The document is a presentation on India's National Policy for Rare Diseases by Dr. Kriti Singh. It discusses rare diseases affecting less than 1 in 1000 people. It outlines challenges like lack of treatment availability and high costs. The policy aims to establish centers of excellence, create a national rare disease registry, provide financial assistance up to $20k, and encourage local drug manufacturing. Overall the policy strives to improve research, awareness, screening and care coordination for rare disease patients in India.
Adverse Events Following Immunization (AEFIs)INAAMUL HAQ
This document discusses adverse events following immunization (AEFI). It defines AEFI as any untoward medical occurrence that follows immunization but does not necessarily have a causal relationship to the vaccine. AEFIs are classified based on whether they are related to the vaccine product, a vaccine quality defect, an immunization error, immunization anxiety, or are coincidental. Serious AEFIs that require reporting include death, hospitalization, disability, and life-threatening events. AEFI reporting and surveillance procedures in India involve using a case reporting form within 24-48 hours and a preliminary and final case investigation form within 10 and 70 days respectively.
This PPT comprises of brief history of vaccines and its details, concentrated on adverse reactions due to various vaccines, and briefly bout the cold chain.
What are the cardiovascular disorders?
Public Health importance
Burden of disease
Risk factors of cardiovascular disorders
Causation
Prevention strategies
Global Action Plan for the Prevention and Control of NCDs
India - National programme (NPCDCS)
Rare Disease Series Slide Deck Part 1.pptxMMS Holdings
This document summarizes an MMS Expert Insights webinar on rare disease research in the United States. The webinar discusses challenges in rare disease research such as limited patient populations and understanding of diseases. It provides an overview of the regulatory history around orphan drugs and incentives in the US. It also discusses how the FDA flexibly applies regulatory standards for rare disease drug development, including allowing single efficacy studies, modified clinical trial designs, and use of existing data in some cases.
Pharmacovigilance Programme of India (PvPI)Jamshed Ahmad
Pharmacovigilance Programme of India (PvPI) was initiated in July 2010 to monitor adverse drug reactions in India. It is coordinated by the Central Drugs Standard Control Organization and has a National Coordination Centre located at the Indian Pharmacopoeia Commission. The objectives of PvPI are to create a nationwide patient safety reporting system, analyze benefit-risk ratios of medicines, and support regulatory decision making. MAMC has established an ADR Monitoring Centre as part of PvPI, which has reported over 135 cases and monitors reactions to drugs like ceftriaxone, dapsone, and phenytoin.
This presentation gives a brief knowledge of CIOMS, its history, missions and collaborations of CIOMS. This presentation also contains CIOMS organizational structure, detailed knowledge of CIOMS Former and Present Working Groups. This will also guide about CIOMS form, its reporting and details to be filled while reporting an ADR.
1. Vaccines are among the safest medical tools but require strict safety monitoring due to their administration to healthy populations including children.
2. Pharmacovigilance for vaccines differs from drugs in that adverse events are more complex due to multiple components, immunological actions, and difficulty determining causality for delayed events.
3. Reporting and evaluation of vaccine safety also differs in that vaccines are administered by primary care physicians who may lack technology and training in pharmacovigilance compared to drug oversight.
This document discusses cross-sectional studies, which measure exposure and health outcomes at the same point in time. It notes that cross-sectional studies can be descriptive, providing prevalence rates, or analytic, examining associations between exposures and outcomes. While able to generate hypotheses, cross-sectional studies cannot determine causation due to their inability to assess temporal relationships. The document also briefly touches on case reports and case series, which lack control groups for formally assessing relationships.
Adverse Events Following Immunization (AEFIs)INAAMUL HAQ
This document discusses adverse events following immunization (AEFI). It defines AEFI as any untoward medical occurrence that follows immunization but does not necessarily have a causal relationship to the vaccine. AEFIs are classified based on whether they are related to the vaccine product, a vaccine quality defect, an immunization error, immunization anxiety, or are coincidental. Serious AEFIs that require reporting include death, hospitalization, disability, and life-threatening events. AEFI reporting and surveillance procedures in India involve using a case reporting form within 24-48 hours and a preliminary and final case investigation form within 10 and 70 days respectively.
This PPT comprises of brief history of vaccines and its details, concentrated on adverse reactions due to various vaccines, and briefly bout the cold chain.
What are the cardiovascular disorders?
Public Health importance
Burden of disease
Risk factors of cardiovascular disorders
Causation
Prevention strategies
Global Action Plan for the Prevention and Control of NCDs
India - National programme (NPCDCS)
Rare Disease Series Slide Deck Part 1.pptxMMS Holdings
This document summarizes an MMS Expert Insights webinar on rare disease research in the United States. The webinar discusses challenges in rare disease research such as limited patient populations and understanding of diseases. It provides an overview of the regulatory history around orphan drugs and incentives in the US. It also discusses how the FDA flexibly applies regulatory standards for rare disease drug development, including allowing single efficacy studies, modified clinical trial designs, and use of existing data in some cases.
Pharmacovigilance Programme of India (PvPI)Jamshed Ahmad
Pharmacovigilance Programme of India (PvPI) was initiated in July 2010 to monitor adverse drug reactions in India. It is coordinated by the Central Drugs Standard Control Organization and has a National Coordination Centre located at the Indian Pharmacopoeia Commission. The objectives of PvPI are to create a nationwide patient safety reporting system, analyze benefit-risk ratios of medicines, and support regulatory decision making. MAMC has established an ADR Monitoring Centre as part of PvPI, which has reported over 135 cases and monitors reactions to drugs like ceftriaxone, dapsone, and phenytoin.
This presentation gives a brief knowledge of CIOMS, its history, missions and collaborations of CIOMS. This presentation also contains CIOMS organizational structure, detailed knowledge of CIOMS Former and Present Working Groups. This will also guide about CIOMS form, its reporting and details to be filled while reporting an ADR.
1. Vaccines are among the safest medical tools but require strict safety monitoring due to their administration to healthy populations including children.
2. Pharmacovigilance for vaccines differs from drugs in that adverse events are more complex due to multiple components, immunological actions, and difficulty determining causality for delayed events.
3. Reporting and evaluation of vaccine safety also differs in that vaccines are administered by primary care physicians who may lack technology and training in pharmacovigilance compared to drug oversight.
This document discusses cross-sectional studies, which measure exposure and health outcomes at the same point in time. It notes that cross-sectional studies can be descriptive, providing prevalence rates, or analytic, examining associations between exposures and outcomes. While able to generate hypotheses, cross-sectional studies cannot determine causation due to their inability to assess temporal relationships. The document also briefly touches on case reports and case series, which lack control groups for formally assessing relationships.
Surveillance involves the systematic collection, analysis, and use of health data for decision-making. It serves as an early warning system and monitors the impact of interventions. There are different types of surveillance including community-based, hospital-based, and active/passive surveillance. Community-based surveillance engages community members to detect and report health events. Hospital-based surveillance relies on regular reporting from hospitals. Active surveillance actively seeks out cases, while passive surveillance waits for cases to be reported. The appropriate surveillance method depends on the context and challenges.
Adverse Events Following Immunization: Reporting standardization, Automatic C...Melanie Courtot
Analysis of spontaneous reports of Adverse Events Following Immunization (AEFIs) is an important way to identify potential problems in vaccine safety and efficacy and summarize experience for dissemination to health care authorities. The Adverse Event Reporting Ontology (AERO) we are building plays a role in increasing accuracy and quality of reporting, ultimately enhancing response time to adverse event signals.
This document discusses diabetes prevention and control. It outlines three levels of prevention: primordial, primary, and secondary. Primordial prevention aims to prevent risk factors in early childhood through health promotion and lifestyle modifications. Primary prevention occurs before disease onset also through lifestyle changes. Secondary prevention focuses on early diagnosis, screening, and management. Behavioral risk factors for diabetes include unhealthy diet, physical inactivity, tobacco/alcohol use, and stress. Physiological risk factors are high BMI, blood pressure, blood glucose, and cholesterol. Primary prevention strategies are stopping smoking, increasing physical activity, and weight loss. Secondary prevention involves monitoring BMI, blood glucose, waist circumference, and cholesterol. Tertiary prevention focuses on regular checkups, medication,
The document summarizes a term paper on public health surveillance in Nepal. It discusses the objectives, methodology, findings and conclusions of the paper. The key points are: public health surveillance involves ongoing collection and analysis of health data to guide public health practice; Nepal has integrated disease surveillance within its health management information system; and the country was commended for its efficient AFP surveillance and polio eradication efforts while still needing to address potential wild poliovirus circulation.
This document discusses various aspects of pharmacovigilance including its aims, responsibilities, methods, governing bodies, adverse drug reactions, terminology, and international programs. The key goals of pharmacovigilance are to improve patient safety, contribute to benefit-risk assessments of medicines, and ensure their rational use. It involves the detection, assessment, understanding and prevention of adverse drug reactions using methods like spontaneous reporting, cohort event monitoring, and record linkage. Regulatory authorities and the WHO play important roles in governing pharmacovigilance activities globally.
Public health surveillance involves the continuous collection and analysis of health data to support public health practices. It can be used for immediate detection of epidemics or long-term monitoring of disease trends. Active surveillance employs staff to directly collect data while passive surveillance relies on voluntary reporting from healthcare providers. Syndromic surveillance monitors clinical symptoms before confirmation of diagnoses. Integrated disease surveillance at national and global levels aims to strengthen communicable disease monitoring through standardized guidelines and collaboration across networks.
This document defines allocation concealment and discusses its importance in clinical trials. Allocation concealment refers to preventing investigators from knowing the next treatment assignment so they cannot influence which participants are assigned to different study arms. Inadequate allocation concealment can introduce bias and invalidate trial results. The document provides examples of how allocation concealment can be deciphered or biased and recommends methods like sequentially numbered sealed envelopes and centralized randomization to properly conceal allocations.
The document provides information on periodic safety update reports (PSURs), including:
- PSURs are intended to evaluate the risk-benefit balance of a drug based on new or changing information during the post-approval phase.
- The objectives of a PSUR are to examine if new safety information aligns with previous knowledge, summarize relevant new safety data that could impact risk-benefit analysis, and provide an integrated risk-benefit evaluation.
- Guidelines for PSURs are provided in the ICH E2C guideline and EU's GVP Module VII, with the format and content changing to focus more on risk-benefit analyses and summary tables rather than individual case reports.
This document provides an overview of the natural history of disease. It discusses the key concepts including the pre-pathogenesis phase where disease exists in the environment prior to infecting humans, the pathogenesis phase where the disease agent enters the host and the disease progresses, and the epidemiological triad of agent, host, and environment factors that influence disease. It also examines risk factors that increase likelihood of disease, different types of risk groups, how diseases can present along a spectrum of severity, and the iceberg concept of disease where undetected cases exceed reported cases.
The document describes investigating adverse events following immunization (AEFI). It provides an example of investigating convulsions reported in children after a measles campaign. The investigation found the convulsions were coincidental and not caused by the vaccine, as the first child had a history of prior convulsions. The report concludes it is important to properly investigate AEFIs to maintain confidence in immunization programs and determine if issues are related to vaccines, errors, or coincidences.
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.
This document discusses pharmacovigilance in India, both past and present. It notes that India did not previously have a formal pharmacovigilance system, but initiated activities in 1986 and joined the WHO program in 1997. The National Pharmacovigilance Program was launched in 2004 and became operational in 2005. It has since expanded to include 90 monitoring centers across India. The program aims to ensure drug safety, identify new adverse drug reactions, and support regulatory decision making. Future prospects include expanding the program further and implementing hemovigilance and biovigilance initiatives to monitor blood and medical devices.
This document discusses hypertension and was presented by Dr. Athar Khan of the Department of Community Medicine at Liaquat College of Medicine & Dentistry. The objectives are to classify hypertension, describe its epidemiology, and discuss prevention and control. Hypertension is defined as persistently raised blood pressure by WHO. The document discusses types and risk factors of hypertension. It also covers classification of hypertension, the concept of hypertension as an "iceberg disease," and the "rule of half" related to treatment rates. Prevention strategies discussed include targeted high-risk group approaches and population-based approaches emphasizing lifestyle changes like the DASH diet. White-coat hypertension and masked hypertension are defined in relation to office vs ambulatory blood pressure monitoring
This document provides an overview of health systems and their development and strengthening. It defines a health system and its key goals of good health outcomes, responsiveness, and fairness in financing. The six building blocks of a health system are described as service delivery, health workforce, information, medical products/vaccines/technologies, financing, and leadership/governance. Health system strengthening is defined as initiatives that improve one or more of these functions to enhance access, coverage, quality or efficiency. The document discusses challenges faced by health systems and some opportunities to address them.
Data
Information
Intelligence
Health information system
Sources of data
Census
Registration of vital events
Sample registration system
Notification of diseases
Hospital records
Disease registers
Record linkage
Epidemiological surveillance
Other health service records
Environmental health data
Health manpower statistics
Population surveys
Other routine statics related to health
Non – quantifiable information
Health management information system
Central Bureau of health Ingelligence
National health profile
WHO Reports
Global Health Observatory
World bank
Health stats
If you are marketing your product in India you should comply these area of regulation.We give Services in getting manufacturing licences
ACCREDITED CONSULTANTS PVT.LTD
info@acplgroupindia.co.in
+919310040434
This document provides an overview of descriptive epidemiology. Descriptive epidemiology involves studying the distribution and determinants of health-related states or events in specified populations, without comparing groups. The main objectives are to describe the incidence, prevalence, and natural history of diseases and their distribution according to person, place and time. Descriptive studies make hypotheses about potential causes, but do not confirm them due to the lack of a comparison group. Key steps include defining the population and disease, describing disease distribution by time, place and person, measuring disease occurrence, comparing to known indices, and formulating etiological hypotheses.
This document outlines the course for studying the historical development of Ethiopia's healthcare delivery system. It begins with an introduction to defining healthcare delivery systems and the major actors and components involved. It then discusses the history of healthcare in Ethiopia, from the establishment of the first modern medical facilities in the late 19th century to the development of the healthcare system under various Ethiopian emperors and periods of reform. The course is divided into units that will cover the current Ethiopian health policy, structure and organization of the healthcare system, components and facilities, health programs, regulation, and planning.
REAL WORLD DATA SOURCES AND APPLICATIONS IN HEALTH OUTCOMES RESEARCH ClinosolIndia
Health outcomes research aims to assess the real-world effectiveness, safety, and value of healthcare interventions. In recent years, the availability and utilization of real-world data (RWD) have significantly contributed to advancing health outcomes research. This paper explores the various sources of real-world data and their applications in health outcomes research.
Real-world data refers to data collected outside of controlled clinical trials, often generated through routine healthcare delivery, electronic health records (EHRs), claims databases, registries, wearable devices, and patient-reported outcomes. These data sources provide a wealth of information on patient characteristics, treatment patterns, healthcare utilization, and clinical outcomes in real-world settings.
Real world Evidence and Precision medicine bridging the gapClinosolIndia
Real-world evidence and precision medicine represent complementary forces reshaping the healthcare landscape. The synergy between these realms offers a pathway to more personalized, effective, and patient-centered care. As technology, data analytics, and collaborative initiatives advance, the integration of real-world evidence into precision medicine practices holds the promise of revolutionizing how healthcare is delivered, ensuring that treatments are not only scientifically sound but also tailored to the unique characteristics and experiences of individual patients.
Surveillance involves the systematic collection, analysis, and use of health data for decision-making. It serves as an early warning system and monitors the impact of interventions. There are different types of surveillance including community-based, hospital-based, and active/passive surveillance. Community-based surveillance engages community members to detect and report health events. Hospital-based surveillance relies on regular reporting from hospitals. Active surveillance actively seeks out cases, while passive surveillance waits for cases to be reported. The appropriate surveillance method depends on the context and challenges.
Adverse Events Following Immunization: Reporting standardization, Automatic C...Melanie Courtot
Analysis of spontaneous reports of Adverse Events Following Immunization (AEFIs) is an important way to identify potential problems in vaccine safety and efficacy and summarize experience for dissemination to health care authorities. The Adverse Event Reporting Ontology (AERO) we are building plays a role in increasing accuracy and quality of reporting, ultimately enhancing response time to adverse event signals.
This document discusses diabetes prevention and control. It outlines three levels of prevention: primordial, primary, and secondary. Primordial prevention aims to prevent risk factors in early childhood through health promotion and lifestyle modifications. Primary prevention occurs before disease onset also through lifestyle changes. Secondary prevention focuses on early diagnosis, screening, and management. Behavioral risk factors for diabetes include unhealthy diet, physical inactivity, tobacco/alcohol use, and stress. Physiological risk factors are high BMI, blood pressure, blood glucose, and cholesterol. Primary prevention strategies are stopping smoking, increasing physical activity, and weight loss. Secondary prevention involves monitoring BMI, blood glucose, waist circumference, and cholesterol. Tertiary prevention focuses on regular checkups, medication,
The document summarizes a term paper on public health surveillance in Nepal. It discusses the objectives, methodology, findings and conclusions of the paper. The key points are: public health surveillance involves ongoing collection and analysis of health data to guide public health practice; Nepal has integrated disease surveillance within its health management information system; and the country was commended for its efficient AFP surveillance and polio eradication efforts while still needing to address potential wild poliovirus circulation.
This document discusses various aspects of pharmacovigilance including its aims, responsibilities, methods, governing bodies, adverse drug reactions, terminology, and international programs. The key goals of pharmacovigilance are to improve patient safety, contribute to benefit-risk assessments of medicines, and ensure their rational use. It involves the detection, assessment, understanding and prevention of adverse drug reactions using methods like spontaneous reporting, cohort event monitoring, and record linkage. Regulatory authorities and the WHO play important roles in governing pharmacovigilance activities globally.
Public health surveillance involves the continuous collection and analysis of health data to support public health practices. It can be used for immediate detection of epidemics or long-term monitoring of disease trends. Active surveillance employs staff to directly collect data while passive surveillance relies on voluntary reporting from healthcare providers. Syndromic surveillance monitors clinical symptoms before confirmation of diagnoses. Integrated disease surveillance at national and global levels aims to strengthen communicable disease monitoring through standardized guidelines and collaboration across networks.
This document defines allocation concealment and discusses its importance in clinical trials. Allocation concealment refers to preventing investigators from knowing the next treatment assignment so they cannot influence which participants are assigned to different study arms. Inadequate allocation concealment can introduce bias and invalidate trial results. The document provides examples of how allocation concealment can be deciphered or biased and recommends methods like sequentially numbered sealed envelopes and centralized randomization to properly conceal allocations.
The document provides information on periodic safety update reports (PSURs), including:
- PSURs are intended to evaluate the risk-benefit balance of a drug based on new or changing information during the post-approval phase.
- The objectives of a PSUR are to examine if new safety information aligns with previous knowledge, summarize relevant new safety data that could impact risk-benefit analysis, and provide an integrated risk-benefit evaluation.
- Guidelines for PSURs are provided in the ICH E2C guideline and EU's GVP Module VII, with the format and content changing to focus more on risk-benefit analyses and summary tables rather than individual case reports.
This document provides an overview of the natural history of disease. It discusses the key concepts including the pre-pathogenesis phase where disease exists in the environment prior to infecting humans, the pathogenesis phase where the disease agent enters the host and the disease progresses, and the epidemiological triad of agent, host, and environment factors that influence disease. It also examines risk factors that increase likelihood of disease, different types of risk groups, how diseases can present along a spectrum of severity, and the iceberg concept of disease where undetected cases exceed reported cases.
The document describes investigating adverse events following immunization (AEFI). It provides an example of investigating convulsions reported in children after a measles campaign. The investigation found the convulsions were coincidental and not caused by the vaccine, as the first child had a history of prior convulsions. The report concludes it is important to properly investigate AEFIs to maintain confidence in immunization programs and determine if issues are related to vaccines, errors, or coincidences.
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.
This document discusses pharmacovigilance in India, both past and present. It notes that India did not previously have a formal pharmacovigilance system, but initiated activities in 1986 and joined the WHO program in 1997. The National Pharmacovigilance Program was launched in 2004 and became operational in 2005. It has since expanded to include 90 monitoring centers across India. The program aims to ensure drug safety, identify new adverse drug reactions, and support regulatory decision making. Future prospects include expanding the program further and implementing hemovigilance and biovigilance initiatives to monitor blood and medical devices.
This document discusses hypertension and was presented by Dr. Athar Khan of the Department of Community Medicine at Liaquat College of Medicine & Dentistry. The objectives are to classify hypertension, describe its epidemiology, and discuss prevention and control. Hypertension is defined as persistently raised blood pressure by WHO. The document discusses types and risk factors of hypertension. It also covers classification of hypertension, the concept of hypertension as an "iceberg disease," and the "rule of half" related to treatment rates. Prevention strategies discussed include targeted high-risk group approaches and population-based approaches emphasizing lifestyle changes like the DASH diet. White-coat hypertension and masked hypertension are defined in relation to office vs ambulatory blood pressure monitoring
This document provides an overview of health systems and their development and strengthening. It defines a health system and its key goals of good health outcomes, responsiveness, and fairness in financing. The six building blocks of a health system are described as service delivery, health workforce, information, medical products/vaccines/technologies, financing, and leadership/governance. Health system strengthening is defined as initiatives that improve one or more of these functions to enhance access, coverage, quality or efficiency. The document discusses challenges faced by health systems and some opportunities to address them.
Data
Information
Intelligence
Health information system
Sources of data
Census
Registration of vital events
Sample registration system
Notification of diseases
Hospital records
Disease registers
Record linkage
Epidemiological surveillance
Other health service records
Environmental health data
Health manpower statistics
Population surveys
Other routine statics related to health
Non – quantifiable information
Health management information system
Central Bureau of health Ingelligence
National health profile
WHO Reports
Global Health Observatory
World bank
Health stats
If you are marketing your product in India you should comply these area of regulation.We give Services in getting manufacturing licences
ACCREDITED CONSULTANTS PVT.LTD
info@acplgroupindia.co.in
+919310040434
This document provides an overview of descriptive epidemiology. Descriptive epidemiology involves studying the distribution and determinants of health-related states or events in specified populations, without comparing groups. The main objectives are to describe the incidence, prevalence, and natural history of diseases and their distribution according to person, place and time. Descriptive studies make hypotheses about potential causes, but do not confirm them due to the lack of a comparison group. Key steps include defining the population and disease, describing disease distribution by time, place and person, measuring disease occurrence, comparing to known indices, and formulating etiological hypotheses.
This document outlines the course for studying the historical development of Ethiopia's healthcare delivery system. It begins with an introduction to defining healthcare delivery systems and the major actors and components involved. It then discusses the history of healthcare in Ethiopia, from the establishment of the first modern medical facilities in the late 19th century to the development of the healthcare system under various Ethiopian emperors and periods of reform. The course is divided into units that will cover the current Ethiopian health policy, structure and organization of the healthcare system, components and facilities, health programs, regulation, and planning.
REAL WORLD DATA SOURCES AND APPLICATIONS IN HEALTH OUTCOMES RESEARCH ClinosolIndia
Health outcomes research aims to assess the real-world effectiveness, safety, and value of healthcare interventions. In recent years, the availability and utilization of real-world data (RWD) have significantly contributed to advancing health outcomes research. This paper explores the various sources of real-world data and their applications in health outcomes research.
Real-world data refers to data collected outside of controlled clinical trials, often generated through routine healthcare delivery, electronic health records (EHRs), claims databases, registries, wearable devices, and patient-reported outcomes. These data sources provide a wealth of information on patient characteristics, treatment patterns, healthcare utilization, and clinical outcomes in real-world settings.
Real world Evidence and Precision medicine bridging the gapClinosolIndia
Real-world evidence and precision medicine represent complementary forces reshaping the healthcare landscape. The synergy between these realms offers a pathway to more personalized, effective, and patient-centered care. As technology, data analytics, and collaborative initiatives advance, the integration of real-world evidence into precision medicine practices holds the promise of revolutionizing how healthcare is delivered, ensuring that treatments are not only scientifically sound but also tailored to the unique characteristics and experiences of individual patients.
Regulatory Considerations in Precision Medicine: Navigating the Approval ProcessClinosolIndia
Precision medicine, with its focus on tailoring medical treatments to individual characteristics, presents unique regulatory challenges in the drug development and approval process. This ppt delves into the regulatory considerations associated with precision medicine, exploring the key aspects that pharmaceutical and biotechnology companies need to navigate
This document outlines a proposed strategy for rare diseases in Canada. It begins by providing examples of patients who experienced delays in diagnosis or unnecessary procedures due to a lack of awareness and resources for rare diseases. It then outlines 8 goals for improving outcomes: 1) increasing public awareness; 2) recognizing diversity of rare diseases; 3) improving prevention and early detection; 4) supporting patient communities; 5) ensuring timely access to care; 6) using evidence-based decision making; 7) improving access to therapies; and 8) fostering innovative research. For each goal, it describes current initiatives and additional actions needed to fully achieve the goal of optimizing care and outcomes for rare disease patients in Canada.
Ethical Considerations in Precision Medicine ResearchClinosolIndia
Precision medicine, characterized by the customization of medical treatments based on individual patient characteristics, has opened new avenues for targeted and effective healthcare interventions. However, the integration of genomics, big data analytics, and personalized treatments in precision medicine research brings about ethical considerations that must be carefully navigated. Balancing scientific innovation with ethical principles is crucial to ensuring the responsible development and application of precision medicine.
This ppt contains all the information about Revised NationalTuberculosis Control programme (RNTCP) It is useful for students of the medical field learning Preventive and social medicine, Swasthavritta (Ayurved) and everyone who is interested in in knowing about it.
Real-World Evidence: Harnessing Data for Clinical Decision-MakingClinosolIndia
Real-world evidence (RWE) refers to data collected from real-world settings, such as routine clinical practice, electronic health records, claims databases, wearable devices, and patient registries. Harnessing RWE has gained increasing importance in clinical decision-making as it provides valuable insights into the effectiveness, safety, and utilization of medical interventions in real-world patient populations. Here are some key aspects of utilizing RWE in clinical decision-making:
Supplementing Randomized Controlled Trials (RCTs): RWE can complement findings from traditional RCTs by providing a broader understanding of how interventions perform in diverse patient populations, real-world healthcare settings, and long-term follow-up. RWE can provide insights into treatment outcomes, patient adherence, comparative effectiveness, and safety profiles.
Expanded Patient Populations: RCTs often have strict eligibility criteria, leading to a limited representation of the real-world patient population. RWE can include a more diverse range of patients, including those with comorbidities, different demographics, and varying treatment histories. This allows for a better understanding of how interventions work in broader patient populations.
Longitudinal Data and Real-World Outcomes: RWE can capture long-term outcomes and provide insights into the effectiveness and safety of interventions over extended periods. By observing patients in their natural healthcare settings, RWE can assess real-world clinical outcomes, healthcare resource utilization, and patient-reported outcomes.
Comparative Effectiveness Research: RWE enables comparative effectiveness research by comparing multiple interventions, treatment strategies, or healthcare delivery approaches in real-world settings. This helps inform clinical decision-making by evaluating the benefits and risks of different treatment options and understanding their impact on patient outcomes.
Safety Surveillance and Adverse Event Monitoring: RWE can play a vital role in post-marketing surveillance by identifying and monitoring adverse events or safety signals associated with medical interventions in real-world populations. This allows for early detection and investigation of potential safety concerns, leading to timely interventions and improved patient safety.
Health Economics and Outcomes Research (HEOR): RWE can be used to assess the economic impact of interventions, including cost-effectiveness, healthcare resource utilization, and budget impact. This information aids in healthcare decision-making by evaluating the value and sustainability of interventions within the healthcare system.
Data Quality and Methodological Considerations: Ensuring the quality and reliability of RWE is crucial. Rigorous data collection methods, standardized data elements, and appropriate statistical methodologies should be employed. Efforts should be made to address biases, confounding factors, and data limitations inherent in rea
The document outlines Canada's Rare Disease Strategy, which aims to improve the lives of those affected by rare diseases through 5 key goals: 1) improving early detection and prevention, 2) providing timely, equitable care, 3) enhancing community support, 4) providing sustainable access to therapies, and 5) promoting innovative research. Rare diseases affect over 2.8 million Canadians and early detection is challenging, with many receiving misdiagnoses or facing long wait times. The strategy seeks to establish newborn screening, genetic testing guidelines, clinical expertise centers, and a national rare disease drug program to help ensure Canadians have consistent access to treatments.
The document summarizes a webinar on rare diseases held on June 9th, 2023. It discusses the mandate of CORD-RQMO, which is a network of over 100 patient groups that aims to improve the lives of those with rare diseases. It outlines some of the services provided through IRARE, including information sharing and awareness raising. It also discusses challenges with drug access for rare diseases in Canada, including slow reimbursement processes and limited access and treatment for eligible patients. Finally, it announces that the federal government will invest up to $1.5 billion over 3 years in a new Rare Disease Drug Strategy to improve access to drugs and support for patients.
Emerging Technologies and Tools in Precision Medicine ResearchClinosolIndia
Precision medicine has witnessed significant advancements with the integration of emerging technologies and innovative tools. This abstract explores the current landscape of precision medicine research, focusing on the role of cutting-edge technologies and tools in revolutionizing healthcare approaches.
Cure care and research in English dementia policyshibley
I set out to make current dementia policy in England open to the public. This is the final talk to be given by me, Dr Shibley Rahman, at BPP Law School this evening, on cure, care and research.
Patient-centered pharmacovigilance represents a pivotal shift in the landscape of healthcare, emphasizing the active involvement of patients in the monitoring and reporting of adverse drug reactions. Unlike traditional pharmacovigilance, which primarily relies on healthcare professionals to identify and document adverse events, this approach recognizes patients as critical stakeholders in ensuring medication safety. By empowering patients to share their experiences, concerns, and observations regarding medication effects, whether positive or negative, healthcare systems can gain a comprehensive understanding of drug safety and efficacy in real-world settings. Patient-centered pharmacovigilance fosters a collaborative partnership between patients, healthcare providers, and regulatory agencies, promoting transparency, accountability, and ultimately, better patient outcomes. Through increased patient engagement and the utilization of patient-reported data, this approach enables healthcare systems to identify potential safety issues earlier, tailor treatment strategies to individual needs, and enhance overall drug safety surveillance efforts.
National Thalassaemia Screening Program , MalaysiaHCY 7102
This document outlines Malaysia's National Thalassemia Screening Program. The objectives are to identify carriers of thalassemia to assess risk of affected children and provide information on options. Strategies include strengthening cascade screening of families of known cases and carriers, and targeted screening of adolescents and young adults, especially before marriage. Screening will take place in schools and camps on a voluntary basis and genetic counseling will be provided to carriers to educate them on risks and options. The goal is to reduce new cases of blood transfusion dependent thalassemia through prevention and control efforts.
merging trends in Clinical Research: Exploring the latest InnovationsClinosolIndia
Clinical research is an evolving field, and several emerging trends and innovations are shaping its future. These trends are driven by advancements in technology, changes in regulatory landscapes, and the need for more efficient and patient-centered research. Here are some of the latest innovations and trends in clinical research
Rare Disease Drug Access within Rare Disease System
This document discusses challenges with rare disease drug access and proposes frameworks to address barriers. It summarizes an operational description of rare diseases developed by experts that includes a core definition and descriptive framework. The frameworks recognize challenges from a disease's rarity, the need for greater recognition of rare disease burden, and that addressing unmet needs requires coordinated action. The document also outlines health system pathways to treatment access and frameworks for mapping the drug journey and identifying barriers. It proposes three pillars - financing, health services, and governance - for optimal rare disease drug programs.
Canada’s Rare Disease Drug Program
Vision: Integrated, Inclusive, Innovative Rare Drug System
Single Seamless Pathway from R&D, CT, regulatory approval, access parameters, monitoring, values-based assessment, price negotiations
Governance board representing all stakeholders: diverse patient community, clinical specialities, public/private drug plan providers, HTA agencies, pharmaceutical companies, subject matter experts (regulatory, research)
Building for Success: 12 Steps, 4 Platforms
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Treatment management in cancer patients is largely based on the use of a standardized set of predictive
and prognostic factors. The former are used to evaluate specific clinical interventions, and they can be
useful for selecting treatments because they directly predict the response to a treatment. The latter are used
to evaluate a patient’s overall outcomes, and can be used to identify the risks or recurrence of a disease.
Current intelligent systems can be a solution for transferring advancements in molecular biology into
practice, especially for predicting the molecular response to molecular targeted therapy and the prognosis
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PERSONALIZED MEDICINE SUPPORT SYSTEM: RESOLVING CONFLICT IN ALLOCATION TO RIS...hiij
Treatment management in cancer patients is largely based on the use of a standardized set of predictive
and prognostic factors. The former are used to evaluate specific clinical interventions, and they can be
useful for selecting treatments because they directly predict the response to a treatment. The latter are used
to evaluate a patient’s overall outcomes, and can be used to identify the risks or recurrence of a disease.
Current intelligent systems can be a solution for transferring advancements in molecular biology into
practice, especially for predicting the molecular response to molecular targeted therapy and the prognosis
of risk groups in cancer medicine. This framework primarily focuses on the importance of integrating
domain knowledge in predictive and prognostic models for personalized treatment. Our personalized
medicine support system provides the needed support in complex decisions and can be incorporated into a
treatment guide for selecting molecular targeted therapies.
PERSONALIZED MEDICINE SUPPORT SYSTEM: RESOLVING CONFLICT IN ALLOCATION TO RI...hiij
Treatment management in cancer patients is largely based on the use of a standardized set of predictive and prognostic factors. The former are used to evaluate specific clinical interventions, and they can be useful for selecting treatments because they directly predict the response to a treatment. The latter are used to evaluate a patient’s overall outcomes, and can be used to identify the risks or recurrence of a disease. Current intelligent systems can be a solution for transferring advancements in molecular biology into practice, especially for predicting the molecular response to molecular targeted therapy and the prognosis of risk groups in cancer medicine. This framework primarily focuses on the importance of integrating domain knowledge in predictive and prognostic models for personalized treatment. Our personalized medicine support system provides the needed support in complex decisions and can be incorporated into a treatment guide for selecting molecular targeted therapies.
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Overall life span (LS) was 1671.7±1721.6 days and cumulative 5YS reached 62.4%, 10 years – 50.4%, 20 years – 44.6%. 94 LCP lived more than 5 years without cancer (LS=2958.6±1723.6 days), 22 – more than 10 years (LS=5571±1841.8 days). 67 LCP died because of LC (LS=471.9±344 days). AT significantly improved 5YS (68% vs. 53.7%) (P=0.028 by log-rank test). Cox modeling displayed that 5YS of LCP significantly depended on: N0-N12, T3-4, blood cell circuit, cell ratio factors (ratio between cancer cells-CC and blood cells subpopulations), LC cell dynamics, recalcification time, heparin tolerance, prothrombin index, protein, AT, procedure type (P=0.000-0.031). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and N0-12 (rank=1), thrombocytes/CC (rank=2), segmented neutrophils/CC (3), eosinophils/CC (4), erythrocytes/CC (5), healthy cells/CC (6), lymphocytes/CC (7), stick neutrophils/CC (8), leucocytes/CC (9), monocytes/CC (10). Correct prediction of 5YS was 100% by neural networks computing (error=0.000; area under ROC curve=1.0).
- Video recording of this lecture in English language: https://youtu.be/kqbnxVAZs-0
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These lecture slides, by Dr Sidra Arshad, offer a quick overview of the physiological basis of a normal electrocardiogram.
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4. Electrocardiogram, StatPearls - https://www.ncbi.nlm.nih.gov/books/NBK549803/
5. ECG in Medical Practice by ABM Abdullah, 4th edition
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2. Presentation Outline
1. Background
2. Understanding Rare Diseases
3. Defining Rare Diseases
4. Challenges in Treatment
5. Challenges in Research and Development
6. Experience from Other Countries
7. The Indian Scenario
8. Status of Implementation of Policy
9. Key Features of the Policy
10. Prevention at Different Levels
11. Implementation Strategy
Total no. of Slides 24
9/12/2023 2
3. Background
2017
The Ministry of Health and Family Welfare,
Government of India, introduced the
National Policy for Treatment of Rare
Diseases (NPTRD) in July 2017.
2018
An Expert Committee was constituted by
the Ministry of Health and Family Welfare in
November 2018 to review the NPTRD,
2017.
2020
The draft of the new National Policy for
Rare Diseases was finalized. It was made
available to the public on January 13, 2020
2021
Submitted to Expert committee to examine
suggestions, comments and was finalized as
National Policy for Rare Diseases, 2021
9/12/2023 3
4. Understanding Rare
Diseases:
Defining rare diseases can be
challenging due to the various
definitions across countries.
WHO defines rare disease as often
debilitating lifelong disease or
disorder with a prevalence of 1 or
less, per 1000 population.
• Global Perspective: Understanding the regional variations in
rare disease prevalence.
• Defining "Rareness“: Establishing rarity thresholds can
ensure the standardization of the definition of rare diseases.
Table 1: Definitions of Rare Diseases in different countries
S No. Country
Prevalence less than per 10,000
population
1 USA 6.4
2 Europe 5.0
3 Canada 5.0
4 Japan 4.0
5 South Korea 4.0
6 Australia 1.0
7 Taiwan 1.0
Source: The I.C. Verma Sub-Committee Report ‘Guidelines for Therapy and Management’
9/12/2023 4
5. Defining the Rare Diseases
• Group 1: Disorders amendable to one-time curative
treatment by hematopoietic stem cell
transplantation or organ transplantation
• Group 2 : Diseases requiring long term/ lifelong
treatment having relatively lower cost of treatment ,
annual or more frequent surveillance is required.-
congenital enzyme disorders
• Group 3 : Diseases for which definitive treatment is
available but challenges are to make optimal patient
selection for benefit, very high cost and lifelong
therapy.- Gaucher disease, Fabrey disease, cystic
fibrosis, mucopolysacharidosis,Duchene Muscular
Dystrophy etc.
9/12/2023 5
6. Challenges in Treatment:
Unavailability of Treatment :
• There are between 7000 - 8000 rare
diseases, but less than 5% have
therapies available to treat them.
• About 95% of rare diseases have no
approved treatment and less than 1 in
10 patients receive disease-specific
treatment.
• Where drugs are available, they are
prohibitively expensive, placing
immense strain on resources.
9/12/2023 6
7. Prohibitive Cost of Treatment:
• Rare diseases are also called ‘orphan diseases’ as
the number of persons suffering from individual
rare diseases is small, and the drugs to treat them
are called “orphan drugs”.
• At present, very few pharmaceutical companies are
manufacturing drugs for rare diseases globally.
• No domestic manufacturers in India except for
Food for Special Medical Purposes(FSMP) for
small molecule inborn errors of metabolism.
• Due to the high cost of most therapies, the
government has not been able to provide these for
free.
9/12/2023 7
8. Challenges in Research and
Development:
Although research and development have led to
progress in various rare diseases, there is still much
to be done.
The patient pool for some rare diseases is small and
often leads to inadequate clinical experience.
Lack of Research
Funding:Research
funding is limited
owing to the small
number of patients
suffering from rare
diseases.
Unique Clinical
Experience:Obtaini
ng unique clinical
experience is
challenging due to
the relatively small
number of patients
that suffer from
each rare disease.
Study Design
Challenges:There is
a need to review
clinical trial norms
keeping in mind the
particular challenges
in rare diseases.
Patient Groups
and Families:
Collaborating with
patient groups and
families dealing
with these disorders
can provide better
patient management
and care.
9/12/2023 8
9. Experience from Other Countries
• United States
Orphan Drugs Act incentivizes drug development for rare diseases
through market exclusivity, grants to researchers, and tax incentives on
expenditures incurred during drug evaluation. Critics argue that
pharmaceutical companies are taking advantage of this act.
• Europe and United Kingdom
The European Joint Programme on Rare Disease focuses on research.The
National Health Service(NHS) England, offers funding to National Institute
for Health and Care Excellence(NICE)publication with pharmaceutical
companies.
• Singapore
The Rare Disease Fund in Singapore, through special authorization,
provides funding for five medicines to treat three rare disease conditions.
9/12/2023 9
10. The Indian Scenario
• India has no official data on the prevalence of rare
diseases, which creates a barrier in understanding the
gravity of this issue.
• A hospital based National Registry for Rare Diseases
has been initiated by ICMR involving centers across the
country involved in diagnosis and management of Rare
Diseases.
• The commonly reported diseases include Primary
immunodeficiency disorders, Lysosomal storage
disorders (Gaucher’s disease, Mucopolysaccharidoses,
Pompe disease, Fabry disease etc.) small molecule
inborn errors of metabolism (Maple Syrup urine
disease, organic acidemias etc.), Cystic Fibrosis,
osteogenesis imperfecta, certain forms of muscular
dystrophies and spinal muscular atrophy, respectively.
9/12/2023 10
11. Key Features of the Policy
1.Comprehensive Coverage:The
policy covers all aspects of
prevention, diagnosis, and
treatment of rare diseases,
addressing gaps and challenges in
the earlier policy.
2. Inclusive and Participatory
Approach:The policy furthers an
inclusive and participatory
approach by engaging state
governments, experts, and
stakeholders to create a robust
framework for rare disease
management
3.Open and Transparent:The
policy follows an open and
transparent process of
formulating the policy, obtaining
feedback, and incorporating the
same into the final document.
9/12/2023 11
12. Prevention at Different Levels
1. Primary Prevention: To prevent the occurrence of the
disease, a couple at risk based on disease in a previous sib or
family history of that disorder can be identified with a simple
checklist.
2. Secondary Prevention: Focusing on avoiding the birth of
affected fetuses and early detection of disorders, prenatal
screening and diagnosis can identify high-risk mothers for
having an affected fetus with a rare disease. Newborn screening
is also available, which prevents morbidity and mortality.
3. Tertiary Prevention: This refers to providing better care
and medical rehabilitation to rare disease patients who
present an advanced stage of the disease.
9/12/2023 12
13. Implementation Strategy for
Rare Disease Management
1, Hospital-based National Registry: A
national database of various rare diseases will be
created under the ICMR with a hospital-based
National Registry for Rare Diseases.
2. Targeted Preventive Strategy: The Central
Government will encourage and support State
Governments to implement a targeted preventive
strategy
3. Notified Centres of Excellence: Selected
Centres of Excellence at premier government
hospitals will be notified for the comprehensive
management of rare diseases and provided grant
for infrastructure development for screening,
tests, and treatment, if necessary.
9/12/2023 13
14. Centres of Excellence (COE)
The Centres of Excellence would develop Standard Operating
Protocols to be used at various levels of care for patients with rare
diseases to improve early diagnosis, better care coordination
and quality of life.
• The following institutes would be notified as Centers of
Excellence for Rare Diseases:
a) All India Institute of Medical Sciences, New Delhi
b) Maulana Azad Medical College, New Delhi
c) Sanjay Gandhi Post Graduate Institute of Medical Sciences,
Lucknow
d) Post Graduate Institute of Medical Education and Research,
Chandigarh
e) Centre for DNA Fingerprinting & Diagnostics with
Nizam’s Institute of MedicalSciences, Hyderabad
f) Seth GS Medical Hospital, Mumbai
g) Institute of Post-Graduate Medical Education and Research,
Kolkata
h) Center for Human Genetics (CHG) with Indira Gandhi
Hospital, Bengaluru
9/12/2023 14
15. The responsibilities and activities of the COEs:
Education & Training at all levels
Screening – Antenatal, neonatal (specified disorders), High
risk screening (Both antenatal & in newborns and children)
Diagnostics- Cytogenetic, molecular, Metabolic
Prevention by prenatal screening &diagnosis
Research in the area of low cost diagnostics &
therapeutics.
Treatment of rare diseases.
9/12/2023 15
16. Nidan Kendras
• Kendras have been set up by Department of Biotechnology
(DBT) under Unique Methods of Management and treatment
of Inherited Disorders (UMMID) project for genetic testing
and counseling services.
List of Nidan Kendras is given below:
1. Lady Hardinge Medical College (LHMC), Delhi
2. Nizam’s Institute of Medical Sciences (NIMS),
Hyderabad, Telangana
3. All India Institute of Medical Sciences (AIIMS), Jodhpur
4. Army Hospital Research & Referral, Delhi
5. Nil Ratan Sircar (NRS) Medical College and Hospital,
Kolkata
9/12/2023 16
17. Aspirational districts covered under the Programme
Name of the Mentor Institute Aspirational District State
LHMC, New Delhi Mewat Haryana
CDFD, Hyderabad Yadgir Karanataka
AIIMS, New Delhi Haridwar Uttarakhand
CMC, Vellore Washim Maharashtra
MAMC, New Delhi Ranchi / Bokaro Jharkhand
SGPGIMS, Lucknow Shrawasti Uttar Pradesh
NIIH (KEM hospital campus), Mumbai Nandurbar Maharashtra
9/12/2023 17
18. Rare Disease Treatment: Financial
Support
• Umbrella Scheme of Rashtriya Arogaya
Nidhi:The Central Government provides financial
assistance up to Rs. 20 lakh to patients with rare
diseases that require a one-time treatment.
• Gap Funding: A digital platform for voluntary
donors to contribute funds to support treatment
costs of patients with high-cost rare diseases.
• State Government Support: State governments
are urged to support patients with rare diseases that
can be managed with special diets or hormonal
supplements.
9/12/2023 18
19. To fill the gap the digital platform for individual, corporate and other donors has been
created by the Government to facilitate voluntary donations for the treatment of patients
with rare disease.
9/12/2023 19
20. Manpower Development for Rare
Disease Management
Department of Medical Genetics : State governments will create a
department of medical genetics in at least one medical college for
education and awareness among healthcare professionals.
Nidan Kendras : The services of Nidan Kendras will be utilized for
training medical practitioners and staff for screening rare diseases.
Consortium of Centres of Excellence : A consortium of Centres of
Excellence will be created to synchronize and coordinate prevention
and treatment efforts for rare diseases.
9/12/2023 20
21. Increasing Affordability of
Rare Disease Drugs
• Research and Development : The
government will promote research and
development in the field of rare diseases for
the diagnosis and treatment of patients.
• Local Manufacturing of Drugs : The
government will encourage PSUs to
manufacture drugs for rare diseases and
promote an enabling environment for
affordable local development and
manufacturing.
• Reduction in Custom Duties : The Ministry
of Finance will be requested for a reduction
in custom duties on import of medicines
related to rare diseases.
9/12/2023 21
22. Conclusion
and Way
Forward
• Mutual Efforts
• The National Health Policy for Rare Diseases
2021 brings health and hope to those with
rare disease conditions in India.
• Rising Together
• The combined efforts of biomedical research,
healthcare professionals, and governmental
organizations will undoubtedly make the
road ahead for the rare disease community
easier.
9/12/2023 22