.353(9) 1243-4
36. Dieterich DT, Robinson PA, Love J, et al. Drug induced liver injury associated with the use of non nucleoside reverse transcriptase inhibitors. Clin Infect Dis, 2004.38(suppl 2):S80-89
37. Montessori V, Harris M, Montaner JS. Hepatotoxicity associated with nucleoside reverse transcriptase inhibitors. Semin Liver Dis, 2003. 23(2):167-172
38. Solkowski MS, Thomas DL, Chaisson RE, et al. Hpatotocxicity associated with ART in adults infected with HIV and the role of HCV or B virus infection. JAMA,2000.283(1):74-80
39. Gonzalez de Requena D, Nunez M, Jimenez-Nacher I, et al. Liver toxicity caused by NVP. AIDS, 2002. 16(2):290-291
40. Navarro and Senior, 2006. Navarro VJ, Senior JR: Drug-related hepatotoxicity. N Engl J Med 2006; 354:731-739.
Acknowledgment
I express my deepest gratitude to pediatrics ART team who assisted me a lot on the process of
data collection. I also extend my thanks to advisors of mine, Dr Amha Mekasha and Dr Endale
Tefera who helped me starting from developing appropriate proposal until completion of the
write up of this research. Great thanks to Wubegzier Mekonnen, lecturer of biostatistics (AAU-
MF) who addressed the statistical part of the study. Finally immense thanks and love to my wife
Seble mekonnen who cared me and my children during the time of physical, emotional and
financially unrest.
Measles outbreak investigation in west Hararghie zone of Oromia region , Ethiopia ,2007
Kassahun Mitiku( MD,MPH ) , Wendemagegn Kegne,(MD,MPH)
Abstract
Background
This epidemic investigation was conducted in West Harargie zone of Oromia Region, Ethiopia.
The zone had a total population of 1,900,412 in 2007. Measles catch-up SIAs were conducted in
2002 followed by 2 rounds of follow up SIAs in 2005 and 2007 (with 93% administrative
coverage in both rounds). The measles routine immunization administrative coverage has shown
an improvement from 34% in 2002 to 71% in 2007. With an improving surveillance system there
was no adequate documentation of measles outbreaks and mortality due to measles throughout
the country. This paper describes the findings of an investigation of a confirmed measles
outbreak in this zone between WHO epidemiological weeks 2 and 29 of 2007
Methods
A household retrospective surveys was conducted in 7 Woreda of west Harargie zone of Oromia
region from 1August to 3 September 2007. A house-to-house search for measles cases was
conducted in each village of the 8 Woredas where the measles epidemic was reported (from
January to June of 2007). Guardian of the cases (ascertained based on the WHO cases
definition) were interviewed based on the questionnaire. Data was collected by trained health
workers. The data was checked by WHO surveillance officer. EPI2000 and SPSS statistical
packages were used for data analysis. The investigation team carried out a time, place and
person analysis, and estimated the case fatality rate, X2 test used whenever necessary.
Results
A total of 718 cases were identified and interviewed during the survey period; of which 54% are
males and the same percentage is under age of five years old. 84.4 % of the cases were from 3
Woredas. Among the investigated patients, 579 (80.6%) were unvaccinated for measles, 96 (13.2
%) reported to have received at least one dose of measles vaccine. There were a total of 48
(6.7%) deaths and the cases fatality rate was highest between 12 and 23 months of age and in
subjects older than 14 years. the case fatality rate is higher among the non vaccinated children.
Conclusions & recommendations
Despite availability of measles vaccine unvaccinated children are dying and the notification
efficiency is still low. The routine surveillance system picks only fewer deaths than found by the
outbreak investigation report. The surveillance system needs to be expanded up to community
level and the outbreaks need to investigate appropriately and fully to document all cases and
deaths. Late out break response immunization didn’t help. Early Intensified routine and selective
immunization might have a better result with lesser cost.
Introduction
Following the adoption of the measles
mortality reduction goals in the African
Region, Ethiopia implemented the strategies
of improving routine immunization
coverage, conducting supplemental
immunization activities to provide a second
opportunity for measles immunization, and
established case based surveillance (1,2).
Since 2002, when these strategies were first
implemented, remarkable progress has been
attained with measles control. However, the
routine immunization and supplemental
immunization coverage levels were not high
enough to provide herd immunity to
interrupt transmission of measles virus.
There was a big outbreak of measles in west
Harargie zone in 2007 that lasted for
around 26 weeks. West Harerghe is one of
the 17 zones of Oromia Region, is
administratively divided in 14 Woredas and
had a total population of 1,900,412 in
2007(3,4). Measles catch-up SIAs was
conducted in 2002 targeting children 6
months to 14 years of age and had a reported
administrative coverage of 101%, followed
by 2 rounds of follow up SIAs in 2005 and
2007 targeting children from 6 months to 59
months of age and had a 93%
administrative coverage in both follow up
SIA rounds. The measles vaccine routine
immunization administrative coverage in
West Harerghe has shown an improvement
from 34% in 2002 to 71% in 2007(4).
Despite the high SIA coverage and
improving routine immunization we had a
report of continued epidemic in different
parts of the zone for which the magnitude
and cause of the epidemic was not clearly
described by the routine surveillance.
This community survey was to describe the
magnitude and probable cause of the
confirmed measles outbreak reported in
West Harerghe zone between
epidemiological weeks 2 and 29 in 2007.
Methodology
The Ethiopian measles surveillance
guidelines define confirmed measles
outbreaks as the occurrence of 3 lab
confirmed measles cases reported from the
same district or from the same catchment
area of a health facility with onset of rash
within a period of a month(4). Once an
outbreak is confirmed, the additional
collection of blood specimens is stopped and
the concept of epidemiological linkage is
used to confirm additional cases reported
from the same district (or adjacent districts
with plausibility of transmission) with onset
of rash within 30 days. These cases are
expected to be reported through a line listing
as part of the outbreak investigation reports.
Through a case based system we had 4
confirmed epidemics I 4 districts of West
Harargie zone with a total reported cases of
117 and 24 of them were laboratory
confirmed.
A retrospective, community-based outbreak
investigation was conducted from August 1st
to September 3rd
2007 in the 7 Woredas of
West Harerghe zone (Anchar, Chiro, Daro
Lebu, Gemechis, Guba Koricha, and
Habro).
The investigation included interviews with
the district health management teams,
hospitals, health centers and communities
and conducting discussions with the staff of
the health institutions and community
leaders. A house-to-house search for
measles cases was conducted in each village
of the Woredas where the measles epidemic
was reported from January to June of 2007.
All households were visited and were asked
whether any household members had had
measles. In households in which a measles
case was identified, patients (or guardians,
in the case of children less than 10 years old
) were interviewed after verbal consent was
obtained, and a questionnaire was completed
for each case that fulfill the WHO cases
definition of measles(1,2 ) from 14 Jan to 30
July 2007 . The team collected information
on age, address, date of onset, date of
admission, immunization status, and the
outcome of the illness within a month of
onset of rash. Information on vaccination
status was obtained from caretaker history as
written documentation of vaccination history
was not available for most cases.
Data collection was done by health workers
and health extension workers who have
training on measles surveillance under the
supervision of WHO medical surveillance
officer and got orientation on how to
ascertain measles cases and deaths based
on the case definitions and be able to fill the
case investigation form correctly.
The outbreak had earlier been confirmed in
each of the Woredas through the appropriate
collection of specimens and laboratory
testing which resulted in the finding of at
least 3 measles IgM positive cases from
each of the Woredas according to the
African regional and national surveillance
guidelines. (1, 2)
Definition of terms:
A suspected measles case was defined as
illness characterized by fever, rash, and
either cough, or coryza, or conjunctivitis,
with rash onset in the period from January
14 to 30 July 2007 in the mentioned
Woredas, and measles death was a death
occurring within 30 days after rash onset in
a measles patient(1,2).
The data analysis is solely from the cross
sectional survey, EPI2000 and SPSS
statistical packages were used for data
analysis. The investigation team carried out
a time, place and person analysis, and
estimated the case fatality rate and X2
statistical test was used when necessary.
Results
In the 2007 outbreak a total 718 cases of
measles from 7 Woreda were investigated
during the survey period, of which 53.9 %
were male. The age of patients ranged from
3 months to 65 years (mean, 68 months and
median 48 months)
Most of the cases are from 3 Woredas
(Habro, Guba Koricha and Daro lebu) which
accounts for 84.4 % of the entire cases table
2.
The epidemic started in the second
epidemiologic week of 2007 and ends in the
29th
week, the peak was at the 10th
week,
unlike many of the epidemics that occurred
after the catch up campaigns, it was
prolonged fig 2.
Among the investigated patients, 579
(80.6%) were unvaccinated for measles, 96
(13.2 %) reported to have received at least
one dose of measles vaccine.
A total of 48 (6.7%) measles deaths were
reported to have occurred within 30 days
after rash onset. The mortality rate was
highest between 12 and 23 months of age
and in subjects older than 14 years. (table4).
No significant difference by sex was
observed in CFR (X2=0.002, P>0.98).
Vaccinated children are less likely to die
than those who are unvaccinated and whose
vaccination status is unknown. The case
fatality is very high in those whose
vaccination status is unknown. Individuals
who died with unknown vaccination status
are young adults in the age group between
15-37 years, (table5)
Figure1: Spot map of measles cases East Harargie zone Oromia region, Ethiopia 2007
Table1: Age and vaccination status of measles cases. West Harargie, Oromia Region,
Ethiopia. 2007
Vaccination status
Age group
not vaccinated 1+ doses unknown Total
No % No % No % No %
0-11 month 61 92.40% 5 7.60% 0 0.00% 66 9.2%
12-59 months 267 82.90% 50 15.50% 5 1.60% 322 44.8%
5-9 years 142 73.20% 36 18.60% 16 8.20% 194 27.0%
10-14 years 70 79.50% 2 2.30% 16 18.20% 88 12.3%
15+ years 39 81.30% 3 6.30% 6 12.50% 48 6.7%
Total 579 80.60% 96 13.40% 43 6.00% 718 100.0%
Table 2: Distribution of measles cases and their outcome by Woreda, East Harargie zone
Oromia region, Ethiopia 2007
Woredas
Alive
Died
Total
No % No % NO %
Anchar 24 88.9% 3 11.1% 27 3.8%
Chiro 14 100.0% 0 0.0% 14 1.9%
Daro Lebu 89 87.3% 13 12.7% 102 14.2%
Gemechis 20 90.9% 2 9.1% 22 3.1%
Guba Koricha 215 98.2% 4 1.8% 219 30.5%
Habro 259 90.9% 26 9.1% 285 39.7%
Messela 49 100.0% 0 0.0% 49 6.8%
Total 670 93.3% 48 6.7% 718 100.0%
Figure2 : The epidemic curve that shows the trend of the epidemic in East Harargie zone of
Oromia region Ethiopia, 2007, from survey data ( N=718)
figure 3: Age by Vaccination status of measles cases. West Harargie zone, Oromia region,
Ethiopia 2007.
SIA (93%)
Table 4. Outcome of outbreak cases by age groups in west Harargie zone of Oromia region
Ethiopia, 2007
Age groups
OUTCOME
Alive Died Total
No % No % died No %
0 - 11 m 63 95.5% 3 4.50% 66 9.2%
12-23 m 82 86.3% 13 13.70% 95 13.2%
23-35 m 92 92.9% 7 7.10% 99 13.8%
36-59 m 117 91.4% 11 8.60% 128 17.8%
5-9 yrs 189 97.4% 5 2.60% 194 27.0%
10-14yrs 103 96.3% 4 3.70% 107 14.9%
15 + yrs 24 82.8% 5 17.20% 29 4.0%
Total 670 93.3% 48 6.70% 718 100.0%
Table5: Outcome of measles patients by reported vaccination status in West Harargie zone
of Oromia Ethiopia 2007.
Vaccine dose
OUTCOME
Alive Died Total
No % No % died No %
Unvaccinated 541 93.4% 38 6.60% 579 81.0%
1 or more doses 95 100.0% 1 1.10% 95 13.3%
Unknown / missing 31 77.5% 9 22.50% 40 5.6%
Total 667 93.3% 48 6.70% 715 100.0%
Discussion
The age distribution of cases has shown a
dramatic change from that of pre-catch up
campaign era (5, 6) The Mean and median
age of measles patients has shifted to the
right and the Epidemiology is changing, that
means the proportion of older children is
higher than it used to be before the catch
up campaign more over some previously
immunized children have been infected.
This changing epidemiology is probably due
the improved routine immunization and
SIAs (7, 8). The change in the age
distribution of measles cases after the catch
up campaign was in conformity with other
studies. There is no significant difference
in the sex distribution of measles cases in
this zone. (X2=0.002, P>0.98)
The epidemic curve of west Harargie
epidemic is a typical curve of propagated
epidemic which results from person to
person transmission (9). The number of
cases reported was maintained at high level
from 8th to 19th
WHO epidemiologic week
(more than 10 weeks) this shows the
accumulation of susceptible in the
community as a result of low level of
routine immunization and most probability
non optimal SIAs.
The outbreak response immunization at the
20th
week was done. This immunization
conducted long after the epidemic stated and
it was at the time the epidemic was
declining. As a result the outbreak response
immunization didn‟t help to avert cases and
deaths significantly (10)
More than 80% of the cases were not
vaccinated, this indicate the cause of the
epidemic is failure of vaccinating children
with at least one dose of measles vaccine
(10). Unlike other major illnesses that cause
sickness and kill large numbers of young
children, measles can be prevented through
use of a safe, highly effective, and
inexpensive vaccine (9,). Unfortunately, in
many of the cases in this rural community of
west Harargie, large numbers of children
remain unvaccinated.
Our investigation revealed that 6.7 % of
measles case died within 30 days after rash
onset. Unlike the usual routine reports from
Ethiopian case based data (WHO
unpublished report) we observed
unacceptably high mortality. The CFR found
in our investigation was 5-fold higher than
that reported through routine surveillance. It
is known that the case fatality rate during
epidemics is higher than during the routine
surveillance (11), but there are reports which
are even higher than our report from some
countries of West Africa and parts of
Ethiopia (11-16)
If we want to know the cases fatality rate of
measles, the cases of interest are those who
have had measles and have survived the
following one month rather than current
cases (17); however data for reports of the
case fatality in many parts of the country are
usually obtained during searching for
additional cases to treat them, before the
epidemic is closed. As death may occur any
time between the first and 30th
day after the
onset of rash, all deaths may have not been
reported, and this might be the cause of
low case fatality rate in many of previous
reports in the country.
the case fatality rate is high in unvaccinated
children, and also remained high in the
adolescent and young adult age groups (15-
37 years) moreover many of the deaths in
this age group have unknown immunization
status. Even if we assume that all cases are
unvaccinated, we don‟t expect this high
number of deaths in this age group, unless
there is an underlying illness that was
complicated by measles and result in high
case fatality rate. The most probable
underlying illness in this age group might be
HIV/ AIDS and other immunosuppressive
illnesses. It is proved that, measles on
patients who have underlying
immunosuppressive illnesses including
malnutrition is very fatal. Reports have
shown that measles can cause death up to 70
% of cancer and 40% of HIV positive adult
patients (19).
Parents in rural area often preferred to keep
the child at home and they purchase
treatment outside of a health-care facility,
rather than to seek treatment at a health-care
facility (18). In our survey many of the
patients didn‟t visit modern health facility
and most probably died at home, this shows
that mothers are still hiding their children
when they have measles. This implies we
didn‟t get adequate desired change in health
seeking behavior of the community when
their child catches measles.
Conclusion and recommendation
The Ethiopian measles surveillance system
is based on fairly quality case based
surveillance system; but all the cases
investigated by the survey in west Hararghie
was not captured by the routine surveillance
system, there were more cases by the survey
than the routine surveillance system. This
tells us the investigation of all epidemics is
mandatory.
The probable cause of the epidemic is
failure of vaccinating children and is
unlikely to be vaccine failure, we need to do
a lot of work to improve routine
immunization and quality of SIAs
Outbreak response immunization was very
late and didn‟t help much to avert cases
and deaths, it should be conducted based
on the risk of extended out break and
should be conducted as early as possible
covering the high risk age group
. References
1. World Health Organization Regional Office for Africa Guidelines for Measles
Surveillance Revised December 2004
2. Federal Ministry of Health and WHO Ethiopia; National guideline for measles
surveillance and outbreak investigation April 2007
3. Federal democratic Republic of Ethiopia population census commission Summary
and Statistical Report of the 2007 Population and Housing Census
4. Federal Ministry of Health Annual report 2007/2008
5. SINGH J. DATTA K. K. Epidemiological considerations of the age distribution of
measles in India. Journal of tropical pediatrics ISSN 0142-6338
CODEN JTRPAO: 1997, vol. 43, no2, pp. 111-115
6. TAKAYAMA NAOHIDE, Change in the Age-distribution of Measles Patients
Admitted to Our Hospital from 1981 to 2002. Journal of the Japanese Association
for Infectious Diseases VOL.77; NO. 7; PAGE. 488-492(2003
7. Family Health department , Federal Ministry of Health in collaboration with WHO
and UNICEF; evaluation of measles control activities including impact of SIAs in
Ethiopia ( unpublished report)
8. Family health Department FMoH, WHO Ethiopia, and AAU-MF; Measles Case
fatality in Ethiopia – reported by Mesganaw Fantahun (MD,PhD) ; 2001(
unpublished Report )
9. Epidemiology of measles virus infection http://virology-online.com/index.html
accesses on 20 Dec 2008 pp-3
10. D.H. WHO. Guidelines for Epidemic Preparedness and Response to Measles
Outbreaks, Geneva, February 1999; pp. 47
11. Nandy R, Handzel T, Zaneidou M, Biey J, Coddy RZ, et al. (2006) Case-fatality
rate during a measles outbreak in eastern Niger in 2003. Clin Infect Dis 42: 322–
328.
12. Moss WJ (2007) Measles Still Has a Devastating Impact in Unvaccinated
Populations. PLoS Med 4(1): e24.
13. Lee , H . Lee , J . Hur , J . Kang , B . Lee; The changing epidemiology of
hospitalized pediatric patients in three measles outbreaks. Journal of Infection
, Volume 54 , Issue 2 , Pages 167 - 172
14. R. F. Grais , C. Dubray Unacceptably High Mortality Related to Measles
Epidemics in Niger, Nigeria, and Chad, PLoS Medicine , Volume 4 (1): e16 Public
Library of Science (PLoS) Journal – Jan 2, 2007
15. Salama P, Assefa F, Talley L, Spiegel P, van der Veen A, Gotway C, 2001.
Malnutrition, measles, mortality, and the humanitarian response during a famine in
Ethiopia. JAMA 286: 563–571.
16. Mortality During a Famine --- Gode District, Ethiopia, July 2000 Morbidity and
Mortality Weekly 20 April 01
17. Byass P (1993) Measles control in the 1990s: Generic protocol for determining
measles case fatality rates in a community, either during an epidemic or in a highly
endemic area. WHO/EPI/GEN/93.3 Geneva:
18. World Health Organization.Kaplan LJ Severe measles in immuno-compromised
patients. - JAMA - 4-MAR-1992; 267(9): 1237-41 (From NIH/NLM MEDLINE)
ASSESSMENT OF KNOWLEDGE, ATTITUDE, AND PRACTICE
ABOUT IMMEDIATE NEWBORN CARE AMONG HEALTH CARE
PROVIDERS IN ADDIS ABABA PUBLIC HEALTH CENTERS
A Thesis Submitted to college of Health Sciences, School of graduate studies
Haramaya University
Meseret Tesfaye Wondaferash
ALEMAYA UNIVERSITY
ABSTRACT
Background: Globally 4 million neonatal deaths every year, 75% (3 million) of this are in the
first week and highest is in the first day of life. Ethiopia has Neonatal Mortality rate of
39/1000 LB (EDHS 2005) and contributes for more than 50% of infant mortality.
Objective: To assess knowledge, attitude and practice of health care providers and explore
factors affecting provision of immediate newborn care in Addis Ababa public health centers.
Methods: This facility based cross sectional study is conducted from January to March 2011.
The study used both quantitative and qualitative approaches; structured questioner for
providers, observation of cases managed, in-depth interview of managers and record review.
Results: Over half (51.4%) of providers have satisfactory knowledge in immediate newborn
care. The overall knowledge related to essential newborn care is better than care for LBW and
sick newborn. Those with long years of service year, > 10 years, have a better knowledge than
others. Overall, the health providers interviewed had a very positive attitude towards newborn
care interventions, 98.6% of the responses from the providers had good and very good attitude
towards newborn care. The overall essential newborn care practice by providers in the last
case they provided service is satisfactory, 80.7% had a correct practice. The overall extra
care for premature or LBW practiced by providers in the last case they provided service was
not satisfactory, only 40.4% did practice at least half of the standard actions.
1. INTRODUCTION
Millennium Development Goal for child
survival cannot be met without substantial
reductions in neonatal mortality. Many
countries including Ethiopia have set
under-five and maternal mortality
reduction as their key development goal. In
preparing child mortality reduction
strategies, it is important for countries to
implement effective interventions strategy
available to save lives of newborn babies in
order to avoid newborn deaths more
quickly [Darmstadt „et al‟, 2005]. These
interventions are bundled in very cost-
effective way and it has the greatest effect
on neonatal deaths and yet simple
interventions. It‟s less dependent on
technology and commodities than on
people with skills [Haws „et al‟, 2007].
Every year an estimated 4 million babies
die in the first 4 weeks of life (the neonatal
period). And three-quarters of neonatal
deaths happen in the first week; the highest
risk of death is on the first day of life.
Almost all (99%) neonatal deaths arise in
low-income and middle-income countries.
The highest numbers of neonatal deaths are
in south-central Asian countries and in sub-
Saharan Africa. The countries in these
regions (with some exceptions) have made
little progress in reducing such deaths in
the past 10–15 years [Lawn „et al‟, 2005].
Although being newborn is not a disease,
large numbers of newborn die soon after
birth; especially neonatal deaths occur
during the perinatal period. Intra partum
deaths are closely linked to place of care at
delivery. In addition, neonatal deaths and
stillbirths stem from poor maternal health
and the first critical hours after birth with
lack of newborn care. Furthermore,
services meet minimum standards for safe
childbirth and newborn care, outdated
knowledge and inadequate skills, lack of
essential medicines, supplies and
equipment, overcrowding and inadequate
hygiene are common [WHO 2006]. The
major causes of neonatal death globally
were estimated to be infections
(sepsis/pneumonia, tetanus, and diarrhea;
35%), preterm birth (28%), and asphyxia
(23%) [Lawn „et al‟, 2006].
The focus to neonatal health was delayed
due to different reasons in past decades.
Child survival approach lead by
interventions targeting child beyond
neonatal age; newborn and
their care was considered to be maternal issue and newborn health care was thought
to be provided with high technology as in
the developed nations. Recently there are
major shift made to the care in the neonatal
period by implementing cost effective
intervention.
Since Ethiopia is one of the poorest
countries in the world, have multiple
maternal and newborn health related
problems like other developing countries.
The neonatal health is not improving unlike
health of less than five years old. Neonatal
death account for more than 50% of the
infant mortality and about 31% of under
five morality [EDHS, 2005].
The health of newborn is affected by the
magnitude of problems and quality of care.
As described above, the risk of mortality is
high during birth and in the early period of
life. Clearly good essential care of the
newborn will prevent many newborn
emergences, like neonatal sepsis and
tetanus infection by maintaining clean
chain [Lawn „et al‟, 2002].
The level of care during this risky period in
Ethiopia is very low. According to the
national EmONC baseline assessment,
2007_2008, the use of specific evidence
based intervention is low; use of parental
antibiotics for newborn is 24% and
provision of extra care to premature or low
birth weight is 24% [FMOH, 2008].
Now a day‟s, neonatal mortality is
increasingly recognized as an important
public health challenge and there is a shift
of focus to newborn care to achieve MDG-
4 through proven cost effective
interventions. The implementation of these
interventions is highly affected by the
performance of health professionals so it is
mandatory to know the knowledge, attitude
and practice of health professionals [Qazi
„et al‟, 2009].
Since programs focusing on neonatal
period are new in Ethiopia, study
conducted in this area is very limited and
specific. Conducting study on assessing the
knowledge, attitude and practice of health
care providers in different aspect of
immediate newborn care are essential. It
will also strategically contribute for
designing programs, focusing on
improving care and reducing neonatal
mortality. The acceptance and utilization of
new intervention in improving neonatal
health can largely affected by many
factors. This study do also explore factor
that affect the knowledge, attitude and
practice of health care providers towards immediate newborn care.
2. LITERATURE REVIEW
2.1. Newborn Care Intervention
Package
Newborn care Intervention package are
effective interventions strategy available to
save lives of newborn babies. The
Newborn care Intervention package is
divided in to three Intervention sub
packages:-
Essential Newborn care for all Babies
Intervention sub package
Extra Newborn care for LBW Babies
Intervention sub package
Emergency Newborn care for sick
Babies Intervention sub package
Essential Newborn Care Intervention sub
package is for every baby to have routine
newborn care to enhance normal growth
and development and to minimize risk
factors for complications. The key
interventions for essential newborn care
includes: neonatal resuscitation, the clean
chain (clean hands, clean surfaces, clean
blade to cut cord, clean cord tie, clean
cloth), the warm chain (dry baby, warm
room, warm mother, wrap up, use hat),
breast feeding, cord, eye, and skin care,
immunization, Vitamin K and MTCT/HIV.
Extra Newborn cares for the LBW
newborn sub package includes:
identification of the LBW baby, extra
clinical care of the LBW baby, extra
support for feeding, extra support for
warmth and provision of Vitamin K.
Emergency newborn care sub package for
sick babies includes: identification of
neonatal danger signs, severe neonatal
infection, neonatal tetanus, neonatal
asphyxia, neonatal jaundice, birth defects
and giving appropriate emergency care for
the sick newborn [Knippenberg „et al‟,
2005; Post, 2006; Bridget „et al, 2007;
Journal of Hospital Medicine, 2010].
2.2. Magnitude and Distribution of
Newborn Health Problems
Under five and infant mortality rates are
decreasing at a faster pace than neonatal
mortality; consequently, neonatal deaths
will represent an increasing proportion of
child deaths [WHO 2006]. Every year over
4 million babies die in the first four weeks
of life; 3 million of these deaths occur in
the early neonatal period, about 75% of
neonatal death occur in the first week of
life. Ninety-eight per cent of the deaths
take place in the developing world. In
developing countries, the risk of death in
the neonatal period is six times greater than
in developed countries; in the least
developed countries it is over eight times
higher. With 41 neonatal deaths per 1000
live births, the risk of neonatal death is
highest in Africa. The sub-Saharan regions
of Eastern, Western and Central Africa
have between 42 and 49 neonatal deaths
per 1000 live births [Bahl „et al‟, 2009;
Shifman, 2010].
Ethiopia is one of the poorest countries in
sub-Saharan Africa and has problem
related to newborn health. As EDHS 2005
indicated there is progress in the reduction
of under five than neonatal mortality
[neonatal mortality 39/1000 LB; infant
mortality 77/1000 LB and under five
mortality 123/1000 LB [EDHS 2005].
2.3. Factor Affecting Newborn Care
Globally, 60–80% of neonatal deaths arise
in low birth weight babies. The main direct
causes of neonatal death are estimated to
be infections (sepsis/pneumonia, tetanus,
and diarrhea; 35%), preterm birth (28%)
and asphyxia (23%). Neonatal tetanus
accounts for a smaller proportion of deaths
(7%), but is easily preventable. Low birth
weight is an important indirect cause of
death. Maternal complications in labour
carry a high risk of neonatal death, and
poverty is strongly associated with an
increased risk [WHO and UNICEF, 2009].
Although effective and simple
interventions for prevention of newborn
death exist, it doesn‟t reach for the majority
of neonates in the developing countries.
With in sub-Saharan African and south
Asian countries for which DHS data are
available, the NMR is consistently higher
and Lack of skilled personnel is one of the
most important cause for neonatal death.
Many Africa countries train insufficient
numbers of providers and programs
competes for in adequate health personnel.
There is lack of standards for care in the
health system and even those guidelines
available at national level are not known by
majority of health providers. The poor
management, lack of supervision and low
pay for care providers are also contributes
for low standard for care [Lawn „et al,
2002; Bahl „et al‟, 2009].
Labour and the time around birth are the
riskiest time in the human life cycle. Lack
of immediate newborn care leads to
neonatal problem like newborn infections,
it claim an estimated 1.4 million lives each
year. The risk of dying due to birth
asphyxia is about eight times higher for
babies in countries with very high NMRs
[Bahl „et al‟, 2009].
A series of reviews in the International
journal of obstetrics and Gynecology in
September 2009 summarize, Neonatal
resuscitation in a facility could reduce
mortality of term and intra partum related
neonatal death by 30%. And studies also
showed that it reduce death of preterm
babies [Lawn „et al‟, 2009].
A retrospective record review conducted in
Gonder college pediatrics ward showed
that Hypothermia was prevented by
rubbing the newborn in dry cotton, towel
and keeping under the radiant [Teshome &
Dejene, 2005]. A randomized control trial
conducted over one year period in Addis
Ababa showed that survival for preterm
low birth weight infant was remarkably
better for the early kangaroo mother care
group than the baby with conventional
method of care in the first 12 hr and
thereafter [Bogale 2005].
Universal (99%) coverage of cost effective
newborn intervention packages could avert
an estimated 41–72% of neonatal deaths
worldwide. At 90% coverage, intrapartum
and Postnatal packages have similar effects
on neonatal mortality, two-fold to three-
fold greater than that of antenatal. This
intervention mostly affected by knowledge,
attitude and practice (KAP) of health
professional [Darmstadt „et al‟, 2005].
A needs assessment at Tansen Mission
Hospital in Nepal established gaps in
knowledge, skills and attitudes of health
professionals, contributing to the high
neonatal mortality. After intervention,
consisted of four teaching sessions,
significant improvements were observed in
all groups (nurses, doctors and community
health workers) [Allen 2006]. A Study that
documented the pre-service training of
nurses on newborn care in Brazil showed
scientific knowledge and technical skills
are essential for a rigorous control of vital
functions to ensure the survival of
newborns [Costa „et al‟, 2010].
The Making Pregnancy Safer initiative
project in Ethiopia that was piloted in four
hospitals and 16 health centers provided
training on EmOC and found that five year
later the trained staff had improved over
untrained staff in practical test score on
both knowledge and skill for infection
prevention, new born resuscitation and
vacuum extraction [FMOH 2009].
Study conducted in Zambia to determine
the association of ENC with all cause 7 day
(early) neonatal mortality among the
infants of less educated mothers compared
to those of more educated ones. ENC
training for health care workers is
associated with decreases in early neonatal
mortality; rates decreased from 11.2/1000
live births pre-ENC to 6.2/1000 following
ENC implementation (p<0.001), who treat
women with less formal education
[Chomba „et al, 2008].
In order to decrease the mortality caused
by Asphyxia and to practice a scientific
method for resuscitation. A descriptive
cross sectional study was conducted in
Sari, Iran, to determine the rate of
knowledge, attitude and practice of every
learner about neonatal resuscitation in the
governmental hospitals. Results obtained
suggest that 44.5% had good knowledge
and 11.7% had very good knowledge on
neonatal Resuscitation. The Data also
suggested that 96.3% of the subjects had
good and very good attitudes towards
neonatal resuscitation and the results show
that only 38.4% of the subjects under the
study had a good level practice [Ahmady
„et al‟, 2005].
Ethiopia Federal Ministry of Health
proposed implementation of high impact
and cost effective child survival
interventions in the child survival strategy
for the country to reduce neonatal
mortality, so as to reach MDG.
2.4. Importance of the Study
To reduce neonatal mortality and to
achieve the Millennium Development Goal
for child survival by 2015, much more
needs to be accomplished. A study specific
to KAP of immediate newborn care will
strategically contribute for designing
programs focusing on improving skilled
care [Bahl „et al‟, 2009].
A study conducted in Ethiopia on
knowledge, attitude and practice of the
health care providers about immediate
newborn care are very limited and specific
to single component of newborn care. This
study can be used as a base line study. One
of the key reasons for inadequate and
ineffective interventions is lack of
knowledge. This gap in knowledge can
only be filled by appropriately targeted
research [Bahl „et al‟, 2009]. This study
assessed the knowledge, attitude and
practice of health care providers and
factors affecting care provision so as to
recommend possible action.
Since the Ethiopian government prioritize
maternal and newborn care and promotes
facility based delivery care, this study
would potential identify gaps related to
providers capacity in provision of
immediate newborn care. This study also
indicates some other gaps in providing
quality immediate newborn care that would
be further investigated by others, it will
provoke further study.
3. OBJECTIVES
3.1. General Objective
To assess knowledge, attitude and practice
of health care providers and explore factors
affecting provision of immediate newborn
care in Addis Ababa public Health centers.
3.2 Specific Objectives
1. To identify the level of Health care
providers‟ knowledge, attitude and
practice about immediate Newborn
care.
2. To explore factors affecting
provision of immediate Newborn
care by health care providers.
4. MATERIALS AND METHODS
4.1. Study Setting
The study covered twenty four public
Health centers which provide delivery and
other MCH related services from all twenty
six health centers that are owned by Addis
Ababa city administration. Addis Ababa is
the capital city of Ethiopia and sit of
African Union & Economic Commission
for Africa. The Addis Ababa city
Administration is further structured into 10
Sub cities and 116 woreda. Based on 2007
census and annual growth rate of 2.1
percent, the estimated population of Addis
Ababa for the year 2010 is 2,914,404 and
women of reproductive age group accounts
for 34.6% of the total population.
4.2. Study Design
It is a health facility based cross sectional
study. The study uses both quantitative and
qualitative approaches. The quantitative
study section includes questionnaire and
record review. The qualitative study section
includes observation of cases managed and
in-depth interview of the head of the
facility.
4.3. Study Population
The source population was health care
providers who were working in public
health centre of A.A. The study populations
were those health care providers who were
engaged in immediate newborn care service
provision in these facilities during the data
collection period.
Inclusion criterion: Health care providers
who were providing immediate newborn
care were included in the study.
Exclusion criteria: Health care providers
who were not providing immediate
newborn care for more than three months
were excluded from the study.
4.4. Sample Size Determination
4.4.1. Sample size for quantitative
study
To determine the sample size to study
health care providers‟ knowledge, attitude
and practice about immediate newborn
care, the formula for single population
proportion used and the following
assumptions made. A Significance level of
95% and 5% margin of error was taken.
The study on assessment of Knowledge,
Attitude and Practice of health care
provider about Neonatal Resuscitation in
the Health centre in Sari-Iran showed a
prevalence levels for knowledge, attitude
and practice of 56%, 96% and 38%
respectively [Ahmady „et al‟, 2005].
n = (Zα/2) ² p (1-p)
(d) ²
Assumption
n= number of the study subjects
Z= is standardized normal distribution
curve/value for the 95% confidence interval
(1.96)
p = proportion of knowledge, attitude and
practice of the health care providers about
immediate newborn care (Knowledge,
attitude and practice levels are 56%,
96%and 38% respectively)
d = the margin of error taken (0.05 taken)
Since expected population is less than
10000, population correction is done using
the formula no/(1+n/N)
Non response rate=10%
Table 1: Sample size calculation for Knowledge, Attitude and Practice
Variable Prevalence Confidence
Level
Degree
of
Precision
no Sample
size
calculated
Non-response
rate (10%)
Total
sample
size
Knowledge 56% 95% 0.05 378 114 11 125
Attitude 96% 95% 0.05 59 112 11 123
Practice 38% 95% 0.05 362 114 11 125
Of the three sections used to calculate the
sample size, a larger sample size was found
in a section for Knowledge and practice
study (table 1). Therefore a sample size of
125 was considered as appropriate for this
study. However, since the number of
health care provider fulfilling the inclusion
criteria in the study area did not reach 125,
all health professionals (census) involved
in provision of newborn care in all public
health centers were enrolled in the study.
Of the total 26 public health centers that
are owned by the city administration, only
24 health centers that were providing
delivery and other MCH serves during the
time of data collection were enrolled in this
study. The study managed to interview 109
out of 114 health care providers who were
actively providing services during the time
of data collection.
Service utilization data were extracted
from all 24 public health centers of Addis
Ababa by reviewing records for the time
period of January 1st to December 31
st,
2010.
4.4.2. Sample size for qualitative study
An in-depth interview was conducted with
the head of each public health centers. Of
the total eligible 24 public health centers in
Addis Ababa, the head of all 24 facilities
were interviewed.
The study planned to observe all newborns
that were managed during the data
collection periods. The study managed to
observe 18 newborns that received care
during data collection period.
4.5. Sampling Procedures
The list of facilities that were providing
delivery and other MCH services was
found from Addis Ababa Regional Health
Bureau. A list of providers that were
involved in neonatal care was received
from the head of delivery/MCH department
of the respective health centers. The
maximum effort was done to ensure that all
the providers involved in immediate
newborn care provision during the study
period were interviewed. The data
collection was conducted during working
hours in week days but data collectors
reach to each health center as early as
possible to make possible arrangements for
interviewing night duty providers. The data
collectors also reached those providers, not
available during data collection, and
arranged time for interview. An in-depth
interview was conducted with the head of
all 24 public health centers.
The data collection process was set up to
facilitate that all newborns receiving care
during data collection period are observed
by data collectors. The registers available
in the facility were identified to determine
the source of data for record review.
4.6. Data Collection Procedure
The time and location for one-to-one
questionnaire interview with health care
provider was arranged based on
convenience for each provider. The
interview started with explaining the
purpose of the study and after informed
consent. The data collector preceded the
interview with each part of the questioner.
An in-depth interview with head of the
facility was conducted on a time
convenient at his/her office. All efforts
were done to observe all newborn cases
that received care during the day of data
collection, interview with health care
providers were reschedule a few times to
observe these cases. The proper register
identified and records of interest were
reviewed from record.
The questionnaire was prepared and used
in English. The data collectors were four
BSc Midwifes and one BSc Nurse that
have the technical knowledge about the
subject of interest, capacity to understand
the questioner and experience in data
collection. The data collectors were trained
on content of each questionnaire, data
collection techniques and procedures. The
data collectors further enriched their
understanding through pretesting the
instruments and ongoing support from the
investigator. The detailed logistics and
field schedule was prepared with data
collectors.
4.6.1. Pre-test
Before conducting the study, pre test was
carried out in one of non-governmental
health centre called SIPAR MCH Health
centre, which would not be included in this
study. All parts of the study tools were
tested for its clarity, understandability,
completeness, and reliability. The
questionnaire that assesses Knowledge,
Attitude and Practice were administered for
10 neonatal health care providers. A two
separate in-depth interview was conducted
with the heads of labour and neonatal ward
of the facility. Two cases were observed
while receiving care during pretesting.
Record review format was also pretested
using General admission and
discharge register along with maternity
and delivery register. The questionnaires
were reconstructed based on the additional
information that was obtained during the
pre-test.
4.7. Variables of the Study
This study focus on the Knowledge,
attitude and practice of health providers
about immediate newborn care, which are
comprehensive and cost effective
interventions provided to newborns to save
life, prevent morbidity and mortality.
The independent variables that looked in
the study are:
i. Socio demographic characteristics:
Age and sex of the health care
provider
ii. Professional category
iii. Service year of health care
providers
iv. In service training
4.8. Operational Definition
The key danger signs in the newborn
include: poor sucking or not sucking at all;
inactivity or lethargy; fever or
hypothermia; respiratory distress;
convulsions; vomiting; abdominal
distension; umbilical infection and baby
very small.
Immediate Newborn Care: is care
provided to a newborn immediately after
delivery which includes the time between
birth to 24 hours care.
Thermal care is keeping the baby dry,
clean and warm and avoiding bathing
within 24 hours after birth.
Intervention package: A group of
evidence based interventions proven to be
individually effective in reducing neonatal
mortality and are combined to apply to the
same time period.
LBW (Low birth weight): Birth weight less
than 2500gram.
Satisfactory Knowledge: Those health
providers who correctly answer to at least
half of the knowledge questions are
categorized as having satisfactory
knowledge.
Good Attitude: Those health providers
who responded agree to strongly agree for
attitude questions are categorized as having
good attitude.
Satisfactory Practice: Those health
providers who were able to provide half of
the standard actions during the last care
they provided services are categorized as
having satisfactory practice.
4.9. Data Quality Management
In order to have credible result, it is very
crucial to ensure the quality of data
controls at all levels of design and
implementation of the study. When the
questionnaire was designed, attention was
given to have standard questions which
were stated in clear, complete and simple
language. It was pre tested in similar
population for clarity and sensitivity and
then made necessary modifications. To
ensure the quality of data, data collectors
were senior BSc Midwife and Nurse, who
were working in hospitals and NGO sector.
The data collectors were trained on all data
collection tools and procedures through
reviewing, discussing and field testing the
tools. A close supervision, daily visit by
the investigator, was done on site during
data collection period to ensure that quality
information were collected and recorded.
Proper coding of data carried out after the
information was checked again for
completeness and internal consistency. The
investigator and data collector took
corrective discussion. Remarks were given
every day on how to minimize errors and
took corrective actions timely.
4.10. Data Analysis
After all the necessary data collected, the
collected data were cleaned, coded and
entered using EPI-Info version 3.5.1,2008
then transferred to SPSS, recoding and
categorizing made through transformation.
Descriptive analysis of major dependent
and independent variables are made
through univariant analysis and frequency
distribution produced accordingly. The
association of the dependent variables to
socio-demographic, professional category,
training and service year was tested using
cross tab and logistic regression. Crude and
adjusted OR with 95% confidence interval
(CI) was seen to appreciate the level of
association. The association of selected
knowledge variable like the time that takes
to clear the airway and stimulate breathing
and treatment of neonatal jaundice was
tested with training, professional category
service year and age.
The level of Knowledge about immediate
newborn care was assessed based on
whether the providers know all
intervention package of newborn care or
not (Essential or Basic, Extra and
Emergency newborn care). A criterion used
to level whether the provider is
knowledgeable or not are: if he/she
answers all of the responses for questions
related to classification (component);
mention at least half of the options for
multiple responses and correctly responded
to questions with single response. The total
knowledge score of providers is calculated
from all the questions related to
knowledge; range and median is also
looked. To have satisfactory knowledge
they have to answer at least 19 out of 38
knowledge questions correctly.
A scale of one for strongly disagree to four
for strongly agree are used to evaluate
providers attitude. A median attitude score
is calculated and histogram is used to look
for the distribution of the score. A provider
is considered having good practice when
he/she provides all essential/basic care to
all newborns during labor and birth;
diagnose and provide appropriate care for
LBW and sick newborn consult seniors and
refer cases timely.
The qualitative data for practical
observation and in-depth interview of head
of health centers are summarized
thematically to relate with other section of
the study.
4.11. Ethical Consideration
Ethical approval obtained from university
of Haramaya and Addis Continental
institute of public health. An official letter
of cooperation was also obtained from
Health Bureau of Addis Ababa City
Administration, which communicated to
each public health centre enrolled in the
study. The study participants were
informed about the purpose of the study
and the importance of their participation in
the study, and then verbal consent was
taken from each study participants to
confirm willingness. In order to ensure
confidentiality of respondents, their name
was not mentioned. In the process of
observing care for mothers and newborns,
the data collector or investigator support
and ensure proper care of those exposed to
mismanagement or with serious
complications.
4.12. Dissemination of Results
The result of the study will be
communicated to the relevant organizations
and submitted to Addis Continental
institute of public health and to the school
of public health in Haramaya. The study
will be presented to relevant forums,
professional conferences and workshops. A
paper will be sent for publishing in one of
the local scientific journals.
5. RESULT AND DISCUSSION
5.1. Result
5.1.1. Knowledge, Attitude and Practice
on Immediate Newborn Care
5.1.1.1. General
A total of 109 health professionals, with a
response rate of 95.6%, interviewed in all
24 public health centers. Three to eight
providers, on average of five, providers
interviewed from each health center. The
average age of respondents is 31 years and
most are females (78.9%). Almost equal
proportion of Midwives (50.4%) and
Nurses (49.6%) are interviewed for the
study. The mean service year of providers
interviewed is about 6 years. A little over
one third (38.5%) of providers are trained
on newborn care (table 2). Of those trained,
66.7% are trained in the last one year and
78.6% had training for duration of at least
three days. The training content reported
by those providers trained, included:
resuscitation (95.2%), thermal care
(47.6%), clean chain (45.2%), MTCT/HIV
(33.3%), immunization (31.0%) and breast
feeding (4.8%). There was no one reporting
training on treatment of severe neonatal
infection.
Table 2: Characteristics of immediate newborn care providers working in 24 public
health centers of Addis Ababa, 2011
No. Characteristics Response Frequency # (%)
1 Age (Years) 20 – 30
31 – 40
41 – 50
51 – 60
68 (62.4%)
26 (23.9%)
13 (11.9%)
2 (1.8%)
Mean = 30.7+ 7.8 years
2 Sex Male
Female
23 (21.1%)
86 (78.9%)
3 Professional Category Midwife – BSc
Midwife – Diploma
Nurse – BSc
Nurse – Diploma
18 (16.5%)
37 (33.9%)
16 (14.7%)
38 (34.9%)
4 Service Year after last graduation 1 – 3
4 – 6
7 – 9
> 10
38 (34.9%)
37 (33.9%)
11 (10.1%)
23 (21.1%)
Mean = 5.68 + 1.12 years
5 Ever trained on newborn care Yes
No
42 (38.5%)
67 (61.5%)
5.1.1.2. Knowledge
The knowledge of describing the
interventions under each category of
newborn care is low. Only 27 (24.8%) of
the providers correctly classified the three
newborn care interventions. Fifty one
(46.8%) providers know all the
interventions under essential newborn care.
All the interventions under extra care for
LBW and emergency newborn care are
listed in 19.3% and 4.6% of providers
respectively. Over half (55%) of the
providers know all the components of clean
chain (table 3).
Table 3: Knowledge of immediate newborn care providers on classification and packages
of newborn care interventions working in 24 public health center of Addis Ababa, 2011
No. Knowledge Response Frequency # (%)
1 Know classification of newborn care
interventions
Yes
No
27 (24.8%)
82 (75.2%)
2 Know interventions under essential
newborn care
Yes
No
51 (46.8%)
58 (53.2%)
3 Know interventions under extra care for
LBW
Yes
No
21 (19.3%)
88 (80.7%)
4 Know interventions under emergency
newborn care
Yes
No
5 (4.6%)
104 (95.4%)
5 Know components of clean chain Yes
No
60 (55.0%)
49 (45.0%)
The same proportion (96.3%) of providers
correctly knows the first action for a baby
with clear amniotic fluid or meconium
stained amniotic fluid. The right time, < 1
minute, which takes to dry baby, clear
airway and stimulates breathing, was
reported by 35.8% of providers. Close to a
quarter (28.4%) of providers know the time
to clamp or tie cord, wait 1 to 3 minutes.
Over half (57.8%) of providers listed at
least half of the options for alternative
methods to keep baby warm. The most
commonly mentioned methods are: wrap
up and use hat for baby (80.7%); dry
thoroughly (79.8%) and keep baby skin to
skin of mother (79.7%). The least
mentioned method is post pond bathing for
24 hours (14.7%). Over ninety percent
(92.7%) of providers interviewed know
what to do for bleeding from umbilical
cord, applying another tie between first one
and baby skin. Though 105 (96.3%) of
providers stated that Vitamin K should be
given for all newborn, only 52 (47.7%)
know the correct dose for normal newborn.
The two common vaccination given at
birth, BCG and Oral polio, are known by
106 (97.2%) of providers. The knowledge
for how to care baby eye and when to
initiate breast feeding was found to be
77.1% and 89.9% respectively (table 4).
Table 4: Knowledge of immediate newborn care providers on Essential Newborn Care
Interventions working in 24 public health centers of Addis Ababa, 2011
No. Knowledge Response Frequency # (%)
1 First action for a baby with
meconium stained amniotic
fluid
Clear air way
Drying
Breast feeding
105 (96.3%)
12 (11.0%
10 (9.2%)
2 How long it take to dry baby,
clear airway & stimulate
breathing
< 1 minute
2 -3 minute
5 minute
> 10 minute
39 (35.8%)
50 (45.9%)
14 (12.8%)
6 (5.4%)
3 Time to clamp or tie cord Immediately
Wait 1 -3 minutes
78 (71.6%)
31 (28.4%)
4 Alternative methods to keep
baby warm
Dry thoroughly
Wrap up and use hat for baby
Warm mother
Warm the room
Baby skin to skin of the mother
Put under incubator
Post pond bathing for 24 hours
87 (79.8%)
88 (80.7%)
50 (45.9%)
63 (57.8%)
76 (79.7%)
38 (34.9%)
16 (14.7%)
5 Know how to care for baby eye
(clean eye and give eye drop)
Yes
No
84 (77.1%)
25 (22.9%)
6 When to start breast feeding? Within one hour of delivery
After one hour of delivery
98 (89.9%)
11 (10.1%)
The definition for LBW, weight < 2.5 kgs,
is known by 93 (85.3%) of providers. Over
half (54.1%) of providers listed at least
three kinds of extra care for newborn
weighs < 2.5 kgs. The most common kind
of care listed by providers are: thermal
protection (87.2%) and extra support to
establish breast feeding (86.2%) followed
by monitor ability to breast feed (59.6%)
and ensure infection prevention (32.1%).
Only 7 (6.4%) providers correctly
responded to the dose of Vitamin K for
LBW.
Only nine (8.3%) providers listed over half
of the danger signs in newborn. The most
common danger signs listed are: poor
sucking (86.2%), respiratory distress
(78.9%), fever or hypothermia (46.8%) and
inactivity or lethargy (43.1%). Eighty nine
(81.7%) providers are able to diagnose
birth asphyxia using at least two of the
criteria. The most common signs providers‟
looks for diagnosing asphyxia are
depressed breathing (85.3%) and central
cyanosis (63.3%), (table 5).
Over half (54.1%) of providers know on
how to identify baby for resuscitation but
only 11 (10.1%) and 24 (22.0%) know all
the steps of resuscitation and at least half of
the actions to do when baby fails to breath
after ventilation respectively. Though a
high proportion (88.1%) of providers
knows on how to select the correct mask,
it‟s only 42 (38.1%) providers who know
what to do when resuscitating with bag and
mask or tube and mask. Ninety Eight
(89.9%) providers know the position of
baby head, slightly extended, to open the
airway. Over half (59.6%) of the providers
know when to check heart rate, after 1
minute of ventilation, while breathing with
bag and mask. In response to what the
provider will do in case when bag and
mask or oxygen is not available for
resuscitation to save baby life, 70 (64.2%)
mentioned mouth to mouth resuscitation
with care. Over half (58.7%) of providers
listed at least two of the newborn
resuscitation practices that should be
discouraged. Of those practices that should
be discouraged, 94.5%, 54.1% and 37.6%
of providers listed holding baby upside
down, heavy suctioning of back of the
throat and routine suctioning of mouth and
nose of a well baby respectively.
Thirty one (28.4%) providers know at least
half of the signs and symptoms of infection
in newborn. Most providers listed
hypothermia or hyperthermia (79.8%) and
poor or no breast feeding (66.1%) followed
by less movement or poor muscle tone
(44.0%); restlessness or irritability (42.2%)
and difficulty or fast breathing (41.3%).
The most common action that the providers
know for newborn with signs of infection
are beginning antibiotics (71.6%) followed
by referral (58.7%), continue breast
feeding (44.0%) and keep airways open
(22.9%). Close to two third (63.3%) of the
respondents know at least three of the
common way to prevent infection in
neonate. The most common ways of
prevention listed by providers are clean
delivery (87.2%) followed by eye
prophylaxis (60.6%), good cord care
(59.6%), treatment of STI in the mother
during pregnancy (55.0%) and antibiotics
for prolonged rupture of membrane
(41.2%).
Table 5: Knowledge of immediate newborn care providers on Extra care for LBW and
Emergency Newborn Care working in 24 public health centers, Addis Ababa, 2011
No. Knowledge Response Frequency # (%)
1 Kind of extra care for
newborn weighs <2.5 kgs
Ensure thermal protection
Support to establish breast feeding
Monitor ability to breast feed
Monitor baby for first 24 hour
Ensure infection prevention
95 (87.2%)
94 (86.2%)
65 (59.6%)
12 (11.0%)
35 (32.1%)
2 Danger signs in newborn Poor sucking or not sucking well
Inactivity or lethargy
Fever or hypothermia
Respiratory distress
Convulsions
Vomiting
Abdominal distension
Umbilical infection
Baby very small
Jaundice, pale and bleeding
Serious abnormality
94 (86.2%)
47 (43.1%)
51 (46.8%)
86 (78.9%)
16 (14.7%)
16 (14.7%)
9 (8.3%)
16 (14.7%)
26 (23.9%)
41 (37.6%)
13 (11.9%)
3 How you diagnose birth
asphyxia?
Depressed breathing
Floppiness
Heart rate <100 beats/minute
Central cyanosis
93 (85.3%)
30 (27.5%)
44 (40.4%)
69 (63.3%)
4 Signs and symptoms of
infection in newborn
Less movement
Poor or no breast feeding
Hypothermia or hyperthermia
Restlessness or irritability
Difficult or fast breathing
Deep jaundice
Severe abdominal distension
Others
48 (44.0%)
72 (66.1%)
87 (79.8%)
46 (42.2%)
45 (41.3%)
15 (13.8%)
13 (11.9%)
2 (1.8%)
5 Actions when newborn
presents with signs of
infection:
Explain to mother or care giver
Continue breast feeding
Keep airways open
Begin antibiotics
Refer
15 (13.0%)
48 (44.0%)
25 (22.9%)
78 (71.6%)
64 (58.7%)
6 Prevention of infection in
neonate:
Treatment of STI during
pregnancy
Antibiotics for PROM
Clean delivery
Good cord care
Eye prophylaxis
60 (55.0%)
45 (41.3%)
95 (87.2%)
65 (59.6%)
66 (60.6%)
Twenty seven (24.8%) of providers are
able to diagnose neonatal jaundice. Almost
similar proportion (25.7%) of providers
knows on how to treat neonatal jaundice.
The most common treatment option
mentioned was phototherapy (44.0%)
followed by exchange transfusion (28.4%)
and antibiotic therapy if infection is
suspected (17.4%). Only 11 (10.1%) of
respondents know at least three serious
abnormalities of newborn.
5.1.1.3. Practice
The overall essential (basic) newborn care
practice by providers in the last case they
provided service is satisfactory, 80.7% had
a correct practice. Only 22.0% of providers
practiced at least two ways that helped the
baby to cry or breath immediately after
birth, majority (93.6%) did rub or massage
the baby. The practice of drying and
wrapping baby immediately after birth
(97.2%) and Keeping the baby on the
mother abdomen or chest immediately after
birth (95.4%) are almost universal. At least
half of the reasons why the newborn kept
close to the mother was listed in 71
(65.1%) of providers, the reasons
mentioned most by providers are for
bonding (90.8%) followed by to keep baby
warm (69.7%) and stimulate breast feeding
(11.9%).The advice for immediate
initiation of breast feeding, before the
placenta is delivered/ immediately after
birth, was given by 63 (57.8%) providers.
70.6% of the providers did bath the baby
for the first time after 24 hours of birth
(table 6).
The extra care for premature or LBW was
provided by 68 (62.4%) of providers. The
overall extra care for premature or LBW
practiced by providers in the last case they
provided service was not satisfactory, only
40.4% did practice at least half of the
standard actions. Of those extra care
services provided for premature or LBW in
the last three months, the most common are
thermal protection (89.7%) and support to
establish breast feeding (88.2%) followed
by ensuring infection prevention (22.9%)
and monitor baby for the first 24 hours
(14.7%).
Over three quarter (78.0%) of providers
reported practice in neonatal resuscitation
in the past three months. There is no
provider that reported providing parenteral
antibiotics for newborn infection in the last
three months. The reasons listed for not
having practice on provision of parenteral
antibiotics by all providers are: lack of
supplies, equipment and drugs; no training
related to care provision and management
issues. All of the providers did practice
testing for HIV and providing ARV for
mothers and newborn. Though counseling
on clean cord care during last postnatal
visit was given by 105 (96.3%) providers,
good postnatal care with at least half of the
standard activities were performed in only
19 (17.4%) of providers. Checking and
counseling for danger signs are practiced in
only 11.0% and 4.6% of the providers
respectively. The providers weighed baby
and counseled skin to skin contact /warmth
in 27.5% and 19.3% of cases respectively.
Table 6: Immediate Newborn Care provider Practice during the last care they provided
in 24 public health centers, Addis Ababa, 2011
No. Practice Response Frequency # (%)
1 What do you do for the baby to
cry or breath easily immediately
after birth?
Rubbed/massaged
Dried
Mouth cleared
102 (93.6%)
22 (20.1%)
17 (15.6%
2 Did you dry and wrapped baby
immediately after birth?
Yes
No
106 (97.2%)
3 (2.8%)
3 Where was the baby put
immediately after birth?
Mother abdomen or chest
With someone else
Separate abdomen
104 (95.4%)
4 (3.7%)
1 (0.9%)
4 Did you advice to immediately
breast feed the baby after birth?
Yes
No
63 (57.8%)
46 (42.2%)
5 How long after birth was the baby
bathed for the first time?
6 hours
24 hours
72 hours
Don‟t know
17 (15.6%)
77 (70.6%)
8 (7.3%)
7 (6.4%)
6 Provided extra care for premature
or LBW
Yes
No
68 (62.4%)
41 (37.6%)
7 Of those who do practice extra
care for LBW, kind of care
Thermal protection
Establish breast feeding
Monitor breast feeding
Monitor baby for 1st 24 hours
Ensure infection prevention
61 (89.7%)
60 (88.2%)
50 (73.5%)
10 (14.7%)
25 (22.9%)
8 Has neonatal Resuscitation with
bag and mask been performed in
the last three months
Yes
No
85 (78.0%)
24 (22.0%)
9 Has parenteral antibiotics given
for newborn with infection in the
last three months
Yes
No
0
109 (100%)
10 HIV rapid testing been performed
and ARV given to mothers &
newborns in the last three months
Yes
No
109 (100%)
0
5.1.1.4. Attitude
One hundred three (94.5%) providers said
providing newborn care is part of their job.
100 (91.7%) of the respondent said they are
happy to practice neonatal care. 101
(92.7%) of the respondent said they are
willing to give care for neonate in the
future. The reasons mentioned by those not
happy to practice neonatal care or not
willing to give care for neonate in the
future are work load, lack of equipment
and supply and low salary.
Overall, the health providers interviewed
had a very positive attitude towards
newborn care interventions, 98.6% of the
response from the providers had good and
very good attitude towards newborn care.
Almost all agree to strongly agree for care
related to maintaining clean and warm
chain; screening for HIV and giving ARV
and immediate initiation of breast feeding.
Only few providers (4.6%) disagree for
avoiding bath within 24 hrs of birth and
provision of Vitamin K for all newborn, the
others agree to strongly agree for these
interventions (table 7). An average attitude
score of 27.5 (out of 28) is found and more
skewed distribution towards positive
attitude is seen (figure 1).
Table 7: Attitude of immediate newborn care provider to the newborn care interventions
in 24 public health centers, Addis Ababa, 2011
No
Do you agree:
Frequency # (%)
Strongly
agree
Agree Disagree Strongly
disagree
1 To Maintain clean chain? 108
(99.1%)
1 (0.9%) 0 0
2 To Maintain warm chain? 107
(98.2%)
2 (1.8%) 0 0
3 To avoid bathing of baby within 24
hours after birth
96
(88.1%)
8 (7.3%) 5
(4.6%)
0
4 To give Vitamin K for all newborn? 95
(87.2%)
9 (8.3%) 5
(4.6%)
0
5 To give screening test for the mother? 107
(98.2%)
2 (1.8%) 0 0
6 To give ARV to newborns in the
maternity/labour ward (MTCT/HIV)?
105
(96.3%)
4 (3.7%) 0 0
7 To counsel postpartum woman on
immediate initiation of breast feeding?
102
(93.6%)
6 (5.5%) 1
(0.9%)
0
Figure 1: Attitude Score of immediate newborn care providers to the newborn care
intervention in 24 public health centres, Addis Ababa, 2011
5.1.2. Practical Observation
A total of 18 cases were observed during
the data collection period. Of these, 16
(88.8%) are essential care for newborn
immediately after birth and the other two
are care for LBW and neonate with
complications. Most of these cases were
attended by midwife (61.11%) and the
remaining cases (38.9%) are attended by
nurses.
During labor and birth; proper support to
mother and newborn and maintaining clean
chain was done in 83.3% and 77.8% of the
cases respectively. The provider supported
early initiation of breast feeding and gave
proper cord and skin care in 27.8% and
66.7% of the cases respectively. Provision
of Vitamin K, Immunization and
MTCT/HIV services are observed in
83.3%, 94.4% and 100% of the cases
respectively. The other observations are:
suturing episiotomy without giving
anesthesia in nine cases; lack of clean
clothes in 15 of the cases and lack of
Vitamin K and TTC eye ointments in three
and one facilities respectively. Overall,
29.00 28.00 27.00 26.00 25.00 24.00 23.00
80
60
40
20
Mean =27.50 Std. Dev= 0.987
N =109
F
r
e
q
u
e
n
c
y
good basic care was given to 55.6% of the
cases observed during the study period.
The only case of neonate with LBW was
not given appropriate care. In most of the
health centers there was no heater or cotton
cloth. A case of neonate with complication
observed during the study period was
referred to higher facility for appropriate
care. Most of the health centers are not
ready to respond to emergencies. In most
of the health centers, there was no neonatal
corner.
Except in one case, findings from all the
other cases (94.4%) were properly recorded
on the registration book.
5.1.3. Interview with Key Informant
(Head of Health Center)
The type of immediate newborn care
services provided by health centers are
listed by head of the facilities. Except
thermal care (37.5%) and resuscitation
(50.0%), all the other essential care
services are available in all health centers.
All the health centers reported that they
don‟t have services related to care for
LBW or for the sick.
The most common problems in provision
of immediate newborn care listed by head
of the facilities are related to lack of
supplies and equipment followed by lack of
trained staff and budget. Twenty one
(87.5%) of the health centers reported
stock out of supplies/equipment to give
immediate newborn care. Twenty (83.3%)
facilities reported having at least one
trained provider. A total of 50 providers
have been trained in these facilities, an
average of two providers are trained in
each health center.
Fourteen (58.3%) health centers have
protocols for management of obstetric and
newborn complications. Eighteen (75.0%)
health centers have protocol on essential
newborn care. All managers of study
facilities responded that immediate
newborn care is a priority for their facility.
Three fourth (75.0%) of managers
interviewed said that the quality of
immediate newborn care services has
improved during the past one year. The
changes in quality of immediate newborn
care services listed by managers are:
procurement of drugs and equipments;
facilitation of training and assignment of
staff. Almost all managers would like to
improve immediate newborn care services
in their facility through training and
assigning staff; allocating more budgets;
improving supply and equipment and
establishing neonatal corner.
5.1.4. Record Review
All the registers are looked for
information‟s related to delivery and
immediate postnatal care. Each health
center have at least two register with key
information related to immediate newborn
care. The type of register are Maternity and
delivery register (24, 100%); General
admission and discharge (20, 83.3%);
Postnatal (9, 37.5%); Referral (5, 28.8%)
and HMIS (3, 12.5%). The quality of data
was also looked in these facilities: missing
data reported only in four health centers
and all the health centers have up to date
information in their registers
A twelve month (one year) service
utilization data was collected from all 24
study health centers. A total of 20,007
deliveries registered in these facilities. The
average delivery per facility per year is
834. The median number of deliveries
reported in all facilities per month is 69 +
4, no special variation observed in month
(figure 2). The few of institutional based
quality and outcome indicators are:
newborn complication rate of 0.3 per 100
live births; LBW rate of 4.0 per 100 live
births and still birth rate of 7.7 per 1000
total deliveries (table 8).
Figure 2: Average number of deliveries per month in 24 public health centers of Addis
Ababa, 2011
Table 8: Service related to immediate newborn care provided from the period of
January to December 2010, in 24 public health centers of Addis Ababa
Number of cases received care during a year (January to December 2010)
Services # of HCs reporting Total # of cases in a year
1. Delivery 24 20,007
2. Mode of Delivery
2.1. Normal (SVD) 24 19,952
2.2. Instrumental (Forceps & vacuum) 10 55
3. Live births and Deaths
3.1. Still Births 22 154
3.2. Live Births 24 19,853
3.3. Early Neonatal deaths 4 10
4. Preterm and LBW
4.1. Preterm 2 2
4.2. LBW 23 800
5. Newborn Complications
5.1. Asphyxia 7 51
5.2. Aspiration Pneumonia 0 0
5.3. Sepsis 0 0
5.4. Congenital Anomalies 2 5
5.1.5. Factors Affecting Providers
Knowledge, Attitude and Practice
The median knowledge score for
knowledge is 19 out of 38 and range from
9 to 31. Based on the total average score
for knowledge, 51.4% of providers have
satisfactory knowledge. Those who are
trained on newborn care, midwife by
profession and long years of service looks
more knowledgeable than the other group.
The result is only significant for those with
ten and over years of service (table 9).
The knowledge of providers on how long
should it take to dry baby, clear air way
and stimulate breathing is slightly more in
ever trained than not trained; midwives
than nurses and those with 7 - 9 years
service than the other but the result are not
significant (table 10).
Table 9: Association of immediate newborn care provider’s knowledge on immediate
newborn care with training, professional category, service year and age working in 24
public health centers, Addis Ababa, 2011
Variable Response Knowledgeable, (#,%)
N = 109
Crude OR with
95% CI
Adjusted OR with
95% CI
Yes No Total
Ever
Trained
Yes
No
24 (57.1%)
32 (47.8%)
18 (42.9%)
35 (52.2%)
42
67
1.46 (0.67-3.17) 1.27 (0.53-3.04)
Professional
category
Midwife
Nurses
31 (56.4%)
25 (46.3%)
24 (43.6%)
29 (53.7%)
55
54
1.50 (0.70-3.19) 0.87 (0.37-2.07)
Service year 1 -3
4 -6
7 -9
10+
19 (50.0%)
13 (35.1%)
7 (63.6%)
17 (73.9%)
19 (50.0%)
24 (64.9%)
4 (36.4%)
6 (26.1%)
38
37
11
23
1.88 (0.73-4.67)
1
3.23 (0.80-13.12)
5.23 (1.66-16.52)
1.86 (0.70-4.94)
1
3.06 (0.73-12.84)
4.15 (1.19-14.50)*
Age 20 – 30
31 – 40
41 – 50
51 – 60
31 (45.6%)
15 (57.7%)
9 (69.2%)
1 (50.0%)
37 (54.4%)
11 (42.3%)
4 (31.8%)
1 (50.0%)
68
26
13
2
1
1.19 (0.07-19.88)
1.63 (0.65-4.05)
2.69 (0.75-9.57)
1
1.28 (0.46-3.51)
2.10 (0.53-8.38)
0.71 (0.04-13.93)
*- Made to show statistical significant association. 1- is representing referent
Table 10: Association of Knowledge of immediate newborn care providers on how long
should it take to dry the baby, clear the airway and stimulate breathing by training,
professional category, service year and age working in 24 public health centers, Addis
Ababa, 2011
Variable Response Knowledgeable, (#,%)
N = 109
Crude OR with
95% CI
Adjusted OR with
95% CI
Yes No Total
Ever
Trained
Yes
No
17 (40.5%)
22 (32.8%)
25 (59.5%)
45 (67.2%)
42
67
1.39 (0.63-3.01) 1.18 (0.49-2.85)
Professional
category
Midwife
Nurses
23 (41.8%)
16 (29.6%)
32 (58.2%)
38 (70.4%)
55
54
2.08 (0.49-8.79) 0.62 (0.26-1.51)
Service year 1 -3
4 -6
7 -9
10+
11 (28.9%)
12 (32.4%)
6 (54.6%)
10 (43.5%)
27 (71.1%)
25 (67.6%)
5 (45.5%)
13 (56.5%)
38
37
11
23
1
1.18 (0.44-3.15)
2.95 (0.74-11.69)
1.89 (0.64-5.57)
1
1.40 (0.50-3.95)
2.93 (0.72-11.92)
1.79 (0.54- 6.01)
Age 20 – 30
31 – 40
41 – 50
51 – 60
24 (35.3%)
8 (30.8%
6 (46.2%)
1 (50.0%)
44 (64.7%)
18 (69.2%)
7 (53.8%)
1 (50.0%)
68
26
13
2
1
1.23 (0.47-3.24)
1.93 (0.49-7.61)
2.25 (0.13-40.65)
1
1.32 (0.46-3.79)
1.98 (0.47-8.23)
2.51 (0.12-52.44)
1- is representing referent
Those who are trained on newborn care,
midwife by professional and long years of
service looks more knowledgeable on
treatment of neonatal jaundice than the
other group. Before adjusting, the
difference is significant among trained,
those who are midwives and with ten and
over years of service. But after adjusted,
the adjusted odds ratio, only service years
has significant relation with treatment of
jaundice. The knowledge of providers on
treatment of jaundice increases with
increase in service years (table 11).
Table 11: Knowledge of immediate newborn care providers on treatment of neonatal
jaundice by training, professional category and service year working in 24 public health
centers, Addis Ababa, 2011
Variable Response Knowledgeable, (#,%)
N =
Crude OR with
95% CI
Adjusted OR with
95% CI
Yes No Total
Ever
Trained
Yes
No
17 (40.5%)
11 (16.4%)
25 (59.5%)
56 (83.6%)
42
67
3.46 (1.42-8.46) 2.37 (0.91-6.20)
Professional
category
Midwife
Nurses
20 (36.4%)
8 (25.7%)
35 (63.6%)
46 (85.2%)
55
54
3.29 (1.30-8.33) 2.72 (0.91-7.71)
Service year 1 -3
4 -6
7 -9
10+
7 (18.4%)
7 (18.9%)
3 (27.3%)
11 (47.8%)
31 (81.6%)
30 (81.1%)
8 (72.7%)
12 (52.2%)
38
37
11
23
1
0.97 (0.30-3.10)
1.61 (0.34-7.66)
3.93 (1.23-12.54)
1
1.38 (0.39-4.87)
1.38 (0.27-7.22)
3.63 (1.05-12.53) *
*- Made to show statistical significant association. 1- is representing referent
5.2. Discussion
The three newborn care intervention
packages are: essential newborn care for all
babies, extra newborn care for LBW babies
and emergency newborn care for sick
babies. Universal implementation of these
intervention packages could avert up to 41-
72% of neonatal death. The
implementation of these interventions is
highly affected by the performance of
health professionals which could mostly be
related to knowledge, attitude and practice
(KAP) of health professional.
A study conducted in Ethiopia on
knowledge, attitude and practice of health
care providers in relation to immediate
newborn care are very limited and specific
to single component of newborn care. This
facility based cross sectional study is
conducted to assess the knowledge, attitude
and practice of health care providers and
explore factors affecting care provision.
The study could be used as a base to
strategically design facility based newborn
care interventions.
The study included administration of
questioner to all providers involved in
newborn care provision; observation of
cases managed during data collection
period; interview head of health centers
and review one year service utilization data
from the facilities. A total of 109, with
response rate of 95.6%, providers were
responded to questioner and 18 cases
observed while receiving care. The head of
all public health centers (24) were
interviewed and data on service utilizations
extracted from all these facilities.
Of those with ten and more years of
service, 61% are Midwives. Similar (61%)
proportions of providers with less than four
year of experience are with BSc education.
This is related to both the current system
for higher education and the previous
training program for nurse midwife. It‟s
only 42 (38.5%) providers, similar to what
managers reported (50), received training
on newborn care. The training on newborn
care with focus on neonatal resuscitation in
the last year relates with focused program
effort to address the common neonatal
health problem, Asphyxia. This figure of
trained providers is a little higher than what
is found in 2008 national EmONC
assessment, 24% of providers received in-
service training on neonatal resuscitation.
This is also reflected on availability of
neonatal resuscitation services in over three
fourth of the facilities (83%). The
availability of neonatal resuscitation is
higher than what the national EmONC
assessment reported for the health centers,
41%. The study in Zambia even showed a
higher level impact of the training, a
decrease in early neonatal moratlity from
11.5 to 6.8 deaths per 1000 LB [Waldemar
„et al‟ 2010].
Though infection is the major cause of
neonatal death, no one had training related
to managing neonatal infection and there is
no health center providing paraenteral
antibiotics or managing sick newborn. This
figure is lower than what is reported in
national EmONC assessment, 15% of
health centers provided parenteral
antibiotics for newborn during three month
before the survey. These figures are very
low compare to what other countries are
reached to expand the services to the
community level.
The health centers in Addis Ababa are
attending over one third of births expected
in the city. This could be related to easy
access and strong referral system. Almost
all health centers are attending normal
deliveries and serious cases seems to go for
higher facilities. The findings on
complication and still birth rate of 0.3 per
1000 LB and 7.7 per 1000 total deliveries
respectively are very low compare to other
national studies; national EmONC study
found a still birth rate of 22/1000 total
deliveries at health center level.
Based on the total average score for all
knowledge related variables, little over half
(51.4%) providers have satisfactory
knowledge and this figure varies for
different component of newborn care
interventions. Though midwives and those
trained on newborn care looks to have a
better total average score, significant
relation is only observed in those with
service year ten and over. This could be
related to: most of those who are ten and
over years of experience are midwives;
strong nurse midwife training program in
previous years and poor quality of pre-
service education in the recent years. The
overall knowledge related to essential
newborn care is better than care for LBW
and sick newborn.
Overall, the health providers interviewed
had a very positive attitude towards
newborn care interventions, 98.6% of the
responses from the providers had good and
very good attitude towards newborn care.
This figure is higher than what the study in
Sari, Iran, reported; 96.34% had good to
very good attitudes towards neonatal
resuscitation.
The overall essential newborn care practice
by providers in the last case they provided
service is satisfactory, 80.7% had a correct
practice. The overall extra care for
premature or LBW practiced by providers
in the last case they provided service was
not satisfactory, only 40.4% did practice at
least half of the standard actions. This
figure is almost similar to what the national
EmONC assessment in 2008 found;
average score of 2.5 out of 5 for essential
care and similar proportion in terms of
different care components; most common
care practiced were thermal protection and
support to establish breast feeding.
The quality of postpartum/post natal
counseling seems poor. Though 96.3% of
providers did counseling in the last three
months before the study, only 17.4% of
providers were able to perform at least half
of the standard list of activities.
In the cases observed while receiving care
in the facilities, good care was given to
55.6% of the cases. Since most cases
observed were essential care (89%) for
newborn, the overall care observed was
much lower than what they reported in
their practice in the last case they attended.
This figure is higher than what the study in
Sari, Iran, reported; only 38.4% had good
level of practice.
The steps of clearing airway and drying
baby immediately after birth are known by
most (96.3%) of the providers. Almost all
(97.2%) providers dried and wrapped the
baby immediately after birth during the last
time they attended birth. The knowledge
and practice of these basic newborn cares
are almost universal.
The provider‟s knowledge of the time for
critical step is limited; time to clear
airways is known only by 35.8% of
providers. The sense of emergency to
prepare and respond depends on knowing
the right time to wait or act. This limited
knowledge could lead to complications and
delay in referral to higher facilities.
Though over half (57.8%) of providers
know most of the methods to keep the baby
warm, post pond bath for 24 hours is
indicated in only 14.7% of providers. Over
two third (70.6%) of providers did bath the
baby for the first time after 24 hrs of birth
during the last time they attended birth.
Though most (89.9%) of the providers
know on when to initiate breast feeding;
only 57.8% advice for immediate initiation
of breast feeding in the last birth they
attended and 27.8% supported early
initiation of breast feeding in the cases
observed. The differences in knowledge
and practice related to initiation of breast
feeding could be related to roles of
providers, flow of care and assumption that
the mothers know it.
The universal knowledge and availability
of immunization and PMTCT services are
related to focused program efforts and
supports. In those cases observed while
receiving care, 94.4% and 100% received
immunization and PMTCT services.
Vitamin K was also given to 83.3% of
those cases observed.
In the year before the survey, one year
service data from the facilities, the rate of
LBW in the study facilities was found to be
4.0 per 100 LB. Over half (54.1%) knows
the kinds of care for newborn who weighs
<2500kgs. Though close to two third
(62.4%) of providers reported practice of
caring newborn with LBW in the last three
month before the survey, the managers feel
that there is no extra care services for LBW
in their facilities. The national EmONC
assessment also showed a lower rate, 16%,
of care for LBW at the health center level.
The providers have better knowledge on
danger signs of newborn related to
respiratory problems than LBW newborn
and baby with infection. Over eighty
percent (81.7%) of providers have a good
knowledge on how to diagnose asphyxia.
Though over half (54.1%) know on how to
identify baby for resuscitation, only 10%
know all the steps for resuscitation. This
figure is almost similar to what is reported
in Sari, Iran, study; 44.5% have good and
11.7% very good knowledge about
neonatal resuscitation.
The providers interviewed have better
knowledge on how to prevent infection
(63.3%) than actions for newborn with sign
of infections (36.7%) and listing most of
the signs and symptoms of infection in
newborn (28.4%). This figure is similar to
what the 2008 national EmONC
assessment indicated; low average score
for action (2.1 out of 5) and for signs and
symptoms of infection (3.1 out of 7). This
could be related to the content/curriculum
of pre-service education for midlevel
providers and lack of in-service training
program focusing on managing infections
in newborn.
The effort to improve the quality of
newborn care services in some of the
health centers focused on ensuring
supplies/equipment, training and assigning
staff. 87.5% and 20.8% of health centers
reported stock out of supplies/equipment
and lack of trained provider respectively.
Three fourth (75%) and over half (58.3%)
of facilities have protocols for essential
newborn care and management of newborn
complications respectively. The
registration books for keeping information
on newborn care services are complete and
of good quality in most of the facilities.
Strength and Limitation of the Study:
The strengths of the study are:
Inclusion of all public health centers
providing newborn care services
Inclusion of all health professionals
who are involved in newborn care
service provision
Comprehensiveness (all components of
care) of the study to assess KAP of
providers in newborn care
Looked complementary areas:
observation of case management,
review of service records and interview
of facility managers
The limitations of the study are:
Since the study on KAP of providers in
immediate newborn care are limited
and focused, it was not easy to design
some of the study sections and compare
results.
Since the study is on KAP, it is not
easy to find standards that defines the
cut off point for satisfactory
knowledge, attitude and practice for
providing newborn care services and
compare across different study settings
Though the study focused on KAP of
providers at health center level, it also
included observation of care provision,
review of records and interview of
facility managers. But this study is not
exhaustive enough to identify factors
affecting KAP of providers. Other
enabling or restraining factors like
facility infrastructure,
equipment/supplies, set up of services,
management and policy issues were not
looked in detail in this study.
6. CONCLUSION AND
RECOMMENDATIONS
Those who serve long years, > 10 years,
have a better knowledge than others. Those
with long years of service are more
midwives than nurses. The knowledge for
prevention is better than clinical care
component for newborn care intervention.
Improve quality of pre-service
education and ensuring adequate
exposure for clinical practices
Assigning midwives for obstetric and
newborn care services
A little over one third (38.5%) of providers
had focused training on neonatal
resuscitation, those trained have better
knowledge than non trained providers. The
report on improved performance,
availability (78%) of neonatal resuscitation
services, is related to the proportion of
facilities with trained providers (83%).
Though providers are trained on one of the
major cause of neonatal death, asphyxia,
they are not trained on the other two major
causes of deaths, infection and LBW.
Organize comprehensive in-service
training program to address all the
major causes of neonatal deaths.
Encourage trained providers to transfer
knowledge and skill to others and
organize on job training.
The knowledge and practice for essential
care are better than for LBW and sick
newborn. A clear gap is observed in
knowledge and practice in some of the
newborn care intervention. Though
providers have good attitude for newborn
care, most couldn‟t able to put it in to
practice what they know.
Create an enabling environment for
providers to practice what they learn
and know
The vertical programs with a lot of efforts
and resources are doing well. Almost all
health centers have testing services for HIV
and provide ARV.
Integration of services to ensure that all
clients are getting comprehensive care
and available resources are used
effectively.
The effort to improve quality of newborn
care services included a few traditional
approaches of procuring
supplies/equipment and training providers.
Introduce a system of continuous
quality improvement in the facilities.
The study mainly focused on providers
KAP at health center level, which indicated
some of the gap in provision of quality
immediate newborn care that relates with
the provider at health center level. But
most of the factors related to level of care,
facility infrastructure, management and
policy issues are not captured in this study.
Conduct comprehensive study to assess
quality of immediate newborn care
services by including all levels of care
and issues related to facility
infrastructure, management and policy.
Conclusionand Recommendations:
The knowledge and practice for essential
care are better than for LBW and sick
newborn. A clear gap is observed in
knowledge and practice in some of the
newborn care intervention.
Improve quality of pre-service
education, organize comprehensive in-
service training program and encourage
trained providers to transfer knowledge
and skill to others.
Create an enabling environment and
introduce a system of continuous
quality improvement in the facilities.
REFERENCES
1. Ahmady M, Nasiri E, A. Emady A, Mohammad R, 2005. Assessment of Knowledge,
Attitude and Practice of Trainees on Neonatal Resuscitation in the Health centre
Affiliated to the University Of Medical Science Of Mazandaran.
2. Allen CW, Jeffery H, 2006. Implementation and evaluation of a neonatal educational
program in rural Nepal. J Trop Pediatr. 2006 Jun; 52(3): 218-22.
3. Bahl R, Martines J, Ali N, Bhan MK, Carlo W, KChan KY, 2009. Research Priorities to
Reduce Global Mortality from Newborn Infections. The Paediatric Infection Disease
journal, 28 (1): S43-S48. January 2009.
4. Bogale W and Assaye K, 2005. Kangaroo Mother care: A Randomized controlled Trial
on Effectiveness of Early Kangaroo Mother care for the Low Birth Weight Infants in
Addis Ababa, Ethiopia. Journal of Tropical Pediatrics: 51(2): 93-97.
5. Bridget Fenn, Betty R Kirkwood, Zahra Popatia, and David J Bradley, 2007. Inequities in
neonatal survival interventions: evidence from national surveys. The Lancet. 92(5):361-
366 [pubMed]
6. Central Statistical Authority (CAS) and ORC Macro, 2006. Ethiopia Demographic and
Health Survey. Addis Ababa, Ethiopia: CSA & ORC Macro.
7. Chomba E, McClure EM, Wright LL, Carlo WA, Chakraborty H, and HHarris H, 2008.
Effect of WHO Newborn care Training on Neonatal Mortality by Education. Ambul
Pediatr: 8(5): 300-304. [PubMed].
8. Costa R, Padilha MI, Monticelli M, 2010. Production of knowledge about the care given
to newborns in neonatal IC: contribution of Brazilian nursing
9. Darmstadt Gl, Bhutta ZA, Cousens S, Adam T, Walker N, Berni LD, 2005. Neonatal
Survival 2: Evidence-based, cost-effective interventions: how many newborn babies can
we save? The Lancet 2005 March 9: 365 (9463): 977-88
10. FMOH, UNICEF, UNFPA, UNFPA, WHO and AMDD, 2008. National Baseline
Assessment for Emergency Obstetric & Newborn Care, Ethiopia.
11. FMOH, ESOG and JSI, 2009. Addressing Community Maternal and Neonatal Health in
Ethiopia. Report from National Scoping Exercise and National Workshop to increase
demand, access and use of community maternal and neonatal health services. May 2009.
12. Haws RA, homas AL, Bhutta ZA and Darmstadt GL, 2007. Impact of packaged
interventions on neonatal health: a review of the evidence. Health Policy and Planning.
22: 193-215.
13. Journal of Hospital Medicine, 2010. New born care and Delivery room Management.
WWW.journalofhospitalmedicine.com.
14. Knippenberg R, Lawn JE, Darmstadt GL, Begkoyian G, Fogstad H, Walelign N, 2005.
Neonatal Survival 3: Systematic scaling up of neonatal care in countries. The Lancet
2005 March 3: 365:1087-98.
15. Lawn J, McCarthy BJ, Ross SR, 2002. The Healthy Newborn, a reference manual for
Program Mangers. The CARE/CDC Health Initiative (CCHI). part 4.57-4.111
16. Lawn JE, Cousens S, Zupan J, 2005. Neonatal Survival 1: 4 million neonatal deaths:
When? Where? Why? The Lancet 2005 March 2; 365 (9462): 891-900
17. Lawn JE, Ketende KW and Cousens SN, 2006. Estimating the causes of 4 million
neonatal deaths in the year 2000. International Journal of Epidemiology; 35:706-718
18. Lawn JE, Kerber K, Laryea CE, Bateman OM, 2009. Newborn survival in low resource
settings_ are we delivering? An International Journal of obstetrics and Gynecology
(BJOG), (116): 49-59.
19. Post M, 2006. Key Elements of Postpartum Care at the Community Level Based on
WHO Guidelines.(www.who.int/reproductivehealth/publications/ listing_MN.en.html)
20. Qazi SA, Stoll BJ: Neonatal Sepsis, A Major Global Public Health Challenge, 2009. The
Pediatric Infection Disease journal, 28 (1): S1-S2. January 2009.
21. Shiffman J, 2010. Issue attention in global health: the case of newborn survival. The
Lancet; 375:2045-49.
22. Teshome D and DEJENE E,2005. Neonatal mortality in a teaching hospital, North
Western Ethiopia. Cent Afr J Med; 51(3/4):30-3.
23. Waldemar AC, McClure EM, Chomba E, Chakraborty H, Hartwell T, Harris H, Lincetto
O, Wright L, 2010. Newborn Care Training of Midwives and Neonatal and Perinatal
Moratlity Rates in Developing Country. http://pedatrics.aapublications.org
24. WHO and UNICEF Joint Statement, 2009. Home visits for newborn child: a strategy to
improve survival.
25. World Health Organization (WHO), 2006. Neonatal and Perinatal Mortality Country,
Regional and Global Estimates.
ACKNOWLEDGEMENTS
I would like to thank my advisor, Dr ALEMAYEHU WORKU, for his ongoing support and
constant comment throughout my thesis work.
I would also like to extend my gratitude to all of Addis Continental staff especially my
instructors and those working in Library and Computer Lab., for their encouragement and
support during the whole research process.
My special thanks go to Professor BOGALE WORKU, for his critical review, comment and
support in the thesis work.
I would also like to express my respect and appreciation to all my close relatives and friends who
showed their love and support to me and this helped me in one way or other to reach the end of
this thesis work.
At last, but not least, I would like to thank Addis Ababa Regional Health Bureau and respective
health offices at sub cities for their support and facilitation; all senior providers who serve as data
collectors; study participants (providers, head of facilities and clients) in Addis Ababa Public
Health Centers, without their kind support it would have been impossible to accomplish the
study.
Case Report 1 Atnafu M. (MD)
*
This case report is about a female neonate
who was admitted to the NICU of Girum
General Hospital at the age of 3hr on Dec,
28, 2010 after she was delivered at another
private hospital.
The baby was born to 25 years old para I
lady at gestational age of 34+5
week by date.
Delivery was by emergency C/S for severe
maternal preeclampsia. It was a twin
pregnancy and this baby is twin B with birth
weight of 1680gm and apgar score of 6 and
7 at 1st and 5
th minute respectively. Twin A
is also an alive male baby with birth weight
of 2.5kg. The pregnancy was uneventful till
two weeks back before the delivery when
the mother was diagnosed to have
hypertension. Since then the mother was
taking methyl dopa for the hypertension.
This baby was referred to our NICU for
respiratory distress and admitted to our
NICU at the age of 3hours on 28/12/2010/.
At admission she had heart rate of 37beat
per min and respiratory rate of 68 breath per
min with mild intercostals retraction. There
was no organomegaly and edema. She was
alert and had appropriate neonatal reflexes.
After detecting the brady cardia, ECG was
taken and revealed third degree AV block.
Neonatal serum electrolytes,
Echocardiography, CBC, and maternal and
neonatal ANA and rheumatoid factors were
determined and found to be normal. From
this Isolated congenital heart block was
considered. After communicating with
pediatric cardiologist, atropine, drenaline
and dexamethasone were given with the
intention to raise the heart rate; but the heart
rate persisted with in the range of38 to 45
beats per minute despite the effort. The baby
stayed for a week in the NICU and
discharged after writing a case report for
possible pace maker implantation abroad
and arranging follow up at the pediatric
cardiologist. The purpose of the case report
is to bring the case in to medical
professionals attention and so that better
ideas will be forwarded on how to manage
and handle such cases in our set up. Besides
this, isolated congenital heart block is a rare
condition and this will give us the chance to
review literatures on the issue.
ECG Taken at admission to the NICU i.e. on Dec 28/2010 (picture below)
ECG Taken on 3/1/2011 at the age of 6days (picture below)
Literature Review
The incidence rate of congenital heart block
is about 1 in 11000 to 1 in 20000 per live
births (1). Autopsy studies of fetal hearts
with congenital heart block and born to
mothers having auto antibodies indicated
that there is an exaggerated apoptosis most
pronounced in regions containing
conductive tissue and this is probably
thought to be caused by IgG binding and
also ingestion by macrophage initiated by
the maternal antibodies. Persistence of this
pathologic change after birth may be is the
cause of heart block seen in infants
postpartum (2). In a mother with
autoimmune disease, the maternal immune
system forms antibodies which includes
anti-sjogren‟s syndrome A(SSA/Ro) anti-
sjogren‟s syndrome B(SSB/La), ribonuclear
protein (RNP) and DNA anti bodies. These
auto anti-bodies can induce inflammatory
damage to tissues which can lead to clinical
autoimmune diseases. Auto antibodies can
cross the placenta and target fetal or
neonatal antigens leading to neonatal lupus
syndrome (3).
Isolated Congenital heart block occurs
commonly in babies born from mothers with
rheumatic disease like SLE and sjogrens
syndrome even though some of the mothers
can be initially asymptomatic and later
develops the symptoms (4). Follow up of
babies born to mothers with connective
tissue disease and positive autoantibodies
showed that they are at risk of developing
neonatal lupus syndrome in addition to
cardiac rhythm alteration (5). Rashes,
cytopineas and hepatobiliary disease are the
most common clinical manifestations as
compared to heart block and
cardiomyopaties which are known to pose
significant morbidity and mortality (3). In a
pregnant lady with SLE during pregnancy,
the maternal serum levels of anti-Ro/SS-A
and anti-Ro-B auto antibodies do not predict
exactly the occurrence of congenital heart
block in the fetus (6).
Congenital heart block is known to occur
due to many reasons. Cardiac malformation,
presence of maternal antinuclear antibodies
and reasons other than these two have been
mentioned as possible causes (7). Review of
the Finish hospital registry revealed that
most babies with congenital heart block
(90%) are born to mothers with antibodies to
SSA or SSB (8). With proper follow up
during the pregnancy, the median time for
the detection of bradyarhythmia due to the
congenital heart block is about 23 weeks of
gestational age (9). Presence of hydrops and
cardiac malformation found to predict poor
out come. Sympatomimetic treatment for the
cases with cardiac malformation and
hydrops didn‟t show any benefit (8).
Screening for auto immune disease has to be
considered for those mothers who have
clinical clues of auto immune disease or if
there is strong family history of auto
immune disease. Pregnancy related –
hormones can also trigger auto immune
disease. Evaluation for maternal auto
antibodies also has to be done when there is
any clinical evidence suggestive of neonatal
lupus syndrome. These screening tests
include ANA, SSA and SSB. Similar tests
has to be done for the infant if neonatal
lupus is suspected beside other tests like
complete blood count, liver function test,
ECG and Echocardiography (3). In fetuses
at risk to develop heart block, fetal
kinetocardiogram can be used for accurate
measurement of AV conduction time and
detection of first degree AV block and helps
to decide early management (10).
Recent review of papers indicates that the
efficacy of steroid treatment is inconclusive
in treating congenital heart block in the fetus
(1). But previous reports had shown that
dexamethasone was successfully used in
treating fetal myocardial dysfunction and
dysrhythmia in a mother with sjogrens
syndrome (11). Similar finding was also
reported about the beneficial effect of
corticosteroids in improving the fetal cardiac
hemodynamics and conduction system in the
presence of maternal auto antibodies (12).
On the other hand, fluorinated steroids were
shown to be useful for fetuses with
incomplete heart block and hydropic
changes as compared to those who have
received no intervention (10, 13). The risk
of developing antibody mediated congenital
heart block in the new born was reduced by
administration of steroids starting early in
pregnancy (14).
Analysis of the Research Registry for the
Neonatal lupus of New York University
School of Medicine found that the
cumulative probability of three year survival
to be 79% after following a cohort of 113
infants who have congenital heart block
born to mothers whose sera contain anti-
SSA/Ro or anti-SSB/La antibodies, or both.
Of those who are live born, 67% of them
required pace makers (9).
Isolated
congenital heart block due to maternal
rheumatic disease can lead to death in the
early neonatal period of which up to one
third of them found to die during this period
and those who survive, most of them require
pace maker (4). Myocardial dysfunction
due to cardiomyopathy is one cause of death
due to congestive heart failure. This can
occur even with early implantation of
cardiac pace maker (15). Factors like
presence of maternal auto antibodies,
increased heart size at initial evaluation and
failure to improve after pace maker
implantation are found to be predicting
factors for the development of
cardiomyopathy (16). Progression of
incomplete heart block to higher degrees of
heart block years after the neonatal period is
also possible. Other ECG abnormalities in
the neonate include transient sinus
bradycardia, QT interval prolongations, and
wolff-parkinson-white syndrome (3). Babies
with auto anti body mediated second degree
and above heart block are reported to have
retarded growth with no catch up growth
during the infancy period (17). Review of a
30 years experience of a single institution
has shown that patients with isolated
congenital atrioventricular block have
different mortality rates depending on the
time of diagnosis of the block. Patients with
the heart block having diagnosed during
fetal time have higher mortality rate in the
first two decades of life than diagnosis
during neonatal and child hood time. Similar
difference in the need of pace maker
implantation among the groups was also
observed in the same study (18). Congenital
heart block associated with structural heart
defect as well as presence of hydrops, and
lower atrial and ventricular rates in isolated
congenital heart block were associated with
higher fetal or neonatal deaths (19, 20, 21).
The congenital heart block has a risk of
recurrence in the subsequent pregnancy with
two to three folds higher in a mother who
had an affected baby as compared to those
who never had an affected child (9). But in
another different study the risk of recurrence
in such condition is found to be low (22).
References 1. Perinatal Outcome of Fetal Atrioventricular Block: One-Hundred-Sixteen Cases
From a Single Institution. Circulation. 2008;118:1217-1218
2. Clancy RM, Kapur RP, Molad Y, Askanase AD, Buyon JP. Immunohistologic
evidence supports apoptosis, IgG deposition, and novel macrophage/fibroblast
crosstalk in the pathologic cascade leading to congenital heart block. Arthritis
Rheum. 2004 Jan;50(1):173-82
3. Jennifer Frankovich, MD, Christy Sandborg, MD, Pat Barnes, MD, Susan Hintz,
MD, Eliza Chakravarty, MD
. Neonatal Lupus and Related Autoimmune
Disorders of Infants. NeoReviews (2008) 9, 206-217
4. Jonathan Waltuck, MD; and Jill P. Buyon, MD. Autoantibody-Associated
Congenital Heart Block: Outcome in Mothers and Children. Annals of Internal
Medicine. April 1, 1994 vol. 120 no. 7 544-551
5. Antonio Alberto Zuppa, MD. Infants Born to Mothers With Anti-SSA/Ro
Autoantibodies: Neonatal Outcome and Follow-up. CLIN PEDIATR April 2008
vol. 47 no. 3 231-236
6. Derksen RH, Meilof JF. Anti-Ro/SS-A and anti-La/SS-B autoantibody levels in
relation to systemic lupus erythematosus disease activity and congenital heart
block. A longitudinal study comprising two consecutive pregnancies in a patient
with systemic lupus erythematosus. Arthritis Rheum. 1992 Aug;35(8):953-9.
7. Berg C, Geipel A, Kohl T, Breuer J, Germer U, Krapp M, Baschat AA,
Hansmann M, Gembruch U. Atrioventricular block detected in fetal life:
associated anomalies and potential prognostic markers. Ultrasound Obstet
Gynecol. 2005 Jul;26(1):4-15.
8. Heikki Julkunen, Aaro Miettinen, Timo K Walle, Edward K L Chan, and
Marianne Eronen. Autoimmune response in mothers of children with congenital
and postnatally diagnosed isolated heart block: a population based study. The
Journal of Rheumatology January 1, 2004 vol. 31 no. 1 183-189
9. JP Buyon, R Hiebert, J Copel etal. Autoimmune-associated congenital heart
block: demographics, mortality, morbidity and recurrence rates obtained from a
national neonatal lupus registry. J Am Coll Cardiol, 1998; 31:1658-1666
10. A.J.J.T. Rein, MD; D. Mevorach, MD; Z. Perles, MD etal. Early Diagnosis and
Treatment of Atrioventricular Block in the Fetus Exposed to Maternal Anti-
SSA/Ro-SSB/La Antibodies. Circulation. 2009;119:1867-1872
11. Rosenthal D, Druzin M, Chin C, Dubin A. A new therapeutic approach to the
fetus with congenital complete heart block: preemptive, targeted therapy with
dexamethasone. Obstet Gynecol. 1998 Oct;92(4 Pt 2):689-91
12. Yamada H, Kato EH, Ebina Y etal. Fetal treatment of congenital heart block
ascribed to anti-SSA antibody: case reports with observation of
cardiohemodynamics and review of the literature. Am J Reprod Immunol. 1999
Oct;42(4):226-32
13. Saleeb S, Copel J, Friedman D, Buyon JP. Comparison of treatment with
fluorinated glucocorticoids to the natural history of autoantibody-associated
congenital heart block: retrospective review of the research registry for neonatal
lupus. Arthritis Rheum. 1999 Nov;42(11):2335-45.
14. Shinohara K, Miyagawa S, Fujita T, Aono T, Kidoguchi K. Neonatal lupus
erythematosus: results of maternal corticosteroid therapy. Obstet Gynecol. 1999
Jun;93(6):952-7.
15. Jeffrey P. Moak, MD, Karyl S. Barron, MD, Thomas J. Hougen, MD
etal.Congenital heart block: development of late-onset cardiomyopathy, a
previously underappreciated sequel.J Am Coll Cardiol, 2001; 37:238-242
16. Floris E. A. Udink ten Cate, MD*, Johannes M. P. J. Breur, MD, Mitchell I.
Cohen, MD etal. Dilated cardiomyopathy in isolated congenital complete
atrioventricular block: early and long-term risk in children. J Am Coll Cardiol,
2001; 37:1129-1134
17. Amanda Skog, Marie Wahren-Herlenius, MD, PhD, Birgitta Sundström, RN,
Katarina Bremme, MD, PhD, Sven-Erik Sonesson, MD, PhD.Outcome and
Growth of Infants Fetally Exposed to Heart Block-Associated Maternal Anti-
Ro52/SSA Autoantibodies. PEDIATRICS Vol. 121 No. 4 April 2008, pp. e803-
e809
18. Edgar T. Jaeggi, MD, Robert M. Hamilton, MD, Earl D. Silverman, MD, Samuel
A. Zamora, MD and Lisa K. Hornberger, MD. Outcome of children with fetal,
neonatal or childhood diagnosis of isolated congenital atrioventricular block: A
single institution‟s experience of 30 years. J Am Coll Cardiol, 2002; 39:130-137
19. KG Schmidt, HE Ulmer, NH Silverman, CS Kleinman, and JA Copel. Perinatal
outcome of fetal complete atrioventricular block: a multicenter experience. J Am
Coll Cardiol, 1991; 17:1360-1366
20. Lilian M. Lopes, MD; Gláucia Maria Penha Tavares, MD; Ana Paula Damiano,
MD etal. Perinatal Outcome of Fetal Atrioventricular Block: One-Hundred-
Sixteen Cases From a Single Institution. Circulation. 2008;118:1268-1275
21. Jaeggi ET, Hornberger LK, Smallhorn JF, Fouron JC. Prenatal diagnosis of
complete atrioventricular block associated with structural heart disease: combined
experience of two tertiary care centers and review of the literature. Ultrasound
Obstet Gynecol. 2005 Jul;26(1):16-21
22. Julkunen H, Kaaja R, Wallgren E, Teramo K. Isolated congenital heart block:
fetal and infant outcome and familial incidence of heart block. Obstet Gynecol.
1993 Jul;82(1):11-6.
Instructions to contributors
1. All material submitted to the considered for publication must be submitted exclusively to the
Journal. All manuscripts should be typed in double spacing and should be sent in triplicates
accompanied by an electronic copy to the Editor- in- chief of Journal.
2. Abstracts should be prepared in a structured format of about 250 words must be included. The
abs tract should include: objectives(S),design, setting, subjects of participants invitations,
interventions, main outcome measures, result and conclusion.
3. Format and style: Original articles should include: abstract, Introduction materials and
methods, Results and Discussion, Acknowledgements and References.
4. Abbreviations may be used after the long form has been written, e.g. the world health
Organization (WHO) united nation (UN). Drugs should be referred to be approved and
proprietary names. Scientific measurements should be given in SI units. Tables and Figure
should be typed on separated Sheet. It is advisable that table s should not exceed five in
number.
5. The title page should contain (i) the title of the article, (ii) Author (s) name (s) and signature (s),
degrees, designation, name of institution where the work was carried out, present mailing
address, telephone and E- mail and (iii) name and address of the author to whom all
correspondences should be addressed.
6. References made to Journal should use the name of the journal abbreviated according to the
style used in Index Medic us, IT should follow the Vancouver style: Year, volume, first and last
page number E.g. Samson T. Lakech G .Malnutrition and enteric parasitizes among under five
children in Aynalem Village, Tigray, Ethiop J HLth Dev 2000; 14:67-75
7. References made to books should include the authors or editors last name. Initils, titles edition
number, place of publication, publisher and year E.g. Hailu B,Ali H. Chronic cough in children.
In the tropics. Addis Ababa Medical books pub 2006: 110-120
8. All manuscripts submitted to the Journal per peed reviewed. Manuscripts are sent to two
external referees selected from pool of experts.
9. All authors must give signed consent to publication. Authors are responsible for the views,
opinions and authenticity of the material published in the journal.
10. Rejected articles will not be returned to the authors
Acknowledgements
The printing of the Journal was made possible through the generous contribution of
WHO Ethiopia