This presentation was given at the North Texas Chapter ACRP Research Symposium, Dallas, TX (Aug 2011) and the SoCRA 20th Annual Conference, San Diego, CA (Sep 2011).
This document provides guidance and answers frequently asked questions about completing Form FDA 1572, also known as the Statement of Investigator. The form is an agreement between the investigator and sponsor that provides information about the investigator's qualifications and research site, and commits the investigator to comply with FDA regulations for clinical investigations. Key points covered include when the form must be signed, qualifications of investigators, updating the form, use for foreign studies, and submitting the form to FDA. The guidance aims to help sponsors, investigators and others properly complete the 1572.
The document discusses factors to consider when selecting clinical trial sites and investigators. Key criteria for site selection include the experience and qualifications of staff, availability of suitable patients, and ability to perform required assessments. Important considerations for investigator selection are their education, training, experience recruiting patients, and ability to properly conduct the trial within the required timelines. The selection process involves sponsors asking CROs to evaluate potential sites and investigators through feasibility interviews and assessments of qualifications.
This document outlines quality system requirements for national pharmaceutical inspection services that conduct GMP inspections of manufacturers and wholesale distributors. It specifies that inspection services must establish a quality manual, administrative structure, documentation control, records management, inspection procedures and resources, internal audits, quality improvement processes, and procedures for handling complaints and recalls. The goal is to achieve consistency in inspection standards across national authorities to facilitate mutual recognition and confidence between inspection services.
This document outlines the steps for conducting a clinical trial and conducting a site qualification visit. It discusses preparing essential documents, selecting an investigator and site, conducting the qualification visit to assess the site's capabilities, and reviewing requirements like the protocol, informed consent, reporting procedures, documentation, facilities, staff experience, and regulatory approvals. The qualification visit confirms the site's readiness before initiating a clinical trial.
This document provides information about drug master files (DMFs), including their definition, regulatory requirements, types, specifications, content, and submission process. A DMF is a confidential document containing details about the manufacturing and controls of an active pharmaceutical ingredient. There are five types of DMFs which provide information about drug substances, packaging materials, excipients, and other reference information. A Type II DMF for a drug substance must be organized according to ICH guidelines and contain manufacturing details, characterization, specifications, and stability data. Amendments and annual reports are used to update the information in a DMF.
This document outlines the regulations for investigational new drugs as described in Part 312 of Title 21 of the Code of Federal Regulations. It discusses the requirements for investigational new drug applications (INDs), including the content that must be submitted in an IND. Key points covered include the phases of clinical investigation for a new drug, safety reporting requirements for INDs, protocols for amending an IND, and the conditions under which FDA can place a clinical hold, terminate an IND, or change a drug's status. The purpose is to ensure new drugs are properly evaluated for safety and effectiveness before being approved for marketing.
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.
The document discusses the FDA's perspective on conducting inspections of clinical trial sites. It describes the goals of FDA inspections as assessing adherence to regulations and confirming safety and ethical treatment of subjects. The FDA conducts three types of inspections: trial oriented, investigator oriented, and bioequivalence inspections. Routine inspections provide advance notice while "for cause" inspections have no notice. Inspections involve reviewing documents, interviewing staff, and inspecting facilities. Common deficiencies found include inaccurate records, failure to follow protocols, and inadequate informed consent processes.
This document provides guidance and answers frequently asked questions about completing Form FDA 1572, also known as the Statement of Investigator. The form is an agreement between the investigator and sponsor that provides information about the investigator's qualifications and research site, and commits the investigator to comply with FDA regulations for clinical investigations. Key points covered include when the form must be signed, qualifications of investigators, updating the form, use for foreign studies, and submitting the form to FDA. The guidance aims to help sponsors, investigators and others properly complete the 1572.
The document discusses factors to consider when selecting clinical trial sites and investigators. Key criteria for site selection include the experience and qualifications of staff, availability of suitable patients, and ability to perform required assessments. Important considerations for investigator selection are their education, training, experience recruiting patients, and ability to properly conduct the trial within the required timelines. The selection process involves sponsors asking CROs to evaluate potential sites and investigators through feasibility interviews and assessments of qualifications.
This document outlines quality system requirements for national pharmaceutical inspection services that conduct GMP inspections of manufacturers and wholesale distributors. It specifies that inspection services must establish a quality manual, administrative structure, documentation control, records management, inspection procedures and resources, internal audits, quality improvement processes, and procedures for handling complaints and recalls. The goal is to achieve consistency in inspection standards across national authorities to facilitate mutual recognition and confidence between inspection services.
This document outlines the steps for conducting a clinical trial and conducting a site qualification visit. It discusses preparing essential documents, selecting an investigator and site, conducting the qualification visit to assess the site's capabilities, and reviewing requirements like the protocol, informed consent, reporting procedures, documentation, facilities, staff experience, and regulatory approvals. The qualification visit confirms the site's readiness before initiating a clinical trial.
This document provides information about drug master files (DMFs), including their definition, regulatory requirements, types, specifications, content, and submission process. A DMF is a confidential document containing details about the manufacturing and controls of an active pharmaceutical ingredient. There are five types of DMFs which provide information about drug substances, packaging materials, excipients, and other reference information. A Type II DMF for a drug substance must be organized according to ICH guidelines and contain manufacturing details, characterization, specifications, and stability data. Amendments and annual reports are used to update the information in a DMF.
This document outlines the regulations for investigational new drugs as described in Part 312 of Title 21 of the Code of Federal Regulations. It discusses the requirements for investigational new drug applications (INDs), including the content that must be submitted in an IND. Key points covered include the phases of clinical investigation for a new drug, safety reporting requirements for INDs, protocols for amending an IND, and the conditions under which FDA can place a clinical hold, terminate an IND, or change a drug's status. The purpose is to ensure new drugs are properly evaluated for safety and effectiveness before being approved for marketing.
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.
The document discusses the FDA's perspective on conducting inspections of clinical trial sites. It describes the goals of FDA inspections as assessing adherence to regulations and confirming safety and ethical treatment of subjects. The FDA conducts three types of inspections: trial oriented, investigator oriented, and bioequivalence inspections. Routine inspections provide advance notice while "for cause" inspections have no notice. Inspections involve reviewing documents, interviewing staff, and inspecting facilities. Common deficiencies found include inaccurate records, failure to follow protocols, and inadequate informed consent processes.
Financial Disclosure – Duties and Strategies for Clinical StudiesMichael Swit
Financial disclosure requirements for clinical studies are explored with a particular emphasis on how the requirement for tracking "Significant Payments of Other Sorts" -- or SPOOS -- present challenges in clinical study compliance.
This document provides an overview and outline of a Standard Operating Procedure (SOP) for filing a Clinical Trial Application (CTA) to Health Canada. The SOP aims to facilitate successful CTA filing by providing tools, relevant links and standardized procedures. It discusses the contents and modules of a CTA, including an introduction, project charter, scope, stakeholders, types of clinical trials, application outline, quality management, standard operating procedures, and records. The overall goal is to create an SOP that guides CTA preparation and avoids discrepancies with Health Canada requirements.
This document provides guidance on preparing for an FDA pre-approval inspection. It discusses what to expect during an inspection, including that inspectors will review documentation for compliance with quality standards. It stresses the importance of managing the inspection through preparation, including conducting internal audits and training personnel. It also recommends designating an inspection team to guide the process and handle document requests. The overall goal is to demonstrate control over quality issues to avoid delays in approval.
TMF Fundamentals - An Introduction to Better Trial Master File Management - M...Montrium
In this presentation, we explore the TMF fundamentals and an introduction to better managing your TMF. We'll start by diving into the world of TMF management, how to properly leverage the regulations, which documents constitute as TMF-worthy and what basic metrics you can track to increase the efficiency of your trial.
Finally, we will also discuss some of the features Montrium has developed to facilitate the management of the Trial Master File in a fundamental way.
This presentation covers the following topics:
-Fundamentals of TMF management process
-How to use the regulations to ensure success
-What cross functional groups hold TMF worthy documents
-TMF management challenges and how you can alleviate them
-Base metrics to track and what they mean to your organization
-How an eTMF helps TMF Management
You can follow along with this presentation via our webinar:
https://info.montrium.com/tmf-fundamentals-an-introduction-to-better-trial-master-file-management
management of clinical trials: sponser perspective from falgun vyasFalgun Vyas
The document discusses standard operating procedures (SOPs) that are written instructions to standardize clinical trial functions, the importance of protocols that define trial objectives and methodology, selecting qualified clinical investigators and training them on GCP guidelines and the trial protocol, and monitoring investigator sites through periodic monitoring and audits to ensure compliance.
The document summarizes the key differences between the Indian guidelines for Good Clinical Practice (GCP) and the International Conference on Harmonisation (ICH) GCP guidelines. Some differences include: the Indian GCP requires investigators to be qualified by the Medical Council of India, while ICH GCP does not; Indian GCP mandates signing standard operating procedures between sponsors and investigators; and Indian GCP gives ethics committees power to discontinue trials, while ICH GCP assigns that role to independent data monitoring committees. Overall, the Indian GCP guidelines include some additional requirements compared to the international ICH standards.
institutional review board and independent ethics committeeMOHAMMAD ASIM
The document discusses the role and responsibilities of institutional review boards (IRBs) in protecting human subjects in clinical research. It provides details on:
- The composition and quorum requirements of IRBs, including the need for diverse expertise and community representation.
- The functions of IRBs, which include reviewing research protocols, approving studies, overseeing informed consent processes, and ensuring ongoing ethical review of approved studies.
- The responsibilities of IRBs in evaluating risks and benefits to research participants, assessing payment amounts and methods, and requiring modifications or halting studies when necessary.
- The necessary components of informed consent forms used in clinical studies, including study details, risks/benefits, confidentiality
regulatory requirnment and approval procedure for drugs and cosmetics, medica...sandeep bansal
This document outlines the regulatory requirements and approval procedures for drugs, cosmetics, medical devices, biological products, herbal medicines, and foods/nutraceuticals in India. It discusses the key regulatory bodies like the Central Drugs Standard Control Organization (CDSCO) and the application processes. For drugs, the new drug approval procedure is described involving applying to the DCGI and undergoing clinical trials and reviews. For other products, the document explains the application forms and documents required for approval from bodies like FSSAI.
The document discusses quality assurance in clinical trials. It begins by outlining key frameworks for quality like GCP and ISO standards. It emphasizes that quality assurance requires understanding critical parameters, incorporating quality by design principles, and addressing practical challenges in data collection and documentation. The document then provides examples of risk-based quality management, highlighting the importance of identifying, assessing, and mitigating risks at various stages of a clinical trial's lifecycle. Finally, it presents two case studies, one on a large heart failure trial and another on a global respiratory trial, to demonstrate operationalizing quality assurance practices.
The document discusses FDA acceptance of foreign clinical trial data for regulatory submissions. It provides an overview of current regulations and considerations for both IND and non-IND studies conducted abroad. Key points include that foreign data is acceptable if studies meet good clinical practices and are applicable to the US population. While IND studies must follow all US rules, non-IND studies require proof of GCP compliance and complete documentation for FDA to consider acceptance. Practical and scientific issues in extrapolating results from foreign to US populations are also addressed.
This document discusses quality assurance in bioavailability and bioequivalence studies. It outlines key elements of quality management including adherence to standards, prevention of errors, independent assessment of compliance, and having a flexible system. It also discusses Good Clinical Practice, Good Laboratory Practice, and the role of quality assurance in ensuring compliance with regulations and standards. Quality assurance aims to ensure credibility and accuracy of data through audits and monitoring.
This document discusses audits and inspections in clinical trials. It defines an audit as a systematic examination of trial activities and documents to determine compliance, while an inspection involves a regulatory review of documents, facilities, and resources related to a trial. The key differences between audits and inspections are that audits are conducted internally by sponsors or CROs, while inspections are done by regulatory authorities. Routine audits ensure compliance, while for-cause audits investigate non-compliance issues. Audits and inspections evaluate areas like personnel, trial conduct, documentation, drug accountability, and computer systems. Proper preparation and responding to document requests within time limits are important for audits and inspections.
Project management in clinical research sanjay akhani 8 maySanjay Akhani
This document discusses project management in clinical research. It begins with a disclaimer from the presenter. It then provides an overview of key aspects of project management in clinical research, including project management tools and techniques used, components of a project management plan, managing contract research organizations and site management organizations, optimizing patient recruitment, and working with remote and multicultural teams. Challenges of working with remote and multicultural teams include differences in communication styles, work ethics, decision making, and views of time and change due to cultural differences between high and low context cultures.
The document outlines new rules for drugs and clinical trials in India established by the Ministry of Health and Family Welfare in 2019. Key aspects include:
- Establishing authorities like the Central Licensing Authority to oversee drug approval and clinical trials.
- Requiring Ethics Committee approval and registration for clinical trials and bioavailability/bioequivalence studies.
- Detailing processes for approval and oversight of clinical trials, including applications, inspections, and suspending trials.
- Establishing compensation amounts in cases of injury or death in clinical trials based on risk factors and disability percentages.
This document provides guidelines on good distribution practices for biological products in India. It outlines general principles for maintaining quality throughout the distribution chain from manufacturer to patient. Key points include:
- Establishing an organizational structure and quality system for all entities involved in storage and distribution. This includes training personnel, implementing standard operating procedures, and conducting self-inspections.
- Ensuring suitable premises, equipment, vehicles and environmental conditions for storage and transportation in compliance with product and regulatory requirements. Critical factors like temperature, humidity and cleanliness must be controlled.
- Maintaining appropriate documentation systems to allow for traceability of products and support recalls or returns if needed. Deviations from storage/transport conditions should be investigated and corrective actions
The document outlines regulations regarding informed consent for biomedical research involving human subjects. It states that informed consent must be obtained from all research participants or their legal guardians. Informed consent documents must include key information such as the study's purpose and procedures, risks and discomforts, benefits, confidentiality protections, and participants' rights to withdraw. Researchers have obligations to fully inform participants and respect their autonomy by ensuring participation is voluntary and without coercion. Special procedures are required for vulnerable populations like children.
A standard for the design, conduct, performance, monitoring, auditing, recording, analyses and reporting of clinical trials that provide assurance that the data and the reported results are credible (able to be believed), accurate and that the rights, integrity and confidentiality of trial subjects are protected.
The document discusses GMP compliance audits. It defines GMP audits as a process to verify that manufacturers follow good manufacturing practices regulations. There are two types of audits - onsite audits, which involve visiting the production site, and desktop audits, which review documentation without a site visit. Audits check various aspects of production including personnel, facilities, equipment, processes, warehousing and more. They help identify issues, ensure proper controls, and improve compliance.
Essential Documents of Clinical Trials_2heba rashed
Essential documents for clinical trials include documents that demonstrate compliance with good clinical practice standards and regulations. These documents are grouped into three sections: before, during, and after the clinical trial. Key documents include the protocol, patient consent forms, safety reports, data records, and archival documents that must be retained for 15 years. Maintaining organized essential document files is important for evaluating trial conduct and data quality.
Conducting Studies to the International Gold Standard: Going Beyond What the ...Paul Below
The document discusses the differences between the International Conference on Harmonization (ICH) Guidelines for Good Clinical Practice (GCP) and the U.S. Food and Drug Administration (FDA) regulations for clinical trials. The ICH guidelines aim to harmonize standards across countries in order to streamline drug development. Key differences highlighted in the document include additional informed consent requirements, documentation standards, and record retention timelines under the ICH guidelines compared to FDA regulations. Adhering to the international gold standard of the ICH GCP guidelines can facilitate global drug development and approval processes.
This document discusses the importance of internal auditing programs for clinical research compliance. It provides an agenda covering establishing a risk-appropriate internal audit program including lessons learned, and ensuring compliance during study contracting, conduct, and closeout. Case studies are presented to illustrate lessons learned, such as that the clinical investigator is ultimately responsible for compliance and maintaining proper documentation, regardless of others' actions. Internal auditing can help identify risks and ensure ongoing compliance.
Financial Disclosure – Duties and Strategies for Clinical StudiesMichael Swit
Financial disclosure requirements for clinical studies are explored with a particular emphasis on how the requirement for tracking "Significant Payments of Other Sorts" -- or SPOOS -- present challenges in clinical study compliance.
This document provides an overview and outline of a Standard Operating Procedure (SOP) for filing a Clinical Trial Application (CTA) to Health Canada. The SOP aims to facilitate successful CTA filing by providing tools, relevant links and standardized procedures. It discusses the contents and modules of a CTA, including an introduction, project charter, scope, stakeholders, types of clinical trials, application outline, quality management, standard operating procedures, and records. The overall goal is to create an SOP that guides CTA preparation and avoids discrepancies with Health Canada requirements.
This document provides guidance on preparing for an FDA pre-approval inspection. It discusses what to expect during an inspection, including that inspectors will review documentation for compliance with quality standards. It stresses the importance of managing the inspection through preparation, including conducting internal audits and training personnel. It also recommends designating an inspection team to guide the process and handle document requests. The overall goal is to demonstrate control over quality issues to avoid delays in approval.
TMF Fundamentals - An Introduction to Better Trial Master File Management - M...Montrium
In this presentation, we explore the TMF fundamentals and an introduction to better managing your TMF. We'll start by diving into the world of TMF management, how to properly leverage the regulations, which documents constitute as TMF-worthy and what basic metrics you can track to increase the efficiency of your trial.
Finally, we will also discuss some of the features Montrium has developed to facilitate the management of the Trial Master File in a fundamental way.
This presentation covers the following topics:
-Fundamentals of TMF management process
-How to use the regulations to ensure success
-What cross functional groups hold TMF worthy documents
-TMF management challenges and how you can alleviate them
-Base metrics to track and what they mean to your organization
-How an eTMF helps TMF Management
You can follow along with this presentation via our webinar:
https://info.montrium.com/tmf-fundamentals-an-introduction-to-better-trial-master-file-management
management of clinical trials: sponser perspective from falgun vyasFalgun Vyas
The document discusses standard operating procedures (SOPs) that are written instructions to standardize clinical trial functions, the importance of protocols that define trial objectives and methodology, selecting qualified clinical investigators and training them on GCP guidelines and the trial protocol, and monitoring investigator sites through periodic monitoring and audits to ensure compliance.
The document summarizes the key differences between the Indian guidelines for Good Clinical Practice (GCP) and the International Conference on Harmonisation (ICH) GCP guidelines. Some differences include: the Indian GCP requires investigators to be qualified by the Medical Council of India, while ICH GCP does not; Indian GCP mandates signing standard operating procedures between sponsors and investigators; and Indian GCP gives ethics committees power to discontinue trials, while ICH GCP assigns that role to independent data monitoring committees. Overall, the Indian GCP guidelines include some additional requirements compared to the international ICH standards.
institutional review board and independent ethics committeeMOHAMMAD ASIM
The document discusses the role and responsibilities of institutional review boards (IRBs) in protecting human subjects in clinical research. It provides details on:
- The composition and quorum requirements of IRBs, including the need for diverse expertise and community representation.
- The functions of IRBs, which include reviewing research protocols, approving studies, overseeing informed consent processes, and ensuring ongoing ethical review of approved studies.
- The responsibilities of IRBs in evaluating risks and benefits to research participants, assessing payment amounts and methods, and requiring modifications or halting studies when necessary.
- The necessary components of informed consent forms used in clinical studies, including study details, risks/benefits, confidentiality
regulatory requirnment and approval procedure for drugs and cosmetics, medica...sandeep bansal
This document outlines the regulatory requirements and approval procedures for drugs, cosmetics, medical devices, biological products, herbal medicines, and foods/nutraceuticals in India. It discusses the key regulatory bodies like the Central Drugs Standard Control Organization (CDSCO) and the application processes. For drugs, the new drug approval procedure is described involving applying to the DCGI and undergoing clinical trials and reviews. For other products, the document explains the application forms and documents required for approval from bodies like FSSAI.
The document discusses quality assurance in clinical trials. It begins by outlining key frameworks for quality like GCP and ISO standards. It emphasizes that quality assurance requires understanding critical parameters, incorporating quality by design principles, and addressing practical challenges in data collection and documentation. The document then provides examples of risk-based quality management, highlighting the importance of identifying, assessing, and mitigating risks at various stages of a clinical trial's lifecycle. Finally, it presents two case studies, one on a large heart failure trial and another on a global respiratory trial, to demonstrate operationalizing quality assurance practices.
The document discusses FDA acceptance of foreign clinical trial data for regulatory submissions. It provides an overview of current regulations and considerations for both IND and non-IND studies conducted abroad. Key points include that foreign data is acceptable if studies meet good clinical practices and are applicable to the US population. While IND studies must follow all US rules, non-IND studies require proof of GCP compliance and complete documentation for FDA to consider acceptance. Practical and scientific issues in extrapolating results from foreign to US populations are also addressed.
This document discusses quality assurance in bioavailability and bioequivalence studies. It outlines key elements of quality management including adherence to standards, prevention of errors, independent assessment of compliance, and having a flexible system. It also discusses Good Clinical Practice, Good Laboratory Practice, and the role of quality assurance in ensuring compliance with regulations and standards. Quality assurance aims to ensure credibility and accuracy of data through audits and monitoring.
This document discusses audits and inspections in clinical trials. It defines an audit as a systematic examination of trial activities and documents to determine compliance, while an inspection involves a regulatory review of documents, facilities, and resources related to a trial. The key differences between audits and inspections are that audits are conducted internally by sponsors or CROs, while inspections are done by regulatory authorities. Routine audits ensure compliance, while for-cause audits investigate non-compliance issues. Audits and inspections evaluate areas like personnel, trial conduct, documentation, drug accountability, and computer systems. Proper preparation and responding to document requests within time limits are important for audits and inspections.
Project management in clinical research sanjay akhani 8 maySanjay Akhani
This document discusses project management in clinical research. It begins with a disclaimer from the presenter. It then provides an overview of key aspects of project management in clinical research, including project management tools and techniques used, components of a project management plan, managing contract research organizations and site management organizations, optimizing patient recruitment, and working with remote and multicultural teams. Challenges of working with remote and multicultural teams include differences in communication styles, work ethics, decision making, and views of time and change due to cultural differences between high and low context cultures.
The document outlines new rules for drugs and clinical trials in India established by the Ministry of Health and Family Welfare in 2019. Key aspects include:
- Establishing authorities like the Central Licensing Authority to oversee drug approval and clinical trials.
- Requiring Ethics Committee approval and registration for clinical trials and bioavailability/bioequivalence studies.
- Detailing processes for approval and oversight of clinical trials, including applications, inspections, and suspending trials.
- Establishing compensation amounts in cases of injury or death in clinical trials based on risk factors and disability percentages.
This document provides guidelines on good distribution practices for biological products in India. It outlines general principles for maintaining quality throughout the distribution chain from manufacturer to patient. Key points include:
- Establishing an organizational structure and quality system for all entities involved in storage and distribution. This includes training personnel, implementing standard operating procedures, and conducting self-inspections.
- Ensuring suitable premises, equipment, vehicles and environmental conditions for storage and transportation in compliance with product and regulatory requirements. Critical factors like temperature, humidity and cleanliness must be controlled.
- Maintaining appropriate documentation systems to allow for traceability of products and support recalls or returns if needed. Deviations from storage/transport conditions should be investigated and corrective actions
The document outlines regulations regarding informed consent for biomedical research involving human subjects. It states that informed consent must be obtained from all research participants or their legal guardians. Informed consent documents must include key information such as the study's purpose and procedures, risks and discomforts, benefits, confidentiality protections, and participants' rights to withdraw. Researchers have obligations to fully inform participants and respect their autonomy by ensuring participation is voluntary and without coercion. Special procedures are required for vulnerable populations like children.
A standard for the design, conduct, performance, monitoring, auditing, recording, analyses and reporting of clinical trials that provide assurance that the data and the reported results are credible (able to be believed), accurate and that the rights, integrity and confidentiality of trial subjects are protected.
The document discusses GMP compliance audits. It defines GMP audits as a process to verify that manufacturers follow good manufacturing practices regulations. There are two types of audits - onsite audits, which involve visiting the production site, and desktop audits, which review documentation without a site visit. Audits check various aspects of production including personnel, facilities, equipment, processes, warehousing and more. They help identify issues, ensure proper controls, and improve compliance.
Essential Documents of Clinical Trials_2heba rashed
Essential documents for clinical trials include documents that demonstrate compliance with good clinical practice standards and regulations. These documents are grouped into three sections: before, during, and after the clinical trial. Key documents include the protocol, patient consent forms, safety reports, data records, and archival documents that must be retained for 15 years. Maintaining organized essential document files is important for evaluating trial conduct and data quality.
Conducting Studies to the International Gold Standard: Going Beyond What the ...Paul Below
The document discusses the differences between the International Conference on Harmonization (ICH) Guidelines for Good Clinical Practice (GCP) and the U.S. Food and Drug Administration (FDA) regulations for clinical trials. The ICH guidelines aim to harmonize standards across countries in order to streamline drug development. Key differences highlighted in the document include additional informed consent requirements, documentation standards, and record retention timelines under the ICH guidelines compared to FDA regulations. Adhering to the international gold standard of the ICH GCP guidelines can facilitate global drug development and approval processes.
This document discusses the importance of internal auditing programs for clinical research compliance. It provides an agenda covering establishing a risk-appropriate internal audit program including lessons learned, and ensuring compliance during study contracting, conduct, and closeout. Case studies are presented to illustrate lessons learned, such as that the clinical investigator is ultimately responsible for compliance and maintaining proper documentation, regardless of others' actions. Internal auditing can help identify risks and ensure ongoing compliance.
This document discusses corrective and preventive action (CAPA) basics, including:
- The purpose of CAPA is to identify and address quality problems and prevent recurrence.
- Regulations require manufacturers to establish CAPA procedures, collect and analyze data, investigate issues, identify and validate corrective/preventive actions, and document activities.
- The level of CAPA should be appropriate to the risk level of the problem. Relevant information must be communicated and submitted for management review.
FDA News Webinar - Inspection IntelligenceArmin Torres
Developing a Digital Data-Driven Approach to preparing for FDA Inspections. Using Data Analytics to proactively monitor internal and external Quality & Compliance data sources.
This document analyzes FDA warning letters issued between 2007 and June 2014. It finds that warning letters increased 78% from 2007 to 2013, with pharmaceutical/biotech, medical devices, and food/beverage industries receiving 95.72% of letters. Recent decreases in letters are likely due to reduced FDA funding and inspection freezes. The document predicts letters will rise in 2015 with a proposed FDA budget increase.
Inspection by regulatory authority ( fda )aartipatil084
The FDA conducts inspections of manufacturing sites to ensure compliance with regulations. Sites are selected for inspection based on risk factors like the products made, compliance history, or new information that raises concerns. During an inspection, FDA investigators will review records, audit processes, and observe operations to check that standards are met for quality, safety, and effectiveness.
The document outlines an agenda for a leadership review presentation on preparing for and managing an FDA inspection. The agenda includes introductions to FDA inspections, critical cGMP elements, job performance scenarios and role plays, and a review section. Key points covered are the types of FDA inspections, how deficiencies are cited, leadership roles and responsibilities during inspections, readiness checks, and responding to 483 observations.
3 top ten fda warning letter findings by theShirley Roach
The document outlines the top ten most common Good Manufacturing Practice (GMP) findings by the FDA in fiscal year 2003 based on Form 483 observations. The most frequent finding was a failure to follow and/or document written production and process control procedures, which was referenced on 317 Form 483s. Other top findings included responsibilities of the quality control unit, written procedures for production and process controls, testing and release for distribution, and validation. The document also provides examples of common GMP violations found during inspections, such as dirty facilities, unqualified equipment, and lack of corrective and preventative action procedures.
How to Prepare for an FDA Inspection and Respond to FDA 483's / Warning LettersGreenlight Guru
How long has it been since your last FDA inspection?
You know FDA is technically mandated to inspect any company with class II or class III products every two years (and inspections have been on the rise particularly for foreign / outside the US firms).
If FDA called tomorrow to announce their plans to visit your facility next week would you be prepared?
Even the most prepared companies still often find themselves receiving 483 observations.
Then you must act swiftly and effectively to avoid that observation escalating to a warning letter.
But what exactly do you do?
How do you respond to FDA 483 observations and/or warning letters?
greenlight.guru founder and VP QA/RA, Jon Speer, has been through his fair share of FDA inspections over the course of his 17+ year career in the medical device industry and has helped many of companies respond to 483 observations and warning letters along the way.
In this free, 60 minutes webinar, Jon will be sharing his most effective tips on how to avoid 483’s and warning letters in the first place along with a step-by-step guide to responding the them if you do happen to receive either.
(You can view the full webinar here: http://www.greenlight.guru/webinar/fda-483-warning-letter-response)
Specifically you'll learn:
What you should be doing to always be prepared for an FDA inspection
How to help prep your team before an FDA inspection
The top 7 reasons FDA issued medical device companies 483 observations and warning letters in FY2015
Tips you can implement today to mitigate your risk of getting 483’s and warning letters
What you need to do before responding to a 483 to minimize the damage (and avoid the common pitfalls)
Best practices for responding to FDA 483 and warning letter (including a free response template)
The differences in responding to a 483 observation vs. a warning letter
What to expect from FDA after submitting your response
In this presentation from Validation Week Europe, Karen Ginsbury discusses the rigors, preparations, strategies, and the do's and the don't of the FDA Inspection process.
This document provides guidance on managing an FDA pre-approval inspection (PAI). It outlines how to prepare for an inspection, assign roles and responsibilities, and effectively interact with inspectors. Key aspects include managing the audit room and staging area, escorting inspectors during tours, and understanding dos and don'ts when interacting with inspectors. The overall goal is to demonstrate compliance with FDA regulations and facilitate a successful inspection outcome.
CAPA, Root Cause Analysis and Risk ManagementJoseph Tarsio
This document discusses various quality management tools used for corrective and preventative action (CAPA), including root cause analysis. It describes CAPA and its regulatory requirements. Various tools for root cause analysis are explained, including the five whys technique, fishbone diagrams, Pareto charts, fault tree analysis, and failure mode and effects analysis. FMEA involves calculating a risk priority number to identify high-risk failures for corrective action. The document emphasizes the importance of identifying root causes of problems in order to implement effective preventative actions and reduce risks.
The document discusses the differences between chronic and sporadic problems and the appropriate approaches to address each type. It defines chronic problems as existing for some time and requiring improvement projects to attain breakthroughs. Sporadic problems are deviations that require troubleshooting to restore normal performance. The document outlines the sequence for breakthrough analysis including diagnosis to find root causes and developing remedies. It also summarizes the key steps in troubleshooting sporadic problems and the link between root cause analysis and the management by fact approach.
Monitoring and auditing in clinical trialsJyotsna Kapoor
Monitoring and auditing are important quality control activities in clinical trials. Monitoring ensures accurate and compliant conduct of trials, while auditing independently evaluates trial conduct and compliance. Key aspects include:
Monitoring involves overseeing trial progress to ensure compliance. Monitors verify participant rights and data accuracy. Auditing independently examines trials and documents to determine GCP compliance. Audit findings help ensure future compliance. Together, monitoring and auditing protect participants and validate trial results.
Regulations in clinical research: obligations and responsibilities of investi...TrialJoin
Two of the most important individuals in a clinical trial are investigators and sponsors. However, being such a crucial part of a trial also brings many obligations and responsibilities. Although the sponsor is the one who initiates and finances a trial, the investigator is the person who conducts it. For this reason, most of the obligations and responsibilities fall on the investigator as the person accountable for everything that goes wrong in a trial. Learning these obligations and knowing how to follow them is a crucial practice that will ensure compliance in a clinical trial.
For this reason, we’ve decided to compose this material that will give you a basic outline of all the rules and regulations that investigators and sponsors should follow.
Regulations in Clinical Research: Obligations and Responsibilities of Investi...Anand Butani
Two of the most important individuals in a clinical trial are investigators and sponsors. However, being such a crucial part of a trial also brings many obligations and responsibilities. Although the sponsor is the one who initiates and finances a trial, the investigator is the person who conducts it. For this reason, most of the obligations and responsibilities fall on the investigator as the person accountable for everything that goes wrong in a trial. Learning these obligations and knowing how to follow them is a crucial practice that will ensure compliance in a clinical trial.
For this reason, we’ve decided to compose this material that will give you a basic outline of all the rules and regulations that investigators and sponsors should follow.
Roles and Responsibilities in Clinical Trials of Investigator, Study Coordinator, Sponsor, Monitor, a Contract research organization.
The clinical trial, definition, description, Different types of clinical trials, phases of clinical trial.
The clinical trial study team.
Requirements of the clinical trial study team.
Clinical research team role.
GCP- Good clinical practices.
The document outlines the key roles and responsibilities of an investigator in clinical research. It discusses that the investigator is responsible for ensuring ethical conduct of the research study, obtaining informed consent, overseeing all aspects of the clinical trial from design to results. The investigator must qualify by training and experience, submit required documents to the IRB for review, monitor the trial, report adverse events, interact with subjects, and assist in audits. The investigator plays a critical role in successfully meeting research expectations and regulatory requirements.
Jasmine should not have begun data collection without IRB approval. She will need to discard any data collected prior to receiving approval and restart the study only after obtaining approval. Researchers cannot apply for retrospective approval or use data collected without approval.
The document discusses regulations related to good clinical practices (GCPs) and good manufacturing practices (GMPs). It provides background on the history and development of GCPs and GMPs, which were created to harmonize standards across countries and ensure safety, quality and efficacy in clinical trials and manufacturing. The core principles of GCPs are described, including ethical treatment of subjects, scientific validity of trials, and quality management. Key aspects of clinical trials such as institutional review boards, investigators, sponsors and essential documents are also covered. The presentation concludes with an introduction to GMPs and descriptions of documentation requirements, production controls and other quality standards they aim to ensure.
This document outlines the roles and responsibilities of members of a clinical trial study team. It discusses the investigator who leads the trial, the coordinator who manages the day-to-day operations, the sponsor who provides funding and oversight, the monitor who ensures compliance, and the contract research organization which provides additional support services. For each role, the document describes the main responsibilities which include following regulatory standards, protecting participant safety, ensuring protocol adherence, and reporting requirements.
The Declaration of Helsinki is a set of ethical principles and guidelines for medical research involving human subjects. It was first adopted by the World Medical Association (WMA) in 1964 and has been revised multiple times, with the most recent version released in 2013. The Declaration provides a framework to protect the rights, safety, and well-being of individuals participating in research studies. Here are the key elements of the Declaration of Helsinki:
Respect for Autonomy and Informed Consent: The Declaration emphasizes the importance of respecting the autonomy of individuals and their right to make informed decisions about participating in research. It requires researchers to obtain informed consent from participants or their legally authorized representatives, ensuring they have been adequately informed about the study's purpose, procedures, potential risks and benefits, and their right to withdraw at any time.
Beneficence and Risk Assessment: Researchers have a responsibility to maximize potential benefits and minimize potential harm to research participants. The Declaration states that research protocols should be based on a thorough scientific assessment of risks and benefits and should prioritize the well-being of participants.
Ethical Review and Approval: The Declaration highlights the necessity of independent ethical review of research protocols by an appropriate research ethics committee or institutional review board (IRB). The committee should ensure that the study is scientifically valid, ethically sound, and compliant with relevant regulations and guidelines.
Privacy and Confidentiality: The Declaration emphasizes the importance of protecting the privacy and confidentiality of research participants. Researchers should ensure that participants' personal information is kept confidential, and data should be anonymized or pseudonymized whenever possible to protect participant identities.
Data and Safety Monitoring: The Declaration emphasizes the importance of ongoing data monitoring and safety assessments during the research study. Researchers should have plans in place to detect and manage any adverse events or unanticipated risks that may arise during the study.
Vulnerable Populations: Special protections are outlined for vulnerable populations, such as children, pregnant women, prisoners, and individuals with impaired decision-making capacity. Researchers should take extra precautions to ensure their well-being, and their involvement in research should be justified based on the potential benefits to their own population.
Publication and Dissemination of Results: The Declaration emphasizes the responsibility of researchers to publish and share the results of their research in a timely manner. The results should be accurately reported, and negative or inconclusive results should also be disseminated to prevent publication bias.
The document discusses the ICH GCP guidelines for conducting clinical trials. The key points are:
1) GCP guidelines provide ethical and quality standards for clinical trial conduct to protect subject safety and ensure data credibility.
2) The guidelines establish responsibilities for investigators, sponsors, and ethics committees to follow principles where subject welfare prevails over science and trials must be scientifically sound.
3) The ICH facilitates harmonization across countries/regions to streamline drug development and avoid duplicative trials through consensus guidelines.
Clinical research teams have several important roles that work together to conduct clinical trials. The key roles include:
- The principal investigator oversees the entire clinical trial and is responsible for all study-related activities.
- Study coordinators manage the day-to-day operations of trials and ensure protocol compliance.
- Sponsors provide financial support and take overall responsibility for the trial.
- Clinical monitors directly evaluate clinical sites to ensure proper conduct and reporting.
- Contract research organizations provide additional operational and administrative support to help run trials. Together, these roles aim to safely and effectively evaluate new medical treatments.
Good Clinical Practice By: Swapnil L. patilSwapnil Patil
Good Clinical Practice (GCP) provides quality standards for clinical research to ensure human subjects are protected and study results are reliable. Key responsibilities include Institutional Review Boards overseeing studies, investigators providing medical care and adhering to protocols, and sponsors manufacturing products and monitoring trials. GCP aims to conduct ethical research through informed consent, qualifications of researchers, and quality management systems.
Clinical trials are research studies that test new medical treatments and drugs on human volunteers. They are important for discovering new treatments and determining what is safe and effective for human use. There are different types of clinical trials including observational studies that monitor participants' health over time without interventions, and interventional studies that test new drugs, therapies or treatments. Clinical trials go through several phases and are tightly regulated to protect participants and ensure scientific validity.
This document provides an overview of key regulatory and privacy issues related to clinical trials. It discusses the FDA requirements for clinical trials, including when an IND or IDE is needed prior to starting a study. It covers human subject protection duties around informed consent and IRB oversight. The document also outlines sponsor responsibilities during a study such as IND/IDE maintenance, safety reporting, and financial disclosure of clinical investigators. Finally, it discusses the role of HIPAA privacy rules and how protected health information can be used and disclosed for clinical research purposes.
Quorum Review's October 2013 Institution Bulletin includes Letter from CEO, Cami Gearhart, JD, addressing the delicate balance of protecting privacy and future research, as well as Quorum's insights on recent FDA guidance regarding how IRB's evaluate clinical trials as well as determining whether or not an IND is needed for a particular drug study.
This document provides guidance on developing comprehensive and legally compliant consent documents for research. It reviews the key elements that must be included in a consent form according to federal regulations, such as risks, benefits, confidentiality, voluntary participation, and contact information. The document also discusses additional consent requirements for clinical trials and situations where waivers of documentation or consent may be permitted. Researchers are advised to write consent forms at a 6th-8th grade reading level using clear and simple language.
This document provides an overview of Good Clinical Practice (GCP) and the clinical research process. It discusses key aspects of GCP including objectives of clinical trials, trial design, regulations, and investigator responsibilities. Specifically, it covers the research and development process, trial measurements, randomization techniques, informed consent, adverse events, and the responsibilities of investigators, sponsors, and regulatory bodies in ensuring compliance with GCP standards.
The document outlines the responsibilities of an investigator in clinical trials. An investigator is responsible for leading the clinical trial team and ensuring compliance with regulations. Key responsibilities include obtaining necessary approvals, ensuring safety of trial subjects, obtaining informed consent, accurately collecting and reporting data, and protecting subjects' rights and well-being. Maintaining high ethical standards in clinical trials is important to generate credible results and provide assurance to the public.
The document discusses institutional review boards (IRBs), which are charged with protecting the rights and safety of clinical trial participants. IRBs review research protocols to ensure they are ethical and risks to participants are minimized. The document outlines the composition, procedures, and functions of IRBs, including that they must have at least five members from diverse backgrounds and one community member. IRBs review research plans, consent forms, and any changes or adverse events during a study. Their goal is to uphold ethical standards for human subjects research set forth in documents like the Belmont Report.
This document provides an overview of ICH E6(R1) guidelines for good clinical practice. The key points are:
1. ICH E6(R1) provides ethical and quality standards for clinical trial design, conduct, recording and reporting to protect subject rights and ensure data credibility.
2. The guidelines aim to harmonize standards across Europe, Japan and the US to facilitate mutual acceptance of clinical data by regulatory authorities.
3. The document outlines principles like prioritizing subject safety, obtaining informed consent, and ensuring trial conduct follows approved protocols.
4. It also describes responsibilities of parties involved like investigators, sponsors, and ethics committees. Proper documentation and oversight are important to demonstrate
Similar to Compliance with the FDA Guidances on Investigator Responsibilities and the Form 1572 (20)
Compliance with the FDA Guidances on Investigator Responsibilities and the Form 1572
1. Compliance with the FDA
Guidances on Investigator
Responsibilities and
the Form 1572
Presented by
Paul Below, CCRA, CCRT
P. Below Consulting, Inc.
2. About the Speaker
• Clinical research consultant and GCP trainer based in
Minneapolis, MN since 2003
• Involved in project management, monitoring, auditing and
training for pharmaceutical and medical device client.
• Started career as a study coordinator in 1996
• ACRP CCRA since 2001 and ACRP Credentialed Trainer
since 2008
• Adjunct faculty for St. Cloud State University’s Masters
Degree Program in Applied Clinical Research
• Past President of the Minnesota Chapter ACRP
65. What address should be
entered into Section #1?
• The address where the
investigator can be
reached by mail or in
person should be entered
in Section #1 of the 1572
• Usually, this corresponds
to the investigator’s work
or business address