This document provides guidelines for expedited reporting of adverse drug reactions during clinical drug development. It defines key terms like adverse event, adverse drug reaction, and serious adverse reaction. It recommends that single cases of serious and unexpected adverse drug reactions be reported to regulatory authorities within 7 or 15 days depending on severity. It also provides guidance on data elements that should be included in individual case safety reports that are transmitted during expedited reporting.
INSTITUTIONAL REVIEW BOARD (IRB/IEC).pptxRAHUL PAL
The document discusses the role and responsibilities of an Institutional Review Board/Independent Ethics Committee (IRB/IEC). It states that an IRB/IEC reviews clinical trial protocols to ensure the ethical treatment of study participants and protection of their rights and well-being. The IRB/IEC is composed of at least five members with diverse qualifications and one member from a non-scientific discipline. It is responsible for approving, monitoring and reviewing research involving humans. The IRB/IEC conducts initial and annual reviews of trial procedures and documentation. All records are maintained for at least three years.
This document provides an overview of the Investigational New Drug (IND) application process. It discusses how an IND is required to begin clinical trials on new drugs and allows pharmaceuticals to be transported between states for research purposes. The document outlines the various stages of pre-clinical and clinical testing, including pre-clinical studies in animals to establish safety, and the three phases of human clinical trials. It provides details on the key components of an IND application, including chemistry and manufacturing information, clinical protocols, and safety data from non-clinical studies. The overall goal of an IND is to obtain permission from the FDA to begin human clinical trials by demonstrating the new drug and trial design will not place subjects at unreasonable risk.
This document provides a summary of Schedule Y, the regulatory framework for clinical trials in India. Key points include:
- Schedule Y was established under the Drugs and Cosmetics Act of 1945 and outlines the regulations for conducting clinical trials in India, in line with ICH GCP guidelines.
- It addresses approval for clinical trials, responsibilities of sponsors, investigators and ethics committees, informed consent, different phases of clinical trials, and special populations.
- Appendices provide details on application process, data requirements, animal studies, informed consent format and investigator undertakings to ensure compliance.
- Revisions to Schedule Y have aimed to strengthen clinical research governance in India and align it with global standards, while
Preparation of Clinical Trial Protocol of India.Aakashdeep Raval
The document provides information on clinical trial protocols in India. It discusses the purpose of clinical trials and phases of clinical trials from Phase 0 to Phase 4. It explains that the clinical trial protocol is a document that states the background, objectives, design, methodology and statistical considerations of a clinical trial. The protocol describes inclusion/exclusion criteria, assessments of efficacy and safety, data management, quality control and other key elements to ensure proper conduct of the clinical trial. An effective clinical trial protocol provides all the necessary details to guide researchers in safely and ethically evaluating a medical treatment.
This document provides guidelines for clinical trial documentation. Proper documentation is critical for clinical study success and demonstrates compliance with regulations. Essential documents include the investigator's brochure, case report form, and clinical study reports. The investigator's brochure provides drug details while the case report form records individual subject data. Clinical study reports define the protocol and objectives. Monitoring ensures accurate reporting and ethical conduct in compliance with Good Clinical Practice standards and regulatory requirements.
INSTITUTIONAL REVIEW BOARD (IRB/IEC).pptxRAHUL PAL
The document discusses the role and responsibilities of an Institutional Review Board/Independent Ethics Committee (IRB/IEC). It states that an IRB/IEC reviews clinical trial protocols to ensure the ethical treatment of study participants and protection of their rights and well-being. The IRB/IEC is composed of at least five members with diverse qualifications and one member from a non-scientific discipline. It is responsible for approving, monitoring and reviewing research involving humans. The IRB/IEC conducts initial and annual reviews of trial procedures and documentation. All records are maintained for at least three years.
This document provides an overview of the Investigational New Drug (IND) application process. It discusses how an IND is required to begin clinical trials on new drugs and allows pharmaceuticals to be transported between states for research purposes. The document outlines the various stages of pre-clinical and clinical testing, including pre-clinical studies in animals to establish safety, and the three phases of human clinical trials. It provides details on the key components of an IND application, including chemistry and manufacturing information, clinical protocols, and safety data from non-clinical studies. The overall goal of an IND is to obtain permission from the FDA to begin human clinical trials by demonstrating the new drug and trial design will not place subjects at unreasonable risk.
This document provides a summary of Schedule Y, the regulatory framework for clinical trials in India. Key points include:
- Schedule Y was established under the Drugs and Cosmetics Act of 1945 and outlines the regulations for conducting clinical trials in India, in line with ICH GCP guidelines.
- It addresses approval for clinical trials, responsibilities of sponsors, investigators and ethics committees, informed consent, different phases of clinical trials, and special populations.
- Appendices provide details on application process, data requirements, animal studies, informed consent format and investigator undertakings to ensure compliance.
- Revisions to Schedule Y have aimed to strengthen clinical research governance in India and align it with global standards, while
Preparation of Clinical Trial Protocol of India.Aakashdeep Raval
The document provides information on clinical trial protocols in India. It discusses the purpose of clinical trials and phases of clinical trials from Phase 0 to Phase 4. It explains that the clinical trial protocol is a document that states the background, objectives, design, methodology and statistical considerations of a clinical trial. The protocol describes inclusion/exclusion criteria, assessments of efficacy and safety, data management, quality control and other key elements to ensure proper conduct of the clinical trial. An effective clinical trial protocol provides all the necessary details to guide researchers in safely and ethically evaluating a medical treatment.
This document provides guidelines for clinical trial documentation. Proper documentation is critical for clinical study success and demonstrates compliance with regulations. Essential documents include the investigator's brochure, case report form, and clinical study reports. The investigator's brochure provides drug details while the case report form records individual subject data. Clinical study reports define the protocol and objectives. Monitoring ensures accurate reporting and ethical conduct in compliance with Good Clinical Practice standards and regulatory requirements.
General principles of Periodic Safety Update Reports(PSUR)Psur by Julia Appel...László Árvai
The views and opinions expressed in the following PowerPoint slides are those of the individual presenter and should not be attributed to Bluefish Pharmaceuticals.
Institutional review board by akshdeep sharmaAkshdeep Sharma
The Institutional Review Board/Independent Ethics Committee (IRB/IEC) serves as an independent body that reviews and approves clinical trials to protect participant safety and rights. The IRB/IEC consists of at least five members with diverse qualifications to evaluate scientific and ethical aspects of trials. The IRB/IEC's responsibilities include reviewing trials, providing continuing oversight, ensuring informed consent, and maintaining records for regulatory review.
Introduction to Adverse Drug Reactions in Pharmacovigilance and Drug Safety in Pharma, Biotech, Medical Device, Cosmeceutical and Foods.
Contact:
"Katalyst Healthcares & Life Sciences"
South Plainfield, NJ, USA
info@KatalystHLS.com
The document summarizes the historical evolution of clinical trial guidelines from ancient times to the present. Some key events include the first recorded clinical trial by King Nebuchadnezzar in 562 BC, James Lind's 1757 controlled trial of treatments for scurvy, the introduction of the placebo concept in the 1800s, the first double-blind randomized controlled trial in 1943 investigating treatment for the common cold, and major milestones in the development of ethical guidelines and regulations for clinical trials over the 20th century including the Nuremberg Code, Declaration of Helsinki, and establishment of regulatory bodies like the ICMR in India.
The document discusses the role and functions of an Institutional Review Board (IRB) or Independent Ethics Committee (IEC). The IRB protects the rights and welfare of human subjects in research. It reviews research proposals to ensure they are ethical and in compliance with regulations. The IRB upholds principles like respect for persons, beneficence, and justice. It is composed of members from varying backgrounds who review research proposals and can approve, require modifications to, or disapprove research.
The document describes the International Conference on Harmonization (ICH), which was established in 1990 to harmonize technical requirements for pharmaceutical product registration among regulators in Europe, Japan and the United States. It aims to reduce duplication in drug development through international guidelines on Good Clinical Practice (GCP), quality, safety and efficacy. The ICH framework includes guidelines, working groups and a secretariat. Its goal is to make safe and effective new drugs available more quickly and economically worldwide while maintaining high regulatory standards.
Clinical study on human subjects according to all guidelines to form a ideal protocol and requirement to conduct clinical trial with very efficient way mainly considering to India and ICH associated countries
The document outlines the format and content requirements for a Development Safety Update Report (DSUR), which provides a comprehensive safety summary of investigational medicinal products during clinical development. A DSUR is submitted annually and includes information such as estimated subject exposure, significant safety findings from completed and ongoing trials, actions taken for safety reasons like protocol amendments, and an overall safety assessment. The document details each section that must be included in a DSUR, such as the title page, executive summary, introduction, estimated exposure, clinical trial information, safety findings, and conclusions.
Guidance for industry content and format of investigational new drug applicat...Suraj Pamadi
This document provides guidance on the content and format of Investigational New Drug Applications (INDs) for phase 1 clinical trials. It clarifies FDA requirements and allows for more flexibility in submissions. For a phase 1 IND, a sponsor needs to submit information on the investigational drug, manufacturing, toxicology studies in animals, and plans for the first human trials. This includes integrated summary reports for toxicology and previous human experience rather than individual study reports. The goal is to expedite getting new drugs into clinical testing while still ensuring subject safety.
The document discusses post-marketing surveillance (PMS) of drugs. It notes that PMS is important for discovering undesirable effects that may occur after approval and provides additional information on drug risks and benefits. PMS systems collect reports of adverse drug reactions and ensure drug quality, efficacy, and safety after marketing. The document outlines various PMS methods like spontaneous reporting, cohort studies, and case-control studies that are used to identify potential drug effects in real-world use. Maintaining PMS is crucial to assuring patient safety.
Establishment of Pharmacovigilance ProgrammeNipun Gupta
1. Pharmacovigilance
2. Pathway of PvPI
3. Establishment of PV Programme
in Hospital
4. Establishment of PV Programme
in Industry
5. Contract Research Organization
6. Establishment a National Programme
An Investigational New Drug (IND) application allows a sponsor to lawfully use an investigational drug for clinical investigation purposes. It provides information on preclinical testing, clinical protocols, manufacturing, and investigator qualifications to ensure subject safety. An IND is required for clinical studies intended to support a new indication, change in dosage/administration, or different patient population. It exempts the sponsor from prohibitions on shipping unapproved drugs and facilitates three phases of clinical trials to evaluate safety and efficacy.
The document provides information about abbreviated new drug applications (ANDAs), which are designed to allow approval of generic drug products that are equivalent to already approved brand name drugs. An ANDA must show a generic drug is comparable to the reference drug in dosage form, strength, quality and performance. It does not require preclinical and clinical trials but must demonstrate bioequivalence through bioavailability and bioequivalence studies. The ANDA contents and review process are outlined according to the Common Technical Document format in five quality, nonclinical, and clinical modules.
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.
ICH pharmacovigilance planning, an efficacy guidelinebibilicavesela
This document provides guidance for developing a pharmacovigilance plan, including a safety specification and action plan. It recommends summarizing important identified risks, potential risks, and missing safety information. The safety specification would then be used to develop a pharmacovigilance plan outlining routine monitoring and specific actions to address safety issues. Milestones should be set to evaluate safety results on a defined schedule. A variety of observational study methods are available to investigate particular safety concerns depending on the product, population, and type of risk being examined.
This document discusses guidelines for pharmacovigilance (PV), which is the monitoring of drugs for safety issues. Some key points:
- Clinical trials must have strict ethics and safety protocols to protect subjects and maintain trust. Post-approval monitoring is also important.
- Marketing authorization holders are responsible for PV of their approved drugs. This includes reporting safety issues, having a qualified person responsible for PV, and maintaining a detailed PV system.
- Competent authorities conduct inspections to ensure marketing authorization holders follow PV requirements. They also monitor for safety signals and ensure timely communication of issues.
The document provides guidelines for writing clinical trial protocols in India. It discusses that clinical trials prospectively assign human participants to health interventions to evaluate outcomes. A good protocol includes the study rationale, objectives, design, safety measures, and plans for statistical analysis and protecting human subjects. The protocol sections provide all relevant details about conducting the trial while meeting regulatory and ethical standards.
Guidelines for Preparation of Documents, Clinical Study Report Clinical Trial...Dinesh Gangoda
Contents
Guidelines for Preparation of Documentation
Clinical Study Reports
Clinical Trial Monitoring
Safety Monitoring in clinical trials
Introduction
Proper documentation is critical to the success of a clinical study.
Every aspect of the study must be documented in order to obtain useful data and demonstrate compliance with Good Clinical Practice (GCP) guidelines and with all applicable regulations.
Investigator’s Brochure (IB)
List of Abbreviations
Contents & Summary
Introduction provides the chemical name (and generic and trade names, if approved) of the investigational product.
Physical, chemical and pharmaceutical properties and formulation of the medicinal product. Non-clinical studies & Clinical Studies and their results.
The Investigator's Brochure should be reviewed at least annually and revised as necessary in compliance with a standard procedures established by drug development company.
This document defines key terms related to adverse drug events and adverse drug reactions. It also outlines the steps for identifying, documenting, and reporting ADEs both within the VA system and to the FDA MedWatch program. Reporting serious ADEs helps identify new safety issues and ensures patient safety. The VA has national programs to facilitate ADE reporting and track outcomes.
An adverse drug reaction (ADR) is an unwanted or harmful reaction that occurs when taking a medication. ADRs can range from mild to severe or life-threatening. They are classified based on their cause and severity. Serious ADRs are those that result in death, are life-threatening, cause hospitalization or disability, or require intervention to prevent impairment or damage. Managing ADRs involves withdrawing the drug if possible and treating the effects. All suspected ADRs should be reported to help monitor drug safety.
General principles of Periodic Safety Update Reports(PSUR)Psur by Julia Appel...László Árvai
The views and opinions expressed in the following PowerPoint slides are those of the individual presenter and should not be attributed to Bluefish Pharmaceuticals.
Institutional review board by akshdeep sharmaAkshdeep Sharma
The Institutional Review Board/Independent Ethics Committee (IRB/IEC) serves as an independent body that reviews and approves clinical trials to protect participant safety and rights. The IRB/IEC consists of at least five members with diverse qualifications to evaluate scientific and ethical aspects of trials. The IRB/IEC's responsibilities include reviewing trials, providing continuing oversight, ensuring informed consent, and maintaining records for regulatory review.
Introduction to Adverse Drug Reactions in Pharmacovigilance and Drug Safety in Pharma, Biotech, Medical Device, Cosmeceutical and Foods.
Contact:
"Katalyst Healthcares & Life Sciences"
South Plainfield, NJ, USA
info@KatalystHLS.com
The document summarizes the historical evolution of clinical trial guidelines from ancient times to the present. Some key events include the first recorded clinical trial by King Nebuchadnezzar in 562 BC, James Lind's 1757 controlled trial of treatments for scurvy, the introduction of the placebo concept in the 1800s, the first double-blind randomized controlled trial in 1943 investigating treatment for the common cold, and major milestones in the development of ethical guidelines and regulations for clinical trials over the 20th century including the Nuremberg Code, Declaration of Helsinki, and establishment of regulatory bodies like the ICMR in India.
The document discusses the role and functions of an Institutional Review Board (IRB) or Independent Ethics Committee (IEC). The IRB protects the rights and welfare of human subjects in research. It reviews research proposals to ensure they are ethical and in compliance with regulations. The IRB upholds principles like respect for persons, beneficence, and justice. It is composed of members from varying backgrounds who review research proposals and can approve, require modifications to, or disapprove research.
The document describes the International Conference on Harmonization (ICH), which was established in 1990 to harmonize technical requirements for pharmaceutical product registration among regulators in Europe, Japan and the United States. It aims to reduce duplication in drug development through international guidelines on Good Clinical Practice (GCP), quality, safety and efficacy. The ICH framework includes guidelines, working groups and a secretariat. Its goal is to make safe and effective new drugs available more quickly and economically worldwide while maintaining high regulatory standards.
Clinical study on human subjects according to all guidelines to form a ideal protocol and requirement to conduct clinical trial with very efficient way mainly considering to India and ICH associated countries
The document outlines the format and content requirements for a Development Safety Update Report (DSUR), which provides a comprehensive safety summary of investigational medicinal products during clinical development. A DSUR is submitted annually and includes information such as estimated subject exposure, significant safety findings from completed and ongoing trials, actions taken for safety reasons like protocol amendments, and an overall safety assessment. The document details each section that must be included in a DSUR, such as the title page, executive summary, introduction, estimated exposure, clinical trial information, safety findings, and conclusions.
Guidance for industry content and format of investigational new drug applicat...Suraj Pamadi
This document provides guidance on the content and format of Investigational New Drug Applications (INDs) for phase 1 clinical trials. It clarifies FDA requirements and allows for more flexibility in submissions. For a phase 1 IND, a sponsor needs to submit information on the investigational drug, manufacturing, toxicology studies in animals, and plans for the first human trials. This includes integrated summary reports for toxicology and previous human experience rather than individual study reports. The goal is to expedite getting new drugs into clinical testing while still ensuring subject safety.
The document discusses post-marketing surveillance (PMS) of drugs. It notes that PMS is important for discovering undesirable effects that may occur after approval and provides additional information on drug risks and benefits. PMS systems collect reports of adverse drug reactions and ensure drug quality, efficacy, and safety after marketing. The document outlines various PMS methods like spontaneous reporting, cohort studies, and case-control studies that are used to identify potential drug effects in real-world use. Maintaining PMS is crucial to assuring patient safety.
Establishment of Pharmacovigilance ProgrammeNipun Gupta
1. Pharmacovigilance
2. Pathway of PvPI
3. Establishment of PV Programme
in Hospital
4. Establishment of PV Programme
in Industry
5. Contract Research Organization
6. Establishment a National Programme
An Investigational New Drug (IND) application allows a sponsor to lawfully use an investigational drug for clinical investigation purposes. It provides information on preclinical testing, clinical protocols, manufacturing, and investigator qualifications to ensure subject safety. An IND is required for clinical studies intended to support a new indication, change in dosage/administration, or different patient population. It exempts the sponsor from prohibitions on shipping unapproved drugs and facilitates three phases of clinical trials to evaluate safety and efficacy.
The document provides information about abbreviated new drug applications (ANDAs), which are designed to allow approval of generic drug products that are equivalent to already approved brand name drugs. An ANDA must show a generic drug is comparable to the reference drug in dosage form, strength, quality and performance. It does not require preclinical and clinical trials but must demonstrate bioequivalence through bioavailability and bioequivalence studies. The ANDA contents and review process are outlined according to the Common Technical Document format in five quality, nonclinical, and clinical modules.
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.
ICH pharmacovigilance planning, an efficacy guidelinebibilicavesela
This document provides guidance for developing a pharmacovigilance plan, including a safety specification and action plan. It recommends summarizing important identified risks, potential risks, and missing safety information. The safety specification would then be used to develop a pharmacovigilance plan outlining routine monitoring and specific actions to address safety issues. Milestones should be set to evaluate safety results on a defined schedule. A variety of observational study methods are available to investigate particular safety concerns depending on the product, population, and type of risk being examined.
This document discusses guidelines for pharmacovigilance (PV), which is the monitoring of drugs for safety issues. Some key points:
- Clinical trials must have strict ethics and safety protocols to protect subjects and maintain trust. Post-approval monitoring is also important.
- Marketing authorization holders are responsible for PV of their approved drugs. This includes reporting safety issues, having a qualified person responsible for PV, and maintaining a detailed PV system.
- Competent authorities conduct inspections to ensure marketing authorization holders follow PV requirements. They also monitor for safety signals and ensure timely communication of issues.
The document provides guidelines for writing clinical trial protocols in India. It discusses that clinical trials prospectively assign human participants to health interventions to evaluate outcomes. A good protocol includes the study rationale, objectives, design, safety measures, and plans for statistical analysis and protecting human subjects. The protocol sections provide all relevant details about conducting the trial while meeting regulatory and ethical standards.
Guidelines for Preparation of Documents, Clinical Study Report Clinical Trial...Dinesh Gangoda
Contents
Guidelines for Preparation of Documentation
Clinical Study Reports
Clinical Trial Monitoring
Safety Monitoring in clinical trials
Introduction
Proper documentation is critical to the success of a clinical study.
Every aspect of the study must be documented in order to obtain useful data and demonstrate compliance with Good Clinical Practice (GCP) guidelines and with all applicable regulations.
Investigator’s Brochure (IB)
List of Abbreviations
Contents & Summary
Introduction provides the chemical name (and generic and trade names, if approved) of the investigational product.
Physical, chemical and pharmaceutical properties and formulation of the medicinal product. Non-clinical studies & Clinical Studies and their results.
The Investigator's Brochure should be reviewed at least annually and revised as necessary in compliance with a standard procedures established by drug development company.
This document defines key terms related to adverse drug events and adverse drug reactions. It also outlines the steps for identifying, documenting, and reporting ADEs both within the VA system and to the FDA MedWatch program. Reporting serious ADEs helps identify new safety issues and ensures patient safety. The VA has national programs to facilitate ADE reporting and track outcomes.
An adverse drug reaction (ADR) is an unwanted or harmful reaction that occurs when taking a medication. ADRs can range from mild to severe or life-threatening. They are classified based on their cause and severity. Serious ADRs are those that result in death, are life-threatening, cause hospitalization or disability, or require intervention to prevent impairment or damage. Managing ADRs involves withdrawing the drug if possible and treating the effects. All suspected ADRs should be reported to help monitor drug safety.
This document summarizes guidelines from the International Council for Harmonisation of Technical Requirements for Pharmaceuticals for Human Use (ICH) regarding pharmacovigilance and clinical drug development. It defines key terms like adverse events and serious adverse events. It also provides overviews of ICH guidelines on topics like safety reporting standards, post-approval safety data management, risk-benefit analysis, clinical study design and conduct, and special populations like pediatrics. The document aims to aid understanding of ICH guidelines for pharmacovigilance and clinical evaluation of pharmaceutical products.
Clinical Trial Requirements U.S. vs. EU Similarities and DifferencesRETIRE
The document provides an overview of the key similarities and differences between clinical trial requirements in the United States and European Union. Some of the main differences include: in the US, IND approval is not required to begin a trial but the EU requires CTA approval; the US allows protocol waivers under certain conditions while the EU considers waivers a breach of GCP; and adverse event reporting timelines are generally shorter in the EU. Record keeping requirements for documents and investigational products also differ between the regions.
AN OVERVIEW AND IMPORTANCE OF PHARMACOVIGILANCERamakrishna K
An introduction to pharmacovigilance, basic types like active pharmacovigilance and passive pharmacovigilance, purpose, adverse event reporting, data processing, causality, assessement, signal detection, risk management plans and analysis
I created this PowerPoint based upon an article by Steven Figg, 'Understanding Narrative Writing: Practical Strategies to Support Teachers'. I have used it with a group of Year 7 students to help them revise Narrative for their Naplan testing.
This document provides an overview of key features and concepts for narrative writing, including developing a personal voice, using point of view, structuring a narrative with an orientation, complication, and resolution, crafting openings and endings, developing characters and settings, using descriptive language, and improving dialogue. Tips are given for each element to help writers strengthen their narratives.
Pharmacovigilance is the science of monitoring approved drugs to detect adverse effects. It aims to identify new risks, assess known risks, and prevent harm. Pharmacovigilance relies on collecting data on adverse drug reactions (ADRs) through passive and active methods. Data is analyzed to detect safety signals and assess risks and benefits of medicines to optimize safe use. Regulatory authorities use pharmacovigilance data to take actions like updating product information or withdrawing approval if risks outweigh benefits.
Prescription event monitoring and record linkage systemRumana Hameed
PEM is a method of pharmacovigilance that studies drug safety in real-world clinical practice. It involves collecting prescription data for new drugs and surveying prescribers about patient outcomes. Advantages include a large national scale and obtaining real-world safety data. Record linkage systems combine different healthcare records to efficiently study relationships between drug exposure and health outcomes. Claims databases contain prescription and medical claims information but may lack clinical details, while medical record databases provide more clinical data but only for illnesses that were medically attended to.
This document discusses Prescription Event Monitoring (PEM), a method of pharmacovigilance used in the UK. PEM involves collecting data on dispensed prescriptions from general practitioners and sending questionnaires to GPs to obtain additional information on patient outcomes. The method was developed in 1981 and allows monitoring of new drugs in real-world settings. It provides large sample sizes and can detect adverse events not found in clinical trials. However, PEM relies on doctor reporting and not all questionnaires are returned.
How to recognize ADRs in patients.@ Clinical PharmacyDrpradeepthi
This document discusses methods for detecting adverse drug reactions (ADRs) and summarizes four main approaches: case-control studies, cohort studies, spontaneous case reports, and vital statistics/record linkage studies. It provides details on how each method works, its advantages and limitations. The document also outlines steps for properly assessing possible ADRs in patients and stresses the importance of reporting any suspected reactions to help improve patient safety.
The safe use of medicines is perhaps the single most important criteria that any regulatory authority within a given country has to ensure in order both to protect the public health and the integrity of its health care system. For the same purpose pharmacovigilance was established. According to WHO, Pharmacovigilance is the science and activities related to the collection, detection, and assessment of ADR’s. It promotes the systematic, rational use and assures the confidence for the safety of drugs. It improves patient care and safety. Significance of pharmacovigilance is growing as the patients or consumers have become more responsive about the advantage and hazard of medicines. Pharmacovigilance is a complex process and a robust system is essential to undertake the activity. A good pharmacovigilance system will identify the hazard aspects in the short period of time. This review article tries to explain the some basic principles, history and developments, methods and some scope of this developing field i.e. Pharmacovigilance in India.
Lanzule is a pharmaceutical company involved in drug safety, including pharmacovigilance, drug discovery, and drug development. It reports to regulatory authorities in Nigeria, Ghana, the EU, and the US. The document discusses the process of evaluating drug safety from pre-clinical trials through post-marketing surveillance. It outlines the changing requirements for documenting pharmacovigilance systems in Europe, including phasing out DDPS in favor of the PSMF. The key aspects of drug safety are assessing safety during development, monitoring adverse events after approval through pharmacovigilance, and reporting any serious safety issues to regulatory authorities.
Lanzule is a pharmaceutical company involved in drug safety, including pharmacovigilance, drug discovery, and drug development. It reports to regulatory authorities in Nigeria, Ghana, the EU, and the US. The document discusses the evolution of the drug safety system in the EU from the DDPS to the new PSMF system. It also provides an overview of drug development stages from preclinical testing to post-marketing pharmacovigilance and adverse event reporting requirements to regulatory authorities. The roles and activities involved in pharmacovigilance include data collection and review, medical review, quality review, literature searching, writing safety reports, and regulatory inspection preparation.
The document discusses pharmacovigilance and adverse drug reactions (ADRs). It provides historical context on important events that increased focus on pharmacovigilance like the Thalidomide disaster. It describes the need for pharmacovigilance due to limitations of preclinical and clinical trials. It outlines the aims, methods like spontaneous reporting and causality assessment, and programs in India and by the WHO. It defines ADRs and provides classifications. In summary, the document overviews the importance and process of pharmacovigilance in monitoring drug safety post marketing.
Các quy định về hậu lưu hành thuốc ở Nhật Bản sử dụng dữ liệu thế giới thực để đánh giá và kiểm soát. Xem thêm các tài liệu khác trên kênh của Công ty Cổ phần Tư vấn Thiết kế GMP EU
Prescription event monitoring and record linkage systemVineetha Menon
This document discusses record linkage and its use in pharmacovigilance. Record linkage involves combining records from different data sources that relate to the same individual to create a single longitudinal record. It allows rapid access to a patient's complete medical history across different data sources. This reduces the time needed to study relationships between drug exposure and health outcomes. Challenges include ensuring data quality and completeness when integrating records from various sources.
These are some frequently asked questions in Pharmacovigilance Interview & its Preparation.
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FREQUENTLY ASKED QUESTIONS IN PHARMACOVIGILANCE INTERVIEWS & Its PREPARATIONSJonaid Ali
FREQUENTLY asked questions about pharmacovigilance in an interview. Pharmacovigilance is fastest growing career in these days in the healthcare sector specially for pharmacy students although some corporates allow non pharm candidates also
The document provides information on Investigational New Drug (IND) enabling studies and the IND application process. Some key points:
- An IND application is required to ship an experimental drug across state lines for clinical trials before marketing approval. The FDA reviews the IND for safety.
- An IND application contains information on animal studies, chemistry/manufacturing, and clinical trial protocols. It must demonstrate the drug is reasonably safe for initial human testing.
- An IND application must follow specific guidelines, including summaries of pharmacology/toxicology studies, chemistry/manufacturing details, clinical protocols, and responsibilities of investigators and sponsors. It allows the drug to enter Phase I clinical trials upon
PHARMACOVIGILANCE COMMON JOB INTERVIEW QUESTIONS WITH ANSWERS-Updated IN 202...Pristyn Research Solutions
Quick Job interview short guide For Pharma and all Life science jobseekers.All Medical | Biotech |Micro |B.Sc., M.Sc.
These are the commonly asked questions with their answers asked in job interviews. The file was updated in 2022.
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Sample Questions are:
What is Pharmacovigilance (PV)?
What are the objectives of PV?
What is MedDRA?
WHAT ARE THE Role of Drug Safety
Associate?
What should narratives consist of?
What are Data assessments in PV?
Which products are covered by PV?
Methods of signal detection?
Why PV is required after clinical
trial?
What is an Adverse Drug Event (ADE)?
What
is the minimum criterion required
for a valid case according to WHO?
When
do you consider an event to be
serious?
What do you mean by causality?
Types of
Unsolicited reports
Sources of Solicited Reports
Name the core regulatory bodies
What is Volume 9A
What do you know
about E2a, E2b and E2c guidelines?
When do you consider a case to be medically confirmed?
What is CemFlow?
What is the yellow card in PV?
What are Comorbid conditions?
What is a medication error?
What is a signal?
Rechallenge
Dechallenge
What are WHO ART, WHO DD and MedDRA and the difference between them?
What is SUSAR?
Adverse Drug Reaction (ADR)
Effectiveness/risk
harm
Essential medicines
Frequency of ADRs
Individual Case Safety Report
ADR Reporting process in PV
VigiFlow
VigiMed
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The document discusses adverse drug reaction (ADR) reporting tools. It provides a brief history of pharmacovigilance and describes the ADR reporting process from healthcare professionals to regional and zonal centers, and finally to national and global databases. It emphasizes the importance of post-marketing ADR monitoring to identify uncommon or rare reactions not detected during clinical trials. Key aspects like what information to report, who can report, and how to submit reports using standardized forms are summarized. Common ADR reporting software tools like Argus are also highlighted.
Reporting Methods _ Global Pharmacovigilance1Hafsa Hafeez
This document discusses pharmacovigilance reporting methods and signal detection in the USA. It outlines several methods for reporting adverse drug reactions including passive surveillance like spontaneous reporting and case series, as well as active surveillance through sentinel sites and clinical investigations. It describes the FDA's role in pharmacovigilance including maintaining the FAERS database and evaluating safety signals. Signals are detected through data mining this database and can be validated by obtaining additional information from various sources.
The document discusses post-marketing surveillance (PMS) of pharmaceutical drugs. PMS involves monitoring drug safety after market release using approaches like spontaneous reporting databases, patient registries, and record linkage between health databases. Data from PMS is important for discovering undesirable effects that were not found in pre-market clinical trials due to limited sample sizes and durations. PMS plays a key role in improving understanding of a drug's risks and benefits in real-world use.
1. Presented By,
Jatin Nagar
PG Diploma (CDM & PV),
B.Pharm (Department of Pharmaceutical
Sciences,
MDU University,
Rohtak
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot
1
2. GUIDELINES UNDER
THIS
E1 Guideline
E2 Guideline
a) E2A Guideline
b) E2B Guideline
c) E2C Guideline
d) E2D Guideline
e) E2E Guideline
f) E2F Guideline
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 2
3. E1 Guideline
The Extent Of Population
Exposure To Assess Clinical
Safety For Drugs Intended For
Long Term Treatment Of Non-
life Threating Condition
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 3
4. Objective
To present an accepted set of principles for the safety
evaluation of drugs for the long-term treatment (longer
than 6 months) of non-life-threatening diseases.
The safety evaluation during clinical drug development
is expected to characterise and quantify the safety profile
of a drug over a reasonable duration of time.
Thus, duration of drug exposure and its occurrence of
adverse events are important considerations in
determining the size of the data base necessary to achieve
such goals.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 4
5. Purpose
It is useful to distinguish between clinical data on
adverse drug events derived from studies of shorter
duration of exposure and data from studies of longer
duration.
It is expected that short-term event rates (cumulative
3-months) will be well characterised.
The clinical studies judgements about the
relationships between the drug and adverse events.
A placebo-controlled trial allows the drug-treated
group to be compared directly with the background
event rate in the patient population being studied.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 5
6. General Agreement
1. A harmonised regulatory standard covers many
indications and drug classes, there are exceptions.
2. Regulatory standards for the safety evaluation of
drugs should be based on previous experience
with the occurrence and detection of adverse drug
events, statistical considerations, and practical
considerations.
3. Information about the occurrence of ADEs in
relation to duration of treatment for different drug
classes is incomplete, and further investigations to
obtain this information would be useful.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 6
7. 4. Available information suggests that most ADEs first
occur, and are most frequent, within the first few
months of drug treatment. The number of patients
treated for 6 months at dosage levels intended for
clinical use, should be adequate to characterise the
pattern of ADEs over time.
5. Some ADEs may increase in frequency or severity
with time or that some serious ADEs may occur only
after drug treatment for more than 6 months.
Therefore, some patients should be treated with the
drug for 12 months. 100 patients exposed for a
minimum of one-year is considered to be acceptable
to include as part of the safety data base.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 7
8. 6. The total number of individuals treated with the
investigational drug, including short-term exposure,
will be about 1500. Japan currently accepts 500-
1500 patients: the potential for a smaller number of
patients is due to the post-marketing surveillance
requirement
7. Filing for approval will usually be possible based
on the data from patients treated through 6 months.
Data on patients treated through 12 months must be
submitted as soon as available and prior to approval
in the United States and Japan. In the U.S. the
initial submission for those drugs designated as
priority drugs must include the 12-months patient
data.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 8
10. 1. INTRODUCTION
There are two issues within the broad
subject of clinical safety data
management that are appropriate for
harmonisation:
The development of standard
definitions and terminology, and
The appropriate mechanism for rapid
reporting, in the investigational (i.e.,
pre-approval) phase.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 10
11. 2.DEFINITIONS AND
TERMINOLOGYA. Basic Terms
1. Adverse Event (or Adverse Experience)
Any untoward medical occurrence in a patient or clinical
investigation subject administered a pharmaceutical product
and which does not necessarily have to have a causal
relationship with this treatment.
2. Adverse Drug Reaction (ADR)
All noxious and unintended responses to a medicinal
product related to any dose should be considered adverse drug
reactions.
As found in WHO Technical Report 498 [1972]
A response to a drug which is noxious and unintended and
which occurs at doses normally used in man for prophylaxis,
diagnosis, or therapy of disease or for modification of
physiological function.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 11
12. 3. Unexpected Adverse Drug Reaction
An adverse reaction, the nature or severity of which is not
consistent with the applicable product information (e.g., Investigator's
Brochure for an unapproved investigational medicinal product).
B. Serious Adverse Event or Adverse Drug Reaction
The term "severe" is used to describe the severity of a specific event
(as mild or moderate) while "serious," which is based on event
outcome or action criteria associated with events that pose a threat to a
patient's life or functioning.
A serious adverse event (experience) or reaction is any untoward
medical occurrence that at any dose:
* Results in death,
* Is life-threatening (risk of death at the time of the event)
* Requires inpatient hospitalisation or prolongation of
existing hospitalisation,
* Results in persistent or significant disability/incapacity
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 12
13. C. Expectedness of an Adverse Drug Reaction
The purpose of expedited reporting is to make
regulators, investigators, and other appropriate people
aware of new, important information on serious
reactions.
And a guideline is needed on how to define an event as
"unexpected" or "expected“.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 13
14. 3. STANDARDS FOR
EXPEDITED REPORTING
A. What Should be Reported?
1. Single Cases of Serious, Unexpected ADRs
All adverse drug reactions (ADRs) that are both
serious and unexpected are subject to reporting.
This applies to reports from spontaneous
sources and from any type of clinical or
epidemiological investigation.
Information obtained by a sponsor or
manufacturer on serious, unexpected reports should
be submitted to an appropriate regulatory
authorities.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 14
15. 2. Other Observations
There are situations in addition to single case reports of
"serious" adverse events or reactions that may necessitate rapid
communication to regulatory authorities; appropriate medical
and scientific judgement should be applied for each situation.
B. Reporting Time Frames
1. Fatal or Life-Threatening Unexpected ADRs
~ Fatal or life-threatening, unexpected ADRs
occurring in clinical investigations.
~ Regulatory agencies should be notified (e.g., by
telephone, facsimile transmission, or in writing) as soon as
possible but no later than 7 calendar days first knowledge
by the sponsor that a case qualifies, followed by as
complete a report as possible within 8 additional
calendar days.
~ This report must include an assessment of the
importance and implication of the findings,
including relevant previous experience with the same or
similar medicinal products.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 15
16. 2. All Other Serious, Unexpected ADRs
Serious, unexpected reactions (ADRs) that are not fatal or
life-threatening must be filed as soon as possible but no
later than 15 calendar days after first knowledge by the
sponsor that the case meets the minimum criteria for
expedited reporting.
3. Minimum criteria for reporting
For regulatory purposes, initial reports should be
submitted within the prescribed time as long as the
following minimum criteria are met:
> an identifiable patient;
> a suspect medicinal product;
> an identifiable reporting source;
> and an event or outcome that can be
identified as serious and unexpected,
> and for which, in clinical investigation cases, there
is a reasonable suspected causal relationship.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 16
17. 3. How to Report
The CIOMS-I form has been a widely accepted
standard for expedited adverse event reporting.
However, no matter what the form or format
used, it is important that certain basic
information/data elements, when available, be
included with any expedited report, whether in a
tabular or narrative presentation.
All reports must be sent to those regulators or
other official parties requiring them (as
appropriate for the local situation) in countries
where the drug is under development.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 17
18. D. Managing Blinded Therapy Cases
When the sponsor and investigator are blinded
to individual patient treatment (as in a double-
blind study), the occurrence of a serious event
requires a decision on whether to open (break)
the code for the specific patient.
If the investigator breaks the blind, then it is
assumed the sponsor will also know the
assigned treatment for that patient.
When the blind is eventually opened, which
may be many weeks or months after reporting
to regulators, it must be ensured that company
and regulatory data bases are revised.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 18
19. E. Miscellaneous Issues
1. Reactions Associated with Active Comparator or
Placebo Treatment
~ It is the sponsor's responsibility to decide whether active
comparator drug reactions should be reported to the other
manufacturer and/or directly to appropriate regulatory
agencies.
~ Sponsors must report such events to either the
manufacturer of the active control or to appropriate
regulatory agencies.
2. Products with More than one Presentation or Use
~ To avoid uncertainties, an ADR that qualifies for
expedited reporting with one presentation of a product
(e.g., a dosage form, formulation, delivery system) or
product use (e.g., for an indication or population),
should be reported to regulatory filings across other
product presentations and uses.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 19
20. ~It is not uncommon that more than one dosage form,
formulation, or delivery system (oral, IM, IV, topical,
etc.) of the pharmacologically active compound(s) is
under study or marketed; for these different
presentations there may be some marked differences
in the clinical safety profile.
3. Post-study Events
Although such information is not routinely collected
by the sponsor, serious adverse events that occurred
after the patient had completed a clinical study
(including any protocol-required post-treatment
follow-up) will possibly be reported by an
investigator to the sponsor. Such cases should be
regarded for expedited reporting purposes as though
they were study reports.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 20
22. SCOPE
To standardize the data elements for transmission of
individual case safety reports by identifying, and
where necessary or advisable, by defining the data
elements for the transmission of all types of
individual case safety reports.
This includes case safety reports for both pre and
post approval periods and covers both adverse drug
reaction and adverse event reports.
Because of national and international agreements,
rules, and regulations, individual case safety reports
of adverse drug reactions and adverse events need to
be transmitted……..
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 22
23. − from identified reporting sources to
regulatory authorities and pharmaceutical
companies;
− between regulatory authorities;
− between pharmaceutical companies and
regulatory authorities;
− within authorities or pharmaceutical
companies;
− from clinical investigators, via the sponsor, to
ethics committees;
− from authorities to the World Health
Organization (WHO) Collaborating Center for
International Drug Monitoring.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 23
24. Notes on format of this
document
The user guidance are presented in
standard type of a slightly smaller font.
If a data element has a limited set of
choices, they are presented in bold Italic
type.
Definition of data elements
The data elements are sufficiently
comprehensive to cover complex reports
from most sources, different data sets,
and transmission situations or
requirements.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 24
25. CONTENT OF THE DATA
ELEMENTS
A. ADMINISTRATIVE AND IDENTIFICATION
INFORMATION
A.1 Identification of the case safety report
A.1.0.1 Sender’s (case) safety report unique
identifier.
This identifier should remain constant in subsequent
transmissions of the case by the same sender.
A.1.1 Identification of the country of the primary
source
A.1.2 Identification of the country where the
reaction/event occurred
A.1.3 Date of this transmission
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 25
26. A.1.4 Type of report
- Spontaneous report
- Report from study
- Other
- Not available to sender
A.1.5 Seriousness
=Serious
-Yes/no
=Seriousness criteria
− Results in death
− Is life-threatening
− Requires inpatient hospitalization or prolongation of existing hospitalization
− Other medically important condition
A.1.6 Date report was first received from source
A.1.7 Date of receipt of the most recent information for this report
A.1.8 Additional available documents held by sender
=List of documents held by sender
A.1.9 Does this case fulfil the local criteria for an expedited report?
A.1.10 Worldwide unique case identification number.
=Regulatory authority’s case report number
=Other sender’s case report number
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 26
27. A.1.11 Other case identifiers in previous transmissions
-yes
- Source(s) of the case identifier (e.g., name of the company, name of
regulatory agency)
A.1.12 Identification number of the report which is linked to this
report
A.1.13 Report nullification
- Reason for nullification
A.1.14 Was the case medically confirmed, if not initially from a
health professional?
A.2 Primary source(s) of information
The primary source(s) of the information is a person who reports
the facts. This should be distinguished from senders who are
transmitting the information.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 27
28. A.2.1 Primary source(s)
- Reporter identifier
- Reporter’s address
- Country
- Qualification
~Physician
~Pharmacist
~Other health professional
~Lawyer
~Consumer or other non health
~professional
A.2.2 Literature reference(s)
A.2.3 Study identification
- Study name
- Sponsor study number
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 28
29. A.3 Information on sender and receiver of case safety
report
1. Sender
= Type
−> Pharmaceutical company
−> Regulatory authority
−> Health professional
−> Regional pharmacovigilance center
−> WHO collaborating center for international drug monitoring
−> Other
= Sender identifier
= Person responsible for sending the report
= Sender’s address, fax, telephone and E-mail
address
2. Receiver
As of sender
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 29
30. B. INFORMATION ON THE CASE
B.1 Patient characteristics
1. Patient (name or initials)
2. Age information
3. Weight (kg)
4. Height (cm)
5. Sex
6. Last menstrual period date
7. Relevant medical history and concurrent
conditions
8. Relevant past drug history
9. In case of death
= Date of death
= Reported cause(s) of death
10. For a parent-child/ foetus report, information
concerning the parent
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 30
31. B.2 Reaction(s)/event(s)
1. Term highlighted by the reporter
1= Yes, highlighted by the reporter, NOT serious
2= No, not highlighted by the reporter, NOT serious
3= Yes, highlighted by the reporter, SERIOUS
4= No, not highlighted by the reporter, SERIOUS
2. Date of start of reaction/event
3. Date of end of reaction/event
4. Duration of reaction/event
5. Time intervals between suspect drug
administration and start of reaction/event
6. Outcome of reaction/event at the time of last
observation
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 31
32. B.3 Results of tests and procedure relevant to the
investigation of the patient
1. Structured information
2. Results of tests and procedures relevant to the investigation.
B.4 Drug(s) information
1. Characterization of drug role
2. Drug identification
3. Batch/lot number
4. Holder and authorization/application number of drug
5. Structured Dosage Information
- dose (number)
- dose (unit) mg
- number of separate dosages
- number of units in the interval
- cumulative dose to first reaction (number)
- cumulative dose to first reaction (unit)
6. Dosage text
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 32
33. 7. Pharmaceutical form (Dosage form)
8. Route of administration
9. Parent route of administration (in case of a parent
child/foetus report)
10. Gestation period at time of exposure
11. Indication for use in the case
12. Date of start of drug
13. Time intervals between drug administration and start of
reaction/event
14. Date of last administration
15. Duration of drug administration
16. Action(s) taken with drug
− Drug withdrawn
− Dose reduced
− Dose increased
− Dose not changed
− Unknown
− Not applicable
17. Effect of rechallenge
18. Additional information on drug
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 33
34. B.5 Narrative case summary and further
information
1. Case narrative including clinical course,
therapeutic measures, outcome and additional
relevant information.
2. Reporter's comments .
3. Sender's diagnosis/syndrome and/or
reclassification of reaction/event.
4. Sender's comments .
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 34
36. Objectives
To harmonize technical requirements for registration
or marketing approval. However, because new
products are introduced at different times in different
markets and the same product may be marketed in one
or more countries.
The regulatory requirements, particularly regarding
frequency of submission and content of periodic
safety updates, are not the same in the three regions
(EU, Japan, USA).
In order to avoid duplication of effort this guideline on
the format and content for comprehensive periodic
safety updates of marketed medicinal products has
been developed.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 36
37. Scope
This guideline on the format and content of
periodic safety update reports(PSUR) covering
short periods (e.g., six months, one year) often
prepared during the initial years following
approval/authorization.
This guideline might also be applicable for
longer term reporting intervals other options
may be appropriate
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 37
38. General Principles
1. One report for one active substance
All dosage forms and formulations as well as
indications for a given pharmacologically active
substance should be covered in one PSUR.
2. General scope of information
All relevant clinical and non-clinical safety data
should cover only the period of the report (interval
data) with the exception of regulatory status
information as well as data on serious, unlisted
ADRs which should be cumulative.
The main focus of the report should be adverse
drug reactions (ADRs).
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 38
39. 3. Products manufactured and/or marketed by more than
one company
Each MAH is responsible for submitting PSURs, even if different
companies market the same product in the same country.
When companies are involved in contractual relationships (e.g.,
licensor-licensee), arrangements for sharing safety information should
be clearly specified.
In order to ensure that all relevant data will be duly reported to
appropriate regulatory authorities.
4. International birth date and frequency of review and
reporting
Each medicinal product should have as an International Birth Date
(IBD), the date of the first marketing authorization for the product
granted to any company in any country in the world.
Once a drug has been marketed for several years, the need for a
comprehensive PSUR and the frequency of reporting may be reviewed,
depending on local regulations or requests, while maintaining one IBD
for all regulatory authorities
In addition, approvals beyond the initial one for the active substance
may be granted for new indications, dosage forms, populations, or
prescription status (e.g., children vs. adults; prescription to non-
prescription status)
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 39
40. 5. Reference safety information
An objective of a PSUR is to establish whether information
recorded during the reporting period is in accord with previous
knowledge on the drug’s safety, and to indicate whether changes
should be made to product information.
6. Presentation of data on individual case histories
I. Sources of information
a) Direct reports to MAH (or under MAH control)
b) Literature
c) ADR reporting systems of regulatory authorities
d) Other sources of data
II. Description of the reaction
III. Line listings and/or summary tabulations
It does serve to help regulatory authorities identify
cases which they might wish to examine more completely by
requesting full case reports.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 40
41. MODEL FOR A PERIODIC SAFETY UPDATE
REPORT (PSUR)
1. World-wide Market Authorization Status
− dates of market authorization, and subsequent
renewal;
− any qualifications surrounding the authorization, such
as limits on indications if relevant to safety;
− treatment indications and special populations covered
by the market authorization, when relevant;
− lack of approval, including explanation, by regulatory
authorities;
− withdrawal by the company of a license application
submission if related to safety or efficacy;
− dates of launch when known;
− trade name(s).
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 41
42. 2. Update of Regulatory Authority or MAH
Actions Taken for Safety Reasons
− marketing authorization withdrawal or
suspension;
− failure to obtain a marketing authorization
renewal;
− restrictions on distribution;
− clinical trial suspension;
− dosage modification;
− changes in target population or indications;
− formulation changes.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 42
43. 3. Changes to Reference Safety Information
The version of the company core data sheet (CCDS) with
its company core safety information (CCSI) in effect at
the beginning of the period covered by the report should
be used as the reference. It should be numbered, dated
and appended to the PSUR and include the date of last
revision.
4. Patient Exposure
It is usually difficult to obtain and validate accurate
exposure data, an estimate of the number of patients
exposed should be provided along with the method used
to derive the estimate. An explanation and justification
should be presented if the number of patients is
impossible to estimate or is a meaningless metric.
When a pattern of reports indicates a potential problem,
details by country or other segmentation (e.g., indication,
dosage form) should be presented if available.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 43
44. 5. Presentation of Individual Case Histories
I. Summary tabulations
II. MAH’s Analysis of Individual Case Histories
->Used for brief comments on the data concerning individual cases.
6. Studies
I. Newly analyzed company-sponsored studies
II. Targeted new safety studies planned, initiated or continuing
during the reporting period.
III. Published safety studies.
7. Other Information
I. Efficacy-Related Information
II. Late-Breaking Information
III. Overall Safety Evaluation
8. Conclusion
Should ,
− indicate which safety data do not remain in accord with the previous
cumulative experience, and with the reference safety information (CCSI);
− specify and justify any action recommended or initiated.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 44
46. INTRO
This guideline is based on the content of ICH E2A
guideline, with consideration as to how the terms and
definitions can be applied in the post-approval phase of
the product life cycle.
SOURCES OFINDIVIDUAL CASE SAFETY
REPORTS
1 Unsolicited Sources
1.1 Spontaneous Reports
It is an unsolicited communication by a healthcare
professional or consumer to a company, regulatory
authority or other organization (e.g. WHO) that
describes one or more adverse drug reactions in a patient
who was given one or more medicinal products and that
does not derive from a study or any organized data
collection scheme.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 46
47. 1.2 Literature
Regularly screen the worldwide scientific literature by accessing widely
used systematic literature reviews or reference databases.
1.3 Internet
1.4 Other Sources
Like media or press note
2. Solicited Sources
Derived from organized data collection systems, include clinical trials,
registries, post-approval named patient use programs, other patient
support and disease management programs, surveys of patients or
healthcare providers, or information gathering on efficacy or patient
compliance.
3. Contractual Agreements
The marketing of many medicines increasingly takes place through
contractual agreements between two or more companies, which may
market same product in the same or different countries/region.
4. Regulatory Authority Sources.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 47
48. STANDARDS FOR EXPEDITED REPORTING
1. What Should Be Reported?
->Serious ADRs
->Other Observations
- Lack of Efficacy
- Overdose
2. Minimum Criteria for Reporting
It is recommended that as much information as possible be
collected at the time of the initial report.
3. Reporting Time Frames
In general, expedited reporting of serious and unexpected
ADRs is required as soon as possible, but in no case later
than 15 calendar days of initial receipt of the information by
the MAH.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 48
49. GOOD CASE MANAGEMENT PRACTICES
1. Assessing Patient and Reporter Identifiability
Important to avoid case duplication, detect fraud, and facilitate
follow-up of appropriate cases.
Local data privacy laws regarding patient and reporter
identifiability might apply.
2. The Role of Narratives
To summarize all relevant clinical and related information,
including patient characteristics, therapy details, medical history,
clinical course of the event(s), diagnosis, and ADR(s) including the
outcome, laboratory evidence, and any other information that
supports or refutes an ADR.
3. Clinical Case Evaluation
• Is a diagnosis possible?
• Have the relevant diagnostic procedures been performed?
• Were alternative causes of the reaction(s) considered?
• What additional information is needed?
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 49
50. 4. How to Report
The CIOMS I form has been a widely accepted
standard for expedited adverse event reporting.
However, no matter what the form or format used.
It is recommended that the Medical Dictionary for
Regulatory Activities (MedDRA) be used for coding
medical information.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 50
51. REFERENCES
1. Current Challenges in Pharmacovigilance: Pragmatic
Approaches (Report of CIOMS Working V), Geneva 2001
2. Rules Governing Medicinal Products in the European Union,
Volume 9, PHARMACOVIGILANCE: Medicinal Products for
Human Use, 2001 http://pharmacos.eudra.org/F2/eudralex/vol-
9/home.htm
3. Guidance for Industry: Postmarketing Safety Reporting for
Human Drug and Biological Products Including Vaccines, Food
and Drug Administration, March 2001 (draft)
http://www.fda.gov/cder/guidance/4153dft.pdf
4. Safety Reporting Requirements for Human Drug and
Biological Products, Proposed Rule, Food and Drug
Administration, March 2003
5. Notification No 421 on Enforcement of the Law Revising
Partially the Pharmaceutical Affairs Law, the Director General,
Pharmaceutical Affairs Bureau, Ministry of Health and Welfare,
March 1997
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 51
53. Definition
WHO definition of the term ‘pharmacovigilance’ as “the
science and activities relating to the detection, assessment,
understanding and prevention of adverse effects or any
other drug related problems.”
Objective
Preparation for the early post marketing period of a
new drug (in this guideline, the term “drug” denotes
chemical entities, biotechnology-derived products, and
vaccines).
The main focus of this guideline is on a Safety
Specification and Pharmacovigilance Plan that might be
submitted at the time of licence application.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 53
54. Scope
The guideline could be most useful for new chemical entities,
biotechnology-derived products, and vaccines, as well as for
significant changes in established products.
The guideline is divided into the following sections:
• Safety Specification;
• Pharmacovigilance Plan;
• Pharmacovigilance Methods.
During the course of implementing the various components of
the Plan, any important emerging benefit or risk information
should be discussed and used to revise the Plan.
The following principles underpin this guideline:
• Planning of pharmacovigilance activities throughout the
product life-cycle;
• Science-based approach to risk documentation;
• Effective collaboration between regulators and industry;
• Applicability of the Pharmacovigilance Plan across the
three ICH regions.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 54
55. SAFETY SPECIFICATION
It should be a summary of the important identified risks of a
drug, important potential risks, and important missing
information.
The Safety Specification can be built initially during the pre-
marketing phase and, at the time approval is sought, it should
reflect the status of issues that were being followed during
development.
1. Elements of the Specification
Sponsors follow the structure of elements provided below
when compiling the Safety Specification. The elements of the
Safety Specification that are included are only a guide.
The Safety Specification can include additional elements,
depending on the nature of the product.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 55
56. I. Non-Clinical
• Toxicity (including, nephrotoxicity, hepatotoxicity, genotoxicity,
carcinogenicity );
• General pharmacology (cardiovascular, including QT interval
prolongation; nervous system; etc.);
• Drug interactions;
• Other toxicity-related information or data.
II. Clinical
a. Limitations of the Human Safety Database
• The extent of the world-wide exposure;
• Any new or different safety issues identified;
• Any regulatory actions related to safety.
b. Populations not Studied in the Pre-Approval Phase
• Children;
• The elderly;
• Pregnant or lactating women
• Patients with disease severity different from that studied in clinical
trials
• Patients of different racial and/or ethnic origins.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 56
57. III. Adverse Events (AEs) / Adverse Drug Reactions
(ADRs)
IV. Identified and Potential Interactions, Including
Food-Drug and Drug-Drug Interactions .
V. Epidemiology
VI. Pharmacological Class Effects
2. Summary
• Important identified risks;
• Important potential risks;
• Important missing information.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 57
58. PHARMACOVIGILANCE PLAN
1. Structure of the Pharmacovigilance Plan
I. Summary of Ongoing Safety Issues
II.Routine Pharmacovigilance Practices
• The preparation of reports for regulatory authorities:
o Expedited adverse drug reaction (ADR)
reports;
o Periodic Safety Update Reports (PSURs).
III. Action Plan for Safety Issues
IV. Summary of Actions to be Completed
2. Pharmacovigilance Methods
I. Design and Conduct of Observational Studies .
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 58
59. REFERENCES
1. CIOMS, Current Challenges in Pharmacovigilance:
Pragmatic Approaches. Report of CIOMS Working
Group V. Geneva; World Health Organization
(WHO), 2001.
2. Guidelines for Good Pharmacoepidemiology
Practices (GPP), International Society for
Pharmacoepidemiology,
http://www.pharmacoepi.org/resources/guidelines_
08027.cfm, August 2004.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 59
61. Agenda
Background Information
Development Safety Update Report:
Existing Situation –
Opportunities for Improvement
General Principles of the DSUR
Anticipated Challenges in Implementing
DSURs
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 61
62. Background Information
Management of Safety Information from Clinical Trials
(2005)
Annual
Cover entire development program
Common international birth date
The Development Safety Update Report: Harmonizing
the Format and Content for Periodic Safety Reporting
During Clinical Trials (2006)
Defined detail of contents, format, timing
General principles re: administrative matters, technical
content
Example DSURs
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 62
63. ICH E2F Expert Working Group
Timelines
Final Concept Paper: September 20, 2006
1st ICH Meeting: Oct 2006 (Chicago)
2nd ICH Meeting: Oct/Nov 2007 (Yokohama)
Step 2 document: June 2008 (Portland)
Step 3 – consultation/comment period: June –
December 2008
Step 4 document: August 2010
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 63
64. Some Constraints/Principles
ICH documents are guidelines, and cannot
impose new regulatory requirements.
DSUR should replace existing annual
reporting requirements in US and EU
Therefore, DSUR needs to
incorporate all current regulatory
components of those reports.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 64
65. Existing Situation -
Opportunities for
Improvement
Rationale for DSUR:
Current periodic safety reports differ,
analyses of safety are not
comprehensive;
Benefits of harmonizationDepartment Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 65
66. US IND Annual Report Content
Individual studies:
Status of each study:
Identification – title, protocol number;
purpose,
patient population: (by age, sex, race)
planned;
included;
completed;
drop-outs.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 66
67. US IND Annual Report Content
Summary Information
Narrative or tabular summary of most frequent and
most serious adverse experiences by body system;
Summary of all IND safety reports;
List of subjects who died with cause of death;
List of drop-outs due to adverse events;
Pharmacodynamic/pharmacokinetic information;
List of pre-clinical studies;
Summary of significant manufacturing/
microbiological changes;
Other: e.g., Investigational plan for coming year;
changes to IB; Phase I protocol changes.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 67
68. EU Annual Safety Report Content
Summary Information: individual and
multiple trials
Concise safety analysis and benefit-risk evaluation;
Description and critical analysis of all new safety
findings related to Investigational Drug;
Results of non-clinical studies;
Other studies likely to affect subjects’ safety;
Measures to minimise risks;
Rationale – updating protocol, consent form, Patient
Information Leaflet, IB;
Implications for trial subjects and tested IMP based
on all available clinical data;
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 68
69. Opportunities for Improvement
Focus on regulatory compliance instead of
benefit vs. risk analysis;
Confusing regulatory terminology;
Inconsistent reference safety information;
Uncoordinated periodicity of reports;
Different scope and content for same trials in
different regions;
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 69
70. Benefits of DSUR
Harmonization of format, content and
scheduling of annual reports in 3
regions:
1. Harmonizes with ICH E2A and E2E
2. Single DSUR for Investigational Drug –
complete picture of evolving safety profile
3. Improved consistency among companies
4. Decrease in number of reports generated
5. Regulators receive the same information at
the same time
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 70
71. CONT….
Comprehensive, thoughtful annual review
New concept in Section 19 – Summary of
Important Risks – highlights issues to monitor
(industry and regulators)
New concept in Section 3 – advice rendered by
regulators that places specific limitation(s) on
current or future development
Facilitates work sharing ( regulators)
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 71
72. Framework of DSUR Guideline
Introduction
Guidance
When, Who, How should DSUR be
prepared?
DSUR Format/Table of Contents
Guidance on Contents of DSUR
Appendices to DSUR
Glossary
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 72
73. Objective
Information reported during the current review
period and analysis based on previous knowledge of
the product’s safety;
Description of new issues that may impact the
overall program or specific clinical trials;
Summarization of current understanding and
management of known and potential safety risks to
exposed patients;
Examine changes in the product’s safety profile;
and
Provide an update on the status of the clinical
development program.Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 73
74. Scope
Clinical trials of investigational drugs (including
vaccines and biologics)
Other findings that impact the safety and welfare of
clinical trial subjects (e.g., non-clinical studies,
observational studies)
DSUR should,
1. Focus on the investigational drug, providing
information on comparators where relevant to the
safety of trial participants;
2. be concise and provide information to assure
regulators that sponsors are adequately monitoring
and evaluating the safety profile of the
investigational drug
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 74
75. Recipients of DSUR
Regulatory Authorities: DSUR; within
60 days from the DIBD(Development
International Birth Date)
EC/IRB, if required: Executive
Summary (plus line listing of SADRs)
Final DSUR in a Territory: will be
notified with a cover letter.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 75
76. Content of DSUR
1. Introduction
2. Worldwide Marketing Approval Status
3. Actions Taken in the Reporting Period for Safety
Reasons
4. Changes to Reference Safety Information
5. Inventory of Clinical Trials Ongoing and Completed
6. Estimated Cumulative Exposure
7. Data in Line Listings and Summary Tabulations
8. Significant Findings from Clinical Trials
9. Safety Findings from Non-interventional Studies
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 76
77. CONT…
10. Other Clinical Trial/Study Safety Information
11. Safety Findings from Marketing Experience
12. Non-clinical Data
13. Literature
14. Other DSURs
15. Lack of Efficacy
16. Region-Specific Information
17. Late-Breaking Information
18. Overall Safety Assessment
19. Summary of Important Risks
20. Conclusions
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 77
78. Executive Summary
Summary of the important information contained in
the DSUR
Serve as a “stand-alone” document for submission to
stakeholders (e.g., Ethics Committees)
Includes:
- Introduction
- Investigational drug
- Estimated clinical trial exposure (cumulative)
- Marketing authorization status
- Summary of overall safety assessment
- Summary of important risks
- Actions taken for safety reasons including changes to
IB
- Conclusion.
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 78
79. Other Information
Include relevant findings from:
- Non-interventional, observational and
epidemiologic studies
- Marketing experience
- Other sources/data:
> Non-clinical data
> Long-term follow-up
> Literature
> Other DSURs
> Lack of efficacy
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 79
80. Region-specific Information
Cumulative summary tabulation of serious adverse
reactions
List of subjects who died during reporting period
List of subjects who dropped out of clinical trials in
association with an adverse event
Significant Phase I protocol modifications
Significant manufacturing changes
General investigation plan for the coming year
Log of outstanding business with respect to US IND
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 80
81. Overall Safety Assessment
Evaluation of the risks
Changes in previously identified risks
New safety issues
Interactions
Experiences during pregnancy
Other risks
Benefit Risk considerations
Conclusions
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 81
82. Summary of important risks
Cumulative summary list of important identified
and potential risks – those that might lead t
Warnings, Precautions, or Contraindications in
labeling, including:
- Ongoing risks
- Fully addressed or resolved risks
This information could provide the basis for the
Safety Specification of a risk management plan
(ICH E2E).
Department Of Pharmaceutical Sciences,
Saurashtra University, Rajkot 82