Thursday, April 12, 2007

Paul's Bio

Paul Galatowitsch, PhD


Paul Galatowitsch, PhD his doctorate in sociology from Yale University in 1996 specializing in organizational and institutional behavior and culture. He has worked for more than HIV/AIDS field for more than 20 years focusing on developing innovative responses to HIV prevention and care.


Currently, Dr. Galatowitsch is the coordinator clinical HIV/AIDS Education at St. Vincents Catholic Medical Center in New York City where he is responsible for managing clinical training of community based health care providers in HIV/AIDS. Dr. Galatowitsch is also involved in research studies examining organizational responses to HIV/AIDS in New York City. He has recently published in the New York Times, on the public health benefits of conducting pooled viral load testing at sexually transmitted infection clinics in New York City, in Science on the Cost of Access to HIV Treatment in Africa and in the Microbicide Quarterly, where he reported on the cost of “Vaccine and Drug Trials in HIV/AIDS in Africa.” Dr. Galatowitsch along with Dr. Urbina is the co-producer of the first educational DVD on Acute HIV Infection.


Breaking the AIDS Chain – New York Times

http://query.nytimes.com/gst/fullpage.html?res=9805E5DB1030F934A25754C0A9639C8B63&sec=health&spon=&pagewanted=print


Notes from the Field – Microbicide Quarterly

http://www.microbicide.org/microbicideinfo/reference/TMQ.Jan-Mar2006.FINAL.pdf.


Cost of Access to ARV Treatment – Science

http://www.sciencemag.org/cgi/content/citation/314/5805/1540


Acute HIV Infection – DVD (12 mins)

http://www.nynjaetc.org/clinPop6.htm


Wednesday, April 11, 2007

Mini's Bio

Mini Murthy, MD

Padmini (Mini) Murthy is trained as a physician and did her residency in Obstetrics and Gynecology. Murthy has practiced medicine in various countries. She has a MPH in International Health Education and an M.S. in Management of International Public Service Organizations from New York University. She is also a Certified Health Education Specialist. She is also working towards a PhD in Public health education.

She been the recipient of several awards and some of them are Best Physician at work place award, Distinguished Student Award Dean at NYU School of Education and was named Public Service Scholar at the NYU Robert F. Wagner school of Public service. She has been invited to be visiting research scholar at the London School of Tropical Medicine and Hygiene in 2005.

Murthy has been a champion of women’s health issues and has given a number of talks on women’s health at NYU, Yale, Brown and Lehman universities. She has presented at various national and international conferences on various healths related issues.

She has experience in the, implementation, and management of public health and educational programs at the local, national, and global level. She has served as a health care consultant to healthcare providers, international non government organizations, and the United Nations. Murthy was instrumental in developing a best practices guide line for HIV/ AIDS the United Nations Population Fund HIV/ AIDS Division. ( a United Nations Agency which h is a member of the UNAIDS)

Murthy is Assistant Professor Department of Behavioral Science and Community Health., and the Program Director for the MPH Program in International Health at New York Medical College School of Public Health. She also serves on the board of a number of International NGOs and is their representative at the United Nations. Currently Murthy is working as co editor and co author of a Text Book on women’s health to be published Dec 2007/ spring 2008.


Antonio's Bio

Antonio E. Urbina, M.D.

Dr. Urbina trained at Saint Vincent’s Catholic Medical Center where he completed his internship and residency in Internal Medicine. Subsequent to this, he has completed a Primary Care Research Fellowship at New York Medical College.

Dr. Urbina currently is Associate Professor of Medicine at New York Medical College where he is responsible for teaching medical students and residents inpatient and outpatient medical management. In addition, Dr. Urbina maintains a busy and successful private faculty practice at St. Vincent’s Medical Associates, providing HIV treatment and general primary care medicine.

Dr. Urbina also serves as Medical Director of the HIV/AIDS Education and Training Program at St. Vincent’s Hospital-Manhattan and the St. Vincent’s Chapter of the Congressional Black Caucus Initiative. Dr. Urbina is also directs a monthly multidisciplinary forum supervising the care of HIV infected pregnant women.

Dr. Urbina is a well-known lecturer and has presented on various topics on HIV biology, prevention, epidemiology, as well as on novel treatment agents and co-morbid conditions such as substance use.

Siegal's Bio

Frederick P. Siegal, MD


Frederic P. Siegal, a native New Yorker, attended Cornell University, received the MD from Columbia College of Physicians and Surgeons, and trained in Internal Medicine at Mount Sinai Hospital. After serving at the Walter Reed Army Medical Center during the Vietnam War, he was Helen Hay Whitney Foundation Fellow in Immunology at The Rockefeller University in the laboratory of Henry G. Kunkel, MD.


Since his fellowship, he has been involved in various aspects of research and treatment of immunodeficiency diseases. After ten years’ work in this area at Sloan-Kettering and Mt. Sinai, he published the original description of the first cases of AIDS (1981). This early experience led in two major directions.


He initiated studies leading to the development of a new drug, rifabutin, and with it demonstrated for the first time the feasibility of preventing MAC, the most prevalent and deadly opportunistic bacterial infection occurring in AIDS.


Dr. Siegal elucidated the role of a previously obscure immune cell type, now known to be central to the workings of the immune system. He had made the clinical observation that this cell, now call the plasmacytoid dendritic cell (“pDC”), had the ability to protect people with AIDS from opportunistic disease and death. Because these cells were obviously crucial to the survival of humans, he devoted 20 years to the definition of the PDC. The Wohl family, spearheaded by our honoree, Ms. Nancy Drake, has been especially supportive of Dr. Siegal’s cutting-edge research over the years.


Dr. Siegal has served as advisor for many governmental and private organizations, including NIH, AmFAR, and THO. He was Commissioner of Health for the Village of Ocean Beach, NY, and has been called “Hero of Medicine” by the International Association of Physicians for AIDS Care, among other professional honors. Since 1998, he has been Medical Director, Comprehensive HIV Center of Saint Vincent Catholic Medical Centers, Manhattan, and a member of the faculties of New York Medical College and Rockefeller University.

Srinivas's Bio

Srinivas Thirunagari


Srinivas Thirunagari is an accomplished visionary and entrepreneur who possesses a unique understanding of the social, cultural, and economic interdependencies between India and the United States, and has demonstrated this by assembling a diverse blend of global stakeholders, donors, and teams and delivering results.


Srinivas has eleven years of leadership experience as the CEO, Chairman, and Founded various global companies that provide products and services to organizations that are positioned for success in the global marketplace. Srinivas is a high-integrity, energetic individual who is known by his peers for his ability to envision and create successful outcomes out of complex situations. Srinivas's turnaround capability is demonstrated by his accomplishment in successfully transitioning CS Solutions from the internet bubble burst and post-Sept 11 period of economic downturn to subsequent periods of record growth by major shifts in operations, solutions strategy, sales strategy and leadership.


In March, 1996, Srinivas founded CS Solutions, a global software solutions company with an impressive client list, of which Wells Fargo, American Express, Hallmark, Fiserv, eFunds and Geico are top clients. In 2000, Srinivas expanded and opened CS Software Solutions, Ltd. in Chennai, India, where he was able to provide the services of offshore technology professionals to major clients. CS Software Solutions is able to deliver innovative and profitable technology solutions and strategies for the companies that adopt them. CS Software Solutions has assisted clients such as Fiserv, Hallmark, and Fresh Direct by delivering high per-employee yields.


Committed to the conviction that social and economic growth are essential for overall personal growth, Srinivas's current work is bringing the latest HIV/AIDS testing technology and research teams from the United States to Chennai, India. He is helping to initiate a global implementation plan to detect HIV early and stop the spread of HIV/AIDS in India. Srinivas is also a member of the Association of India Development (AID), which has funded numerous health and education projects in India.


Srinivas graduated with a Bachelor of Engineering degree in Biomedical Engineering from Osmania University in Hyderabad, India in 1986. He completed his Masters of Science coursework in Computer Science at Old Dominion University in 1991. He attended the Owner/President Management (OPM) Program at Harvard University in 2001. Srinivas currently resides in Minneapolis, Minnesota, U.S., and spends about a fourth of the year in India. He and his family have spent four out of the past seven years in India.

Friday, March 23, 2007

CAIDS Mission

  • Current India situation
  • Current Chennai situation
  • Strategy of how we are going to make this happen
  • Effectiveness of program
  • 3 year later what are expected results
  • Bigger Goal: stabilize india's HIV and curb further growth
  • We will partner with organizations already working in Chennai and India

How businesses can combat global disease

Multinationals are directly affected by the global epidemic. It can’t be controlled without them.

2003 Special Edition: Global directions

The global health outlook is bleak. In 2002, more than six million people—most of them in poor countries—died from HIV/AIDS, tuberculosis, and malaria. These three diseases, plus a handful of others, have crippled economic growth and progress in developing countries.

Although many such diseases are preventable, most public-health systems in poor countries have neither the resources nor the infrastructure to administer care. Poor countries suffer from inadequate health care delivery systems and a shortage of drugs and supplies. When drugs are available, most of the people who need them can’t afford them.

Without question, the financial and human resources to solve these problems are lacking. Given their magnitude and the speed with which the three diseases spread, it is now clear that no lasting solution will come without creative partnerships between corporations, on the one hand, and nongovernmental organizations (NGOs) and the public sector, on the other. Among the unique resources the private sector can provide are intellectual property, marketing skills, and public-relations channels, as well as expertise in pharmaceutical development, distribution, and project management. Another critical benefit of this kind of partnership is the access it provides to employees in the workplace—and, by extension, their families.

Yet most executives are passive in the face of this challenge. Why? In our experience, it is often because they don’t understand the impact their companies could have on the public-health sector. Any multinational corporation that can’t see how it is directly affected by the global disease epidemic is dangerously myopic. The causes of the problem may be complex and its solutions vexing, but its implications are startlingly clear: companies that seek to benefit from globalization also have a vested interest in helping to manage the global health crisis—indeed, a moral, strategic, and financial responsibility to do so.

By the same token, public-sector institutions and NGOs that ignore companies, view them with hostility, or mistrust any contribution but cash—an increasingly scarce resource for corporations—are being equally shortsighted. Far too many conversations among these players are characterized by public-sector skepticism of "greedy corporations" and their motives. Meanwhile, business executives frequently doubt the competence of public-sector "bureaucrats." Even the pharmaceutical industry, perhaps the most stalwart contributor to many prominent public-health initiatives, has provoked controversy at times. In our experience, this mutual suspicion only adds to the long-standing divide between the private and public sectors.

Examples of successful corporate contributions—from advice to assets, action to advocacy—can offer encouragement to executives. While these promising partnerships are still distressingly rare, they can serve as a starting point for aligning the private sector’s unique resources with the public sector’s priorities. When this convergence occurs, profound progress can be made on some of the most intractable problems.

A number of the more interesting examples of such partnerships to date involve companies that advise the public sector on core skills: product launches, marketing, supply chain management, and manufacturing. The Global Alliance for Vaccines and Immunization (GAVI), for example, has leveraged the private sector’s expertise by developing a new approach to introducing products: Accelerated Development and Introduction of Plans (ADIPs). Thanks to it, the public sector can generate better forecasts for the uptake of vaccines, thereby providing a more accurate production estimate for manufacturers and ultimately, perhaps, lowering prices and avoiding the need for up-front guarantees.

The pharmaceutical industry isn’t the only one helping to develop and market products that have contributed to health gains. For example, in the Central American Handwashing Initiative (1996-99), several global companies—including Colgate-Palmolive and Unilever—helped nonprofits such as CARE, as well as government health ministries, to develop, market, and distribute soaps as part of a public-hygiene campaign. In addition to contributing marketing expertise for its advertising strategy, these companies incorporated its key messages into the promotional materials for their products. The result: in Guatemala alone, 300,000 fewer cases of diarrhea annually among children by the end of a year.

Meanwhile, BASF, Bayer, and others are contributing distribution and marketing support to NetMark Plus, an initiative for increasing the use and sustainable supply of insecticide-treated mosquito nets to prevent malaria in a number of African countries. When such programs unite a commercial element—selling branded products—with a public-health objective, a great deal of progress can be made.

In addition to consulting services for NGOs and public-sector institutions, the private sector can offer a range of assets. DuPont, for example, donated $14 million in nylon filter cloth to Carter Center programs from 1991 to 1997. As a result of this campaign, the incidence of Guinea worm disease declined by 98 percent, from 3.5 million cases in 1986 to 65,000 in 2001. In the technology sector, China Telecom, Cisco Systems, Motorola, and Siemens donated more than $2.6 million in equipment to develop a national epidemic data network for coordinating China’s response to SARS (severe acute respiratory syndrome). When supply and demand are matched effectively, logistics operates on the proper scale, and contributions are made to established programs rather than to emergency relief efforts, in-kind donations are often the most effective mechanism for corporate benevolence.

Other companies have lent distribution and marketing assets. South Africa’s national LoveLife AIDS-awareness campaign, for example, is supported by the South African Broadcasting Corporation, the Independent Newspaper Group, and Times Media, which have donated print and broadcast resources as well as marketing expertise to the effort.

Companies in the private sector can also take direct action to fill gaps in the public-health infrastructure by delivering health services to their employees and, sometimes, to the local community. India’s Tata Iron & Steel has extended its AIDS-awareness program beyond its roughly 40,000 employees, reaching thousands more people. And in nine African countries, Heineken Breweries has partnered with PharmAccess to spend about $2 million a year to offer antiretroviral treatments to Heineken employees and their dependents. Furthermore, businesses that recognize their privileged position have become effective advocates for improved public-health programs. In 1998, NestlĂ©’s unit in Brazil, for instance, teamed up with that country’s Department of Health to create the National Enterprise Council for the Prevention of HIV/AIDS.

Almost every global business has something it can and should contribute to organizations on the front lines of the global health crisis. Even when the full range of the private sector’s resources has been harnessed—and at present the surface has barely been scratched—they still may not be enough. It is clear, however, that without the full commitment of corporations, the struggle to improve global health will only become more difficult.

Introduction

Grim Indian Realities:

In a country of a billion people, about 6 million are HIV positive. If the problem is left unchecked, that number could reach 20 million to 25 million by the decade's end. A single country could have an HIV-positive population larger than the total populations of London, New York, and Tokyo combined. India’s epidemic can be stopped before it approaches the proportions seen today in sub-Saharan Africa—but only by building a vast network of public-private alliances. With each partner bringing distinct skills and assets to bear on the crisis, careful coordination is essential.

Conditions in India could promote the rapid spread of AIDS in coming years. Although among adults its prevalence is only 0.8 percent—compared with almost 39 percent in Botswana and 33 percent in Zimbabwe, the two most heavily stricken countries—overpopulation and widespread poverty are already straining the government’s resources. The public-health infrastructure, facing a variety of gigantic health challenges, can’t cope. Public and private attitudes continue to stigmatize people with AIDS and obstruct efforts to combat it. Already, it is spreading beyond the high-risk populations.

So far, India’s response has been fragmented. The government spent about 11 cents a person on AIDS-related programs in 2003, compared with past expenditures of about $1.85 in Uganda and 55 cents in Thailand, two countries that have had some success in fighting the pandemic. Non-governmental organizations (NGOs) often lack the scale or management capabilities to face such a Herculean task and generally work in isolation from one another.

Wednesday, March 21, 2007

Implementation Plan

PROJECT DESIGN IMPLEMENTATION PLAN

"Target VCTs" run by:

  • Non governmental Organizations (NGOs)
  • Govt of TN
  • People with HIV organizations
  • Community based organisations
  • NACO
  • Private Hospitals

St. Vincents Catholic Medical Center’s, Comprehensive HIV Center in Manhattan (SVH) and New York Medical College (NYMC) in collaboration with the "Target VCTs", will be responsible for

    • Total project oversight
    • Management
    • Monitoring
    • Evaluation
  • Staff from St.Vincents Comprehensive HIV Center and NYMC will work with VCT Officials in Chennai to train VCT staff about AHI
  • SVH and NYMC will acquire, transport, and work with VCT officials to set up required number of automated liquid-handling robot (Biomek FX, Beckman Coulter) machines to handle pooled testing of plasma samples from VCT clinics
Major Activities

  • SVH and NYMC will conduct longitudinal, clinical in-services on AHI to providers at VCT clinics
  • SVH and NYMC will collaborate with VCT officials to design and implement rapid turnaround and contact tracing to facilitate HIV prevention interventions
  • SVH and NYMC will establish data collection mechanisms to help investigators evaluate the effectiveness of the combined PVLT and ELISA HIV antibody testing algorithm
  • Investigators, will model estimates of averted HIV infections resulting from the identification and contact tracing of AHIs in an effort to determine the program’s cost effectiveness



MONITORING AND EVALUATION

  1. Conduct a base-line survey to measure VCT staffs’ knowledge of signs and symptoms of AHI
  2. Conduct post-test evaluation of AHI trainings to evaluate their effectiveness
  3. Conduct focus groups with VCT staff to identify effectiveness of contact tracing protocols for prevention interventions and bringing patients into care
  4. Monitor on a daily basis, the effectiveness of PVLT testing infrastructure to collect and test biological samples, turn around results, and conduct rapid contact tracing.


ORGANIZATIONAL CAPACITY

St. Vincents Comprehensive HIV Center operates New York State’s largest HIV practice and currently provides HIV clinical in-service trainings to community -based clinics throughout York City under contracts from the New York Stage AIDS Institute and HRSA. SVH has been conducting community based trainings for more than 15 years. New York Medical College, School of Public Health (NYMCSPH) will provide the expertise for data management and analysis.

Background & Rationale

Acute HIV Infection (AHI) is characterized by high levels of virema and no antibody response. These conditions cause flu like symptoms in 50- 90% of persons within two to three weeks of exposure to HIV and typically last 2-6 weeks; until the time an individual develops an antibody response to HIV. Individuals in AHI can transmit HIV up to 1,000 times more efficiently than persons with established HIV infection as a consequence of high levels of virema which typically range from 500,000 to <>1 By comparison, persons in untreated chronic infection typically carry viral loads between 10,000 and 50,000 copies/ml of plasma. Persons with AHI will always test negative on standard HIV ELISA antibody tests.

As AHI resembles many viral syndromes, is acquired via stigmatized behaviors, which both patients and providers are not comfortable addressing, and is often presented in overburdened settings, the syndrome is typically misdiagnosed. The high rates of misdiagnosis have substantial deleterious public health consequences as persons with AHI are highly infectious to others and mistakenly believe that they are uninfected and as a consequence may be more likely to engage in high risk sexual behaviors. Transmission dynamics originating from acutely infected individuals are likely to be magnified in areas where HIV prevalence is high. One study in Geneva, Switzerland, which assessed the temporal trends in HIV transmission among persons with AHI, found significant clustering (29%) of subsequent HIV transmissions connected closely in time and place to the acutely infected source patient (Yerly et al, 2001).2


Diagnosing AHI

Nucleic acid PCR tests, which detect HIV RNA or DNA can diagnose HIV as early as 5 to 7 days after exposure. ELISA antibody testing by contrast, usually will not detect infection until 21 to 42 days after exposure. Pooling nucleic acid PCR tests alongside standard HIV antibody testing adds about $4.00 per test in the US (Pilcher et al., 2005).3


Figure 1. Comparative effectiveness of diagnostic tests by days since HIV exposure.


Despite the enormous public health benefits of diagnosing AHI which include counseling the acutely infected patient and rapidly contacting, counseling and testing recent sexual partners to interrupt chains of HIV transmission – no health systems in the developing world and few in developed nations, have added pooled viral load testing (PVLT) to ELISA HIV antibody testing protocols among persons at high risk for HIV. In Western nations, blood banking industries now routinely perform pooled PCR viral load testing (PVLT) for all blood donors in an effort to reduce transmission associated HIV infections. As a consequence, HIV transmissions via blood transfusions in the West are now rare; in the United States, about 1 in 1.8/million (Busch et al, 2003).4 Notably, blood donors as a group are at low risk for HIV because of careful pre-screening yet they are afforded the most sophisticated HIV testing algorithms whereas groups at highest risks for HIV infection are routinely denied these more accurate and cost effective protocols for diagnosing HIV infection.

Since ARV therapy is not readily available in most developing nations, prevention technologies are the most effect mechanism available for reducing the transmission of HIV. PVLT is highly cost effective and show promise of preventing substantial secondary HIV transmissions.

Proposed Intervention

Based on North Carolina’s experience conducting widespread PVLT, investigators believe that they can cost-effectively incorporate combined PVLT and ELISA antibody testing in developing countries with high HIV prevalence. To demonstrate the effectiveness of conducting PVLT in a developing country with high HIV prevalence, investigators propose to design, implement and evaluate a tightly coordinated AHI surveillance system and contact tracing protocol among the constellation of VCT clinics in Chennai, India (formerly Madras). We believe that a well organized PVLT will cost-effectively (1) prevent HIV transmissions and reduce HIV incidence and prevalence over time; (2) permit patients to begin antiretroviral therapy and thereby reduce secondary transmission and potentially improve long-term prognosis (Rosenberg, et al., 2000; Oxenius, et al., 2000), and when possible; (3) provide opportunities to offer post exposure prophylaxis (PEP) to recent partners of the acutely infected person.


Proposed Site

Chennai, India is an ideal place to establish such a demonstration project, as it is characterized by high rates of HIV prevalence, high population density, robust levels of sexual risk behaviors. The chart below reveals trends of HIV prevalence in Tamil Nadu, which includes Chennai, from 1998 to 2004.5 While prevalence rates decreased from 16.3 to 8.4 at STI clinics, 8.4 remains substantial.


Observed HIV Prevalence levels in Tamil Nadu: 1998 - 2004



Name of State/UT

Number of sites in 2004

HIV Prev.

1998 (%)

(180 sites)

HIV Prev.

1999 (%)

(180 sites)

HIV Prev.

2000 (%)

(232 sites)

HIV Prev.

2001 (%)

(320 sites)

HIV Prev.

2002 (%)

(384 sites)

HIV Prev.

2003 (%)

(455 sites)

HIV Prev.

2004 (%)

(670 sites)











Tamil Nadu

STD 11

ANC 30

IDU 1

MSM 2

16.30

1.00

10.40

1.00

16.80

1.00

26.70

4.00

12.60

1.13

24.56

2.40

14.7

0.88

33.80

2.40

9.20

0.75

63.8

4.40

8.40

0.50

39.90

6.80




Antecedents to Proposed Project

From November 1, 2002 to October 31, 2003 investigators at the University of North Carolina, conducted a 12-month observational study comparing ELSIA HIV testing with combined ELISA HIV antibody testing and pooled viral load testing. Investigators detected 606 HIV infections out of 109,250 persons tested for HIV. Of these 23 acutely infected persons were identified only with the use of pooled viral load testing. The specificity and positive predictive value of the algorithm that included nucleic acid amplification testing was greater than .999 (95% confidence interval, .999 to >.999) and .997 (95% confidence interval, .988 to >.999, respectively. Of the 23 AHIs, 16 were detected at Voluntary Counseling and Testing clinics. The cost of adding PVLT to standard ELISA antibody testing added a 3.3% increase in the overall HIV testing budget dedicated to HIV testing and counseling services, of about 12 million USD. The total expenditure for PVLT reflected an added cost of $3.63 per processed specimen. Investigators found that antibody tests alone detected only 96% of HIV infections. According to investigators, early detection of AHI would allow the appropriate clinical management of AHI and prevent inappropriate tests and therapies often used to evaluate and treat the symptoms of AHI. Secondly, the identification of AHI can prevent further transmission of the virus especially since the probability of transmission is high during the first weeks of AHI during which time patients have a high viral burden in the blood and genital tract and are further likely to engage in risky sexual behavior.6

In 2006, Fiscus with Pilcher et al, conducted a similar prospective study of a busy STI clinic in Lilongwe, Malawi, combining HIV antibody testing with PVLT for patients presenting with sexual transmitted infections (STIs). From 1,450 clients, 21 (1.45%) had a negative HIV antibody test) and a positive RNA viral load indicating acute HIV infection. Based on their findings, investigators estimated that the Lilongwe STI clinic which averages about 10,000 patients per year, misses ~145 AHI annually compared to only 14 established HIV infections by using HIV antibody testing alone.7 Since these individuals with AHI are hyper infections they are likely to play a key role in sustaining HIV transmissions in high HIV incidence settings.

The North Carolina and Malawi study unequivocally demonstrate the cost effectiveness and feasibility of incorporating PVLT into existing HIV antibody testing algorithms in developing nations to detect AHI and interrupt chains of HIV transmission. Notably, investigators in the Malawi study have not reported outcomes associated with partner counseling and referral services for patients identified with acute infection.

While combined PVLT and HIV antibody testing has been shown to work in the U.S. and Africa the combined protocols have not been attempted in Asia. Our proposed pilot will carefully evaluate these outcomes.

TEAM

Project Creators & Authors:
  • Antonio Urbina, MD - Principal Investigator
  • Paul Galatowitsch, PhD - Principal Investigator
  • Padmini Murthy, MD, MPH - Co-Investigator
    Project Vision & Enabler:
    Enablers & Contributors:
    • Gangadharan Manari, Chennai
    • Paul Kuttikadan, Minneapolis
    • Rupa Sharma, AID-MN President, Minneapolis

    Project Advisor:
    • Frank Baker, PhD
      • Professor and Chairman, Behavioral Sciences and Community Health
      • School of Public Health, NY Medical College
    • Fred Seigel, MD

    Educations Institutions:




    CAIDS Goals and Objectives

    To implement a combined PVLT and HIV antibody testing algorithm among VCT clinics in Chennai, India.

    Measurable Objectives.


    1. Educate VCT staff to recognize the signs and symptoms of AHI and to diagnose the syndrome.

    2. Concomitantly, establish infrastructure and protocol for transporting HIV negative blood samples from VCT clinics to a central location where samples will be submitted to PVL testing.

    3. Devise a culturally tailored contact tracing protocol to counsel source patient of their acute infection and to work with source patient to identify and intervene with the source patient’s recent sexual contacts.

    Monday, March 19, 2007

    India Target Groups & VCTs

    Facts on AIDS in India


    Target groups:
    • NGOs
    • People with HIV orgs
    • Community based organisations
    • NACO
    • Private Hospitals with VCTs
    • Govt of TN

    NACO - National Aids control Organization, Indian org

    AID
    Priya Ranjan, US
    Vineeta Gupta, US
    Prasanna, India

    Specific Organizations
    • Chennai Corporation AIDS Control Society (CAPACS) - #
    • Phone: +91-44-24987498/99
    • Phone: +91-44-24981097
    • Phone: +91-44-24915001
      • 1515th Cross, Karpagam Garden

      • Thiruvanmiyur, Chennai600041
    • PSI Saadhan Helpline - #25345555
    • Tamil Nadu State AIDS Control Society (TNSACS) - #1097
    • GAP India (Global Access Project) - chennai office
    ----------------

    VCT's - Voluntary Counseling and Testing centers - 1,110 in India Dec 2005.

    Possible VCTs for visit

    • Shantha S, Ramachandan M, Nataraj S, Mahanty B
      • Department of Immunology, Stanley Medical College, Chennai, India
      • Best VCT in Chennai
      • Phone: +91-44-25214941
    • YRGCare
      • Dr Suniti Solomon MD
      • suniti@yrgcare.org
      • Dr Balakrishnan
      • Y. R. Gaitonde Centre for AIDS Research and Education
        Voluntary Health Services Taramani,
        Chennai INDIA. 600 113.

        Phone : +91 44 2254 2929
        Fax : +91-44-22542939
        EFax : +1 320 923 5581

    • Madras Medical College, Phone: +91-44- 25392889
    • Siddha Medical College, Phone: +91-44-26281563
    • Government Hospital of Thoracic Medicine, Tamaram, Phone: +91-44-2368899
    • National Institute of Epidemiology, Chetpet, Phone: 09265425-8265403


    -----------------------

    INPPLUS

    Indian Network For People Living With HIV/AIDS (INP+)

    KK Abraham

    Dr Venkatesan Chakrapani

    Address

    Flat # 6, Kash Towers,

    # 93, South West Boag Road,

    T.Nagar,Chennai.- 600017

    INDIA.

    Phones

    (+91) (44) 2432 9580
    (+91) (44) 2432 9581


    Fax

    (+91) (44) 2432 9582

    Email

    inpplus@vsnl.com

    info@inpplus.net

    ----------------------

    Stanley Medical college work...

    BACKGROUND: Voluntary Counseling and Testing (VCT) is a key entry point to prevention, treatment and care. By July 2003, India had established 452 VCTs, 245 located in the six high prevalence states. The VCT at Stanley Medical College (SMC), situated in Chennai, in the high prevalence state of Tamil Nadu, started providing VCT services in 1999. In January 2003, SMC became a model VCT for training and hands-on demonstration of VCT services for Tamil Nadu. In Mai 2003, the VCT was shifted from the Medical College to the OPD. The quality of VCT services was assessed for 2003.

    METHODS: VCT client registers from January 2003 until December 2003 and three client satisfaction surveys (CSS) conducted in March 2003, May 2003 and in December 2003 using a structured questionnaire with a total of 187 responses were used for analysis.

    RESULTS: The total client number for pre-test counseling increased from a monthly average of 275 clients in January to March, to 340 clients in October to December 2003. During the period, 3373 clients came to the VCT for pre-test counseling. 90.7% (3060) consented to undergo HIV testing. Of the 924 direct walk-in clients (DWC) who consented to HIV testing, 91.3% (844) returned for post-test counseling. Shifting the VCT to the OPD significantly increased the proportion of clients reporting easy access to services (25% to 93%, p<0.001) p="0.005)" class="blsp-spelling-error" id="SPELLING_ERROR_55">DWC did not increase significantly.

    CONCLUSIONS: There was a 23.6% increase in the utilization of VCT and a significant improvement in the quality of services. The high rate of return of DWC indicates high quality of counseling. Providing good quality VCT services located in the OPD increases accessibility for clients but does not significantly increase direct walk-in. VCTs need to establish strong linkages and mobilization of communities in order to increase direct walk-in.

    -----

    NGO's


    Dr. S. Sunderaman,
    Director,
    AIDS Research Foundation of India,
    20/2, Bagirathy Ammal Street,
    T. Nagar, Madras-600 017.
    Tamil Nadu.
    Tel:- 8258014, 8234797

    Dr. Suniti Solomon,
    Director,
    Y.R.G. Care
    Raman Street, Chennai-600 017.
    Tel:- 8264242
    Fax:- 8259600

    Ms. L. Kumaramangalam,
    PRAKRITI,
    6, Jaganathan Road,
    Nungambakkam,
    Chennai -600 034.
    Tel:-8276222
    Fax:-044-8269625.

    Ms. Jaya Sreedhar,
    Media Foundation,
    No.6, Numgambaam High Road,
    Chennai -6.
    Tel:-044-8278870.
    Fax:-821 2138

    Shri Ashok Pillai,
    Indian Network of People Living with
    HIV/AIDS (INP+),
    20-C, Thrimalai Pillai Road,
    Chennai:-600 017.
    Tel:-(044) 8258014
    Fax:- (044) 8256842

    Dr. Bimal Charles,
    Assistant Director - NGO Programme,
    AIDS Prevention and Control Project
    (APAC)
    Voluntary Health Services,
    Adiyar, T.T.T.I. post,
    Chennai-600113

    Dr. Saraswati Sankaran,
    DESH,
    3 D' Monte Colony,
    TTK Road, Alwarpet, Chennai -600 018.
    Tel:- 499 5580
    Fax:-4970354.

    Shri L.D. Xavier,
    Managing Trustee,
    Reaching the Unreached Trust,
    Susai Nagar, Pathiavaran,
    Tamil Nadu - 632326.
    Ph:- (04175) 25020

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