The Field Epidemiology and Laboratory Training Program (FELTP) in Pakistan was established in 2006 to address gaps in Pakistan's disease surveillance system as identified in a 2005 report. Since then, the FELTP has graduated 67 epidemiologists and currently has 39 enrolled. These epidemiologists have investigated over 80 outbreaks across Pakistan, responding more frequently and timely compared to international averages. The FELTP has also improved surveillance for diseases like hepatitis and polio. It has helped develop legislation for disease reporting and a public health laboratory network in Pakistan. Overall, the FELTP has made important progress in strengthening Pakistan's disease surveillance and outbreak response capabilities.
The document summarizes India's Revised National Tuberculosis Control Programme (RNTCP). Some key points:
1) RNTCP was established in 1993 to address the failures of the previous National Tuberculosis Programme, such as low treatment completion rates. RNTCP's goals are to reduce TB mortality and interrupt transmission.
2) RNTCP follows the DOTS strategy - ensuring political commitment, quality diagnosis, quality drugs, direct observation of treatment, and systematic monitoring. It has treatment categories based on patient type with standardized regimens.
3) Major achievements include treating over 19 million patients since inception and achieving case detection and treatment success rates in line with global targets. However, challenges remain such as ineffective private
The National Vector Borne Disease Control Programme (NVBDCP) was implemented in 2002-2003 in India to control six vector-borne diseases including malaria, dengue, filariasis, visceral leishmaniasis, Japanese encephalitis, and chikungunya. The NVBDCP focuses on early diagnosis, treatment, surveillance, integrated vector management through indoor residual spraying and insecticide-treated bed nets, and epidemic preparedness. The programme is coordinated across states and districts and works with other health programs. In 2016, India launched a National Framework for Malaria Elimination with goals to eliminate malaria by 2030 by phasing states through categories of transmission intensity and interrupting indigenous transmission.
The document outlines the history and activities of India's National AIDS Control Program (NACP) which was established in 1987 by the Ministry of Health and Family Welfare to prevent the spread of HIV/AIDS. It discusses the objectives and phases of NACP from 1987 to the present, highlighting key activities like surveillance, prevention among high-risk groups, care and treatment, blood safety, and community outreach. The goal of NACP is to provide accessible HIV/AIDS services across India through strategies tailored for different state-level epidemics.
The document summarizes the Revised National Tuberculosis Control Programme (RNTCP) in India. It outlines the need for a revised strategy due to low diagnosis and treatment rates under the previous program. RNTCP was launched in 1992 with goals of reducing TB mortality and interrupting transmission. Key components include political commitment, quality microscopy, drug supply, and direct observation of treatment. The program achieved scale up across India in phases from 1992 to 2006 and aims to further improve access, strengthen collaboration, and implement interventions for drug-resistant TB and TB-HIV co-infection.
The Revised National Tuberculosis Control Programme (RNTCP) was introduced in 1993 to address weaknesses in the existing National Tuberculosis Programme (NTP) such as managerial issues, inadequate funding, overreliance on x-rays for diagnosis, and low treatment completion rates. The RNTCP adopted the World Health Organization-recommended Directly Observed Treatment Short-course strategy and aimed to achieve at least 85% cure rates for infectious TB cases and detect 70% of estimated cases through quality sputum microscopy. Initially implemented in pilot phases, the RNTCP expanded rapidly after 1998 to cover all of India. It now enters its second phase aiming to consolidate gains, widen services, and sustain achievements.
The document summarizes Nepal's Avian Influenza Control Project. It outlines the risks of avian influenza in Nepal, including migratory bird flyways and common farming/slaughtering practices. The project's goals are to reduce human infection risk and mitigate health/socioeconomic impacts of an influenza pandemic. Key components include surveillance, quarantine, laboratory capacity building, and communication strategies. An overview of achievements in fiscal year 2065/66 includes policy updates, surveillance/laboratory activities, prevention/containment measures, and health system preparedness in response to A(H1N1)2009 cases.
National framework malaria elimination india 2016 2030dpmo123
This document presents India's National Framework for Malaria Elimination from 2016 to 2030. The framework aims to eliminate malaria nationally by 2030 in alignment with WHO strategies. It outlines goals to eliminate indigenous malaria cases across India and maintain malaria-free status in areas where transmission has been interrupted. The framework's objectives are to eliminate malaria from 26 low and moderate transmission states by 2030 and prevent reintroduction in malaria-free areas. It also describes approaches for measuring progress, cost estimates, and next steps for implementation.
NVBDCP National Vector Borne Disease Control ProgramMihir Rupani
The document discusses guidelines for the National Vector Borne Disease Control Program (NVBDCP) in India. The NVBDCP is an integrated program that aims to prevent and control six vector-borne diseases - malaria, dengue, chikungunya, Japanese encephalitis, kala-azar, and filariasis. It outlines strategies like surveillance, diagnosis, treatment, vector control, capacity building, and inter-sectoral collaboration. Specific guidelines for malaria control include microscopy-based diagnosis, use of rapid test kits, indoor residual spraying, larviciding, epidemic preparedness, and training of health workers.
The document summarizes India's Revised National Tuberculosis Control Programme (RNTCP). Some key points:
1) RNTCP was established in 1993 to address the failures of the previous National Tuberculosis Programme, such as low treatment completion rates. RNTCP's goals are to reduce TB mortality and interrupt transmission.
2) RNTCP follows the DOTS strategy - ensuring political commitment, quality diagnosis, quality drugs, direct observation of treatment, and systematic monitoring. It has treatment categories based on patient type with standardized regimens.
3) Major achievements include treating over 19 million patients since inception and achieving case detection and treatment success rates in line with global targets. However, challenges remain such as ineffective private
The National Vector Borne Disease Control Programme (NVBDCP) was implemented in 2002-2003 in India to control six vector-borne diseases including malaria, dengue, filariasis, visceral leishmaniasis, Japanese encephalitis, and chikungunya. The NVBDCP focuses on early diagnosis, treatment, surveillance, integrated vector management through indoor residual spraying and insecticide-treated bed nets, and epidemic preparedness. The programme is coordinated across states and districts and works with other health programs. In 2016, India launched a National Framework for Malaria Elimination with goals to eliminate malaria by 2030 by phasing states through categories of transmission intensity and interrupting indigenous transmission.
The document outlines the history and activities of India's National AIDS Control Program (NACP) which was established in 1987 by the Ministry of Health and Family Welfare to prevent the spread of HIV/AIDS. It discusses the objectives and phases of NACP from 1987 to the present, highlighting key activities like surveillance, prevention among high-risk groups, care and treatment, blood safety, and community outreach. The goal of NACP is to provide accessible HIV/AIDS services across India through strategies tailored for different state-level epidemics.
The document summarizes the Revised National Tuberculosis Control Programme (RNTCP) in India. It outlines the need for a revised strategy due to low diagnosis and treatment rates under the previous program. RNTCP was launched in 1992 with goals of reducing TB mortality and interrupting transmission. Key components include political commitment, quality microscopy, drug supply, and direct observation of treatment. The program achieved scale up across India in phases from 1992 to 2006 and aims to further improve access, strengthen collaboration, and implement interventions for drug-resistant TB and TB-HIV co-infection.
The Revised National Tuberculosis Control Programme (RNTCP) was introduced in 1993 to address weaknesses in the existing National Tuberculosis Programme (NTP) such as managerial issues, inadequate funding, overreliance on x-rays for diagnosis, and low treatment completion rates. The RNTCP adopted the World Health Organization-recommended Directly Observed Treatment Short-course strategy and aimed to achieve at least 85% cure rates for infectious TB cases and detect 70% of estimated cases through quality sputum microscopy. Initially implemented in pilot phases, the RNTCP expanded rapidly after 1998 to cover all of India. It now enters its second phase aiming to consolidate gains, widen services, and sustain achievements.
The document summarizes Nepal's Avian Influenza Control Project. It outlines the risks of avian influenza in Nepal, including migratory bird flyways and common farming/slaughtering practices. The project's goals are to reduce human infection risk and mitigate health/socioeconomic impacts of an influenza pandemic. Key components include surveillance, quarantine, laboratory capacity building, and communication strategies. An overview of achievements in fiscal year 2065/66 includes policy updates, surveillance/laboratory activities, prevention/containment measures, and health system preparedness in response to A(H1N1)2009 cases.
National framework malaria elimination india 2016 2030dpmo123
This document presents India's National Framework for Malaria Elimination from 2016 to 2030. The framework aims to eliminate malaria nationally by 2030 in alignment with WHO strategies. It outlines goals to eliminate indigenous malaria cases across India and maintain malaria-free status in areas where transmission has been interrupted. The framework's objectives are to eliminate malaria from 26 low and moderate transmission states by 2030 and prevent reintroduction in malaria-free areas. It also describes approaches for measuring progress, cost estimates, and next steps for implementation.
NVBDCP National Vector Borne Disease Control ProgramMihir Rupani
The document discusses guidelines for the National Vector Borne Disease Control Program (NVBDCP) in India. The NVBDCP is an integrated program that aims to prevent and control six vector-borne diseases - malaria, dengue, chikungunya, Japanese encephalitis, kala-azar, and filariasis. It outlines strategies like surveillance, diagnosis, treatment, vector control, capacity building, and inter-sectoral collaboration. Specific guidelines for malaria control include microscopy-based diagnosis, use of rapid test kits, indoor residual spraying, larviciding, epidemic preparedness, and training of health workers.
This document provides an overview of tuberculosis (TB) and the Revised National TB Control Programme (RNTCP) in India. It discusses:
1. What TB is, how it spreads, and its global and national burden. In India, it accounts for 1.4 crore cases and 4.23 lakh deaths annually.
2. The objectives and components of the RNTCP, launched in 1992, which uses the WHO-recommended DOTS strategy of Directly Observed Treatment, Short Course to achieve cure rates above 90%.
3. The structure of the RNTCP at central, state, district, and sub-district levels to facilitate DOTS implementation across India by 2006.
PDF file of National Strategic Plan for Elimination of TB ( 2017-2025).
World Tb them for 24 march 2017 is continuation of "unite to end TB(2016)....that is "leave no one Behind"
This document provides an overview of the Revised National Tuberculosis Control Programme (RNTCP) in India. It discusses how tuberculosis is caused by the bacterium Mycobacterium tuberculosis and spreads through droplets. It outlines the history and weaknesses of previous tuberculosis programs in India. It then describes how the RNTCP was established in 1993 using the DOTS strategy to administer supervised treatment courses and improve diagnosis and case finding. The objectives, phases of implementation, and components of the RNTCP are summarized.
Ri in ut of puducherry success story of sepio dr.sudha goelSudha Goel
This document summarizes the strategies and activities for strengthening routine immunization in the Union Territory of Puducherry, India. The objectives are to identify every child under 5 years to be immunized against vaccine-preventable diseases, increase coverage of all antigens, and strengthen surveillance for acute flaccid paralysis (AFP), measles, and adverse events following immunization (AEFI). Activities include microplanning, capacity building, review meetings, information, education and communication, monitoring, and evaluation. The goal is to achieve and maintain high population immunity through routine immunization and effective disease surveillance.
The document discusses India's National Tuberculosis Control Programme and its revisions. It notes that TB is a major public health problem worldwide and in India. The original programme had low case detection and treatment results. An expert committee recommended revisions in 1992, leading to the launch of the Revised National Tuberculosis Control Programme in 1993 with DOTS strategy, improved laboratories, and involvement of NGOs and private institutions. The revised programme has expanded nationwide and achieved reductions in death rates.
India has a large tuberculosis (TB) disease burden, with over 2 million new cases annually according to WHO. The Revised National Tuberculosis Control Programme (RNTCP) was established in 1993 to address India's TB epidemic using the WHO-recommended DOTS strategy of diagnosis, treatment and monitoring. RNTCP has since expanded nationwide and achieved high treatment success rates. Its Phase II aims to further improve TB detection and treatment, including of drug-resistant cases and among HIV patients. RNTCP is now the world's largest DOTS program and has successfully treated over 19 million TB patients.
Effective surveillance is critical for rabies elimination programs to detect outbreaks early, track disease spread, and judge program success. Traditional surveillance methods can be supplemented by innovative approaches like mobile phone reporting to shorten detection time. Surveillance data is needed on case numbers and distribution to target resources effectively. Maintaining surveillance is also important after a country achieves rabies-free status to detect any re-emergence of the disease. Synergistic investment across human and animal health sectors is needed to strengthen surveillance capacities for preparedness against infectious disease threats like rabies.
Nepal began its malaria control program in 1954 with support from the United States, launching an eradication program in 1958. The program shifted to control in 1978 and was revamped in 1998 under the WHO's Roll Back Malaria initiative. Nepal has since adopted a long-term elimination strategy with the goal of being malaria-free by 2026. The program is managed through Nepal's Epidemiology and Disease Control Division and focuses on surveillance, diagnosis and treatment, vector control, and community education to achieve elimination.
Acquired immunodeficiency syndrome (AIDS) is a chronic, potentially life-threatening condition caused by the human immunodeficiency virus (HIV). By damaging your immune system, HIV interferes with your body's ability to fight infection and disease.
The National AIDS Control Programme (NACP), launched in 1992, is being implemented as a comprehensive programme for prevention and control of HIV/AIDS in India. Over time, the focus has shifted from raising awareness to behavior change, from a national response to a more decentralized response and to increasing involvement of NGOs and networks of PLHIV.
The document discusses disease control strategies in Nepal as outlined in the National Health Policy 2071. It identifies the major infectious diseases affecting Nepal, including tuberculosis, HIV/AIDS, malaria, and kala-azar. It also outlines strategies to control these diseases, such as expanding DOTS and ART programs, insecticide-treated bed nets for malaria, and surveillance networks. Some of the key challenges faced in disease control are cross-border disease transmission and strengthening control initiatives for diarrhea, respiratory illnesses and other infectious diseases.
The National Vector Borne Disease Control Programme (NVBDCP) was established in 2003 to consolidate prevention and control of six vector-borne diseases: malaria, dengue, chikungunya, Japanese encephalitis, kala-azar, and filariasis. Previously, these diseases were managed under separate national programs. NVBDCP oversees strategies like indoor residual spraying, early diagnosis and treatment, selective vector control, and health education campaigns. National malaria elimination efforts since the 1950s have significantly reduced cases but ongoing transmission remains a challenge.
The National AIDS Control Programme in India has gone through 4 phases since 1987 aimed at reducing HIV transmission and providing treatment. Phase 1 from 1987-1999 focused on awareness campaigns. Phase 2 from 1999-2006 shifted to behavior change interventions. Phase 3 from 2007-2012 integrated prevention, care, support and treatment. Phase 4 from 2012-2017 focused on key populations and reducing stigma. The programme is coordinated by NACO and implemented through state and district societies and ICTCs with nurses playing a role in service delivery.
The National Health Programme aims to control communicable diseases like malaria, leprosy, tuberculosis, and AIDS through various disease-specific programmes. The National Vector Borne Disease Control Programme and National Malaria Control Programme work to reduce malaria morbidity and mortality in India. A three-pronged strategy of early diagnosis, prompt treatment, and vector control is used. Urban areas also have malaria control schemes focused on source reduction and larval control.
The National Vector Borne Disease Control Programme (NVBDCP) is an umbrella programme under the National Health Mission that aims to control and prevent six vector-borne diseases: malaria, kala-azar, filariasis, dengue, Japanese encephalitis, and chikungunya. The programme focuses on disease management, integrated vector management, and supportive interventions like indoor residual spraying and larvivorous fish. Its goals are to reduce mortality from certain diseases and eliminate kala-azar and filariasis by targeted years. The programme is coordinated by the Directorate of NVBDCP and implemented at national, state, district, and local levels.
The document provides information on India's National Tuberculosis Control Program (RNTCP). It discusses the magnitude of TB in India, the evolution of control efforts from the initial National TB Control Program to the current Revised National TB Control Program (RNTCP) launched in 1997 based on WHO's DOTS strategy. The RNTCP aims to achieve 85% cure rates among new cases and detect 70% of cases. It utilizes strategies like standardized treatment regimens, involvement of communities/NGOs, and program innovations to achieve its goals.
REVISED NATIONAL TUBERCULOSIS CONTROL PROGRAMME (RNTCP)Vivek Varat
The document summarizes India's Revised National Tuberculosis Control Programme (RNTCP). It discusses that over 6000 people develop TB and 600 die from it daily in India. The objectives of RNTCP are to achieve 85% cure rate of infectious cases and detect 70% of estimated cases. It operates using the WHO recommended DOTS strategy involving diagnosis, standardized treatment, drug supply management, and monitoring/evaluation. New initiatives include expanding use of CBNAAT and establishing an online case reporting system. The program aims to achieve universal access to TB diagnosis and treatment.
The document discusses India's National AIDS Control Program (NACP) which was started in 1992 to control the spread of HIV/AIDS. The objectives of NACP are to arrest the spread of HIV infection and reduce future morbidity and mortality. NACP has been implemented in phases, with Phase I from 1992-1999 focusing on creating awareness, testing and counseling centers, safe blood transfusions. Phase II from 1999-2006 expanded care activities and ART centers. Phase III from 2006-2012 aimed to further prevent new infections and provide greater care and treatment.
This document provides a comprehensive and unified policy for tuberculosis (TB) control in the Philippines. It was developed through collaboration between the Philippine Department of Health, other government agencies, private organizations, and the Philippine Coalition Against Tuberculosis. The policy establishes guidelines for implementing the National TB Program (NTP) across both public and private healthcare sectors to allow for coordinated and effective TB control nationwide. It aims to formalize involvement of all stakeholders, including private physicians, insurers, and government departments beyond just health. The resulting policy harmonizes TB management and benefits across different groups to align with the NTP and control TB in a unified manner.
The National Vector Borne Disease Control Programme is India's program for preventing and controlling vector-borne diseases like malaria, filariasis, Japanese encephalitis, kala azar, dengue, and chikungunya. It aims to reduce mortality from these diseases by half by 2012. Key strategies include disease management, insecticide resistance monitoring, legislation, community involvement, laboratory quality assurance, long-lasting insecticide-treated bed nets, and inter-sectoral collaboration. The program oversees control of specific diseases like malaria, with goals of reducing cases and deaths. It monitors progress through indicators and has launched frameworks for eliminating particular diseases at national and state levels by target dates.
The document outlines the history and milestones of malaria control programs in India from 1953 to the present. It discusses various national programs established over time including the National Malaria Control Programme (1953), National Malaria Eradication Programme (1958), Urban Malaria Scheme (1971), Modified Plan of Operation (1977), and more recent programs like the National Anti-Malaria Programme (1999) and National Vector Borne Disease Control Programme (2004). The goals, strategies, and achievements of each program are summarized.
Malaria outbreaks and epidemics are a complex part of malaria epidemiology. There is no clear distinction between endemic and epidemic-prone situations. Many factors influence malaria transmission, including environmental conditions, immunity, parasite and vector populations. When these determinants change suddenly or gradually, it can disturb the equilibrium and lead to increased transmission and outbreaks, even in areas with stable malaria. More research is needed to better understand how changes in factors like rainfall, temperature, and transmission interact to trigger malaria epidemics.
This document provides an overview of tuberculosis (TB) and the Revised National TB Control Programme (RNTCP) in India. It discusses:
1. What TB is, how it spreads, and its global and national burden. In India, it accounts for 1.4 crore cases and 4.23 lakh deaths annually.
2. The objectives and components of the RNTCP, launched in 1992, which uses the WHO-recommended DOTS strategy of Directly Observed Treatment, Short Course to achieve cure rates above 90%.
3. The structure of the RNTCP at central, state, district, and sub-district levels to facilitate DOTS implementation across India by 2006.
PDF file of National Strategic Plan for Elimination of TB ( 2017-2025).
World Tb them for 24 march 2017 is continuation of "unite to end TB(2016)....that is "leave no one Behind"
This document provides an overview of the Revised National Tuberculosis Control Programme (RNTCP) in India. It discusses how tuberculosis is caused by the bacterium Mycobacterium tuberculosis and spreads through droplets. It outlines the history and weaknesses of previous tuberculosis programs in India. It then describes how the RNTCP was established in 1993 using the DOTS strategy to administer supervised treatment courses and improve diagnosis and case finding. The objectives, phases of implementation, and components of the RNTCP are summarized.
Ri in ut of puducherry success story of sepio dr.sudha goelSudha Goel
This document summarizes the strategies and activities for strengthening routine immunization in the Union Territory of Puducherry, India. The objectives are to identify every child under 5 years to be immunized against vaccine-preventable diseases, increase coverage of all antigens, and strengthen surveillance for acute flaccid paralysis (AFP), measles, and adverse events following immunization (AEFI). Activities include microplanning, capacity building, review meetings, information, education and communication, monitoring, and evaluation. The goal is to achieve and maintain high population immunity through routine immunization and effective disease surveillance.
The document discusses India's National Tuberculosis Control Programme and its revisions. It notes that TB is a major public health problem worldwide and in India. The original programme had low case detection and treatment results. An expert committee recommended revisions in 1992, leading to the launch of the Revised National Tuberculosis Control Programme in 1993 with DOTS strategy, improved laboratories, and involvement of NGOs and private institutions. The revised programme has expanded nationwide and achieved reductions in death rates.
India has a large tuberculosis (TB) disease burden, with over 2 million new cases annually according to WHO. The Revised National Tuberculosis Control Programme (RNTCP) was established in 1993 to address India's TB epidemic using the WHO-recommended DOTS strategy of diagnosis, treatment and monitoring. RNTCP has since expanded nationwide and achieved high treatment success rates. Its Phase II aims to further improve TB detection and treatment, including of drug-resistant cases and among HIV patients. RNTCP is now the world's largest DOTS program and has successfully treated over 19 million TB patients.
Effective surveillance is critical for rabies elimination programs to detect outbreaks early, track disease spread, and judge program success. Traditional surveillance methods can be supplemented by innovative approaches like mobile phone reporting to shorten detection time. Surveillance data is needed on case numbers and distribution to target resources effectively. Maintaining surveillance is also important after a country achieves rabies-free status to detect any re-emergence of the disease. Synergistic investment across human and animal health sectors is needed to strengthen surveillance capacities for preparedness against infectious disease threats like rabies.
Nepal began its malaria control program in 1954 with support from the United States, launching an eradication program in 1958. The program shifted to control in 1978 and was revamped in 1998 under the WHO's Roll Back Malaria initiative. Nepal has since adopted a long-term elimination strategy with the goal of being malaria-free by 2026. The program is managed through Nepal's Epidemiology and Disease Control Division and focuses on surveillance, diagnosis and treatment, vector control, and community education to achieve elimination.
Acquired immunodeficiency syndrome (AIDS) is a chronic, potentially life-threatening condition caused by the human immunodeficiency virus (HIV). By damaging your immune system, HIV interferes with your body's ability to fight infection and disease.
The National AIDS Control Programme (NACP), launched in 1992, is being implemented as a comprehensive programme for prevention and control of HIV/AIDS in India. Over time, the focus has shifted from raising awareness to behavior change, from a national response to a more decentralized response and to increasing involvement of NGOs and networks of PLHIV.
The document discusses disease control strategies in Nepal as outlined in the National Health Policy 2071. It identifies the major infectious diseases affecting Nepal, including tuberculosis, HIV/AIDS, malaria, and kala-azar. It also outlines strategies to control these diseases, such as expanding DOTS and ART programs, insecticide-treated bed nets for malaria, and surveillance networks. Some of the key challenges faced in disease control are cross-border disease transmission and strengthening control initiatives for diarrhea, respiratory illnesses and other infectious diseases.
The National Vector Borne Disease Control Programme (NVBDCP) was established in 2003 to consolidate prevention and control of six vector-borne diseases: malaria, dengue, chikungunya, Japanese encephalitis, kala-azar, and filariasis. Previously, these diseases were managed under separate national programs. NVBDCP oversees strategies like indoor residual spraying, early diagnosis and treatment, selective vector control, and health education campaigns. National malaria elimination efforts since the 1950s have significantly reduced cases but ongoing transmission remains a challenge.
The National AIDS Control Programme in India has gone through 4 phases since 1987 aimed at reducing HIV transmission and providing treatment. Phase 1 from 1987-1999 focused on awareness campaigns. Phase 2 from 1999-2006 shifted to behavior change interventions. Phase 3 from 2007-2012 integrated prevention, care, support and treatment. Phase 4 from 2012-2017 focused on key populations and reducing stigma. The programme is coordinated by NACO and implemented through state and district societies and ICTCs with nurses playing a role in service delivery.
The National Health Programme aims to control communicable diseases like malaria, leprosy, tuberculosis, and AIDS through various disease-specific programmes. The National Vector Borne Disease Control Programme and National Malaria Control Programme work to reduce malaria morbidity and mortality in India. A three-pronged strategy of early diagnosis, prompt treatment, and vector control is used. Urban areas also have malaria control schemes focused on source reduction and larval control.
The National Vector Borne Disease Control Programme (NVBDCP) is an umbrella programme under the National Health Mission that aims to control and prevent six vector-borne diseases: malaria, kala-azar, filariasis, dengue, Japanese encephalitis, and chikungunya. The programme focuses on disease management, integrated vector management, and supportive interventions like indoor residual spraying and larvivorous fish. Its goals are to reduce mortality from certain diseases and eliminate kala-azar and filariasis by targeted years. The programme is coordinated by the Directorate of NVBDCP and implemented at national, state, district, and local levels.
The document provides information on India's National Tuberculosis Control Program (RNTCP). It discusses the magnitude of TB in India, the evolution of control efforts from the initial National TB Control Program to the current Revised National TB Control Program (RNTCP) launched in 1997 based on WHO's DOTS strategy. The RNTCP aims to achieve 85% cure rates among new cases and detect 70% of cases. It utilizes strategies like standardized treatment regimens, involvement of communities/NGOs, and program innovations to achieve its goals.
REVISED NATIONAL TUBERCULOSIS CONTROL PROGRAMME (RNTCP)Vivek Varat
The document summarizes India's Revised National Tuberculosis Control Programme (RNTCP). It discusses that over 6000 people develop TB and 600 die from it daily in India. The objectives of RNTCP are to achieve 85% cure rate of infectious cases and detect 70% of estimated cases. It operates using the WHO recommended DOTS strategy involving diagnosis, standardized treatment, drug supply management, and monitoring/evaluation. New initiatives include expanding use of CBNAAT and establishing an online case reporting system. The program aims to achieve universal access to TB diagnosis and treatment.
The document discusses India's National AIDS Control Program (NACP) which was started in 1992 to control the spread of HIV/AIDS. The objectives of NACP are to arrest the spread of HIV infection and reduce future morbidity and mortality. NACP has been implemented in phases, with Phase I from 1992-1999 focusing on creating awareness, testing and counseling centers, safe blood transfusions. Phase II from 1999-2006 expanded care activities and ART centers. Phase III from 2006-2012 aimed to further prevent new infections and provide greater care and treatment.
This document provides a comprehensive and unified policy for tuberculosis (TB) control in the Philippines. It was developed through collaboration between the Philippine Department of Health, other government agencies, private organizations, and the Philippine Coalition Against Tuberculosis. The policy establishes guidelines for implementing the National TB Program (NTP) across both public and private healthcare sectors to allow for coordinated and effective TB control nationwide. It aims to formalize involvement of all stakeholders, including private physicians, insurers, and government departments beyond just health. The resulting policy harmonizes TB management and benefits across different groups to align with the NTP and control TB in a unified manner.
The National Vector Borne Disease Control Programme is India's program for preventing and controlling vector-borne diseases like malaria, filariasis, Japanese encephalitis, kala azar, dengue, and chikungunya. It aims to reduce mortality from these diseases by half by 2012. Key strategies include disease management, insecticide resistance monitoring, legislation, community involvement, laboratory quality assurance, long-lasting insecticide-treated bed nets, and inter-sectoral collaboration. The program oversees control of specific diseases like malaria, with goals of reducing cases and deaths. It monitors progress through indicators and has launched frameworks for eliminating particular diseases at national and state levels by target dates.
The document outlines the history and milestones of malaria control programs in India from 1953 to the present. It discusses various national programs established over time including the National Malaria Control Programme (1953), National Malaria Eradication Programme (1958), Urban Malaria Scheme (1971), Modified Plan of Operation (1977), and more recent programs like the National Anti-Malaria Programme (1999) and National Vector Borne Disease Control Programme (2004). The goals, strategies, and achievements of each program are summarized.
Malaria outbreaks and epidemics are a complex part of malaria epidemiology. There is no clear distinction between endemic and epidemic-prone situations. Many factors influence malaria transmission, including environmental conditions, immunity, parasite and vector populations. When these determinants change suddenly or gradually, it can disturb the equilibrium and lead to increased transmission and outbreaks, even in areas with stable malaria. More research is needed to better understand how changes in factors like rainfall, temperature, and transmission interact to trigger malaria epidemics.
The document discusses the life cycle and transmission of malaria parasites. It notes that malaria is caused by four species of Plasmodium, which have different geographic distributions and cause different percentages of infections in India. It also describes the life history of the malaria parasite, including that it requires human and mosquito hosts to spread, and identifies some conditions necessary for humans to serve as reservoirs of the parasite. It lists several factors that can influence the geographic distribution and transmission of malaria, including environmental, socioeconomic, and human factors.
This document provides information on the epidemiology of malaria. It discusses that malaria is a vector-borne infectious disease caused by protozoan parasites and transmitted by female Anopheles mosquitoes. It affects around 515 million people annually, killing between 1-3 million mostly young children in sub-Saharan Africa. The highest mortality is associated with P. falciparum infections. It also outlines the complex life cycle of the malaria parasite in both mosquito and human hosts and discusses the history, treatment, and global burden of malaria.
The document discusses the burden and history of malaria control efforts in India. It notes that in 2012, India reported over 1 million malaria cases and over 500 deaths. It outlines the various national malaria control programs from the Bhore Committee in 1946 to the current National Vector Borne Disease Control Program. Key strategies have included insecticide spraying, surveillance, diagnosis and treatment. Urban areas pose ongoing challenges, with the Urban Malaria Scheme currently covering 131 high burden towns.
The document outlines India's National Anti-Malaria Programme. It discusses the history and evolution of malaria control efforts in India from the National Malaria Control Programme launched in 1953 up to current strategies. Key points include:
- Malaria is a major public health problem in India, with over 1 million cases reported in 2014.
- The National programme has had evolving objectives, strategies and projects over time in response to disease trends, including the National Malaria Control Programme, Enhanced Malaria Control Project, and current National Vector Borne Disease Control Programme.
- Control strategies have involved indoor residual spraying, early detection and treatment, insecticide policies, and strengthening institutional capacities. Nurses play a role in detection
Participatory epidemiology in animal and human healthILRI
Hendrickx, S. and Pissang, C. 2010. Participatory epidemiology in animal and human health. Paper presented at a symposium on intersectoral collaboration between the medical and veterinary professions in low-resource societies, "Where medics and vets join forces”, Institute of Tropical Medicine, Antwerp, Belgium, 5 November 2010.
This document outlines Kenya's progress in establishing a national One Health office through key steps taken from 2005-2012. It describes the formation of technical working groups and task forces to respond to disease outbreaks. A Zoonotic Disease Unit was created in 2011 under a memorandum of agreement between the Ministries of Health and Agriculture. The unit developed a strategic plan and priority disease list to strengthen surveillance, establish partnerships, and conduct research at the human-animal-ecosystem interface. Examples provided include a joint investigation of a human African trypanosomiasis outbreak and a brucellosis prevalence study. The document highlights progress integrating One Health approaches in national policies, guidelines and multi-sectoral outbreak responses in Kenya.
This document discusses global health security challenges and progress in Pakistan. It outlines the emergence of infectious diseases due to globalization, and increasing threats from deliberate biological attacks. The International Health Regulations (IHR) were established in 2005 to help countries address these issues. Pakistan conducted a Joint External Evaluation in 2016 to assess its progress in building IHR core capacities across prevention, detection, response and other areas. While progress has been made establishing coordination mechanisms and surveillance systems, challenges remain around multi-sectoral coordination, implementing a national action plan, and developing uniform standards across areas like food safety and antimicrobial resistance. Active involvement of security agencies is also needed given implications for security and the economy.
This document outlines several programs and initiatives under India's Reproductive and Child Health (RCH) program. It discusses communicable and non-communicable disease control programs, national nutritional programs, and system strengthening programs. For RCH Phase I, it describes the approach and 4 main components, as well as services provided like essential obstetric care, emergency care, immunization, and prevention of vitamin A and iron deficiency. RCH Phase II aims to reduce maternal and child mortality through essential obstetric care, emergency obstetric care, and initiatives like making first referral units functional and training doctors.
The Integrated Disease Surveillance Project (IDSP) aims to establish a decentralized disease surveillance system in India to improve disease control. It integrates existing surveillance programs, coordinates surveillance activities, and establishes quality data collection, analysis, and feedback using information technology. The IDSP covers diseases like malaria, acute diarrheal diseases, tuberculosis, and measles. It is implemented in phases across states and union territories of India and involves strengthening laboratories, training health professionals, and creating an IT network to link surveillance sites. The goal is to provide data to enable efficient public health decision making and interventions for priority diseases.
1) Kenya has established a Zoonotic Disease Unit (ZDU) through a memorandum of understanding between the Ministries of Health and Livestock. The ZDU houses four epidemiologists to coordinate surveillance and control of zoonotic diseases.
2) The ZDU launched a 5-year strategic plan in 2012 with objectives to strengthen surveillance of priority zoonotic diseases, establish multi-sectoral partnerships, and conduct applied research. Under the first objective, the ZDU developed a priority disease list, conducted risk mapping for diseases like Rift Valley fever, and implemented joint outbreak response plans.
3) The ZDU has also worked to incorporate One Health into policies and training curricula, formed county-level
One Health Hackathon 26/10/2020 - Athman MwatondoLaiaBent
The document summarizes Kenya's efforts to institutionalize a One Health (OH) approach through the establishment of the Zoonotic Disease Unit (ZDU) in 2012. The ZDU is a structural office located between the ministries of human and animal health. It has 2 epidemiologists and support from other experts as needed. The ZDU aims to strengthen surveillance and control of zoonotic diseases, establish OH structures and partnerships, and conduct applied research. Some successes include joint surveillance and responses to zoonotic disease outbreaks. Challenges include limited resources, coordination between sectors, and operationalizing OH at local levels. Lessons learned include identifying region-specific OH drivers and taking a sustainable systems approach to implementation.
The document provides information on Nepal's national immunization program, including its goals, objectives, strategies, and key activities. The program aims to reduce child mortality from vaccine-preventable diseases by achieving and maintaining at least 90% vaccine coverage nationwide. It coordinates immunization services delivered through government health facilities, private providers, and NGOs. Milestones include introducing new vaccines and achieving the eradication of polio and elimination of maternal and neonatal tetanus.
The document discusses India's national sexually transmitted disease (STD) control program. It outlines the program's interventions which include case detection, treatment, health education, and partner notification. The goal is prevention of infections through primary and secondary prevention strategies. Standardized training is provided to healthcare workers on syndrome-based case management. Over 1,100 clinics provide sexual health services. However, studies show partner notification and counseling need improvement. Strengthening diagnostic laboratories, healthcare worker training, and clinic facilities were identified as priorities to better manage STD cases.
- The study assessed the knowledge and practices of nurses regarding post-exposure prophylaxis (PEP) of HIV at BPKIHS hospital in Nepal.
- It found that while most nurses had satisfactory knowledge of PEP, their practices regarding seeking care after exposure were less than ideal. Only around 15% sought healthcare after an exposure.
- The study concluded that while knowledge of PEP was high, practices needed improvement. It recommended further training and education to promote safer work practices among nurses.
This document provides an overview of pharmacovigilance in India, including:
- The history of pharmacovigilance efforts in India from 1986 to the present.
- The objectives and goals of the current Pharmacovigilance Program of India (PvPI), including establishing a nationwide safety reporting system and expanding electronic reporting.
- The roles and responsibilities of stakeholders like the National Coordinating Center, Advisory Monitoring Centers, and CDSCO in the PvPI.
Ppt of national health programes on infectious diseasesJItendra Bhalavi
The document provides details about various national health programmes in India related to controlling communicable diseases. It discusses the National AIDS Control Programme (NACP), National Tuberculosis Control Programme (NTCP), and National Malaria Eradication Programme (NMEP). For NACP, it describes the objectives and components of NACP phases I through IV and their aims to reduce new HIV infections and provide treatment and support. For NTCP, it outlines the objectives of RNTCP to detect 70% of estimated TB cases and achieve 85% cure rate through DOTS. It also discusses the National Strategic Plan for TB. For NMEP, the objectives are early detection, prompt treatment and surveillance activities to eliminate malaria as
The document discusses Pakistan's Expanded Programme on Immunization (EPI). It provides details on the diseases targeted by EPI, its history in Pakistan, goals and challenges. Key reasons for EPI's limited success include inadequate access to services, lack of funds, and competing priorities like the polio eradication initiative. Improving coverage will require strengthening access, increasing awareness, and coordinating efforts across provinces.
This document provides an overview of newer vaccines in India, including their need, development milestones, challenges, and principles for introduction. It discusses the importance of vaccines in reducing disease burden globally. Key points include:
- Newer vaccines are needed for major diseases like HIV, malaria, tuberculosis that currently lack effective vaccines. This presents challenges around development, regulation, and funding.
- India has made major progress in vaccine development, introducing vaccines for hepatitis B, rotavirus, and pneumococcus in recent years. Coverage of full immunization for children has also increased to over 80%.
- Principles for introducing new vaccines include strong decision-making based on disease burden and cost-effectiveness. Programs must
The document discusses newer vaccines in India, including their need, relevance, challenges and recent developments. It provides an overview of key milestones in vaccine development in India. It discusses principles for introducing new vaccines to national immunization programs and criteria for selecting vaccines. It also summarizes several newer vaccines recently introduced or in development, including rotavirus, pentavalent, HPV, dengue and measles-rubella vaccines. Challenges around introducing newer vaccines in India are also outlined.
This document provides a summary of the Joint Review Mission final report on improving access to health services in Ethiopia. The review assessed progress on implementing health sector objectives, identified health system bottlenecks, and explored best practices. Some key findings included:
- Antenatal care coverage reached its highest level of 98% in 2006, increasing from 71.4% in 2002. Postnatal care also increased but regional variations exist.
- Institutional deliveries increased in visited health facilities from the previous year due to functional community health groups, ambulance services, and committed health workers. However, the target of 60% was not met nationally.
- Deliveries attended by skilled health personnel rose from 16.8% in 2002
The document summarizes India's National AIDS Control Programme (NACP) which aims to prevent the spread of HIV/AIDS in India. It describes the epidemiology of HIV/AIDS in India, noting stable national prevalence but rising trends in some states. It outlines the early response through NACP I and II, including establishing surveillance, promoting condoms, treating STDs, and targeted interventions. NACP III expanded these efforts and added programs for preventing parent-to-child transmission and increasing access to testing, treatment, and care. Future plans include continuing and strengthening current strategies through NACP IV.
Directorate of National Vector Borne Disease Control Programme (NVBDCP) is the central nodal agency for prevention and control of six vector borne diseases (VBDs) i.e. Malaria, Dengue, Lymphatic Filariasis, Kala-azar, Japanese Encephalitis and Chikungunya in India.
Similar to FELTP Pakistan Impact report FINAL (20)
2. 1FELTP, Pakistan
Executive Summary
The government of Pakistan established the Field Epidemiology and Laboratory Training
Program (FELTP) in 2006 to address documented needs to: develop human resources in field
epidemiology and response, establish disease surveillance and outbreak response units, develop
a legal framework for disease reporting, and create a functioning public health laboratory
network. Since then 67 field epidemiologists have graduated from the FELTP and 39 are
currently enrolled. They are distributed throughout Pakistan. Outbreak response became more
frequent and more timely through the activities of the FELTP. These outbreaks included
responses to potentially pandemic diseases such as H5N1 avian influenza and MERS to relatively
rare but fatal infections such as primary amoebic meningeal encephalitis to common but
widespread problems such as waterborne disease and measles, and responses to natural
disasters. The FELTP has partnered with all 4 Pakistani provinces and the federal government to
develop disease surveillance and response units (DRSU). The DRSU are now becoming the
principal surveillance points in Pakistan. FELTP fellows are now posted in these DRSU for their
field training. The FELTP began building a public health network through 5 Sentinel surveillance
sites for hepatitis, in collaboration with the Pakistan NIH. Pakistan Army and the National
Agriculture Research Center (NARC) are also working with FELTP to have more encompassing
trainings of field epidemiology for all concerned in Pakistan. Working with NARC is also allowing
improved capacity to detect zoonotic diseases quickly. Among other impacts of the FELTP is the
coverage of districts at high risk for polio through NSTOP which grew from 16 districts in 2011 to
45 districts in 2015. In these and other areas of importance in surveillance and epidemiologic
response, the FELTP has made important improvements from 2007 until 2015.
Title:
FETP Pakistan graduates Dr. Furqan and Dr. Muhammad Bilal Khan try to collect another water sample from a second source
of community drinking water in the Punjab province in Pakistan 2013
Long Course: Regular 2 years FELTP, Short Course: Days to 4 weeks trainings
3. 2FELTP, Pakistan
FELTP at a Glance
7 Cohorts (106 Field Epidemiologists):
• 67 graduates from the two year training program (5 cohorts)
• 39 fellows currently enrolled in two cohorts (6-7th Cohort)
• 30 new fellows will join the FELTP as the 8th
Cohort in 2015
• Over 1000+ government officials trained through short courses
NSTOP (National Stop Transmission of Polio):
2011: 16 FELTP trainees were deployed to 16 high-risk districts for
polio as N-STOP officers in a new program designed by FELTP with
partner’s collaborations
2015: 51 NSTOP officers (deployed to 45 high-risk districts/areas and
6 to provincial EOCs). NSTOP remains one of the only government
owned program within the Global Polio Eradication Initiative
Sentinel Surveillance for Viral Hepatitis (A, B, C, D, E):
In response to the request of Prime Minsters Hepatitis Control
Program, the FELTP established 5 sentinel surveillance sites-one in
each province and one in Islamabad to identify risk factors for all
types of viral hepatitis with a laboratory component. Monthly
reports are being shared regularly with all hepatitis control programs
in Pakistan.
IHR 2005 compliance:
Under the leadership of Ministry of Health, FELTP facilitated drafting
legislation for disease reporting which also fulfilled requirements for
IHR 2005 compliance. A legislative document was approved with
provincial feedback by MOH.
One Health:
To strengthen zoonotic disease surveillance system and enhance
collaboration with human and animal health sector a cooperative
agreement was done with the National Agriculture Research Center
(NARC). Six veterinarians are currently enrolled in the FELTP.
Public Health Lab Network (PHLN) and Laboratory
Quality Systems (LQS):
Working with NIH and other partners to initiate work on PHLN and
through structured trainings improved standards of LQS
Program Dates
2007: Pakistan FELTP launched
first training
2009: Acute Viral Hepatitis
surveillance
2011: NSTOP
2013: Veterinarian joined 2 years
FELTP program
2014: Pakistan Army doctors
joined 2 years FELTP program
Institutionalizing FELTP
Director of FELTP: Executive
Director of Pak NIH
Division of Field Epidemiology and
Surveillance (DFES) Pak NIH
Provincial Disease Surveillance and
Outbreak Response units (PDSRU)
A federal unit at NIH
Provincial Health Development
Centers (PHDC) as new provincial
hubs of trainings.
4. 3FELTP, Pakistan
National Strategic Framework for Disease
Surveillance – Establishing Need
In 2005, a report from the Pakistan Ministry of Health (MOH)
and international partners detailed a National Strategic
Framework for Disease Surveillance. This report identified
major gaps in Pakistan disease surveillance system:
Fragmented surveillance systems
Inaccurate data reporting
Minimal cross-collaboration between vertically oriented
disease surveillance systems managed by disease specific
public health programs
No mechanism of response to outbreaks
Dependency on external financing
Little planning for sustainability
Following were some of major recommendations from the National Strategic Framework for
Disease Surveillance:
Develop human resources in Field Epidemiology & Response through a structured program
Establish a disease surveillance and outbreak response unit at each administrative level
Develop a legal framework/legislation for disease reporting
Create a functioning Public Health Laboratory Network
The report below primarily describes the actions and related impacts of the Pakistan FELTP in
addressing the recommendations of the National Strategic Framework for Disease Surveillance.
It also includes additional impact and accomplishments of the Pakistan FELTP.
5th cohort certificate distribution ceremony, Dec 2014 (left to right) Dr. Kamaluddin Soomro, Dr. Rana Jawad Asghar,
FELTP/CDC Resident Advisor, Major General Asif Sukhera (Deputy Surgeon General Pakistan Army), Honorable State
Minister for Health Madam Saira Afzal Tarar, Dr. Elias Durry, Senior WHO advisor on Polio Eradication, and Dr. Anna
McCrerey, USAID Deputy Director Health
5. 4FELTP, Pakistan
Impact of the FELTP in developing human resources in Field
Epidemiology and Response
Direct impact of FELTP
In 2006, the Pakistan FELTP was established at the request of Government of Pakistan (GOP) to
address the gaps identified by the National Strategic Framework for Disease Surveillance. A key
short-term goal of the program was the development of cadre of strong field epidemiologists
who would support and integrate the fragmented surveillance systems in Pakistan and provide
effective and timely responses to public health events.
The longer term goal of the program has been to strengthen disease surveillance systems
through the development of disease surveillance and outbreak response units at the national
and provincial levels.
To date, 7 cohorts have been inducted from all provinces in Pakistan, producing 106 field
epidemiologists who are working at the provincial and district levels.
• 67 graduates from the two year training program (5 cohorts)
• 39 fellows currently enrolled in two cohorts (6-7th Cohort)
• 30 new fellows will join the FELTP as the 8th
Cohort in fall 2015
Additional short course training
At the request of federal and provincial governments over 1000+ government officials have
been trained through short courses in disease surveillance, outbreak response, bio safety,
laboratory quality systems
6. 5FELTP, Pakistan
Impact: Improved and timely outbreak response capacity
Increased number and importance of
responses
In 2007 the first FELTP cohort was inducted. FELTP fellows
worked on the Human Avian Influenza Outbreak as GOP
officials. This was also the first FELTP assisted in an
outbreak investigation.
Since then, FELTP fellows, who are regular employees of
Provincial Departments of Health (DoH) and the Federal
Government, have investigated more than 80 outbreaks
mostly with the GOP’s own resources
• Acute watery Diarrhea
• Measles
• CCHF
• Dengue
• Hepatitis
• Malaria
• Pertusis
• Pneumonia
• Polio
• Rubella
• Leishmaniasis
• Conjunctivitis
• Typhoid
• HIV
SOME OUTBREAKS
INVESTIGATED BY THE
FELTP
H1N1 Pandemic 2009:
o Development of an Action Plan for
pandemic preparedness led by a
FELTP fellow
o Ministries of Information and
Religious Affairs were involved to
protect pilgrims visiting KSA
Middle East Respiratory Syndrome Corona
Virus (MERS-CoV) 2012
o Immediate contact investigation in
Pakistan of the MERS-CoV case
detected in UK with travel history
to Pakistan by two fellows of FELTP
Ebola suspect patients 2015
FELTP Fellows investigated 6
suspect Ebola patients in three
provinces
7. 6FELTP, Pakistan
Reduction of time from outbreak reporting to outbreak response
Early detection of an outbreak saves lives, protects the community, and contains an outbreak to
a small geographic area. Forty outbreak investigations conducted by FELTP Fellows were
analyzed to estimate the delay from outbreak start to its detection and public health action.
The FELTP had markedly quicker response times than international averages. Previously there
were no reported data in Pakistan on outbreak response times.
Time line Outbreaks by FELTP
Fellows (Pervaiz, A, et al.)
Global Scenario (Chan, E.
H, et al.)
Median time difference between
estimated outbreak start dates to
outbreak discovery 8 days 23 days
Median time difference between
estimated outbreak start dates to
earliest date of a public
communication
11 days 32 days
*Pervaiz, A, et al. Capacity of Infectious Disease Outbreaks Detection in Pakistan: 2003-2013, for an Innovations in Surveillance –
National Baseline mini grant: TEPHINET and the Skoll Global Threats fund (unpublished)
*Chan, E. H, et al. (2010). Global capacity for emerging infectious disease detection. Proceedings of the National Academy of Sciences
of the United States of America, 107(50), 21701-21706
0 Day 5 10 15 20 25 30 35 40 45 50 55th Day
Outbreak
in poultry
IC goes
to OPD
IC mov e to
Peshawer
Index
case
dev elop
symptoms
Culling
Timeline
IC
admitted
in ICU
contact 1
admitted
IC
recov ered
contact 1
dead
Contact 2
admitted
Contact 3
admitted
samples
receiv ed
from C2, 3
repeat
samples
are
positiv e for
C2,3
contact 2
dead
field
inv estigati
on
Contact 3
discharged
contact 5
report in
NY, USA
Human Avian Influenza Outbreak, Pakistan 2007
43 DAYS TO START FIELD INVESTIGATION AND DISEASE CONTROL ON THE GROUND IN PESHAWAR 2007
50 DAYS (7 DAYS MORE) FOR ONE SUSPECTED CONTACT TO BE ADMITED IN A NEW YORK HOSPITAL
The Lancet Conference on Influenza in the Asia Pacific, China, August 2009
8. 7FELTP, Pakistan
Impact toward a Sustainable Disease Surveillance and Response
Capacity
FELTP establishes disease surveillance and response units
The FELTP Pakistan worked with the Federal Ministry and Provincial Departments of Health to
develop a sustainable surveillance system with complete ownership of the GOP. This system is
centered on Federal and Provincial Disease Surveillance and Outbreak Response Units (DSRU).
These units are present in all four provinces and one in the federal capital. FELTP fellows work in
DRSUs as part of their training. The DSRU has the mandate for disease surveillance and outbreak
response in its respective provinces.
With GOP endorsement and leadership the FELTP will expand the DRSU system to other high
risk districts/divisions. Sentinel laboratory sites (until provincial public health laboratories are
established) in each province are now being linked to the DSRU. Additionally, the FELTP is
working with the GOP to link a veterinary surveillance system to the DSRU.
A Sustainable National Disease Surveillance System at each administrative
level
9. 8FELTP, Pakistan
Disease Surveillance and Response Units (DSRUs) in Action
DSRUs are a new setup, however in less than a year of operation, they are engaged in some
major public health response activities.
Activity (ongoing or recently
concluded)
Number of
cases
Initial findings Recommendations/Action
initiated
SINDH
Outbreak investigation of
Candida auris in a major
hospital
19 First outbreak in
Pakistan
Review of the infection
control practices
Outbreak investigation of
Naegleria fowleri
28 CFR* 100%, one
pumping station
responsible
Chlorination at the water
pumping station reduced new
cases significantly
Increased number of measles
cases
22 64% cases
unvaccinated
Immediate vaccinations
campaigns initiated
PUNJAB
Food-borne outbreak was
investigated at a religious
ceremony
121 Dessert was most
probable cause
Inspection of all caterers for
assessment of hygiene
practices initiated
MDR-TB Risk Factor Analysis 45 43 had previous
TB treatments
Risk factor analysis in progress
Infection control practices
evaluated in health facilities in
three districts of Punjab
73 facilities
inspected
Under way
Flood relief activities Four
districts
Vector control activities and
training of health staff (45) on
communicable disease
surveillance in post flood
scenario
*Case Fatality Rate
10. 9FELTP, Pakistan
BALOCHISTAN
Investigation of CCHF Fever
outbreak
13 cases (6
deaths)
Awareness campaigns
Initiated
Investigation of Measles
outbreak
65 cases ( 5
deaths)
Low
immunization
coverage
Enhanced vaccination
activities with health
education initiated
VPD surveillance data analysis
(2014-2015)
821
measles,
29
pertussis,
09 NNT
Under way
KHYBER PAKHTUNKHWA
Outbreak investigation of
measles underway
09 Active case
finding ongoing
CDC Director video conferencing with Balochistan Provincial DSRU team
while visiting Federal DSRU in Islamabad 2015
11. 10FELTP, Pakistan
Impact: Building a Public Health Laboratory Network
Sentinel Surveillance for Viral Hepatitis (A, B, C, D, E):
In response to the request of Prime Minsters Hepatitis Control Program, the FELTP established 5
sentinel surveillance sites-one in each province and one in Islamabad to identify risk factors for
all types of viral hepatitis with a laboratory component. This Acute Viral Hepatitis surveillance
system working is the first within the EMRO region. Monthly reports are being shared regularly
with all hepatitis control programs in Pakistan to assist in developing effective hepatitis control
strategies in the country.
FELTP also assisted and facilitated in the formation of the first Technical Advisory Group (TAG)
for Hepatitis in Pakistan with collaboration of the CDC’s Division of Viral Hepatitis (DVH).
Public Health Lab Network (PHLN) and Laboratory Quality Systems:
A Strategic framework for PHLN and a proposal for integrated disease surveillance and
response has been developed by NIH
Multiple joint trainings by NIH, Armed Forces Institute of Pathology (AFIP) and FELTP on
Laboratory QA and Bio-safety
Collaboration with NIH for Laboratory Network Plan consisting of LQS cells at national,
provincial, and district levels
NIH would be used as hub for LQS under the proposed PHLN
One Health
To strengthen zoonotic disease surveillance system and enhance collaboration with human
and animal health sector a cooperative agreement was done with the National Agriculture
Research Center (NARC).
One federal and nine provincial surveillance and training units have been set up specifically
for zoonotic diseases. These are managed by NARC
The federal unit has diagnostic capability for Avian Influenza and Brucellosis
6 veterinarians are currently enrolled in the FELTP
Drs. Mumtaz Khan and Ehsan Ghani (5th
Cohort) collecting ticks during an outbreak investigation of CCHF, Islamabad 2014
12. 11FELTP, Pakistan
Impact: FELTP in Disaster Management
Pakistan’s FELTP public health response to the 2010 floods
During historic floods of 2010, one of the first calls for help went to the FELTP. The MOH
created a post-disaster National Infectious Diseases Task Force and contacted the FELTP,
asking the program to be part of the taskforce. The taskforce drafted an overview of
anticipated public health challenges and outlined requisite response measures.
In addition, 31 physicians were sent to help their provincial departments of health to handle the
response and disease control efforts in this humanitarian crisis. These public health officers
were sent into the camps, where they monitored health conditions and monitored for early
signs of disaster related disease outbreaks such as cholera which can spread rapidly.
More than 100 public health workers trained by FELTP in short courses, helped provide vital
public health services, including planning, coordination, data collection, analysis, and
interpretation for emergency preparedness and response.
FELTP Fellows, Graduates and N-STOP Officers Join Hands to Investigate
and Control Measles Outbreak in Pakistan
In 2012 and early 2013 a massive measles epidemic struck much of Pakistan. FELTP Pakistan
fellows and graduates responded with outbreak investigations, vaccination campaigns, and
setting up surveillance. Fellows proved to be a vital resource to the provincial health ministries
in investigating and controlling the measles epidemic. The fellows and graduates conducted
epidemic surveillance, response, containment, and prevention efforts in 15 districts (3400 cases)
throughout the country. One major finding was the low routine immunization coverage which
fueled this outbreak.
“THE INVOLVEMENT OF THE PAKISTAN FELTP FELLOWS IS
OF PARAMOUNT SIGNIFICANCE TO OUR NATIONAL PUBLIC
HEALTH RESPONSE.”
DIRECTOR GENERAL HEALTH, 2011
“WE APPRECIATE AND ACKNOWLEDGE THE SUPPORT OF FELTP
DURING THE MEASLES OUTBREAK.”
DEPUTY COMMISSIONER OF SUKKUR
13. 12FELTP, Pakistan
Partnership between the Pakistan FELTP and the Pakistan Armed
Forces to Improve Skills in Applied Epidemiology and Outbreak
Response in Pakistan
In Pakistan, as with many countries around the world, when a natural disaster occurs, the
armed forces are normally called upon to assist. Recent examples in Pakistan include the
earthquake in Kashmir in 2005 which killed more than 75,000 people. The devastating floods
in 2010 which consumed 20% of Pakistan’s total land area and affected 20 million people. In
such national emergencies, the Pakistan Army’s medical staff are among the first
responders. The Pakistan Army’s medical staff provides clinical and public health services to
active duty forces, reserves, and retired military members and their family members. In
certain geographic areas, the Army also provides all health services to the general
population.
The Pakistan Armed Forces Post Graduate Medical Institute (AFPGMI) is the central medical
training institute for the armed forces. In early 2014, the Pakistan AFPGMI requested the
assistance of the FELTP to improve the training of the Army’s medical officers in applied
field epidemiology, specifically in the area of disease surveillance and outbreak response.
The Pakistan FELTP arranged a 5-day workshop on Disease Surveillance and Outbreak
Response at the Pakistan AFPGMI in March, 2014. Thirty-eight military medical officers from
the Army Medical Corps participated in the first training. This training was a start of an
ongoing collaboration between the FELTP and the AFPGMI.
Ebola trainings arranged by FELTP Pakistan on request of Pakistan Army, 2014
2014: Pakistan Army joined regular FELTP 2 year’s program by sending 2 officers
2015: Requested 10 training slots in 3 week annual course and 4 slots in the 2 year program
14. 13FELTP, Pakistan
Impact: National Stop Transmission of Polio (NSTOP)
In 2009 the National Expanded Program for Immunization (EPI) and
the GOP requested the FELTP to conduct a polio vaccine coverage
survey in the Districts of Multan and Muzaffargarh where a cluster
of polio cases was identified. After observing the methodological
approach of the FELTP fellows, EPI and WHO invited the Pakistan
FELTP to assist them in polio eradication work throughout Pakistan.
A national version of the Stop Transmission of Polio (N-STOP) was
launched in April 2011. N-STOP is a collaborative initiative of the
Pakistan FELTP, EPI, WHO, United Nations International Children’s
Fund, CDC and supports Pakistan’s National Emergency Action Plan
(NEAP). The program is being supported by CDC’s Global
Immunization Division (GID) and is considered by GID to be a model
for similar programs being planned in other countries.
Nationwide snapshot of NSTOP impact:
20159 missed children identified and vaccinated
21520 refusals identified and vaccinated
301 New areas identified (previously uncovered)
19756 training sessions to Polio workers
7939 Teams & 4630 supervisors monitored in field
2011: FELTP trainees
deployed to 16 high risk
districts for polio
2012: Expanded to 31
high risk districts
2014: Expanded to 40
high risk areas/districts
2015: 51 NSTOP officers
(deployed to 45 high-risk
districts/areas and 6 to
provincial EOCs)
NSTOP TIMELINE
15. 14FELTP, Pakistan
Impact: Small epidemiological steps bringing incremental
changes
FELTP fellows’ efforts have led to policy changes. Some examples include; fund allocation for
public health infrastructure development, mini-grants to expand projects, vaccination
campaigns, chlorination of water, and health education campaigns in the community etc.
Two studies have potential for policy change;
IgG antibodies against measles in unvaccinated children under 9 month of age and its
relation to feeding practices.
Measles outbreak in low vaccination coverage; Flood-affected, District Dadu Southern Sindh
– Pakistan November, 2010
Policy Message: Measles vaccination should be given at six months or even earlier to
save the infant from this deadly disease.
Impact of Studies conducted by FELTP Fellows
1
1
1
1
1
1
2
2
3
4
7
7
0 1 2 3 4 5 6 7 8
Policy changed
Establishment of Treatment Centre
Initial grant awarded
Legislation passed
funds allocation recommended
Community mobilization
Health Kits distribution
Potential for policy change
Mass Immunization campaigns
Chlorination
Fund allocation
Health education campaigns
Number of Studies
16. 15FELTP, Pakistan
Other Accomplishments:
IHR 2005 compliance:
Under the leadership of Ministry of Health, FELTP facilitated drafting legislation for disease
reporting which also fulfilled requirements for IHR 2005 compliance. A legislative document was
approved with provincial feedback by MOH.
Disease Surveillance Systems evaluations resulted in first inventory of
existing surveillance systems:
Pakistan has multiple, vertically oriented and fragmented disease surveillance systems. FELTP
fellows selected different surveillance systems in the country and evaluated them through an
objective tool as part of their training program. This was also the first inventory of existing
disease surveillance systems working in Pakistan. These findings were shared with departments/
Provincial Departments of Health with recommendations for strengthening.
Different Disease Surveillance Systems evaluated by FELTP Fellows
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
3
3
3
4
4
4
7
8
10
11
0 2 4 6 8 10 12
Snakebite
Thalassemia
Vital Statistics
Meningitis
Maternal Mortality
Diphtheria
Leprosy
Low Birth Weight
Integ. Biobehavioural Surv
MMR
Avian Influenza in Poultry
Breast Cancer
Cancer Registry
CD Survey Afghan Camp
NCDs
Nutrition Surveillance
Rabies
Road Traffic Injuries
Scabies
Diarrheal Diseases
Typhoid
VPD
Human Avian Influenza
Pneumonia in children
Leishmaniasis
Polio
ARI
Dengue Surveillance
DEWS
HIV/AID Surveillance
Neonatal Tetanus
Malaria
Hepatitis
AFP Surveillance
Measles
TB
Survillance System Evaluation done by different fellows