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Fungal Infection Study Forum (FISF)
Welcomes
ALL DELEGATES
to
MYCOCON - 2014
th th th14 , 15 & 16 November, 2014
Venue : Science City, Kolkata
http://www.fisftrust.com
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Background: In terms of numbers, our population of 1.2 billion is plagued by 2.4 million HIV-AIDS patients, 50.7 million
diabetics, 31 million TB patients, 12 million COPD patients and 17.5 million cancer patients. We are witnessing an unprecedented
surge in solid organ and hematopoietic stem cell transplants, alcoholic liver disorders, critical-care services, and high risk
surgeries. These populations are highly vulnerable to invasive fungal infections and their sheer quantum reects the
unrecognized burden of fungal infections. Though we have limited studies available in India, the reports indicate a unique
epidemiology of opportunistic fungal infections in this country: a phenomenal high incidence, new risk factors, wide spectrum of
fungi causing these infections. Among the three major fungal infections in our hospitals, candidemia rate (300-500 cases/year) at
any tertiary care institute (~1500 beds), which is more than the annual candidemia rate of entire Australia put together. Neonatal
candidemia rate was ~45 cases/1000 admission in tertiary care centers in India, which is nearly three times higher than the
incidence reported by National Nosocomial Infection Surveillance in USA. Recent study on ICU acquired candidemia covering 27
ICUs across India, reported 6.5 cases/1000 ICU admission. Multiple outbreaks due to rare yeast have been reported from different
parts of the country. The high incidence and outbreaks may be linked to sub-optimal hospital care practices in majority centers in
India, high cost of disposables and the high (~50%) yeast carriage rate in the hands of health care providers. Similarly, a very high
incidence of mucormycosis has been reported in diabetics (1.6 cases/1000 diabetics) from India. Analyzing the reported literature
and development of a computational model, we projected the prevalence rate of mucormycosis at 0.14 cases per 1000 population
in India, which 70 times higher than generally accepted rates. Autopsy data from a tertiary care center recorded invasive
aspergillosis in 1% of all deaths, which represents 42% of all invasive fungal infections in those deceased. Therefore, opportunistic
fungal infections are serious problem in the management of immunocompromised and seriously ill patients in India.
Besides these, the average healthy individual also remains prone to several fungi which team in our overcrowded, unhygienic,
tropical environs. Fungi thrive in tropical environments. Up to 60% of invasive infections eventually kill the patient, majority of
which can be prevented with timely diagnosis and appropriate treatment. But our challenge with fungal infections goes beyond
mere numbers. The majority of our clinicians are poorly trained to recognize and manage these infections; most microbiology labs
across the country lack even basic infrastructure and training to provide diagnostic support or monitor antifungal resistance; most
antifungal drugs remain prohibitively expensive and out of reach of the poor majority; and hardly any research innovations are
forthcoming to tackle this burden.
In this background, Fungal Infection Study Forum (Trust) was launched by physicians from related specialties with a common
vision of increasing awareness by education and research on fungal infections in India.
Bengals tryst with Fungal infection ( historical aspect)
The study of mycoses in India started in India with British medical ofcers on mycetoma in 1850s (Madura foot by Gill in Madurai
district) and on ringworm by Powel in Assam in 1900. However, the establishment of School of Tropical Medicine, Calcutta in 1921
gave the real impetus to study on Medical Mycology in this subcontinent. Acton, McGuire & Panja in 1925-27 worked on
blastomycosis, pityriasis versicolor. Later in 1947, Ghosh et al did pioneering work on dermatophotosis and sporotrichosis. In due
course STM became the primer center in India for diagnosis, teaching and research in medical mycology. Histoplasmosis was
diagnosed by Panja rst time in India. Histoplasma capsulatum from environment was rst isolated by Sanayal and Thammayya
at STM. Maximum work in mycoses happened in Calcutta in post-independence era on histoplasmosis, sporotrichosis,
mycetoma, chromoblastomycosis.
Penicilliosis - endemic area in north-east part of India
From the FISF Chairman’s Desk
2
Dr. Arunaloke Chakrabarti
Chairman - FISF
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FISF Declaration: The trust is a non-protable scientic, educational and non-political organization specializing in
the development of health, science and education in the country relevant to the eld of fungal diseases.
The vision, aims and objectives for which the society is established are as under:
Vision of the trust: To be the leader in promoting development of knowledge based science in the eld of medical
mycology and research leading to improvement of quality of health of patients with fungal infections.
Aims, objectives and function of the trust:
Aims: To undertake epidemiological and clinical studies maintaining the scientic integrity and validity, propose
country-specic management guidelines, and organize education activities.
Objectives and function:
To conduct educational activities including CMEs, Master Classes, Workshops independently or part of any
scientic bodies – Increasing awareness and competence either independently or with scientic bodies
To undertake epidemiological studies on Invasive Fungal Infections (IFIs) independently or become part of other
studies
To conduct studies on the development or validation of diagnostic tests for IFIs
To conduct sound clinical studies including trials for IFIs independently as investigator initiated project (with
Industry or Government or Institutional support)
Development of country specic management and other guidelines for IFIs independent of any particular
industry
To encourage and assist in the publication of monographs and text in the eld of fungal infections.
To prepare, edit, publish, issues, magazines, journals, books, text books, periodicals, circulars, and other literary
work and undertakings in the eld of fungal infections
To afliate the trust to other international organizations engaged in similar activities
To establish, provide, maintain and conduct research with other institutes and laboratories within and outside
Union of India for education and research
To apply to the Government, public bodies, urban, local municipal, district and other bodies, corporation,
companies, or other persons for and to accept grants of money, donations, gifts and other assistance with a view
to promote the objectives of the society
To secure good relations, assist, and give guidance to the members of the trust
To carry out the aforesaid objectives and function, the trust is empowered to do or to perform in the following:
o Attract funding from Government, Corporate or Private Bodies, Industries, and Institutions
o Explore joint initiatives with national and international bodies
o Maintaining its independent opinion & existence irrespective of amount & support from any funding
3
About FISF Trust
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agencies
o To maintain the independence, the air tickets/venue etc. for the meeting will be organized by the group itself
o Fund will be utilized for maintenance of infrastructure of the working group, education, and to conduct the
specic projects.
Activities in the current year
Two regional conferences with national faculty at SGPGI Lucknow and Chirayu Medical college , Bhopal.
Research Projects on mucormycosis and invasive candidiasis discussed
First International Annual Conference at Science City Kolkata
Future Plans
Two regional and one annual congress Yearly
Conduction of research projects
Dr. Arunaloke Chakrabarti
Chairman - FISF
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Dear Friends,
Welcome to MYCOCON 2014 and Mycology masterclass, the rst thematic international congress on invasive
fungal infection to be held at Kolkata ,science city from 14th till 16th November 2014. This congress is held under
the auspices of Fungal Infection Study Forum , a not for prot trust dedicated to education and research on
invasive fungal infections of medical importance .This trust and the congress is the brainchild of Prof. Arunaloke
Chakrabarti who has put in a tremendous effort in bringing Indian mycology to the international level.
Success of a congress depends on the breadth and depth of its scientic content and choice of Faculty. We were
blessed to have a number of international faculty, whose passion for this subject is reected by their presence in
the congress after taking time out from their extremely busy schedule and traveling on their own expense. We are
also fortunate enough to have a galaxy of national faculty consisting of Microbiologist, Intensivist,
Pulmonologist, Hemato Oncologist etc.
Our scientic program has been constructed keeping in mind diversity of our delegates which will span from
post graduates to consultant from all allied specialities.
I would like to thank the industry to come out generously to help this maiden venture of FISF trust, during a
trying time for them.
Wish you all a happy festive season and "Think Fungus"
Dr. Subhash Kr. Todi
Organising Chairperson
MYCOCON 2014
From Organising Chairman’s Desk
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It gives me immense pleasure to organise rst MYCOCON 2014 at Kolkata at Science City Complex from 14th
November to 16th November 2014. I am delighted to welcome you here, in our city with great heritage, the city of
Rabindranath Tagore, Swami Vivekananda, Mother Teresa, Satyajit Ray and Amartya Sen.
As we know, invasive fungal infection is an extremely important subject relevant to all medical practitioners and
so national and international delegates are joining the conference to extend their views and opinions about the
solution of the said problem. We have tried to plan the academic session with the current concept on the subject
I acknowledge with gratitude the contribution of the speakers and faculty members and the industry who has
helped us in arranging the conference successfuly. I must confess that myself along with the whole team tried our
best to make the conference a grand success. Still there may have been quite a few loop holes, and lacunae on our
part which I hope will be taken in good spirit.
Hope you will enjoy our hospitality and the conference programme and the aromas of Kolkata environment.
Thanking you,
Dr. Tapas Chakraborty
Organising Sectretary
MYCOCON 2014
From the Secretary’s Desk
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MYCOCON 2014 - Organising Committee
Organising Chairperson
Dr. S. K. Todi
Organising Secretary
Dr. Tapas Chakraborty
Organising Committee Members
Dr. Ajoy Sarkar
Dr. Animesh Gupta
Dr. Anish Banerjee
Dr. Anuradha Agarwal
Dr. Arpita Bhakta
Dr. Arunabha Chaudhuri
Dr. Ashish Kumar
Dr. Avik Sarkar
Dr. Basab Bijoy sarkar
Dr. Bhaskar Narayan Chaudhuri
Dr. Bibhuti Saha
Dr. Debkishore Gupta
Dr. Dipnarayan_Mukherjee
Dr. Gourav Goel
Dr. Indranil Roy
Dr. Joydeep Chakrabartty
Dr. Manideepa Sengupta
Dr. Mayur Bahan Mukherjee
Dr. Mohit Kharbanda
Dr. Mohua Bhattacharyya
Dr. Parthasarathi Bhattacharya
Dr. Pinaki Dutta
Dr. Rimita Dey
Dr. Sanjay Bhattacharya
Dr. Saptarshi Banerjee
Dr. Saswati Sinha
Dr. Shankar Sengupta
Dr. Shelley Sharma Ganguly
Dr. A. Sobhana
Dr. Soham Mazumder
Dr. Sudip Roy
Dr. Sushmita Basu
Dr. Tapas Chakraborty
Dr. Ujjwayini Ray
Course Co-ordinator
Mr. Tapas Kayal
Ofce Staffs
Ms. Nandini Mukherjee
Mr. Amit Mondal
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Dr. A. K. Baronia Professor and Head, Department of Critical Care
Medicine, SGPGIMS, Lucknow
Dr. Arunaloke Chakrabarti Professor and Head, Department of Medical
Microbiology, Postgraduate Institute of Medical
Education and Research, Chandigarh, India
Dr. Atul Patel Director; Dept of Infectious Diseases, Sterling
Hospital & VEDANTA Inst of Med Sciences
Visiting Assistant Prof in Medicine, Division of
Infectious Diseases, University of South Florida,
Tampa. FL, USA
Dr. Lavanya Nutankalva Consultant Infectious Disease, Hyderabad
Dr. M R Shivaprakash Additional Professor, Mycology Division
(WHO Collaborating Center, Center of Advanced
Research in Medical Mycology), Department of
Medical Microbiology, Postgraduate Institute of
Medical Education and Research, Chandigarh
Dr. Pradip Bhattacharyya Director Emergency and Critical Care Services
Chirayu Medical College and Hospital
Bhopal, Madhya Pradesh
Dr. Prakash Shastri
Vice Chairman, Critical Care
Sir Ganga Ram Hospital, New Delhi
Dr. Purnima Parthasarathi Consultant Infectious Disease , Singapore
Dr. Rajeev Soman Consultant Physician, P D Hinduja National
Hospital, Veer Savarkar Marg, Mahim, Mumbai
Hon. Physician, Shushrusha Citizens' Cooperative
Hospital, Dadar, Mumbai.
Dr. Ram Gopalakrishnan Senior Consultant, Institute of Infectious Diseases
Apollo Hospitals and Apollo Childrens Hospital
Adjunct Professor- Dr MGR Medical University,
Tamil Nadu. President – Clinical ID Society
Dr. Randeep Guleria Consultant Pulmonologist
Department of Pulmonary and Sleep Medicine
All India Institute of Medical Sciences , New Delhi
Dr. Shirish Prayag Chief Consultant in Critical Care, Shree Medical
Foundation, Prayag Hospital, Pune, Maharashtra
Past President, ISCCM
Dr. Subash C. Varma Consultant Hematologist, Postgraduate Institute
of Medical Sciences, Chandigarh
Dr. Subhash Todi Director Critical Care & Emergency Department
Advanced Medicare & Research Institute , Kolkata
Dr. Tanu Singhal Department of Pediatrics, Kokilaben Dhirubhai
Ambani hospital & Medical Research Institute
Dr. V. Ramasubramanian Consultant, Infectious Disease, Apollo Hospital,
Chennai
National Faculty
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Dr. Ritesh Agarwal Consultant Pulmonologist, Post Graduate Medical
Education and Research , Kolkata
Dr. Dhruva ChaudhryDean , Faculty of Medical Superspeciality
Senior Professor and Head , PCCM
University of Health Sciences , Rohtak, Haryana
Dr. Niranjan Nayak Consultant Microbiologist, New Delhi
Dr. B. L. Sherwal Director Professor, Department of Microbiology,
Lady Hardinge Medical College, New Delhi
Dr. Anup Ghosh Assist. Professor, Dept of Medical Microbiology,
Mycology Division, Postgraduate Institute of
Medical Education and Research, Chandigarh -
Dr. Mammen ChandyConsultant Hematologist
Tata Medical Centre , Kolkata
Dr. Suresh Ramasubban Consultant Intensivist and Pulmonologist
Department of Pulmonary and Critical Care
Medicine , Apollo Gleneagles Hospital, Kolkata
Dr. Prasanta Kumar Maiti Consultant Microbiologist, IPGME&R, Kolkata
Dr. Rabin ChakrabartiConsultant Cardiologist , Department of
Cardiology, Apollo Gleneagles Hospital , Kolkata
Dr. Ajoy Sarkar Consultant Pulmonologist, Dept. of Pulmonary
and Critical Care, Peerless Hospital , Kolkata
Dr. SanjayBhattacharyaSenior Consultant (Microbiology), Tata Medical
Centre, Kolkata
Dr. Bhaskar Narayan Chaudhuri Consultant Microbiologist, Quality Manager of
Lab , Infec t ion Contro l Ofcer , FORTIS
HOSPITALS, Kolkata
Dr. Shankar Sengupta Chief Clinical Quality and Academics, MRI and
CK Birla Group of Hospitals , Professor
(Microbiology)- Institute of Child Health, Kolkata
Dr. Parthasarathi BhattacharyaConsultant Pulmonologist
Institute of Pulmonary Medicine, Kolkata
Dr. Bibhuti Saha Head, Department of Tropical Medicine,
Dean, Students' affairs, School of Tropical
Medicine,Kolkata
Dr. Dipnarayan MukherjeeDepartment of Microbiology
Woodlands Hospital Kolkata
Dr. Ashim DasDepartment of Pathology, Post Graduate Institute
of Medical Sciences, Chandigarh
Dr. Vivek Nangia Consultant Infectious disease and Intensivist
Fortis Hospital, New Delhi
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International Faculty
Dr. Andrew J. Ullmann
Universitatsklinikum Wuzburg
Department of Internal Medicine II
Division of Infectious Diseases
Wuzburg, Germany
Dr. Annette W.Fothergill
Department of Pathology
University of Texas Health Sciences Centre at San Antonio
San Antonio, Texas
Dr. Cornelia Lass-Floerl
Head of Division of Hygiene and Medical Microbiology
Innsbruck Medical University, Austria
Dr. Dimitrios Kontoyiannis
Frances King Black Endowed Professor, Infectious Diseases
Deputy Head, Division of Internal Medicine University of Texas MD Anderson Cancer Center
Adj Professor Baylor College of Medicine
Adj Professor University of Houston
Dr. Donald Sheppard
Director, Division of Infectious Diseases
Associate Professor, Departments of Medicine; Microbiology and Immunology,
McGill University, Montreal, Canada
10
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Dr. H. R Ashbee
Director, Ashbee Healthcare Consultancy Ltd
Visiting Lecturer, School of Molecular and Cellular Biology, University of Leeds, Leeds, West
Yorkshire, United Kingdom
Dr. Jacques F. Meis
Department of Medical Microbiology and Infectious Disease Canisius Wilhelmina Hospital
Consultant microbiologist, Canisius Wilhelmina Hospital, Nijmegen, Netherlands
Honoray consultant, Radboud University Medical Center
Past-President of the Dutch Society for Medical Mycology
Past-President of the European Confederation for Medical Mycology
Past-Chairman of the External Quality Control Program in Bacteriology and Mycology in the
Netherlands
Dr. Johan Willem Mouton
Unit head Research and Development, Dept Medical Microbiology and Infectious Diseases,
Erasmus Medical center, Rotterdam
Professor of Medical Microbiology, spec.Pharmacokinetics & pharmacodynamics, Radboud
University Nijmegen (RUN)
Dr. Oliver A. Cornely
Professor of Medicine
Chief, Translational and Clinical Research, University Hospital of Cologne
Dr. Tania Christine Sorrell
Professor of Clinical Infectious Diseases
Director Sydney Institute for Emerging Infectious Diseases & Biosecurity Medicine
Westmead Clinical School
Australia
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Chairpersons
Dr. A Sobhana
Dr. A. K. Baronia
Dr. Abhijit Bhattacharya
Dr. Ajoy Sarkar
Dr. Animesh Gupta
Dr. Anshuman Mukherjee
Dr. Anuradha Agarwal
Dr. Arghya Majumdar
Dr. Arpita Bhakta
Dr. Arunaloke Chakrabarti
Dr. Ashish Kumar
Dr. Basab Bijoy Sarkar
Dr. Bhaskar Narayan Chaudhuri
Dr. Bibhuti Saha
Dr. Debkishore Gupta
Dr. Dhruva Chowdhury,
Dr. Dipanjan Bandopadhyay
Dr. Dipankar Sarkar
Dr. Dipnarayan Mukherjee
Dr. Gourav Goel
Dr. Hema Chakraborty
Dr. Hindol Dasgupta
Dr. Indranil Roy
Dr. Jayanta Roy
Dr. Johan Mouton
Dr. Joydeep Chakrabarty
Dr. M R Shivaprakash
Dr. M. Chandy
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Dr. Mahuya Bhattacharya
Dr. Maitreyi Bhattacharya
Dr. Manideepa Sengupta
Dr. Mohit Kharbanda
Dr. Niranjan Nayak
Dr. P. K. Maiti
Dr. Parthasarathi Bhattacharya
Dr. Prabhash Prasun Giri
Dr. Pradip Bhattacharya
Dr. Purnima Parthasarathy
Dr. Ram Gopalkrishnan
Dr. Randeep Guleria
Dr. Rimita Dey
Dr. Ritesh Agarwal
Dr. Sanjay Bhattacharya
Dr. Sankar Sengupta
Dr. Saswati Sinha
Dr. Sharmila Chandra
Dr. Shelly Sharma Ganguly
Dr. Soumen Meur
Dr. Subhanon Ray
Dr. Subhash Varma
Dr. Sumit Sengupta
Dr. Sushmita Ghoshal
Dr. Susrata Banopadhyay
Dr. Tanu Singhal
Dr. Tapas Chakrabarti
Dr. Ujjwayini Roy
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Program Schedule of International Conference of Fungal Infection Study Forum, MYCOCON 2014, Kolkata
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FISF MYCOCON 2014 –
SCIENTIFIC PROGRAM (DAY –
1 -
FRIDAY 14TH
NOVEMBER, 2014)
8:00 AM
Registration
8:45 AM
Welcome
: Dr Subhash Todi & Dr. Arunaloke Chakrabarti
9:00 –
9:30 AM
(30 mins)
KEY NOTE LECTURE Introduction to Medical Mycology & Magnitude of the problem - Dr. Jacques Meis Chairpersons: Dr. Arunaloke Chakrabarti & Dr. Dimitrios Kontoyiannis
9:35 – 11:00 AM (25 mins each)
PLENARY LECTURE Host Defence against fungi
Dr. Dimitrios Kontoyiannis Genetic Predisposition to Fungal infection
- Dr. Johan Mouton Endemic mycoses in India
-
Dr. Arunaloke Chakrabarti
Chairpersons:
Dr. Niranjan Nayak & Dr. P. K. Maiti
11:00 –
11:15 AM
Tea break
TIME
MINI AUDITORIUM
SEMINAR HALL -
A
SEMINAR HALL –
B
Session
GUIDELINES
(15+5 mins each)
YEAR IN REVIEW
(Invasive Fungal Infection)
MICROBIOLOGIST FORUM
(1 hour)
11:15 –
12:15 PM
(15+5 mins each)
Chairpersons: Dr. Parthasarathi Bhattacharya & Dr. Mohit Kharbanda
Chairpersons: Dr. Bhaskar Narayan Choudhry
& Dr. Basab Bijoy Sarkar
Intraabdominal candida infection
-
Dr. Arunaloke Chakrabarti
Invasive candidiasis
-
Dr. Oliver Cornely
Invasive pulmonary aspergillosis
-
Dr. Donald Sheppard
Candidemia
-
Dr. Subhash Kr. Todi
Aspergillosis
-
Dr. Pradip Bhattacharyya
Mucormycosis
-
Dr. Arunaloke Chakrabarti
Identification of mycelial fungi
-
Dr. H.R. Ashbee
Session
THEMATIC
Fungal infections in HIV
THEMATIC
ICU/Perioperative/Trauma/ Burn
THEMATIC
Febrile Neutropenia
12:20 -
1:00 PM
(15 + 5 mins each)
Chairpersons:
Dr. Bibhuti Saha &
Dr. Dipanjan Bandopadhyay
Chairpersons:
Dr. Ajoy Sarkar & Dr. Animesh Gupta
Chairpersons:
Dr. Subhash Varma & Dr. Oliver Cornely
Present status after HAART
-
Dr. Purnima Parthasarathy
Cryptococcosis –Management
-
Dr. Atul Patel
Early identification of Fungal sepsis in critically ill
-
Dr. Arvind Baronia
When to start Empiric/Preemptive therapy in ICU
-
Dr. Shirish Prayag
EORTC/MSG guideline for diagnosis of IFI
(12:20-12:40)
-
Dr. Rajeev Soman
Guideline for management of Invasive fungal infection
-
-
Dr. Mammen Chandy
1:00 –
2:00 PM
Lunch (Badge and Coupon required)
TIME
MINI AUDITORIUM
2:00 –
2:30 PM
(30 mins)
Key Note Lecture: Global collaboration in Fungal Research : The way ahead
-
Tania Sorrell
Chairpersons: Dr. Arunaloke Chakrabarti, Dr. Dimitrios Kontoyiannis
2:30 –
3:00 PM
(30 mins)
Panel Discussion: India specific Guidelines on Fungal infection
Moderator –
Dr. Rajeev Soman
Panellists: Dr. Lavanya Nutankalva, Dr. Purnima parthasarathy, Dr. Prakash Shastri, Dr. S. Prayag, Dr. Dipnarayan Mukherjee
3:00 –
4:00 PM
(30 mins each)
Interactive Case Discussion
Moderator: Dr. Dhruva Choudhry, Dr. Cornelia Lass-Florl
Presenters -
1. Dr. Atul Patel
2. Dr. Rajeev Soman
4:00 –
4:15
Tea Break
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Program Schedule of MYCOCON 2014, Kolkata
14
TIME MINI AUDITORIUM SEMINAR HALL - A SEMINAR HALL – B
Session CONTROVERSIES HOT TOPICS Emerging fungal infections & challenges
4:15 – 5:15 PM (15 + 5 mins each)
Chairpersons: Dr. Johan Mouton & Dr. Saswati Sinha
Chairpersons: Dr. Rimita Dey & Dr. Susrata Banopadhyay
Chairpersons: Dr. Bhaskar Narayan Chaudhuri, Dr. Manideepa Sengupta
Eichanocandin : first line therapy in invasive candidiasis
- Dr. Ram Gopal Krishnan Vascular lines should be removed in candidemics
- Dr. Vivek Nangia Place of Conventional Amphotericin B Deoxycholate
- Dr. Subhash Varma
Source Control in Invasive fungal sepsis – Dr. Shirish Prayag
Combination antifungal therapy - Dr. Ram Subramaniam
Role of probiotics - Dr. Lavanya Nutankalva
Fusarium and Scedosporium infections - Dr. Dimitrios Kontoyiannis
Fungal infection of bone and joint - Dr. Oliver Cornely
Subcutaneous Mycosis - Dr. P. Maiti
Session THEMATIC HOT TOPICS Challenging Fungal infections
5:15 – 6:00 PM (15 + 5 mins each)
Chairpersons: Dr. Sumit Sengupta & Dr. Hindol Dasgupta
Chairpersons: Dr. Joydeep Chakrabarty, Dr. Arghya Majumdar
Chairpersons: Dr. Pradip Bhattacharya, Dr. Ajoy Sarkar
IRIS (Immune Reconstitution Syndrome) - Dr. Purnima Parthasarathy
Pneumocystis - Dr. Dhruva Chowdhury
Epidemiology of fungal infections in trans-plant
- Dr. Subhash Varma Role of bronchoscopy and imaging in Invasive fungal infection
- Dr. Randeep Gulleria
Candida peritonitis - Dr. Prakash Shastri
Central line fungal sepsis - Dr. Shirish Prayag
6:00 – 6:30 PM Tea Break
6:30 – 8:30 PM Cultural Program
8:30 PM Dinner (Badge & coupon required)
FISF MYCOCON 2014 –
SCIENTIFIC PROGRAM (DAY –
2 -
SATURDAY 15 TH
NOVEMBER, 2014)
9:00 –
9:30 AM (30 mins)
KEY NOTE LECTURE (MINI AUDITORIUM) Future of Antifungal Therapy
-
Dr. Oliver Cornely Chairpersons:
Dr. A. K. Baronia & Dr. Randeep Guleria
9:30 –
10:00 AM
(30 mins)
PANEL DISCUSSION Research on fungal infection in India
Moderator: Dr. Subhash Todi Panellists : Dr. A. K. Baronia, Dr. B L Shrewal, Dr. Arunaloke Chakrabarti, Dr. Atul Patel
TIME
MINI AUDITORIUM
SEMINAR HALL –
A
SEMINAR HALL –
B
Session
INTERACTIVE CASE DISCUSSION
MICROBIOLOGIST FORUM
10:00 –
11:00 AM (30 mins each)
Moderator : Dr. Dimitrios Kontoyiannis & Dr. Joydeep Chakrabartty
Chairpersons:
Dr. Sanjay Bhattacharya & Dr. Hema Chakraborty
Case Discussion
-
Dr. Rajeev Soman
-
Dr. A. Sobhana
Histopathology in diagnosis
-
Dr. Ashim Das Molecular identification techniques
-
Dr. M R Shivaprakash
11 – 11:15 Tea break
Session ORGAN SPECIFIC INFECTION ANTIFUNGAL PROPHYLAXIS CONTROVERSIES 11:15 – 12:15 PM (15+5 mins each)
Chairpersons: Dr. Jayanta Roy & Dr. Subhanon Ray
Chairpersons: Dr. Tapas Chakrabarti & Dr. Sharmila Chandra
Chairpersons: Dr. M R Shivaprakash & Dr. Anuradha Agarwal
CNS fungal infections - Dr. Pradip Bhattacharya
Fungal endocarditis - Dr. Rabin Chakrabarti
Fungal endophthalmitis - Dr. Niranjan Nayak
Neutropenics - Dr. Subhash Varma
ICU/Perioperative/Burn/ Trauma - Dr. Randeep Gulleria
Transplant: Solid organ / BMT - Dr. Mammen Chandy
Fungal growth in respiratory tract speci-mens – significance
- Dr. Ritesh Agarwal Fungal growth in urine – significance
- Dr. Tanu Singhal Fungi in air of hospital – Is there any cut off value?
- Dr. Sankar Sengupta
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Program Schedule of MYCOCON 2014, Kolkata
15
TIME MINI AUDITORIUM SEMINAR HALL – A SEMINAR HALL – B
Session MEET THE EXPERT
HOW I MANAGE
BIOMARKERS
12:15 –
1:00 PM
(15+5 mins each)
Chairpersons: Dr. Niranjan Nayak &
Dr. Prabhash Prasun Giri Chairpersons:
Dr. Cornellia Lass Florl &
Dr. Maitreyi Bhattacharya
Setting up a fungal lab
-
Dr. H R Ashbee
Training to be a mycologist
-
Dr. HR Ashbee
Mucormycosis
-
Dr. Dimitrios Kontoyiannis
IFI in children
-
Dr. Tanu Singhal
Mannans
-
Dr. Vivek Nangia
B-d Glucan
-
Dr. V. Ram Subramaniam
1 –
2 pm
Lunch
TIME
MINI AUDITORIUM
2:00 –
2:30 PM
(30 mins)
KEY OTE LECTURE (MINI AUDITORIUM)
Biofilm And Quorum sensing: novel therapeutic targets
-
Dr. Tania Sorrell
Chairpersons: Dr. N. Nayak & Dr. M. Chandy
2:30 –
3:00 PM
(30 Mins)
PANEL DISCUSSION
Rational use of diagnostics in fungal sepsis
Moderator : A.K.Baronia
Panellists: Dr. Jacques Meis, Dr. Ashim Das, Dr. V. Ram Subramaniam & Dr.
Sanjay Bhattacharya,
3:00 –
4:00 PM
(30 mins each)
Interactive Case Discussion
-
Dr. Bibhuti Saha
-
Dr. Dhruva Choudhry
Chairpersons: Dr. Sushmita Ghoshal & Dr. Ritesh Agarwal
4:00 –
4:15 PM
Tea Break
TIME
MINI AUDITORIUM
SEMINAR HALL –
A
SEMINAR HALL –
B
Session
ANTIFUNGAL DRUGS
ORGAN SPECIFIC INFECTION
DIAGNOSTICS (LABORATORY)
4:15 –
5:15 PM
(15+5 mins each)
Chairpersons: Dr. Purnima Parthasarathy,
Dr. Dipankar Sarkar
Chairpersons:
Dr. Debkishore Gupta, Dr. Ujjwayini Roy
Chairpersons: Dr. Sankar Sengupta &
Dr. Shelly Sharma Ganguly
Liposomal Amphotericins and look alikes : are they same
-
Dr. Atul Patel
Use of TDM (Therapeutic drug monitoring) in prescribing Azoles
-
Dr. Bhaskar Narayan Chaudhuri
Are all echinocandins same?
-
Dr. Donald Sheppard
Malassezia
-
Dr. H R Ashbee
Fungal rhinosinusitis
-
Dr. Ashim Das
Fungal sepsis in pancreatitis :myth or reality
-
Dr. Prakash Shastri
Conventional diagnosis
-
Dr. Sanjay Bhattacharyya
Identification of yeast
-
Dr. Anup Ghosh
PCR in diagnosis –
pitfalls
-
Dr. Conelia Lass-Florl
Session
ANTIFUNGAL DRUGS
DIAGNOSTICS (BIOMARKERS) IN IFI
DIAGNOSTICS (LABORATORY)
5:15 –
6:00 PM
(15 + 5 mins each)
Chairpersons: Dr. Pradip Bhattacharya,
Dr. Dipnarayan Mukherjee
Chairpersons:
Dr. Mahuya Bhattacharya, Dr. A Sobhana
Chairpersons:
Dr. Sanjay Bhattacharya,
Dr. Ram Gopalkrishnan
PK/PD for beginners –What is it
-
Dr. Johan Mouton
Application of pK/Pd principles in prescribing antifungal drugs
-
Dr. Johan Mouton
Role of Procalcitonin
-
Dr. Ajoy sarkar
Newer biomarkers
-
Dr. Lavanya Nutankalva
MALDI in diagnosis of fungal infections
-
Dr. Anup Ghosh
Antifungal susceptibility testing
-
Dr. Anup Ghosh
Banquet
6:30 pm onwards
NICCO PARK RESORTS : WET O WILD
Badge, Coupon & Invitation Card Re-quired. Invitation Card for
non Faculty/Delegate
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Program Schedule of MYCOCON 2014, Kolkata
16
FISF MYCOCON 2014 – SCIENTIFIC PROGRAM (DAY – 3 - SUNDAY 16 TH NOVEMBER, 2014)
9:00 –
9:30 AM
(30 mins)
KEY NOTE LECTURE
Antifungal Stewardship
-
Dr. Andrew Ullmann
Chairpersons:
Dr. Ram Gopalkrishnan & Dr. Tanu Singhal
9:30 –
10:00 AM
(30 mins) PANEL DISCUSSION
Non culture based diagnosis of fungal infection
Moderator: Dr. Cornelia Lass-Florl
Panelist: Dr. Suresh Ramasubban, Dr. B L Sherwal, Dr. P K Maiti, Dr. M. R.Shivaprakash, Dr. Ram Gopal Krishnan
TIME
MINI AUDITORIUM
SEMINAR HALL –
A
SEMINAR HALL –
B
Session
INTERACTIVE CASE DISCUSSION
MICROBIOLOGIST FORUM
10:00 –
11:00 AM
(30 mins each)
Chairpersons:
Dr. Donald Sheppard, Dr. Soumen Meur
Chairpersons:
Dr. Gourav Goel, Dr. Indranil Roy
Interactive Case Discussion
-
Dr. Ram Gopalkrishnan
-
Dr. Tanu Singhal
Fungal outbreak investigation
-
Dr. Sanjay Bhattacharya
Molecular epidemiology
-
Dr. M.R.Shivaprakash
11:00 –
11:15 AM
Tea break
Session
ICU/Perioperative/Trauma/Burn
New Horizons
Aspegillus and Lung
11:15 –
12:15 PM
(15+5 mins each)
Chairpersons:
Dr. Abhijit Bhattacharya, Dr. Ashish Kumar
Chairpersons:
Dr. Arunaloke Chakrabarti,
Dr. Arpita Bhakta
Chairpersons:
Dr. Dhruva Chowdhury,
Dr. Anshuman Mukherjee
Candida score
-
Dr. Arvind Baronia
Presumed fungemia: culture negative –
Management approach
-
Dr. Tania Sorrell
Diagnosing invasive fungal infection in Burn patients
-
Dr. Suresh Ramasubban
Fungi & cystic fibrosis
-
Dr. Jacques Meis
Antifungal resistance in systemic candidiasis
-
Dr. Cornelia Lass-Florl
Antifungal resistance in aspergillosis
-
Dr. Jacques Meis
Invasive pulmonary aspergillosis
-
Dr. Andrew Ullmann
Allergic Bronchopulmonary Aspergillosis
-
Dr. Ritesh Agarwal
Chronic pulmonary Aspergillosis
-
Dr. Parthasarathi Bhattacharya
12:15 –
-2:00 PM
Lunch
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P01 - Rapid Diagnosis of Invasive Fungal
Infections in Haematological Malignancy
patients with febrile neutropenia by
Galactomannan antigen ELISA and PCR.
Shikha Puri, Malini R Capoor, Gaurav Kaushik, Sujoy, D. K
Gupta.
Department of Microbiology, Haematology, VMMC and
Safdarjung Hospital, Delhi.
Introduction: In view of the growing incidents and high
mortality of invasive fungal infection, adequate diagnostic
techniques permitting timely onset of the treatment is of
paramount importance, in immunocompromised patients.
Objective: The purpose of the study was to access the
potential of molecular screening by a highly sensitive
broad spectrum pan-fungal PCR assay in patients with
haematological malignancies carrying a high risk of
invasive fungal infection over a period of two years.
Material & Method: Whole blood (5ml) was collected in
EDTA Vacutainer for PCR Assay. All blood samples were
stored at -80°C until DNA extraction (By Qiagen QIAamp
DNA extraction kit) followed by PCR run ( By real time
PCR instrument-Roter Gene™ 6000, corbett research,
Australia). A real time Pan fungal PCR assay based on Taq
man technology targeting 18 S ribosomal RNA gene was
used to screen whole blood specimen obtained from series
of haematology mal ignancy pat ients for IFIs .
Galactomannan antigen ELISA (Biorad Laboratories) was
also put up.
Results: The clinical and laboratory data were analysed
and the patients were classied as per the EORTC/MSG
criteria into proven, probable and possible categories. Out
of a total of 134 cases 26 were proven, 48 were probable and
60 were possible. In the proven cases, sensitivity and
specicity was 88.8 % and 100%, respectively. In the
probable cases the sensitivity and specicity was 83.3%
and 90.9%, respectively.
Conclusion: The molecular screening by RT Pan-fungal
PCR is rapid, reliable and cost effective way for the
identication of fungaemia in Haematology patients and
helps in preventing unnecessary antifungal therapy.
Pan fungal PCR aids in differentiating colonisation with
invasive infection as it was negative in 69.2% patients with
colonisation with Candida species.
P02 - The diagnostic dilemma in an
i m m u n o s u p p r e s s e d p a t i e n t w i t h
meningoencephalitis - A Case Report
Dr. A. Shobhana*, Dr. Darsha Sen**, Dr. Hrishikesh
Kumar***
*Consultant Cri t ical care & Stroke,** Cl inical
Microbiologist, ***Consultant Neurologist
I n s t i t u t e o f N e u r o s c i e n c e s , K o l k a t a . E m a i l :
Introduction: Cryptococcal disease has increased in the
last few decades with increases in the number of
immunosuppressed individuals and advances in
diagnostic techniques.
We report a case of cryptococcal meningitis in a patient on
corticosteroids which was evading diagnosis for a long
period.
Case Report: A fty-one year old lady was admitted to our
hospital in end February,2014 with a history of severe
headache of one month's duration. Initially there was no
fever, loss of consciousness or vomiting. She had been
admitted to another health care facility where a CSF
picture was like aseptic meningitis. MRI brain then was
essentially normal. This lady had been diagnosed to have
sarcoidosis two years ago and had been on oral steroids
Abstracts
17
Professors walk round and poster presentation on 14th & 15th November, 2014 - 1:00 - 1:30 PMPoster Display: Seminar Hall Complex First Floor
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since then. Apart from a treated pulmonary Koch's
infection she had no signicant past history nor any other
medical comorbidities. On admission she was found to
have Cushingoid habitus. She was conscious, cooperative
,ambulatory and apart from severe headache she had no
complaints .There were no signs of meningism and aprt
from disc hyperemia there was no frank papilloedema on
fundoscopy.Initial blood biochemistry, hematology, CRP,
Procalcitonin were normal. Her family members were
refusing a CSF study again. Now the dilemma was where
she had an infective meningitis or inammatory
meningitis due to sarcoidosis itself. She was started on
intravenous Methylprednisolone along with ceftriaxone in
meningitis dose.S he had been started on antitubercular
drugs from another facility and these were continued. A
serum cryptococcal antigen (CRAg) came negative.The
patient's symptoms were worsening. A Contrast CT brain
showed meningeal enhancement. On the seventh day of
admission she deteriorated with severe vomitimg,
photophobia and she was shifted to the ITU. The family
agreed to a lumbar puncture.CSF pressure was slightly
raised. Although CSF showed lymphocytic pleocytosis
with raised protein ,the routine gram stains and India Ink
preparation as well as CSF CRAg was negative.The patient
was going downhill, not responding to steroids and had a
convulsion leading to invasive mechanical ventilation.
Clearly she was not responding to treatment. CSF picture
was not consistent with any bacterial infection. The
suspicion of fungal meningitis was high. She was started
on empirical amphotericin B and acyclovir. A rpeat CSF
study was done. This time CSF CRAg came to be positive.
She was treated with amphotericin b and Flucytosine. She
recoverd steadily and was discharged home on oral
uconazole.
Conclusion: This case underscores the importance of high
index of suspicion of cryptococcal meningoencephalitis
which is associated with high mortality and morbidity in
an immunosuppressed patient and the diagnostic
difculties as well as CRAg as a diagnostic tool in this
infection.
03 - Therapeutic Drug Monitoring of Anti-
fungal Azoles: A laboratory experience
1,2 2 1 1A.J Dherai , P.K.Chawla , R.V.Lokhande , P.R.Naik , 3 1,2R.Soman , T.F.Ashavaid .
1 2Department of Laboratory Medicine, Research 3Laboratories, Department of General Medicine, P. D.
Hinduja Hospital, Mahim, Mumbai-400 016.
Introduction: Triazoles like voriconazole, posaconazole,
itraconazole etc are commonly used for prophylactic or
anaphylactic treatment of invasive fungal infections. These
drugs due to their wide inter-individual variability
mandate drug monitoring in majority of patients. We
present our data of plasma levels of these drugs analysed
in our centre since May 2012. The inuence of dose, clinical
condition and other interacting factors on plasma levels
are also correlated to highlight the importance of TDM in
patient management.
Methods: Pre dose drug levels of antifungals –
Voriconazole, Posaconazole and Itraconazole were
d e t e r m i n e d u s i n g h i g h p e r f o r m a n c e l i q u i d
chromatography. We analysed baseline plasma samples
received from 50 patients for voriconazole, 20 for
posaconazole and 3 for itraconazole levels.
Results: It was observed that 17, 8 and 2 samples each for
voriconazole, posaconazole and itraconazole levels were
in the subtherapeutic range while 8 samples of
voriconazole were in the toxic range. The drug levels
correlated with clinical outcome of the patients and
required appropriate dose adjustments for therapeutic
efcacy. The major factors contributing to variability of
voriconazole were drug-drug interaction (n=2), CYP2C19
genotype (n=43), and drug dose (n=12) for voriconazole
while only drug dose in posaconazole (n=5) and
itraconazole (n=2) therapy patients.
Conclusion: Voriconazole is monitored more often than
other azoles. Several factors inuence these drug levels
however we need to assess a larger sample size to obtain a
meaningful correlation affecting posaconazole and
itraconazole levels. Monitoring of plasma levels assists in
achieving desired therapeutic outcome.
18
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04 - External validation of four risk
prediction scores for candidemia in critically
ill patients
Dr. Syed Nabeel Muzaffar
Senior Resident (2nd year DM student), Department of
Critical care medicine, Sanjay Gandhi Postgraduate
Institute of Medical Sciences, Lucknow
Objectives: To perform external validation of four risk
prediction models for candidemia in critically ill patients.
Materials and Methods: A prospective observational
study conducted in a 12 bedded general purpose ICU of a
tertiary care centre of North India. Hundred consecutive
critically ill non- neutropenic adults were enrolled.
Patients' characteristics, severity of illness and risk factors
for colonisation and candidemia were noted. Microbiology
samples were collected (urine, tracheal aspirates,
pharyngeal aspirates, rectal swab, axillary swab, blood) at
admission, 3rd day and then weekly for 3 weeks. Patients
were divided into two groups (Group1- No Candidemia,
Group 2- Candidemia). Statistical tests included Student's
t-test and Mann Whitney test.
Results: Mean age was 45.2+15.77 and sex ratio (M/F) was
60/40. Median admission APACHE II was 16 (range 3-39)
and SOFA was 9 (range 2-20). There were 90 patients in
group 1, and 10 patients in group 2. Rate of candidemia
was 10%.
Mean duration of ICU stay was 19.7+19.37 in group1 and
39.50+ 20.12 days in group 2, which was signicantly
different (p =0.003).Overall survival rate was 50%.There
was no difference in survival among the two groups.
Out of 10 candidemia cases 8 showed positive blood
culture at admission while two were positive at 3rd week.
Four risk prediction models (Candida score, colonization
index, corrected colonization index and Ostrosky' clinical
prediction rule) for invasive candidiasis were compared at
admission and at 3rd week. All the models showed poor
positive predictive value (PPV 8% to 12%) and good
negative predictive value (NPV 92% to 95%).Among the
four models tested Corrected colonization index had the
best performance (PPV 12.82%, NPV 95.08%, sensitivity
62.5%, specicity 63.04%).
Conclusions: Currently available risk prediction models
for invasive candidiasis have good NPV but poor PPV.
There is need for multicentric studies.
05 - Cladophialophora bantiana brain
abscess - Report of two cases.
Ujjwayini Ray*, Soma Dutta**
*Consultant Microbiology, **Registrar Microbiology,
Apollo Gleneagles Hospitals , Kolkata
Email:[email protected]
Introduction: The incidence and prevalence of human
mycotic infection is on the rise in the current era.Some of
these fungi are darkly pigmented due to melanin
production and traditionally have been named
'dematiaceous' The melanized fungi cause a wide array of
clinical syndromes ranging from supercial to deep-seated
in fec t ions . The neurotrophic so i l saprophyte
Cladophialophora bantiana is the most commonly isolated
agent of cerebral phaeohypomycosis and has been widely
reported from India.
Objectives: We present two cases of brain abscess caused
by Cladophialophora bantina in patients with underlying
renal disease with diverse outcome.
Case Reports
Case - 1
A 49 year old female patient on triple immuno-
suppressant therapy following renal transplantation
presented with history of occasional fall, weakness and
headache since four months. CAT scan showed a
hypodense space occupying lesion (30 x 30 mm)
suggestive of abscess in the left frontal region. The patient
was operated through left frontal craniotomy and a well
encapsulated mass was removed en block. The pus
aspirated from the lesion showed brown pigmented
branching hyphae along with many round bodies. After
about 6 days of incubation fungal colonies with olive grey
velvety appearance with a black undersurface was isolated
in culture. The fungus was identied as C. bantiana based
on morphological appearance in LCB mount and
biochemical properties (growth at 37°C and urease
19
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positive reaction). The patient was advised Posaconazole
(200mg oral TDS ). The patient improved remarkably and
remained well without evidence of recurrence at 1 year
follow up.
Case - 2
A 66 old diabetic, hypertensive patient with chronic
kidney disease on maintenance haemodialysis presented
with confusion and cognitive dysfunction. CAT scan of the
brain revealed focal temporal lesion of the left side with
gross edema. Left temporal burr hole was performed and
pus was aspirated. The pus sample showed presence of
light brown hyphae and subsequently C. bantiana was
isolated in culture after 5 days. The patient was initially
treated with Micafungin and Voriconazole. The patient
continued to be drowsy and his vital parameters
deteriorated further and had to be transferred to the ICU.
On 6th post operative day voriconazole was replaced with
posaconazole. The patient developed nosocomial blood
stream infection with MDR Esch.coli and succumbed 4
days later.
Conclusion: CNS infection due to Cladophialophora
bantiana is a serious entity with grave prognosis.
Complete resection as opposed to partial removal or
aspirat ion is associated with bet ter outcome.
Microbiological identication of the etiological agent is
essential for therapeutic decision. Brown pigmented
fungal hyphae on a direct KOH wet mount provide a clue
to the diagnosis. In case 1 complete resection followed by
antifungal therapy resulted in a favorable outcome. In case
2 only aspiration was performed followed by anti fungals
but the patient deteriorated and expired a few days later.
Thus complete excision of the lesion should be attempted
wherever possible. The azole antifungal posaconazole
seems to be effective against this infection but further
studies are require to establish this.
The optimum antifungal agent and duration of therapy is
not known. Morphological, physiological and biochemical
characters are used for the identication once the fungus is
recovered in culture. According to various published
literature posaconazole with or without
06 - Caspofungin MIC distribution amongst
commonly isolated Candida species in a
tertiary care centre in India
Rajarshi Gupta, Shashir Wanjare, Sunil Kuyare, Preeti
Mehta
Seth G.S. Medical College and K.E.M Hospital, Mumbai
Introduction: The clinical breakpoints for echinocandins,
determined by 24-h CLSI broth microdilution methods
have been revised by CLSI in 2012. This is because of
emerging data suggesting that the earlier breakpoint
dening criteria in Candida species. to echinocandins
(MIC ≤2 μg/ml) missed some FKS hot spot gene
mutations. New CLSI breakpoints dening sussceptibility
to caspofungin are as follows, Candida albicans(≤0.25
μg/ml), Candida glabrata(≤0.12 μg/ml), Candida
tropicalis(≤0.25 μg/ml) and Candida parapsilosis(≤2
μg/ml).
Antifungal susceptibility by Etest is a simple and
reproducible method. The strips contain a predened and
continuous gradient of drug which enables quantitative
MIC determination. Caspofungin MIC by Etest and found
it to be concordant with broth microdilution method
within 1-2 fold higher dilutions.
There are reports of emerging azole resistance among
C a n d i d a s p e c i e s . T h i s w a r r a n t s t h e u s e o f
echinocandindins, mostly caspofungin in the
management of invasive candidiasis.
Aims and Objectives: As no substantial report on
antifungal susceptibility pattern to echinocandins exist in
our clinical setup, a study was initiated to perform
antifungal susceptibility of Candida isolates to
caspofungin by Etest.
Materials and methods: MIC determination by
Caspofungin Etest was performed using RPMI 1640 agar
medium supplemented with 2% glucose and MOPS and
the results were interpreted after 24 hours.
Observation and Results: Amongst 60 isolates of Candida
species evaluated, there were 30 Candida albicans, 12
Candida glabrata, 10 Candida parapsilosis and 8 Candida
tropicalis. Number of sensitive strains as per new CLSI
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breakpoint criteria were 24(80%), 8(75%), 10(100%) and
6(75%) for Candida albicans, Candida glabrata, Candida
parapsilosis and Candida tropicalis respectively. 10
isolates were interpreted as intermediate. 2 isolates of
Candida albicans were resistant as they showed no zone of
inhibition.
Discussion: MICs determined by Etest for caspofungin
might be 1-2 fold higher than those detremined by 24-h
CLSI broth dilution leading to interpretation of sensitive
isolates as intermediate or resistant. Candida parapsilosis
exhibits intrinsically high MICs for caspofungin but in our
study no resistance was encountered. Although
caspofungin resistance is detected in 2 isolates of Candida
albicans, it should be interpreted with clinical outcome.
Conclusion: Etest is a simple method for MIC
determination of Candida species. Majority of Candida
isolates are sensitive to caspofungin with emerging
resistance only amongst Candida albicans.
07 - Candida lipolytica causing post-
traumatic gluteal abscess in a healthy young
patient: case report and review of literature
Dr Sayan Bhattacharyya*, Dr Asim Sarfraz, Dr
Mohammad Aftab Alam Ansari, Mr Nitesh Kumar Jaiswal
Department of Microbiology, All India Institute of Medical
Sciences, Patna-801505, Bihar.
Candida lipolytica is a yeast pathogen with ubiquitous
presence in soil. It is industrially important as a source of
lipase enzyme . We here describe a case of subacute gluteal
abscess in a young healthy, immunocompetent patient
following fall from tree, caused by Candida lipolytica. The
isolate was identied by dry, cerebriform colonies on
Blood agar and Saboraud's dextrose agar, urease and
lipase positivity on Egg yolk agar, yeast cells at tip of
pseudohyphae and true hyphae but no along its length by
Dalmau technique and in vitro susceptibility to
Fluconazole by Disc diffusion method on Mueller-Hinton
agar supplemented with 2% glucose and 0.5 µg./ml
Methylene blue. The case highlights the clinical and
epidemiological importance of proper identication of
rare yeast isolates from purulent lesions .
08 - Plasma Voriconazole levels in immuno-
compromised patients.
1,2 2 1 1A.J Dherai , P.K.Chawla , S.R.Nanday , R.V.Lokhande , 1 3 1,2P.R.Naik , R.Soman , T.F.Ashavaid .
1Department of Laboratory Medicine, 2Research
Laboratories, 3Department of General Medicine, P. D.
Hinduja Hospital, Mahim, Mumbai-400 016.
Introduction: Therapeutic efcacy of voriconazole is
attributed to factors like clinical condition, co-
administered drugs, CYP2C19 gene polymorphism etc
leading to a large intra and inter individual variability. In
the present study we have assessed the inuence of these
factors on plasma voriconazole levels.
Method: A detailed clinical & drug history was obtained
from patients (n=60) referred for plasma voriconazole
level and CYP2C19 genotype. Voriconazole estimation
was done by high performance liquid chromatography
while CYP2C19 polymorphism *2 &*3 (poor metabolizers)
& *17 (ultra rapid metabolizers) genotype was performed
by molecular methods.
Results: All patients were either on prophylactic or
empirical therapy for invasive fungal infections. The
plasma levels were within therapeutic range (3.7 + 0.9
mg/l) only in 47 % of patients while sub therapeutic (0.95 +
0.5 mg/L) and toxic levels (9.1 + 4.4 mg/L) were seen in 33
% & 20% respectively. Two patients had level > 30 mg/L.
Major inuencing factors causing sub-therapeutic level
were found to be co-medication with rifampicin (n=2),
CYP2C19 *2/*17 (n=6) & CYP2C19*1/*17 (n=6)
polymorphism and sub optimal weight matched doses in 6
patients. Toxic levels were obtained in patients with
genotype CYP2C19 *1/*2 (n= 4), *2/*2 (n=3), renal/ liver
impairment (n=3), high dose (n=2) and random time point
sample collection (n=11). Therapeutic efcacy with
desired voriconazole level was achieved in these patients
by appropriate dose adjustments.
Conclusion: Plasma voriconazole level is inuenced by
several factors and hence monitoring of plasma level with
CYP2C19 genotype may assist in achieving desired patient
outcome.
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09 - Cladophialophora bantiana brain
abscess
Suthar Mitesh, Soman Rajeev, Shetty Anjali, Rodrigues
Camilla
Department of Medicine and Department of Microbiology,
P D Hinduja National Hospital & MRC, Mumbai
Introduction: Cerebral phaeohyphomycosis caused by
Cladophialophora bantiana is a relatively rare disease. 5
cases were seen at our institute from 2003 to 2014 of which 2
patients were on maintenance HD, 2 post kidney
transplant recipients and 1 post liver transplant recipient.
Methods: Diagnosis was made based on the microscopy,
culture and histopathology of the biopsy specimen.
Treatment was given in form combination of surgical
excision and followed by antifungal therapy.
Results:
Conclusion:
1. It is a rare disease.
2. Many patients are treated with empirical antibiotics
before procedure without response.
3. Biopsy is necessary to established diagnosis.
Identication of dematiaceous fungi is crucial.
4. Treatment is difcult. Combination of surgical and
medical management is required. There are issue for
PK/PD parameters of antifungal drugs like blood brain
barrier penetration, interaction with antiepileptic drugs,
may be lifelong therapy.
10 - A case of health-care associated chest
wall mucormycosis
Chaudhari Piyush, Kulkarni Deepti, Soman Rajeev,
Rodrigues Camilla, Shetty Anjali
Department of Medicine and Department of Microbiology,
P. D. Hinduja National Hospital & Medical Research
Centre, Mumbai
Background: We report a case with chest wall
mucormycosis possibly resulting from shaving for
subclavian catheterization followed by use of an adhesive
drape. The patient had multiple co-morbidities like long
standing poorly controlled diabetes mellitus, CKD,
multiple bacterial infections, longstay in ICU.
Case Report: A 65-yr old man with history of long-
standing poorly controlled diabetes mellitus, astrocytoma
(post surgery and radiotherapy), chronic kidney disease,
urosepsis had undergone DJ stenting prior to presenting to
us. He had been in the ICU for one and a half month for
sepsis with MODS and was being treated with multiple
antibiotics. He needed a subclavian catheter which was
inserted after skin shaving and using an adhesive drape.
He developed an induration at the site after 4 days of the
procedure. It went on to involve the surrounding area
showing necrosis extending up to deep muscles of pectoral
region. Wide aseptate, right angle branching fungal
l a m e n t s w e r e d e m o n s t r a t e d o n s m e a r a n d
histopathology from the surgical debridement specimen.
A presumptive diagnosis of mucormycosis was made.
Patient was treated with systemic Amphotericin B
deoxycholate along with local instillation but succumbed
to his multiple illnesses and MODS.
Discussion: Our case highlights the importance of infection
control in hospital settings especially in relation to articles
not usually suspected to be the source like the adhesive
drape in our case. It is vital to change in practice of skin
shaving to use of depilation or clipping. The dressing used
for CVC should be ensured to be sterile. The catheter site
should be inspected daily and when infection like mucor is
suspected because of dark necrotic areas, an early biopsy
and surgical debridement should be planned. The patient
requires surgical as well as medical treatment in form of IV
Amphotericin B and correction of underlying predisposing
conditions. In spite of these measures the outcome remains
poor due to the multiple co-morbid conditions.
2
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11 - Disseminated Histoplasmosis in
immunocompetent individual: a single
centre experience from a tertiary care
Hospital in Eastern India
Authors: Dr. Dibyendu De*, Prof P. Chakrabarti**, Dr.
Uttam Kumar Nath***, Dr. Priyanka Samal*, Dr. Dipanjan
Haldar*
Institute: Institute of Haematology and Transfusion
Medicine, Medical College, Kolkata
Introduction: Histoplasmosis is a rare fungal disease
caused by dimorphic fungi Histoplasma capsulatum. The
causative fungus is present in soil, infects through
inhalation and manifests in three main types-acute
primary, chronic cavitary and progressive disseminated
Histoplasmosis. Disseminated Histoplasmosis (DH) is
dened as a clinical condition where fungus is present in
more than one locat ion. Among the forms of
histoplasmosis, DH is the rarest and generally found in
immune-compromised individual.
Here we are presenting our experiences of the series of
cases of Disseminated Histoplasmosis in immune-
competent individuals who have been diagnosed in our
institute in last 5 years.
Materials and Methods: This is a single centre
retrospective observational study, from May 2009 to April
2014. Only cases with Disseminated Histoplasmosis in
otherwise healthy immune-competent individuals were
included in the study. The Histoplasmosis is conrmed by
either presence of Histoplasma in biopsy specimen from
extra-pulmonary organ or by positive growth in fungal
culture.
Result: Total seven patients met the inclusion criteria. Five
out of 7 patients were male. The mean age was 35 years.
Five of the 7 patients presented with fever for long
duration. Six patients complained of signicant weight
loss before diagnosis. On examination, one patient had
skin nodules, ve patients had hepato-splenomegaly, and
two patients had lymphadenopathy.
The laboratory investigation revealed anaemia in six out of
7 patients, and pancytopenia in 3 patients. Two patients
had features of hemophagocytic syndrome in the bone
marrow.
All of the patient had undergone treatment with
conventional amphotericine B deoxy-cholate and azole
antifungal. One patient with adrenal involvement died in
hospital. The patient with skin nodule had recurrent
relapses. The other patients had resolution of symptoms
and clinically cured.
Conclusion: Disseminated Histoplasmosis is not an
uncommon etiology of fever of prolonged duration even in
immuno-competent individual, and should be kept as a
differential diagnosis. Targeted investigation with early
bone marrow biopsy and fungal culture may help in
diagnosis of DH. Imaging study to exclude adrenal
involvement prevents case fatality in DH. Cytopenia may
be due to secondary hemophagocytic syndrome, which
improves with anti-fungal therapy. Treatment with either
amphotericine B or itraconazole gives excellent outcome,
though therapy may have to given for prolonged period in
case of relapses.
12 - Aspergillus isolates from Broncho-
Alveolar Lavage (BAL) Samples of Patients
with Refractory Bronchospasm: A One-Year
Study in a Tertiary Care Hospital of Kolkata.1 2 3Authors: R. Shyam Krishnan , Adrito Basu , Samim Khan ,
4 5Raja Dhar , Bhaskar Narayan Chaudhuri1 2Resident, Pulmonary Medicine, AMS Research Assistant
3& Junior Microbiologist, Clinical Associate, Pulmonary 4 5Medicine, Consultant Pulmonologist, Consultant
Microbiologist, Fortis Hospital, Anandapur, Kolkata
Aims & Objectives:
1.) To establish the role of Aspergillus infection in patients
with obstructive airway disease presenting with refractory
wheeze not responding to standard asthma treatment.
2.) To determine the role of HRCT and BAL in recognition
of Aspergillus infections.
3.) To determine the role of voriconazole in treatment of
bronchospasm in those patients with Aspergillus
infection.
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Methods: The period of study was for 1 year: September,
2013 – August, 2014.
All the patients with suspected obstructive airway disease
having refractory bronchospasm not responding to
standard asthma therapy had HRCT done, followed by
bronchoscopy with broncho-alveolar lavage (BAL), where
indicated.
27 of the BAL samples sent for fungal culture to the
Microbiology laboratory showed growth of Aspergillus
sp. 78% patients (n =21) presented with refractory wheeze,
which despite instituting standard asthma treatment
responded sub-optimally.
All those 21 patients were treated with the standard dose of
voriconazole. Post-discharge spirometry and a through
clinical evaluation were performed during follow up.
Results: 25 of the 27 Aspergillus isolates were Aspergillus
fumigatus, 1 Aspergillus avus and 1 Aspergillus niger.
Average time to positivity was 3.9 days.
23 of the patients were inpatients (5 of whom were in
intensive care units at the time of diagnosis) and 4
outpatients. 15 were male and 12, females. Mean age of the
patients was 62 ± 7 years. 48% (n=13) had diabetes mellitus,
33.3% (n=9) had an underlying heart disease, 22% (n=6)
had a history of pulmonary tuberculosis. 74% (n=20) had
HRCT changes of new infection.
81% (n=17) patients responded very well to the treatment,
as assessed by post discharge spirometry, clinical
evaluation and quality of life. The overall mortality was
19% (n=4).
Conclusions: This study shows that most cases of
pulmonary aspergillosis are caused by Aspergillus
fumigatus. A high index of suspicion is needed for
Aspergillus infections in patients with obstructive airway
disease presenting with severe bronchospasm not
responding to asthma treatment. Bronchoscopy should be
performed in such patients and BAL sent for fungal culture
among other investigations. Voriconazole therapy is
indeed useful to achieve control over the refractory
bronchospasm in these patients. A bigger prospective
study would be needed to clarify whether this is a clinical
variant of pulmonary aspergillosis, which has not been
described previously.
13 - Case Report: CNS Aspergilloma in a
Immunocompetent patient in a tertiary care
hospital.
Dr. Minakshi Karmakar, Dr. Dipendra Pradhan, Dr. Mona
Tiwari, Dr. A. Shovona, Dr. Barsha Sen
A 48 yrs old male patient presented to the OPD with
intermittent episodes of seizure for last 6 months. He was
non-diabetic, non-hypertensive. Serology was negative.
Brain magnetic resonance imaging (MRI) showed an
irregular ring-enhancing lesion in the left occipital region
with focal meningeal enhancement. MRS showed a high
choline peak. OT was done and intraoperative squash
cytology revealed a lymphoproliferative lesion. The rst
impression was that of a neoplasm. Proper histopathology
examination proved it to be a fungal infection,
morphologically resembling Aspergilloma. Since CNS
fungal infection is rare in a immunocompetent patient,
retrospective analysis started. A chest x-ray done 1 yr back
showed pleural effusion, but the TB workup done at that
point of time was completely negative. No history of ATD
intake could be elicited. Present chest x-ray showed
increased bronchovascular markings, no other signicant
ndings. CT scan of the paranasal sinuses were
unremarkable. Routine CSF study was within normal
range. Blood culture and CSF culture for fungus were
negative. But, serum aspergillus IgG antibody and IgM
antibody, both were positive, which corroborated the
histopathological diagnosis of CNS aspergilloma.
Amphotericin B and Voriconazole was started promptly.
He was discharged after 10 days. currently he is on
medication and is doing well.
14 - Matrix-Assisted Laser Desorption
I o n i z a t i o n - T i m e o f F l i g h t M a s s
Spectrometry for the rapid identication of
yeasts causing blood stream infections
Anup K Ghosh, Sa ikat Paul , Shivaprakash M
Rudramurthy Amit Rajbanshi, Joseph Jillwin, and
Arunaloke Chakrabarti
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Department of Medical Microbiology, Postgraduate
Institute of Medical Education and Research (PGIMER),
Chandigarh - 160012, India
Few studies have systematically standardized and
evaluated matrix-assisted Laser desorption ionization-
time of ight mass spectrometry (MALDI-TOF MS) for
identication of yeasts from blood-stream infections. This
is rapidly becoming pertinent given the increasing burden,
high mortality, emergence of new pathogens and
increasing antifungal resistance in Candida spp. and non-
Candida blood-stream infections. We employed 354 yeast
strains identied by PCR-sequencing for standardization
and 367 blind clinical strains for validation of our MALDI-
TOF MS protocols. We also evaluated the most efcient
method for MALDI-TOF MS sample preparation. The on-
plate formic acid extraction method was most cost and
time-efcient extraction protocol. Further standardization
of our MALDI-TOF assay yielded a 98.97% (95% CI: 97.13-
99.69%) sensitivity as compared to PCR-sequencing.
Novel main spectrum projections (MSP) were developed
for C. auris, C. viswanathii and Kodamaea ohmeri which
were missing from the Bruker MALDI-TOF MS database.
Species-specic analysis yielded 100% sensitivity,
specicity, positive and negative predictive values,
accuracy, area under ROC curve, and efciency (kappa) for
13 species, as compared to sequencing. Spectral cut-offs
computed by ROC analysis showed 100% specic
identication at ≥1.70 for C. tropicalis, C. pelliculosa, C.
orthopsilosis, C. albicans, C. rugosa, C. guilliermondii, C.
lipolytica, C. metapsilosis, and C. nivariensis. The cut-off
analysis also revealed the eight species which need greater
representation in our MALDI-TOF MS database for better
diagnostic efciency. Comparison of species-specic
spectral scores between standardization strains and blind
validation strains showed no statistical difference in assay
performance and further identied new species missing in
the manufacturer's database. We conclude that MALDI-
TOF MS is a rapid, accurate and reliable tool for
identication of blood-stream yeasts. With proper
standardization, validation and regular database
expansion its efciency can be further enhanced at no
signicant additional cost.
15 - The role of DNA sequencing in
determination of fungal etiology of keratitis
in a tertiary care ophthalmology hospital in
Eastern India
Anjan Mukherjee, Soumen pramanik, *Ravi D. Barbhaya,
+R. Gayathri, *Mona Bhargava
Department of Microbiology and *cornea services,
Sankara Nethralaya, Kolkata and +Vision Research
Foundation Referral Laboratory, Sankara Nethralaya,
Chennai
Objective: In our institution, scraping from all patients of
corneal ulcer is routinely examined microscopically and
subjected to culture for identication of etiological agent.
Methods: Scraping from the corneal ulcer of the left eye of
YK, a 62 year old lady on examination with calcouor
white under uorescent microscope revealed numerous
septate hyphae. On the second day, all the culture plates
grew fungus. The fungus that grew in culture was
examined under microscope (40X) after preparation of
LPCB mount. However, there were only fungal hyphae
and no fruiting structures present in the mount. The fungal
culture was subjected to repeated subcultures in CMA
which yielded sporulating structures and the fungus was
presumptively identied. In order to conrm the
morphological nding, the culture was thus subjected to
DNA sequencing.
Results: The fungus was presumptively identied as
Scedosporium apiospermum based on its morphology
under LPCB mount. DNA sequencing conrmed the
morphological identication
Conclusions: Mycotic keratitis is often caused by
saprophytic fungi, which may not be a common etiological
agent or may be difcult to identify based on morphology
only. It is important to maintain a high index of suspicion
which will enable the ocular microbiologist to seek and
identify an uncommon fungal agent.
16 - Species distribution and susceptibility
prole of yeasts isolated from blood cultures
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from a tertiary care centre in Kolkata
Soma Dutta*Ujjwayini Ray**, Mrinal Das***
*Registrar Microbiology, **Consultant Microbiology, ***
Clinical Pharmacologist, Apollo Gleneagles Hospitals ,
Kolkata
Blood stream infections due to yeast are serious afictions
in critically ill patients and carries a grave prognosis.
Aims and Objectives: The study presents data on species
distribution and antifungal proles of the candida species
and non-candidal yeasts isolated from blood stream
infections between Jan 2012 and August 2014.
Results: During this period 109 candida species and other
non candidal yeasts (Cryptococcus neoformans,
Saccharomyces cerevisiae and Trichosporon asahii) were
isolated accounting for 5.25% of all pathogens isolated
from blood stream infections. 78 %of the candida species
were non albicans and Candida albicans accounted for
17% of the isolates. Speciation by VITEK 2 was performed
for 84 isolates. Candida tropicalis (25% n=21) was the
leading pathogen followed by Candida albicans (17%
n=14),Candida parapsilosis (15% n=13), Candida
haemulonii(11%,n=9), Candida famata (11% ,n=9),
C a n d i d a g l a b r a t a ( 8 % , n = 6 ) , C a n d i d a k r u s e i i
(4%,n=3),Candida guillermondi(2%n=2), Cryptococcus
neoformans (2%, n=2) and other Candida sp. and non
Candida yeasts (Candida pelliculosa, Candida catenulate,
Saccharomyces cerevisiae, Tricosporon asahii Candida
ciferii ,n=5) accounted for the rest 5 % . Up to 16% of our
candida isolates were resistant to uconazole. The
Cryptococcus neoformans strains were isolated from non
HIV patients post mortem. The Saccharomyces cerevisiae
was isolated from a critically ill patient who was on
probiotics containing Saccharomyces boulardii.
Discussion and Conclusion: Thus Candida tropicalis is the
most frequently isolated Candida species from blood
culture.
Candida haemulonii ( these are possibly Candida auris as
two of the strains identied in the VITEK system as
Candida haemulonii were identied as Candida auris after
sequence analysis) which are drug resistant strains having
poor susceptibility against Fluconazole and Amphotericin
B is on the rise and accounted for about 11% of the all the
isolates.
Invasive crytococcal infection, once considered an AIDS
dening illness is now being frequently reported in other
groups of patients as well and in our case both the strains
were isolated from non HIV patients, one from a patient of
chronic liver disease due to Hepatitis B and the other from
a patient of Chronic heart disease with COPD on long term
steroids.
Candida glabrata and Candida kruseii accounted for
around 12% of the isolates. The former exhibits high MIC
to uconazole and the later is intrinsically resistant to
uconazole. None of the Candida tropicalis and Candida
albicans were uconazole resistant.
Thus speciation of Candida and non candidal yeast isolates
are important for therapeutic as well as epidemiological
purposes.
17 - 'Investigating the role of excretory
secretory proteins of Zygomycetes as
immunodominant antigens and their
characterization using MALDI TOF TOF'.
Sheeba Charles Chandy, Varghese K. Geroge, M.R.
Shivaprakash, Arunaloke Chakrabarti
Post Graduate Institute of Medical Education & Research,
Chandigarh.
Introduction: Zygomycetes cause fatal infections in
immunocompromised hosts in both developed and
developing countries. Clinical diagnosis of Zygomycosis is
difcult as signs and symptoms are not specic for this
disease. Demonstration of the fungus in tissue and culture
conrms the diagnosis. However these methods are time
consuming and early diagnosis is essential. Molecular or
serological tests are not available for invasive
zygomycosis.
Aim: To investigate the role of excretory secretory proteins
of medically important Zygomycetes as immunodominant
antigens and their characterization.
M e t h o d s : E x c r e t o r y s e c r e t o r y p r o d u c t s o f
Apophysomyces elegans, Lycthimia corymbiferra, Mucor
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cercinelloides, Rhizomucor pusillus and Rhizopus oryzae
were collected using 100% Ammonium Sulphate
precipitation which were puried by dialysis and
lyophilization. SDS-PAGE (1-dimensional and 2-
dimensional) and subsequent western blot analysis was
carried out of each protein against Zygomycosis patient
sera and healthy control sera. In-solution digestion was
carried out of each protein and subjected to MALDI TOF-
TOF.
Results: In Western blot analysis following SDS-PAGE
the Zygomycosis patient sera reacted with the secretory
proteins while upon probing with healthy control sera no
reaction was detected. In-solution digestion and MALDI-
TOF-TOF showed well dened peaks of m/z ranging from
1200 to 3300 in each Zygomecete. However no existing
proteins in the current database were found to be identical
with these proteins.
Conclusion: We could identify immunodominant
antigens through the Western blot analysis which look
promising in the development of Serodiagnosis technique
for Zygomycosis. The common antigens are currently
being analyzed for further characterization.
1 8 - U n u s u a l i s o l a t i o n o f C a n d i d a
haemulonii isolates from bloodstream
Candida infection patients: A retrospective
analysis
Rimita Dey, Sourabh Dutta,Manas Sarkar, Deb Kishore
Gupta, Ajoy Krishna Sarkar
Background: Candidaemia is an established cause of
mortality worldwide. In the recent past there has been a
change in the epidemiology of candida infections, a shift
from Candida albicans to non albicans species. Studies in
India also have reported higher isolation rates of non
albicans species Candida tropicalis being the commonest
species by far . In our centre we observed higher incidence
of Candida haemulonii isolation in the blood cultures than
those reported in other studies. Hence we conducted a
study to understand the demographics, risk factors,
sensitivity and overall outcome of such infections.
Materials & Methods: Data of patients admitted to this
hospital from June 2013 to July 2014 with proven blood
stream candida infection were collected retrospectively
and analysed. Species identication was done using Vitek
2 YST identication card (bioMerieux, France). Sensitivity
for amphotericin B, uconazole, voriconazole &
caspofungin was done using ASTYS06 (bioMerieux,
France).
Results: Candida haemulonii was found in 44% of total
isolated candida blood stream infections (12 /23). Median
age of the patients was 52 years. Most of them were
critically ill . 6/11 had mechanical ventilation. Only 4/11
were on haemodialysis. 9 out of 11 patients had central
venous catheter. All the patients were non neutropenic and
none of them had malignancy. All patients received broad
spectrum antibiotics. Minimum days of antibiotic
exposure was 11 days. Only 3/ 11 patients were on total
parenteral nutrition. 5/11 patients received inhaled
corticosteriods and 3/11 patients received systemic
corticosteroids. All the isolates were sensitive to
caspofungin. All but one was sensitive to voriconazole.
Sensitivity for uconazole was ‹50%(5/11). Candida
haemulonii infection had an overall mortality of around
45.5%. 33.3%(2/6) patients died even after treatment with
echinocandins while mortality of patients treated with
azoles was higher i.e 60% (3/5).
Conclusions: Blood stream infection caused by so called
rare yeast isolate Candida haemulonii may not be a rare
phenomenon in India. More studies are needed to have a
better understanding of the epidemology and the
associated risk factors. Though most of the patients got
treated with either uconazole or caspofungin, after
considering the sensitivity patterns, treatment with azoles
other than uconazole remains a fertile ground for future
research.
1 9 - D i s s e m i n a t e d F u s a r i o s i s I n
Immunocompromised Host: Report of two
cases1 2Krishnendu Das , Arpita Bhattacharyya , Mammen
3 1 1Chandy , Gaurav Goel , Sanjay Bhattacharya , Paromita
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4 5Roy , Arunaloke Chakrabarti 1 2Departments of Microbiology , Pediatric Oncology ,
3 4Clinical Hematology , Pathology , Tata Medical Center,
Kolkata; Department of Microbiology, Mycology Division, 5PGIMER, Chandigarh
Fusarium is a hyaline hyphomycetes fungus which may
cause localized infection like keratitis and onychomycosis
and disseminated infections in immunocompromised
hosts. The organism has been detected in air and water and
the natural habitat is said to be plants and soil. Here we
report 2 cases of disseminated fusariosis from an oncology
center in eastern India.
The rst case refers to a 3 year old child with acute
lymphoblastic leukemia, who presented while on
chemotherapy and steroids with black necrotic lesions at
the back in September-2011. Histopathology showed
acutely branching fungal hyphae and Fusarium solani was
isolated from culture. The isolate showed high minimum
inhibitory concentration (MIC) against the azoles. The
lesion relapsed after an initial treatment with liposomal
Amphotericin B, but the patient eventually survived with
31 days of liposomal Amphotericin B and 71 days of
Voriconazole treatment.
The second case refers to a 22 year male with aplastic
anemia, who had a haplo identical transplant in August-
2013. Patient developed onychomycosis while on
Posaconazole prophylaxis. Blood culture grew Fusarium
species with high MIC to azoles. Patient eventually died
despite being on treatment with liposomal Amphotericin B
for 26 days, Voriconazole for 29 days and caspofungin for
10 days.
The cases highlight the importance of optimal diagnosis
and treatment of this condition which is usually associated
with high mortality.
2 0 - U r i n a r y T r a c t I n f e c t i o n w i t h
Trichosporon Species
Harshita, R Tilak, R G Singh1Department of Microbiology, Insitute of Medical Sciences,
Banaras Hindu University,Varanasi2Department of Microbiology,Institute of Medical
Sciences,Banaras Hindu University,Varanasi,2210053Department of Nephrology,Institute of Medical
Sciences,Banaras Hindu University,Varanasi,221005
Trichosporon is a Basidiomycetes yeast and is among the
most common of the non-Candida, non-Cryptococcus
yeasts isolated from clinical specimens throughout the
world. In immunocompetent host Trichosporon species
are known to cause white piedra, onychomycosis and
disseminated invasive infection in immuno-compromised
host. Trichosporon causing invasive urinary tract infection
is rare. We report a case of urinary tract infection caused by
Trichosporon species in a 73 year old diabetic male who
presented with retention of urine for 15 days and fever for 5
days. Trichosporon species was isolated from urine culture
on two subsequent days. Antifungals showed good
response.
21 - Community Acquired Ocular Infection: a
pilot study
1 2 3Ragini Tilak , Harshita , Abhishek Chandra1Department of Microbiology,Institute of Medical
Sciences,Banaras Hindu University,Varanasi,2210052Department of Microbiology,Institute of Medical
Sciences,Banaras Hindu University,Varanasi,221005
Introduction: Ocular mycoses are important cause of
worldwide morbidity and blindness, fungal keratitis being
a common etiology. Fungal keratitis comprises up to 40%
of microbial keratitis cases especially for people living in
the agricultural communities of the developing world. In
India the estimated incidence of fungal keratitis is 113 per
100,000.
Objective: Objective of this study was to isolate and
identify the fungal pathogens.
Materials and Methods: This study was done in 3 months
period. Corneal scraps, vitreous tap and aqeous humor
were taken from 16 patients with a clinical picture
consistent with fungal keratitis. 10% KOH preparation and
gram stain was performed on all the samples and culture
was done on SDA and BA. Identication was done
according to standard guidelines.
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Result: 16 keratitis cases were taken in this study, 7 were
diagnosed to be positive for fungal keratitis. 5 out of 7 cases
showed growth in culture and 2 cases were only positive
by KOH preparation. Most common fungal isolate was
Aspergillus. One sample shows free living structures in
wet mount and culture yielded growth of Acanthamoeba.
Conclusion: Globally, there is an increase in incidence of
fungal keratitis and early diagnosis can improve ocular
morbidity and prevent further complications.
22 - Invasive Trichosporonosis: Rare cause
of blood stream fungal infection
Challapilla Meera, Patel Bhargav, Suthar Mitesh, Shetty
Anjali, Rodrigues Camila, Soman Rajeev
Department of Microbiology and Department of Medicine,
P D Hinduja National Hospital & MRC, Mumbai
Introduction: Invasive infections due to Trichosporon
species are considered rare so far, but during past two
decades they have emerged as important opportunistic
pathogens in immunocompromised individuals.
However, very few case series have been reported so far.
Methods: All patients with blood culture positive for
Trichosporon species from January 2012 to August 2014 at
PDHNH & MRC, Mumbai were evaluated. In vitro
susceptibility testing was performed using the reference
broth micro-dilution method.
Results: Nine patients were found to have blood culture
positive for Trichosporon species. Various predisposing
factors previously reported to be associated with invasive
trichosporonosis were also considered in present study.
All the cases were associated with either renal failure
requiring dialysis via hemodialysis catheter or use of
central venous catheter. Underlying malignancy was
found only in one patient. Susceptibility testing has been
performed for 5-FC, amphotericin B & Azoles. Azoles had
good in vitro activity, whereas amphotericin B had higher
MIC values. The all-cause mortality rate was 33.33%.
Conclusion: This study highlights association of central
venous catheter & hemodialysis catheter with
Trichosporon fungemia and its high mortality. Therefore,
strict infection control measures while handling these
devises are recommended to prevent these infections.
Species identication & susceptibility testing are to be
attempted for all relevant clinical isolates in view of
demonstrable resistance to certain antifungal drugs.
Echinocandins are not effective in treatment of
trichosporon infection. Amphotericin B should also be
avoided. Azoles in-particular, Voriconazole is the drug of
choice.
23 - Abstract Title: Standardization of
efcient method for DNA extraction from
Candida sp. in a medical laboratory setup
Parijat Das, Anusha Harishankar, Mammen Chandy,
Sanjay Bhattacharya
Department of Microbiology and Clinical Hematology,
Tata Medical Center, Rajarhat, Kolkata.
Aim: The detection of invasive candidiasis in clinical
samples by PCR requires the use of extraction methods
that efciently lyse fungal cells and recover DNA suitable
for amplication. We tried to recover DNA from ve
medically important Candida sp. subjected to three DNA
extraction methods.
Methods: Total genomic DNA was extracted from
overnight culture broth (veried by spectrophotometer,
Bio-Rad Lab, SmartSpec Plus, 108cells/ml) of ve
medically important candida sp. (Candida albicans,
Candida tropicalis, Candida parapsilosis, Candida
glabrata, Candida krusei) strains by means of the
following 3 procedures: Protocol A used extraction with
chemical treatment like Sodium dodecyl sulphate (SDS) or
β-mercaptoethanol (BME) prior to commercial kit
extraction; Protocol B physical sharing like bead beating
using (Biospec Mini Bead Beater, Unigenetics, India) along
with thermal shock treatment followed by kit extraction
and Protocol C used standard extraction protocol guided
by DNA mini kit (Qiagen, Valencia, CA). Comparisons
were made in terms of yield obtained and purity of the
yield checked by NanoDrop 2000 (Thermo Scientic, MA
USA), 0.8% agarose gel band intensity. Finally efciency of
extraction of the obtained product was checked in real-
time PCR (Rotor-Gene Q, Hilden, Germany).
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Result: Comparing DNA sample quantication from
culture, we observed that the extraction with Protocol B
gave the highest DNA concentration (± 20-100 μg/ μl), as
compared with Protocols A, and C. In terms of purity the
260/280 ratio were satisfactory (±1.2-2.0) whereas the
260/230 ratio showed some variation depending upon the
extraction protocols. TaqMan based real-time PCR showed
satisfactory sensitivity and specicity for rst C. albicans,
C. tropicalis and C. parapsilosis.
Conclusion: Data from this study indicate that the new
DNA extraction method using physical sharing prior to
use of commercial Qiagen kit produced high quality DNA
as compare to other two methods. Our TaqMan real-time
PCR data also reveals desirable sensitivity and specicity
for three candida sp.
24 - Clinico mycological study of supercial
mycosis in a tertiary care hospital at Kolkata
Dr Asim Sarkar, Dr Sampurna Biswas Pramanik, Prof
Sougata Ghosh,Prof Manideepa SenGupta
Department of Microbiology, Medical College, Kolkata.
Introduction: Supercial mycosis is an infection involving
the supercial layers of skin ie only the cornied layer of
epidermis or suprafollicular portions of hair and do not
penetrate into deeper anatomical sites. It is mostly caused
by dermatophytes & some non dermatophytes like
Candida spp. etc.
Objective: To nd out the prevalence of different species
of fungi causing supercial mycosis.
Material and Methods: Samples were collected from skin ,
nail and hair and processed accordingly. Samples were
divided in 3 parts , one for direct KOH mount, one for
culture on SDA at 37 ºC and another for culture on SDA at
25ºC .Growth on SDA were further processed by LCB
mount, slide culture etc for species identication .
Result: Total number of samples were 47 . Out of the total
samples KOH positive were 39(82.97%) ,culture positive
were 30(63.82%) . Among culture positive samples
28(93.33%) were dermatophytes and 2(6.6%) were
Candida sp .Among 28 dermatophytes,14(50%) were
Trichophyton sp, 10(35.71%) were Epidermophyton sp
and 4(14.28%) were Microsporum sp.
Conclusion : Supercial mycosis is a common
manifestation in dermatology OPD .Empirical use of
antifungals has resulted in development of resistant
strains. The present study,thus helps us to detect
prevalence of different species causing supercial
mycosis.
25. Analysis of the intergenic spacer region 1
of the rRNA gene diversity in Malassezia
species
Prasanna Honnavar*, Shivaprakash M Rudramurthy*,
Sunil Dogra¶, Sanjeev Handa¶, Arunaloke Chakrabarti*.
*Mycology Division, Dept. of Medical Microbiology,
PGIMER, Chandigarh.
¶Dept. of Dermatology, Venerology and Leprosy,
PGIMER, Chandigarh.
Background: Malassezia are commensal yeasts and have
been implicated in variety of human skin diseases. Due to
difculty in accurate identication of Malassezia by
phenotypic methods, molecular methods are essential to
conrm the species. The sequencing of D1/D2 domains of
the 26S rDNA and the ITS region have been widely used
for the identication of Malassezia. Sequence diversity and
presence of short sequence repeats (SSR) in the intergenic
spacer region 1 of the rRNA (IGS1) gene has been used for
strain differentiation within M. globosa, M. restricta and
M. pachydermatis. However this gene has not been
utilized as a genetic tool among other Malassezia species
due to non-availability of sequence data in public
database.
Objectives: To verify the sequence diversity and SSR's in
IGS1 region among standard strains of Malassezia, and
application of IGS1 gene diversity in differentiating M.
restricta and M. arunalokei
Materials & methods: Genomic DNA of all the standard
and clinical (6 M. arunalokei and 5 M. restricta isolated from
seborrhoeic dermatitis patients) strains were extracted by
phenol/chloroform method. Amplication and
sequencing of IGS1 region were performed with 26SF and
5SR primer pairs. Nucleotide sequence differences in the
IGS1 region were analyzed by ClustalX bioinformatics tool.
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Results and discussion: The following are the SSRs which
can be used for strain differentiation Viz M. globosa (CT)n
and (GT)n; M. restricta (CT)n, (AT)n, (GT)n and (CA)n; M.
arunalokei (CT)n, (AT)n, (GT)n and (CA)n; M.
pachydermatis (CT)n, (GT)n and (CA)n; M. cuniculi (GT)n
and (CA)n; M. caprae (GT)n and (AT)n; M. dermatis (CT)n,
(AT)n, (GT)n and (CA)n. Due to less number of SSRs, the
IGS1 region may not be suitable for strain differentiation
among M. nana, M. japonica, M. furfur and M.
sympodialis. The more variable IGS1 regions are less
suitable as an identication tool of fungal species. IGS1
region clearly differentiated (~25% nucleotide variation)
the isolates of M. restricta and M. arunalokei.
26. An unusual blood pathogen Candida
utilis in neonatal ICU: An enigma.
Shamanth. A.S*, Deepak Juyal¶, Prasanna Honnavar*,
Shivaprakash M.R*, Chakrabarti A*.
*Mycology Division, Dept. of Medical Microbiology,
PGIMER, Chandigarh.
¶Dept. of Microbiology and Immunology, VCSGMSRI,
Srinagar- Uttarakhand.
Introduction: Candida species are increasingly being
noted as important causative agent of blood stream
infection (BSI). Among Candida species Non Candida
albicans Candida species (NCAC) is emerging. Along with
the advancement of the yeast identication many new
species are being reported as pathogen. Here we describe
seven cases of candidemia in neonatal intensive care unit
caused by rare candida species, Candida utilis
Materials and Methods: Clinical details of 7 candidemia
cases caused by C.utilis in neonatal intensive care unit
were noted. Identication of the organism was conrmed
by sequencing D1/D2 regions of rDNA and MALDI ToF
biotyper. Molecular typing of the isolates was performed
u s i n g u o r e s c e n t a m p l i e d f r a g m e n t l e n g t h
polymorphism (FAFLP) technique. Anti fungal
susceptibility testing was performed against amphotericin
B, uconazole, itraconazole, voriconazole, posaconazole
and caspofungin as per M27-A3 protocol of CLSI.
Results: Blood culture of seven neonates' yielded C. utilis.
Five of seven neonates were born before completion of
gestational term. Respiratory distress and intra uterine
growth restriction was major reasons for admission into
ICU. All neonates acquired infection after admission into
ICU. Antibiotics were administered for 5 neonates. Co-
infection with Staphylococcus aureus and Klebsiella
pneumoniae was found in two neonates respectively. Four
neonates expired, two were successfully treated and one
left against medical advice. Amphotericin B and
uconazole were used for treating the patient. D1/D2
sequence of the isolates showed >99% similarity when
compared to standard strain of Candida utilis. MALDI
biotyper identied all the isolates at the species level as
Candida utilis with score ≥ 1.9. The FAFLP analysis
showed that all Candida utilis had > 80% similarity. MIC's
of all the isolates were in susceptible range or low.
Conclusion: This is the rst case series reporting Candida
utilis candidemia in Indian neonatal intensive care unit.
Rare and emerging pathogen like Candida utilis are
missed in most resource constrained hospital setup.
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Candida Score
Dr. Arvind K Baronia and Dr. Armin Ahmed
Department of Critical Care Medicine, SGPGIMS, Lucknow
Introduction
Ability to predict a critical event is one the most important
skill of critical care. Fungal sepsis is one such critical event
which requires early recognition and prompt intervention.
Fungal infections in critically ill patients are associated
with increased mortality, morbidity and cost of care.
Candida is the commonest cause of the invasive fungal
infections in non neutropenic critically ill patients. Various
risk factors have been found to be associated with
increased of invasive candidiasis. These factors have been
grouped together to form risk prediction scores/ models
for Invasive candidiasis. Candida score is one such score
which was developed by Leon et al in the year
2006.Current article highlights the salient features for
Candida score.
Derivation of the score
The Candida score was derived on a cohort of 1,699
critically ill intensive care unit (ICU) patients.1 The data
was derived from EPCAN (Estudio de Prevalencia de
CANdiasis) project database. EPCAN was a prospective
observational surveillance study of fungal infections and
colonization conducted in seventy three medical/surgical
ICUSs of 70 tertiary care hospitals of Spain between the
year 1998 to 1999.Adult patients with more than 7days of
ICU stay were enrolled in the study. Weekly surveillance
cultures were obtained from various body sites (urine,
trachea, gastric aspirates).Other samples from wounds,
drains surgical site were obtained as per physician's
discretion. On the basis on culture report patients were
classied into three groups; non colonized non infected
(n=719), colonized with Candida species (n= 883) and
proven Candida infection (n= 97). Candida score was
derived on the basis of Logit method. Four factors were
found to be independently associated with proven
candidal infection, namely surgery on ICU admission,
multifocal colonization with candida, severe sepsis and
total parenteral nutrition (TPN).
Calculation of the score
Severe sepsis=2 points
Multifocal colonization (more than 1 site)= 1point
Surgery= 1point
TPN=1 point
Candida score= sum of all points
Authors reported sensitivity of 81% and specicity of 74%
with a cut-off of 2.5 score
External validation
To the best of our knowledge the score has been validated
in three studies described below.
Leon et al in 2009 assessed the usefulness of candida score
in 1,107 non neutropenic adult ICU patients in a
multicentric study conducted in Spain, France and
Argentina.2 For identifying high risk group for invasive
candidiasis a cut-off value of >3 was taken. They reported
an area under curve (AUC) of 0.774, positive predictive
value (PPV) of 13.8% and negative predictive value (NPV)
of 97.7%.
Leroy et al in 2011 conducted a prospective, observational
multicenter study in ve ICUs of France.3 Out of 94
patients enrolled in the study 5(5.3%) developed invasive
candidiasis. A cut off of >3 showed a NPV of 100% and
PPV of 23.8%.
Hall et al in 2013 studied three risk prediction scores
(candida score, candida colonization Index and Ostrosky's
clinical prediction rule) in 101 patients of severe acute
pancreatitis.4 Out of the three tested score Candida
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colonization index had the best discriminatory power
(AUC of 0.79).Candida score >3 was taken as positive.
Candida Score showed PPV of 39%, NPV of 72% and AUC
of 0.62
Conclusion
Candida score shows a high NPV and low PPV in all
validation studies. Therefore it can be concluded that it is a
good tool to differentiate patients who are not likely to
benet from antifungal therapy and thus prevent
indiscriminate use of antifungal therapy. It is important to
note that cut off used for Candida score is different in
various studies.
References
1. León C, Ruiz-Santana S, Saavedra P, Almirante B,
Nolla-Salas J, Alvarez-Lerma F, et al .EPCAN Study
Group: A bedside scoring system (“Candida score”)
for early antifungal treatment in nonneutropenic
critically ill patients with Candida colonization. Crit
Care Med 2006;34:730-7.
2. León C, Ruiz-Santana S, Saavedra P, Galván B, Blanco
A, Castro C, et al .Cava Study Group .Usefulness of
the "Candida score" for discriminating between
Candida colonization and invasive candidiasis in
non-neutropenic critically ill patients: a prospective
multicenter study. Crit Care Med 2009;37:1624-33.
3. Leroy G, Lambiotte F, Thévenin D, Lemaire C,
Parmentier E, Devos P, et al. Ann Evaluation of
"Candida score" in critically ill patients: a
prospective, multicenter, observational, cohort
study. Intensive Care 2011;1:50.
4. Hall AM, Poole LA, Renton B, Wozniak A, Fisher M,
Neal T, et al. Prediction of invasive candidal infection
in critically ill patients with severe acute pancreatitis.
Crit Care 2013;17:R49.
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Early identication of fungal sepsis in critically ill
Dr. Arvind K Baronia and Dr. Armin Ahmed
Department of Critical Care Medicine, SGPGIMS, Lucknow
Introduction
Recent development in various life support modalities has
increased the chances of survival of patients who were
previously considered unsalvageable. With improved
management of critically ill patients, more and more
patients with multiple co morbidities are able to survive
critical events in the natural course of their illness. These
patients are frequently exposed to broad spectrum
antibiotics which favour colonization with fungal
pathogens, mainly Candida. Over a period of time
colonization can lead to invasive infection. Invasive fungal
infections are not only difcult to treat but also difcult to
diagnose. Blood culture which is considered gold standard
for diagnosis of invasive candidiasis has poor sensitivity
(around 50%) and slow turn-around time.1 Therefore
waiting for positive blood culture may cause signicant
delay in initiation of appropriate antifungal therapy.
Invasive fungal infections are associated with increased
mortality and so prophylactic and empirical therapies
have become the main stay of antifungal treatment in high
risk groups.
Risk prediction scores
Various risk prediction scores have been designed by
researchers to help in early identication of invasive
candidiasis. These scores can be classied as under
1) Scores based on microbiological parameters2
a. Colonization Index
b. Corrected Colonization index
2) Scores based on Clinical risk factors
a. Paphitou clinical prediction rule3
b. Ostrosky clinical prediction rule4
c. Dupont's score for isolation of yeast from
peritoneal uid of surgical patients5
d. Michalopoulos's model for candidemia in
cardiothoracic ICU patients6
3) Scores based on both microbiological as well as clinical
risk factors
a. Candida score7
Nonculture base techniques for early identication of
Fungal infections in Critically ill
Beta D Glucan7
Beta D glucan (BDG) is cell wall component of most
pathogenic fungi with the exception of Zygomycetes and
Cryptococci. BDG is a pan fungal test and acts as a serum
marker for early detection of invasive fungal infection. The
aqueous extract of blood cells (amoebocytes) from the
horseshoe crab, Limulus polyphemus is called as Limulus
amebocyte lysate. The test is based on BDG mediated
activation of Factor G (a serine protease of the Limulus
amebocyte lystae). Activation of factor G of Limulus
amebocyte lystae in turn causes activation of coagulation
cascade which is measured by colorimetric or
turbidimetric methods. A recently published meta
–analysis reported the sensitivity of this test as 76.8% and
specicity as 85.3%.High cost and false positive results due
to multiple factors are the major limiting factors of the test.
Causes of false positivity of BDG
Antibiotics like Piperacillin/tazobactam
Cellulose containing hemodialysis lters
Glucan containing surgical gauze
Use of immunoglobulins, albumin etc
Bacteremia
PCR assay (detection of fungal DNA by PCR assay)8
PCR based techniques have high sensitivity but lack of
standardization and multicenter validation limits their use
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in general clinical practice. A meta-analysis of 54 studies
showed pooled sensitivity of 95% and specicity of 92%.
Galactomannan Detection9
Galactomannan (GM) is a type of cell wall polysaccharide
which is realised during the hyphal growth of Aspergillus
spp and various other fungi. GM is not released by
Aspergillus (conidia) spores, therefore GM positivity
represents invasive disease.GM test has used on
bronchoalveolar lavage uid (BAL), Cerebrospinal uid
(CSF)) and urine samples besides serum. False positive
results can occur due to use of antibiotics like
Piperacillin/tazobactam and Amoxicillin/clavulanate,
colonization og gut with Bidobacterium in neonates,
gluconate containing intravenous uids etc.
Mannan and Antimannan10
Mannan is another polysaccharide constituent of Candida
cell wall besides beta d glucan. It is highly immunogenic
and combined mannan/anti-mannan antibody assays
(Patelia, Bio-Rad) can be used for early diagnosis of
invasive candidiasis. Sensitivity and specicity of
combined assays has been reported to be 83% and 86%
respectively.
Recent Advances
Recently Matrix-assisted laser desorption/ionization-time
of ight mass spectrometry (MALDI-TOF MS) has come
up as a promising technology for early identication of
various pathogens including pathogenic fungi. The
technology is based on protein nger prints. The base
–composition of the pathogen is compared with the
signature reference standards for identication.
References
1. Clancy CJ, Nguyen MH.Finding the "missing 50%"
of invasive candidiasis: how nonculture diagnostics
will improve understanding of disease spectrum
and transform patient care. Clin Infect Dis. 2013
May;56(9):1284-92.
2. P i t te t D , Monod M, Suter PM, Frenk E ,
Auckenthaler R. Candida colonization and
subsequent infections in critically ill surgical
patients. Ann Surg 1994;220:751-8
3. Paphitou NI, Ostrosky-Zeichner L, Rex JH. Rules for
identifying patients at increased risk for candidal
infections in the surgical intensive care unit:
approach to developing practical criteria for
systematic use in antifungal prophylaxis trials. Med
Mycol 2005;43:235-43.
4. Ostrosky-Zeichner L, Sable C, Sobel J, Alexander
BD, Donowitz G, Kan V, et al. Multicenter
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Sponsored Sessions
36
Intraabdominal candida infection
Invasive candidiasis
Invasive pulmonary aspergillosis
Present status after HAART
Cryptococcosis – Management
CNS fungal infections
Fungal endocarditis
Fungal endophthalmitis
Antifungal prophylaxis
- Neutropenics
- ICU/Perioperative/Burn/ Trauma
- Transplant: solid organ /BMT
Invasive pulmonary aspergillosis
Allergic Bronchopulmonary Aspergillosis
Chronic pulmonary aspergillosis
Antifungal Stewardship
Candidemia
Panel Discussion : India specific Guidelines on Fungal infection
Candida peritonitis
Mucormycosis
MALDI in diagnosis of fungal infections
Antifungal susceptibility testing
Eichanocandin : first line therapy in invasive candidiasis
Central line fungal sepsis
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