October-December 2007 INDIAN JOURNAL OF 451 MEDICAL MICROBIOLOGY (OfÞ cial publication of Indian Association of Medical Microbiologists, Published quarterly in January, April, July and October) Indexed in Index Medicus/MEDLINE/PubMed, ‘Elsevier Science - EMBASE’, ‘IndMED’ EDITORIAL BOARD EDITOR Dr. SAVITRI SHARMA L V Prasad Eye Institute Bhubaneswar - 751 024, India ASSOCIATE EDITOR ASSISTANT EDITOR Dr. Shobha Broor Dr. V Lakshmi Professor, Department of Microbiology Professor and Head, Dept. of Microbiology All India Institute of Medical Sciences Nizam’s Institute of Medical Sciences New Delhi - 110 029, India Punjagutta, Hyderabad - 500 082, India ASSISTANT EDITOR ASSISTANT EDITOR Dr. P Sugandhi Rao Dr. Reba Kanungo Professor Professor and Head Department of Microbiology Department of Microbiology, Perunthalaivar Kamaraj Kasturba Medical College Medical College and Research Institute, Kadhirkamam, Manipal - 576 119, India Puducherry - 605 009, India MEMBERS

National International Dr. Arora DR (Rohtak) Dr. Arseculeratne SN (Srilanka) Dr. Arunaloke Chakrabarthi (Chandigarh) Dr. Arvind A Padhye (USA) Dr. Camilla Rodrigues (Mumbai) Dr. Chinnaswamy Jagannath (USA) Dr. Chaturvedi UC (Lucknow) Dr. Christian L Coles (USA) Dr. Hemashettar BM (Belgaum) Dr. David WG Brown (UK) Dr. Katoch VM (Agra) Dr. Diane G Schwartz (USA) Dr. Madhavan HN (Chennai) Dr. Govinda S Visveswara (USA) Dr. Mahajan RC (Chandigarh) Dr. Kailash C Chadha (USA) Dr. Mary Jesudasan (Thrissur) Dr. Madhavan Nair P (USA) Dr. Meenakshi Mathur (Mumbai) Dr. Madhukar Pai (Canada) Dr. Nancy Malla (Chandigarh) Dr. Mohan Sopori (USA) Dr. Philip A Thomas (Tiruchirapally) Dr. Paul R Klatser (Netherlands) Dr. Ragini Macaden (Bangalore) Dr. Vishwanath P Kurup (USA) Dr. Ramesh K Aggarwal (Hyderabad) Dr. Renu Bhardwaj (Pune) Dr. Sarman Singh (New Delhi) Dr. Seyed E Hasnain (Hyderabad) Dr. Sitaram Kumar M (Hyderabad) Dr. Sridharan G (Vellore) Dr. Sritharan V (Hyderabad) Dr. Subhas C Parija (Pondicherry)

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The journalwww.ijmm.org is printed on acid free paper. 452 Indian Journal of Medical Microbiology vol. 25, No. 4

INDIAN JOURNAL OF MEDICAL MICROBIOLOGY

(Publication of Indian Association of Medical Microbiologists)

ISSN 0255-0857 Volume 25 Number 4 October-December, 2007

CONTENTS Page No. Guest Editorial The Need for Control of Viral Illnesses in India: A Call for Action ...... 309 C Lahariya, UK Baveja Review Article Immunobiology of Human ImmunodeÞ ciency Virus Infection ...... 311 P Tripathi, S Agrawal Special Articles Serum Levels of Bcl-2 and Cellular Oxidative Stress in Patients with Viral Hepatitis ...... 323 HG Osman, OM Gabr, S Lotfy, S Gabr Rapid IdentiÞ cation of Non-sporing Anaerobes using Nuclear Magnetic Resonance Spectroscopy and an IdentiÞ cation Strategy ...... 330 S Menon, R Bharadwaj, AS Chowdhary, DV Kaundinya, DA Palande Original Articles Species Distribution and Physiological Characterization of Acinetobacter Genospecies from Healthy Human Skin of Tribal Population in India ...... 336 SP Yavankar, KR Pardesi, BA Chopade Extended-spectrum Beta-lactamases in Ceftazidime-resistant Escherichia coli and Klebsiella pneumoniae Isolates in Turkish Hospitals ...... 346 S Hoşoğlu, S Gündeş, F Kolaylõ, A Karadenizli, K Demirdağ, M Günaydõn, M Altõndis, R Çaylan, H Ucmak Typhoid Myopathy or Typhoid Hepatitis: A Matter of Debate ...... 351 M Mirsadraee, A Shirdel, F Roknee Correlation Between in Vitro Susceptibility and Treatment Outcome with Azithromycin in Gonorrhoea: A Prospective Study ...... 354 P Khaki, P Bhalla, A Sharma, V Kumar Comparison of Radiorespirometric Buddemeyer Assay with ATP Assay and Mouse Foot Pad Test in Detecting Viable leprae from Clinical Samples ...... 358 VP Agrawal, VP Shetty Detection of Species in Cell Culture by PCR And RFLP Based Method: Effect of BM-cyclin to Cure Infections ...... 364 V Gopalkrishna, H Verma, NS Kumbhar, RS Tomar, PR Patil

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Virulence Factors and Drug Resistance in Escherichia coli Isolated from Extraintestinal Infections ...... 369 S Sharma, GK Bhat, S Shenoy Antimicrobial Susceptibility Testing of Helicobacter pylori to Selected Agents by Agar Dilution Method in Shiraz-iran ...... 374 J Kohanteb, A Bazargani, M Saberi-Firoozi, A Mobasser Outbreak of Acute Viral Hepatitis due to Hepatitis E virus in Hyderabad ...... 378 P Sarguna, A Rao, KN Sudha Ramana A Comparative Study for the Detection of Mycobacteria by BACTEC MGIT 960, Lowenstein Jensen Media and Direct AFB Smear Examination ...... 383 S Rishi, P Sinha, B Malhotra, N Pal Cytokine Levels in Patients with and their Relations with the Treatment ...... 387

H Akbulut, I Celik, A Akbulut Brief Communications Rapid Detection of Non-enterobacteriaceae Directly from Positive Blood Culture using Fluorescent In Situ Hybridization ...... 391 EH Wong, G Subramaniam, P Navaratnam, SD Sekaran Latex Particle Agglutination Test as an Adjunct to the Diagnosis of Bacterial Meningitis ...... 395 K Surinder, K Bineeta, M Megha Helminthic Infestation in Children of Kupwara District: A Prospective Study ...... 398 SA Wani, F Ahmad, SA Zargar, BA Fomda, Z Ahmad, P Ahmad Clinical and Mycological ProÞ le of Cryptococcosis in a Tertiary Care Hospital ...... 401 MR Capoor, D Nair, M Deb, B Gupta, P Aggarwal Candida spp. other than Candida albicans: A Major Cause of Fungaemia in a Tertiary Care Centre ...... 405 S Shivaprakasha, K Radhakrishnan, PMS Karim Case Reports Enterobacter sakazakii in Infants: Novel Phenomenon in India ...... 408 P Ray, A Das, V Gautam, N Jain, A Narang, M Sharma Ocular Toxocariasis in a Child: A Case Report from Kashmir, North India ...... 411 BA Fomda, Z Ahmad, NN Khan, S Tanveer, SA Wani Cutaneous : A Rare Case ...... 413 SC Metgud, H Sumati, P Sheetal Fatal Haemophagocytic Syndrome and Hepatitis Associated with Visceral Leishmaniasis ...... 416 P Mathur, JC Samantaray, P Samanta A Rare Case of Mucormycosis of Median Sternotomy Wound Caused by Rhizopus arrhizus ...... 419 R Chawla, S Sehgal, S Ravindra Kumar, B Mishra Keratitis ...... 422 C Sanghvi Correspondence Prevention of Parent-to-Child Transmission of HIV: An Experience in Rural Population ...... 425 N Nagdeo, VR Thombare www.ijmm.org 454 Indian Journal of Medical Microbiology vol. 25, No. 4

Combining Vital Staining with Fast Plaque: TB Assay ...... 426 D Rawat, MR Capoor, A Hasan, D Nair, M Deb, P Aggarwal Disseminated Histoplasmosis ...... 427 PK Maiti, MS Mathews Authors’ Reply ...... 428 RS Bharadwaj Microwave Disinfection of Gauze Contaminated with and Fungi ...... 428 VH Cardoso, DL Gonçalves, E Angioletto, F Dal-Pizzol, EL Streck Endoscope Reprocessing: Stand up and Take Notice! ...... 429 A Das, P Ray, M Sharma Prevalence of Toxoplasma gondii Infection amongst Pregnant Women in Assam, India ...... 431 BJ Borkakoty, AK Borthakur, M Gohain Evaluation of Glucose-Methylene-Blue-Mueller-Hinton Agar for E-Test Minimum Inhibitory Concentration Determination in Candida spp...... 432 MR Capoor, D Rawat, D Nair, M Deb, P Aggarwal Resurgence of in the Vaccination Era ...... 434 N Khan, J Shastri, U Aigal, B Doctor A Report of Pseudomonas aeruginosa Antibiotic Resistance from a Multicenter Study in Iran ...... 435 MA Boroumand, P Esfahanifard, S Saadat, M Sheihkvatan, S Hekmatyazdi, M Saremi, L Nazemi Trends of Antibiotic Resistance in Salmonella enterica Serovar Typhi Isolated from Hospitalized Patients from 1997 to 2004 in Lagos, Nigeria ...... 436 KO Akinyemi, AO Coker Book Review Hospital-Acquired Infections: Power Strategies for Clinical Practice ...... 438 Reba Kanungo

Title Index, 2007 ...... 440 Author Index, 2007 ...... 442 Scienti fi c Reviewers, 2007 ...... 446

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Combining Vital Staining with Fast Plaque: TB Assay Dear Editor,

The conventional culture technique for the diagnosis of Mycobacterium takes a minimum of 3-4 weeks. Results using automated systems also take an average of 10-21 days.1 This leads to a signiÞ cant delay in conÞ rmation of the diagnosis of tuberculosis.

The fast plaque TB (Biotech Labs Ltd., Ipswich, UK) is a rapid manual test for the detection of M. tuberculosis from clinical specimens within 48 h.2 This test utilizes speciÞ c mycobacteriophages (Actiphage™) to reß ect the presence of viable M. tuberculosis. Mycobacteriophages are added to a clinical specimen and allowed to incubate for one hour to allow phage infection of target tubercle bacilli. After the incubation period, a virucidal solution (Virusol™) is added, which destroys all phages that have not infected the bacilli. The remaining phages replicate in the infected Figure: Plate stained with bismarck brown bacilli until new progeny phages are released as the cells lyse. The progeny phages are ampliÞ ed by the addition of a non-pathogenic rapidly growing mycobacterial host redox dye 3-(4,5-dimethylthiazol-2-yl)-2,5-diphenyltetrazolium M smegmatis (Sensor™ cell), which is also able to support (MTT) assay where oxidation-reduction dyes have been used to phage replication. This is visualized as plaques, which are obtain drug susceptibility to bacteria including Mycobacterium 4,5 clear areas in a lawn of Sensor™ cell growth. The number of tuberculosis. plaques visualized is directly related to the number of viable Studies comparing the fast plaque assay to culture have tubercle bacilli in the original sample. found it to have high speciÞ city but low sensitivity.6 Inability This is one of the most critical steps in the procedure to discern the plaques may be one of the causes of low of fast plaque assay. The reading of plaques is dependent on sensitivity, and the modiÞ cation applied may improve results. the number, size and depression on the agar surface. This A larger series of samples will aid in the statistical signiÞ cance observation has been reiterated in our experience where of this modiÞ ed application. reading of the plates was hindered when the number of plaques References was very few. An attempt was made to modify the fast plaque technique with an addition of vital staining to the Þ nal steps. 1. Brunello F, Favari F, Fontana R. Comparison of the MB/BacT and BACTEC 460 TB systems for recovery of Mycobacteria Vital staining is a technique that has been propounded from various clinical specimens. J Clin Microbiol 1999;37: for elucidation of growing viable organisms. The various 1206-9. stains used are bismarck brown, trypan blue, neutral red, alamar blue, etc. Bismarck brown is considered to be a very 2. Shenai S, Rodrigues C, Mehta AP. Evaluation of a new phage 3 ampliÞ cation technology for rapid diagnosis of tuberculosis. effective vital stain with minimal toxicity to the bacilli. Indian J Med Microbiol 2002;20:194-9.

We utilized the principle of vital staining of viable 3. Wenrich DH. Protozoological methods. In: McClung’s Handbook bacteria to increase the contrast provided by the formation of Microscopical Technique. Paul B, editor. Hoeber, Inc: New of plaques, for 25 samples. After performing the original York; 1929. p. 395. method of fast plaque, bismarck brown was added to the plate and it was incubated overnight. The viable bacterial 4. Franzblau SG, Witzig RS, McLaughlin JC, Torres P, Madico G, lawn stained yellow to golden brown, as against the plaques, Hernandez A, et al. Rapid low technology MIC determination with clinical Mycobacterium tuberculosis isolates by usisng the which retained the colour of the medium, i.e. a pale cream microplate alamar blue assay. J Clin Microbiol 1998;36:362-6. colour. This colour contrast greatly aided in the reading and counting of the plaques (Figure). 5. Schaller A, Sun Z, Yang Y, Somoskovi A, Zhang Y. Salicylate reduces susceptibility of Mycobacterium tuberculosis to This concept has been utilized in the past in tests such multiple antituberculosis drugs. Antimicrob Agents Chemother as microwell alamar blue assay (MABA) and tetrazolium 2002;46:2636-9.

www.ijmm.org October-December 2007 Correspondence 427

6. Kalantri SP, Pai M, Pascopella L, Riley LW, Reingold AL. Department of Microbiology, Vardhaman Mahavir Bacteriophage based tests for the detection of Mycobacterium Medical College and Safdarjang Hospital, tuberculosis in clinical specimens: A systemic review and New Delhi, India metaanalysis. BMC Infect Dis 2005;5:59. *Corresponding author (email:< [email protected]>) D Rawat, MR Capoor, A Hasan, *D Nair, Received: 16-04-07 M Deb, P Aggarwal Accepted: 19-05-07

Disseminated Histoplasmosis Comment 1

I read with interest the case report on Disseminated easier. Sometimes, scanty growth is overlooked. Any ß occose Histoplasmosis by Joshi et al.1 The case is not the Þ rst white fungal growth should be observed for conidiogenesis culturally conÞ rmed case of disseminated histoplasmosis by slide culture. Typical macroconidia sometimes appear in AIDS patients in India. Although the disease is under- late and most of these may be initially without tuberculate diagnosed and under-reported from India, such a case was processes. After long-term observation or subculture, typical reported2 from Calcutta School of Tropical Medicine, along morphology may appear. Microscopic examination of smears with four other chronic disseminated histoplasmosis in non- or histopathological sections sometimes creates confusion with AIDS patients. Those were detected between February 1996 leishmaniasis whose clinical presentations, morphological and September 1997 and all were culturally conÞ rmed. appearance and therapeutic responses are very much similar to histoplasmosis. This should be considered particularly for In the past, maximum number of this rare fungal disease areas like West Bengal where both the diseases are endemic. were reported from this centre, including the Þ rst reporting of an Indian case of histoplasmosis in 1954 and the only report References of isolation of causal fungus from Indian soil3 in 1975. In spite of under-reporting, at least 38 cases have been documented 1. Joshi SA, Kagal AS, Bharadwaj RS, Kulkarni SS, Jadav MV. Disseminated histoplasmosis. Indian J Med Microbiol 2006;24: from India up to 1992. In view of the rising incidence of 297-8. AIDS in India, the alarm of appearance of histoplasmosis as an emerging opportunistic infection in eastern India was 2. Goswami RP, Pramanik N, Banerjee D, Reza MM, Guha SK, given with Þ rst reported histoplasmosis as an emerging Maiti PK. Histopasmosis in eastern India: The tip of the iceberg? case infected with HIV. The apprehension has now come Tran R Soc Trop Med Hyg 1999;93:540-2. to a reality after detecting nine more cases of disseminated 3. Sanyal M, Thammayya A. Histoplasma capsulatum in the soil histoplasmosis in HIV-infected cases who attended Calcutta of Gangetic plain of India. India J Med Res 1975;63:1020-8. School of Tropical Medicine from 2000 to 2006 (S. Basak, Personal communication). Thus, the Indian scenario of *PK Maiti histoplasmosis in AIDS patients is changing very rapidly and is not conÞ ned to three or four reported cases only. Since Department of Microbiology, Institute of Postgraduate Medical Education and Research, Kolkata - 700 020, India Maharashatra is not as endemic an area for histoplasmosis as West Bengal, the information about travelling to any *Corresponding author (email:) high-endemic locality is also important for epidemiological purpose. The authors have very rightly pointed out the need of a countrywide survey on skin sensitivity to histoplasmin, Comment 2 as well as to develop a high degree of clinical suspicion for this rare disease whenever a clinical indication is there. I have read the case report on “Disseminated Histoplasmosis” published by Joshi et al.1 This is to draw As the disease is very rare in India, most microbiologists your attention to the article “Disseminated Histoplasmosis” may have no practical experience in isolation and published from our institution by Subramanian et al.2 The identiÞ cation of H. capsulatum. Bedside inoculation of bone article refers to diabetes mellitus and HIV being the most marrow aspirate into multiple tubes of Sabouraud dextrose common co-morbid conditions. This is the single largest agar slant and incubation up to six weeks is almost always series on disseminated histoplasmosis from India including rewarded with success in disseminated histoplasmosis cases. It culture-proven disseminated histoplasmosis. is preferred because no other clinical material can be collected in sufÞ cient quantity to provide sufÞ cient parasite-laden The Þ gures published have been transposed and do not macrophages than bone marrow and its collection is relatively correspond to the text. The yeast cell in the picture is not clear

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