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Dr. FX. Suharnadi, SpPD-KEMD
Bagian Penyakit Dalam-Endokrinologi
RS Panti Rapih
Yogyakarta
Diabetes: A global emergency
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
Diabetes around the world
The Indonesian Perspective
Adults with diabetes will increase from 6.9 million in
2010 to 11 million in 20301
Prevalence in urban regions was 5.7% in 20072
Rates are consistently higher in urban areas,
however many rural areas present with high rates2,3
Incidence of late diabetes complications will rise and
have huge impact on society (costs, healthcare
services, psychosocial burden)
Immediate country-wise measures to prevent and
manage diabetes are required
1. IDF Diabetes Atlas 5th Edition
2. Riskesdas (National Basic Health Research) 2007
3. Noncommunicable diseases in South-East Asia Region. WHO 2011
4. Soewondo et al. DiabCare Asia 2008 Study. Med J Indones 2010.
Global Healthcare Burden
Diabetes = 11.6% of total healthcare
expenditure in the world or at least 376 billion
USD (2010)
By 2030, expenditure will be 490 billion USD
World Diabetes Foundation 2012.
The Cost of Diabetes
Direct Costs Personal Drugs, supplies, insurance
Direct Costs Healthcare System Treatment and
rehabilitation
Hospital and healthcare professional services
Products, supplies, tests
Hospital admissions
Indirect Costs
• Loss of productivity
• Premature retirement
• Premature mortality
• Pain, anxiety and
inconvenience decrease
quality of life
• Work discrimination
• Negative effect on
relationships, mobility and
leisure activities
WHO Fact Sheet 2012
Diabetes Cost: Indonesia
Diabetes treatment at 2010 :
Total cost > 23 million US$ (384.312 patients)
DM without complications : > 9 million US$
(258.208 patients)
DM with complications : > 14 million US$
(126.104 patients)
Annual cost for each diabetes patient
Without Complications + 40 US$
With Complications + 900 US$
Health Expenditures for Health Insurance
(ASKES 2010)
1.249
1.678 2.007
2.539 2.720
3.673
4.300
-
500,00
1.000,00
1.500,00
2.000,00
2.500,00
3.000,00
3.500,00
4.000,00
4.500,00
5.000,00
2004 2005 2006 2007 2008 2009 2010
Bill
ions
Healthcare
Indonesian Ministry of Health
APA YANG HARUS KITA LAKUKAN ?
Menekan prevalensi diabetes
Mencegah timbulnya komplikasi
Mengendalikan faktor risiko
Menegakkan diagnosis secara tepat
Memberikan terapi secara adekuat
Melakukan edukasi dengan baik
Melakukan pengendalian biaya kesehatan
Melakukan kerjasama dalam team
Mengenali masalah
Identifikasi penyebab
Mengenali sumber daya
Melakukan penanganan secara tepat
Monitoring dan evaluasi
PERKENI: Standard Values of Random Blood Glucose
and Fasting Blood Glucose for Screening and
Diagnosis of DM (mg/dL)
Non DM Uncertain DM DM
Random
blood glucose
level
(mg/dL)
Venous
plasma
<100 100-199 ≥200
Capillary blood <90 90-199 ≥200
Fasting blood
glucose level
(mg/dL)
Venous
plasma
<100 100-125 ≥126
Capillary blood <90 90-99 ≥100
Note:
For high-risk groups which show no abnormal results, the test should be done
every year. For those aged > 45 years without other risk factors, screening can
be done every 3 years.
PERKENI GUIDELINES 2011
Classification of DM
T1DM
β-cell destruction, usually leading to absolute insulin deficiency, autoimmune, idiopathic
T2DM
Varied, ranging from dominant insulin resistance accompanied by relative insulin deficiency to a predominantly insulin secretory defect with insulin resistance
Other Types
Genetic defect of B-cell function, genetic defect of insulin, endocrinopathy, infection, due to drug or chemical substance, exocrine pancreatic disease
Gestational DM
Any degree of glucose intolerance with onset or first recognition during pregnancy
Main Pathophysiological Defects
in T2DM
Hyperglycemia
peripheral glucose uptake
hepatic glucose production
pancreatic insulin secretion
pancreatic glucagon secretion
gut carbohydrate delivery & absorption
incretin effect
?
+
-
-
Adapted from: Inzucchi SE, Sherwin RS. In: Cecil Medicine 2011 .
Many Organs Involved
in Glucose Balance
○ Absorb food
○ Produce incretin hormone to induce insulin release
○ Produce insulin to increase glucose absorption
○ Produce glucagon, which is involved in glucose
production during fasting
○ Store glucose in form of glycogen need insulin
○ Produce glucose from glycogen need glucagon
○ Major site for glucose metabolism (70 – 80%) need
insulin
○ Site for deposition of excessive calories need insulin
Blood
Glucose
• Absorption
• Gluconeogenesis
• Insulin hormone
• Glucose usage
• Store energy (lypogenesis)
• Incretin hormone
• Glycogenesis
• Glucagon hormone
• Release energy (lypolysis)
Many Organs Involved
in Glucose Balance
Blood
Glucose
Glucose
uptake
Incretin
β-cell:
insulin
α-cell:
glucagon
Lipolysis
Lipogenesis
Glycogenesis
Gluconeogenesis
Alfa-glucosidase
Adipocytes
Pancreas Muscle
Many Organs Involved
in Glucose Balance
T2DM is a Progressive Disease Characterized by
Insulin Deficiency and Insulin Resistance
Inherited/acquired factors Overweight, inactivity
(inherited/acquired)
Gluco-
lipotoxicity
Glucose uptake
Insulin resistance Insulin deficiency
Hyperglycemia
T2DM
FFA
Glucose production in the liver
Yki-Järvinen H.
In: Textbook of Diabetes 1, third edition.
Oxford, UK: Blackwell; 2003: p22.122.19.
Insulin Deficiency is Often Already
Established when T2DM is Diagnosed
20
15
10
5
0
10 5 0 5 10 15 20 25 30 Years
Insulin level
Insulin resistance
-cell failure
250
200
150
100
50
0 Rela
tive
-ce
ll
fun
cti
on
(%
)
Fasting glucose
Postprandial glucose
Glu
co
se
(mm
ol/
l)
Clinical
features MICROVASCULAR CHANGES
MACROVASCULAR CHANGES
DIAGNOSIS
Adapted from Rhodes CJ. Science. 2005;307:380-4.
Genetics T2DM
In most cases involves environmental
influences (e.g. diet, lifestyle) on a
susceptible genetic background.
Family history is an important risk factor
Genetic factors likely to play a role in the
propensity to develop insulin resistance and in
the risk of β-cell failure.
Environmental & genetic factors can lead to risk
factors of high BMI and/or abdominal fat
ADA. Medical Management of Type 2 Diabetes. 7th Edition. 2012
Risk of Developing Diabetes
• ADA Risk Test assigns points in the
following criteria:
Age
Gender
History of gestational diabetes
Family history of diabetes
Physical activity
Weight relative to height Daly A, Power MA. Medical Nutrition
Therapy. Diabetes Mellitus and Related
Disorders; Medical Management of Type 2
Diabetes, 7th Edition. American Diabetes
Association, 2012.
http://www.diabetes.org/diabetes-basics/prevention/diabetes-risk-test/?loc=DropDownDB-RiskTest
ADA Risk Test
If you get over a specific score, the test
indicates that you are at increased risk
for T2DM.
Recommends seeing a doctor to:
• Screen for T2DM or prediabetes
• Discuss ways to reduce your risk
http://www.diabetes.org/diabetes-basics/prevention/diabetes-risk-test/?loc=DropDownDB-RiskTest
Risk Factors
Risk
Factors
Family history
History of gestational diabetes
High BMI/abdominal obesity
High blood pressure
Sedentary lifestyle
It is important to try to identify patients at
the prediabetes stage to help prevent the development
of T2DM and associated complications.
http://www.diabetes.org/diabetes-basics/prevention/diabetes-risk-test/?loc=DropDownDB-RiskTest
PERKENI: Standards of Care
Diabetes care must be:
Continuous, not episodic
Proactive, not reactive
Planned, not sporadic
Patient centered rather than provider centered
Population based, as well as individual based
Team care
PERKENI: Standards of Care
Ideal core team members:
A physician or other primary care provider
A nurse
A dietician (at least one of whom is certified
diabetes educator)
Other team members will vary according to the
patient need, patient load, organization constraints,
resources, clinical setting and professional skills
e.g.: podiatrist, pharmacist, psychological or social
workers
Mensing C. Diabetes Care 2000:23:682-9.
PERKENI: Screening
Screening is conducted on those who have diabetes risks, but do not show any symptoms of DM.
Screening seeks to capture undiagnosed DM or prediabetes so it can be managed earlier and more appropriately.
Mass screening is not recommended considering the costs, which are generally not followed by action plan for those who were found abnormal.
PERKENI: Diabetes Prevention
High-risk population at
< 30-year old
• Family history of DM
• Cardiovascular disorder
• Overweight
• Sedentary life style
• Known IFG or IGT
• Hypertension
• Elevated triglyceride, low
HDL or both
• History of Gestational DM
• History of given birth
> 4000g
• PCOS
• Medical Nutritional
Therapy
• Physical activity
• Weight reduction
• If overweight,
reduce body
weight by 5-10%
• Physical exercise
for 30 minutes,
5 times/week
• Not yet
recommended
Early Detection Lifestyle Changes Pharmacology
Therapy
Periodic Blood
Glucose & Risk
Factor Monitoring
• Hypertension
• Dyslipidemia
• Physical health
• Body weight
control
• 2-hour OGTT is the most
sensitive method for early
detection and a
recommended screening
test procedure
Management
Target of Treatment
Risk CVD (-) Risk CVD (+)
BMI (kg/m2) 18.5 – <23 18.5 – <23
Blood Glucose
• FPG (mg/dL) <100 <100
• Post Prandial BG (mg/dL) <140 <140
A1C (%) <7.0 <7.0
Blood Pressure <130/80 <130/80
Lipid
Total Cholesterol (mg/dL) <200 <200
Triglyceride (mg/dL) <150 <150
HDL Cholesterol (mg/dL) >40 / >50 >40 / >50
LDL Cholesterol (mg/dL) <100 <70
PERKENI GUIDELINES 2011
PERKENI: Patient Education
• Daily activities
Be active most of the time
Be productive
Self-management skills
Preparing pills, insulin
Follow drug schedule
Side effect awareness
Foot care
Daily foot care & appropriate shoes
Medical checkup
PERKENI: Patient Education
Healthy eating: healthy food choices, food composition
(carbs, protein, fat, fiber)
Body weight maintenance: achieved target of BMI or
reduced 5 – 10% of body weight
Exercise
Monitoring: self-monitoring of blood glucose, A1C
Hypoglycemia: awareness & self-treatment
Self-Monitoring
of Blood Glucose (SMBG)
PERKENI Guideline 2011
SMBG: one tool to assess therapy in diabetic patients that is
recommended especially in:
Patients that will undergo insulin therapy
Patients receiving insulin therapy
Patients with A1C level did not reach the target
Women planned for pregnancy / pregnant women with
hyperglycemia
Patients with recurrent hypoglycemia.
Class Mechanism Advantages Disadvantages Cost Biguanides • Activates AMP-
kinase • Hepatic glucose production
• Extensive experience • No hypoglycemia • Weight neutral • ? CVD
• Gastrointestinal • Lactic acidosis • B-12 deficiency • CKD
Low
SUs / Meglitinides
• Closes K-ATP- channels • Insulin secretion
• Extensive experience • Microvasc. risk
• Hypoglycemia • Weight gain • Low durability • ? Ischemic preconditioning
Low
TZDs • PPAR-g activator • insulin sensitivity
• No hypoglycemia • Durability • TGs, HDL-C • ? CVD (pio)
• Weight gain • Edema / heart failure • Bone fractures • ? MI (rosi) • ? Bladder ca (pio)
High
Diabetes Care, Diabetologia. 19 April 2012 [Epub ahead of print]
DPP-4 inhibitors
• Inhibits DPP-4 • Increases GLP-1, GIP
• No hypoglycemia • Well tolerated
• Modest A1c • ? Pancreatitis • Urticaria
High
Properties of anti-hyperglycemic agents
Class Mechanism Advantages Disadvantages Cost a-GIs • Inhibits a
glucosidase • Slows carbohydrate absorption
• No hypoglycemia • Nonsystemic • Post-prandial glucose • ? CVD events
• Gastrointestinal • Dosing frequency • Modest A1c
Mod.
GLP-1 receptor agonists
• Activates GLP-1 R • Insulin, • glucagon • gastric emptying • satiety
• Weight loss • No hypoglycemia • ? Beta cell mass • ? CV protection
• GI • ? Pancreatitis • ? Medullary cancer • Injectable
High
Diabetes Care, Diabetologia. 19 April 2012 [Epub ahead of print]
Insulin • Activates insulin receptor • peripheral glucose uptake
• Universally effective • Unlimited efficacy • Microvascular risk
• Hypoglycemia • Weight gain • ? Mitogenicity • Injectable • Training requirements • “Stigma”
Variable
Properties of anti-hyperglycemic agents
ADA/EASD Position Statement
The American Diabetes Association and the European
Association for the Study of Diabetes position
statement on the management of hyperglycemia in
T2DM focuses on:
A patient-centered approach
Antihyperglycemic therapy
Implementation strategies
Other considerations
Future directions/research needs
Diabetes Care, Diabetologia June 2012
ADA/EASD Position Statement
Patient-Centered Approach
“…providing care that is respectful of and responsive
to individual patient preferences, needs, and values –
ensuring that patient values guide all clinical
decisions.”
Diabetes Care, Diabetologia June 2012
Principles of Glycemic Control
Initiate treatment program when
hyperglycemia first diagnosed
Define appropriate target goal; glucose
targets should be near normoglycemia
Diabetes education is essential
Dungan KM. Rationale for Management of Hyperglycemia
Principles of Glycemic Control
Monitor glycemic control
Initiate lifestyle modification
Use stepwise/combination
pharmacotherapy
Dungan KM. Rationale for Management of Hyperglycemia
A Stepwise Approach for the Treatment of
Patients with T2DM
Once daily
(optimized)
One prandial
for largest
glucose
excursion
Two prandial
for largest
glucose
excursion
Basal +
three prandial
OHA mono
or
combination
therapy
Diet and
exercise A1C
uncontrolled
A1C uncontrolled, FBG on target
PPBG>8.8 mmol/l (>160 mg/dl)
Basal Insulin
Basal
Bolus Basal
Plus Basal
Plus
A1C <7.0%
Preprandial capillary PG 70–130 mg/dl
Peak postprandial capillary PG <180 mg/dl
ADA-2012
Time
PERKENI 2012; Raccah D. Diabetes Ob Met 2008;10:76-82.
Initiation and Titration of Basal Insulin
Bedtime or morning long-acting insulin
OR
Bedtime intermediate-acting insulin
Daily dose: 10 U or 0.2 U/kg
Increase dose by 2 U every 3 days until
FBG is 3.9–7.2 mmol/L (70–130 mg/dL)
If FBG is >10 mmol/L (>180 mg/dL),
increase dose by 4 U every 3 days
Continue regimen and
check HbA1c every 3 months
In the event of hypoglycemia or
FBG level <3.9 mmol/L (<70
mg/dL), reduce bedtime insulin
dose by ≥4 units, or by 10% if
>60 units
Check
FBG daily
Nathan DM et al. Diabetes Care 2009;32:193-203.
Initiate insulin with a single injection of a basal insulin,
such as insulin glargine
Anti-hyperglycemic Therapy
Glycemic targets
A1C <7.0% (mean PG ~150 – 160 mg/dL
[8.3 – 8.9 mmol/l])
Pre-prandial PG <130 mg/dL (7.2 mmol/l)/
Post-prandial PG <180 mg/dL (10.0 mmol/l)
Anti-hyperglycemic Therapy
Individualization is key
Tighter targets (6.0 – 6.5%) –
younger, healthier
Looser targets (7.5 – 8.0%+) – older,
comorbidities, hypoglycemia prone, etc.
Avoidance of hypoglycemia
Anti-hyperglycemic Therapy
Therapeutic options: lifestyle
Weight optimization
Healthy diet
Increased activity level
Diabetes Care, Diabetologia June 2012
Anti-hyperglycemic Therapy
Therapeutic options: oral agents &
non-insulin injectables
• Metformin • Meglitinides
• Sulfonylureas • a-glucosidase inhibitors
• Thiazolidinediones • Bile acid sequestrants*
• DPP-4 inhibitors • Dopamine-2 agonists
• GLP-1 receptor agonists* • Amylin mimeticsC
*Not available in Indonesia
Diabetes Care, Diabetologia June 2012
Anti-hyperglycemic Therapy
Implementation strategies
Initial therapy
Advancing to dual combination therapy
Advancing to triple combination therapy
Transitions to and & titrations of insulin
Diabetes Care, Diabetologia June 2012
Creation of Innovative Partnerships
PEDI
PERDAMI
PERKENI
PERSADIA
• Provide education
• Strengthen curriculum
• Support training
educators
• Network to provide
referral and treatment
• Recommend patients
screening for DR
• Patient follow up
• Encourage more patients
to become members
• Improve awareness
The benefits of good glycemic control are clear
Good control is HbA1c ≤ 7.0% HbA1c measures the average blood glucose level over the last three months
Source:UKPDS = United Kingdom Prospective Diabetes Study. Stratton IM et al. BMJ. 2000;321(7258):405-412.
Deaths related to diabetes
Microvascular complications
Myocardial infarction
-14%
-37%
-21%
HbA1c
-1%
GSH
+
Intensive Insulin *
+
2 drugs combination
Met, SU, AGI, Glinid,
TZD
+
Basal Insulin
+
3 drugs combination
Met, SU,
AGI, Glinid,
TZD, DPP IV
+
2 drugs combination
Met, SU,
AGI, Glinid,
TZD, DPP IV
+
Monotherapy
Met, SU,
AGI, Glinid,
TZD, DPP IV
HLS
Healthy Lifestyle
• Reduced BW •Healthy Diet • eExercise
HbA1c
<7% <7-8% <8-9% 9-10% >10%
* Intensive insulin : basal bolus approach
HLS
HLS
HLS
HLS
HLS
Indonesian Society of Endocrinology , 2011
Type-2 DM Drug Treatment Guideline
Diabetes Self-Management
Team Care:
Physician
Nurse
Dietitian
Educator
Role of Team Members
To prepare people with
diabetes to make
self-management
decisions on their own People with diabetes
are at the center of
the health team and
can learn to
self-manage
their diabetes
Who’s teaching the diabetics? Etzwiler DD. Diabetes 1967:16:111-7.
PERMASALAHAN KITA
Kurangnya waktu untuk edukasi (jumlah pasien yang meningkat dan waktu terbatas)
Tidak tersedia team khusus management diabetes secara paripurna
Keterbatasan fasilitas pemeriksaan (HBA1C, profil lipid, faal ginjal) maupun obat (acarbose, TZD, Insulin) di faskes primer/sekunder
Keterbatasan apotik yang bekerjasama dengan BPJS
Kepercayaan masyarakat terhadap fasilitas kesehatan
Sistem rujukan berjenjang yang dipandang merepotkan pasien dan keluarga
Perubahan kebijakan yang mendadak dan kurangnya sosialisasi
Kebutuhan untuk Diselenggarakannya
Sistem Rujukan
RS Rujukan
Sekunder dan Tersier “menjadi Puskesmas Raksasa”
Publik tidak percaya pada pelayanan primer
Meningkatnya pembiayaan kesehatan Daerah (jamkesda)
Jaminan Kesehatan Semesta melalui BPJS (Jan 2014)
• Kualitas
pelayanan di
RS Menurun
• Meningkatnya
Jumlah
Kematian di RS
• Kurang
siaganya
pelayanan kes
primer
• Gangguan
Fiskal
(APBN/D)
• Pembelanjaan
pengeluaran
kesehatan
pada keluarga
meningkat
Isu
Strategis
Sebab Dampak
Low
Quality
of Life
Perlu Standarisasi dan Pembenahan Sistem
Rujukan
Self Care
Primary Care
Secondary
Tertiary
Tertiary Care
Rujukan -
Kewenangan
Management of Chronic Disease Program (PROLANIS)
Family Doctor
PROLANIS
Gate-keeper
Manager
Consultant Monitoring
Prescription
Info Askes, edisi Mei 2010
TERIMAKASIH
ADA Recommendations: Testing for
Diabetes in Asymptomatic Patients
Consider testing overweight /obese adults (BMI ≥ 25 kg/m2)
24 kg/m2 in South Asians
• In those without risk factors, begin testing at age 45 years (B)
If tests are normal:
• Repeat testing at least at 3-year
intervals (E)
• Use A1C, FPG, or 2-h 75-g OGTT
(B)
In those with increased risk for future
diabetes:
• Identify and, if appropriate, treat
other CVD risk factors (B)
OGTT = oral glucose tolerance test
ADA. II. Testing in Asymptomatic Patients. Diabetes Care 2014;37(suppl 1):S13.
ADA Recommendations:
Prevention/Delay of T2DM
Refer patients with IGT (A), IFG (E),
or A1C 5.7 – 6.4% (E) to ongoing support
program
Targeting weight loss of 7% of body weight
At least 150 min/week moderate physical activity
Follow-up counseling important for success
(B)
ADA. IV. Prevention/Delay of Type 2 Diabetes. Diabetes Care 2012;35(suppl 1):S16.
ADA Recommendations:
Prevention/Delay of T2DM
Based on cost-effectiveness of diabetes prevention,
third-party payers should cover such programs
Consider metformin for prevention of T2DM if IGT,
IFG, or A1C 5.7 – 6.4%
Especially for those with BMI > 35 kg/m2, age < 60 years
and women with prior GDM
In those with prediabetes, monitor for development
of diabetes annually
ADA. IV. Prevention/Delay of Type 2 Diabetes. Diabetes Care 2014;37(suppl 1):S20.
Review of the Physiologic
Insulin Profile
Daly A, Power MA. Medical Nutrition Therapy.
Diabetes Mellitus and Related Disorders;
Medical Management of Type 2 Diabetes, 7th
Edition. American Diabetes Association, 2012.
BP=blood pressure;
QOL=quality of life
Smooth, steady
basal insulin profile
Breakfast
Seru
m In
su
lin
(m
U/L
)
0800 1200 1600 2000 2400
0
10
20
30
40
50
0400 0800
Lunch Dinner
Mealtime insulin excursions Rapid rise; short duration
Adapted from Kruszynska Y et al. Diabetologia 1987;30:16.
Insulin in Indonesia
PERKENI Consensus Guidelines, 2011.
Type of Insulin Onset of
Action
Peak of
Action
Duration of
Action Presentation
Insulin Prandial (Meal-Related)
Insulin Short-Acting
Regular (Actrapid®, Humulin® R) 30-60 min 120-180 min 5-8 hour Vial,
Pen/Cartridge
Insulin Analog Rapid-Acting
Insulin Lispro (Humalog®) 5-15 min 30-90 min 3-5 hour Pen/Cartridge
Insulin Glulisine (Apidra®) 5-15 min 30-90 min 3-5 hour Pen
Insulin Aspart (Novorapid®) 5-15 min 30-90 min 3-5 hour Pen, Vial
Insulin in Indonesia (Cont’d)
Type of Insulin Onset of
Action
Peak of
Action
Duration of
Action Presentation
Insulin Intermediate-Acting
NPH (Insulatard®, Humulin® N) 2-4 hour 4-10 hour 10-16 hour Vial,
Pen/Cartridge
Insulin Long-Acting
Insulin Glargine (Lantus®) 2-4 hour No Peak 20-24 hour Pen
Insulin Detemir (Levemir®) 2-4 hour No Peak 16-24 hour Pen
Insulin Campuran
70% NPH 30% Regular
(Mixtard®, Humulin® 30/70) 30-60 min Dual 10-16 hour Pen/Cartridge
70% Insulin Aspart Protamin
30% Insulin Aspart (Novomix® 30) 10-20 min Dual 15-18 hour Pen
75% Insulin Lispro Protamin
25% Insulin Lispro (HumalogMix® 25) 5-15 min Dual 16-18 hour Pen/Cartridge
PERKENI Consensus Guidelines, 2011.
Restrukturisasi pelayanan Kesehatan
Regionalisasi Pelayanan Kesehatan
Regionalisasi Sistem Rujukan
Rujuk Balik Sistem Rujukan
Rujukan SOP di beberapa level Pelayanan Kesehatan
Persiapan Regulasi Sistem Rujukan
Sosialisasi media
Alur rencana sistem rujukan
Pengaturan alur pembinaan yankes rujukan Provinsi
•RAWAT INAP
•RAWAT JALAN
•GAWAT
DARURAT
•PROMOTIF
•PREVENTIF
•KURATIF
•REHABILITAT
IF
•PELATIHAN
•PEDIDIKAN
•PENELITIAN
•PENGEMBANGA
N