The FDA oversees clinical trials through inspections and monitoring. The FDA can inspect sponsor and investigator records and reports relating to clinical trials. Sponsors are responsible for monitoring trials and selecting qualified monitors. The FDA's Bioresearch Monitoring Program conducts inspections using compliance program manuals to inspect clinical investigators, sponsors, IRBs, and nonclinical laboratories. Inspections verify compliance and ensure accurate and reliable trial data.
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.
SAE REPORTING TIMELINE AND COMPENSATION 2019Shweta Lal
This presentation is based on New Drug and Clinical Trial Rule 2019 which was published in 19 march 2019. I have described chapter VI ( compensation) and Seventh Schedule including SAE reporting timeline in India.
Clinical research involves systematic studies on humans to test new drugs, devices, or procedures for safety and effectiveness. The document outlines the various phases of clinical research and drug development process. It describes the roles and responsibilities of key players on a research team including the principal investigator, clinical research coordinator, clinical research associate, and others. It also discusses ethical principles in clinical research and important considerations like informed consent and safety monitoring.
Clinical research determines the safety and effectiveness of medications, devices, and treatments intended for human use. Clinical trials systematically investigate new drugs in human subjects and can take an average of 14 years to bring a drug from discovery to market. Participants in clinical trials help advance medical research and access new treatments, and clinical trials are required prior to FDA approval of any new therapy.
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.
This document reviews Good Clinical Practice (GCP) guidelines. It aims to study GCP principles and their application. The document outlines the objectives, contents, and introduction to GCP. It describes 14 GCP principles regarding ethical conduct of clinical trials, including protocol development, risk identification, benefit-risk assessment, review by ethics committees, informed consent, qualifications of investigators and staff, record keeping, confidentiality, manufacturing standards, and quality systems. The document provides examples of how each principle is applied in clinical research. It concludes with a bibliography on GCP guidelines and resources.
The sponsor is responsible for initiating, managing, and financing clinical trials. This includes selecting investigators and sites, defining responsibilities, submitting documents for regulatory approval, monitoring safety and progress, ensuring proper labeling and storage of investigational products, auditing sites for compliance, and preparing and submitting clinical trial reports to regulatory authorities. The sponsor may delegate trial-related duties to third parties like CROs but retains ultimate responsibility for the trial.
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.
SAE REPORTING TIMELINE AND COMPENSATION 2019Shweta Lal
This presentation is based on New Drug and Clinical Trial Rule 2019 which was published in 19 march 2019. I have described chapter VI ( compensation) and Seventh Schedule including SAE reporting timeline in India.
Clinical research involves systematic studies on humans to test new drugs, devices, or procedures for safety and effectiveness. The document outlines the various phases of clinical research and drug development process. It describes the roles and responsibilities of key players on a research team including the principal investigator, clinical research coordinator, clinical research associate, and others. It also discusses ethical principles in clinical research and important considerations like informed consent and safety monitoring.
Clinical research determines the safety and effectiveness of medications, devices, and treatments intended for human use. Clinical trials systematically investigate new drugs in human subjects and can take an average of 14 years to bring a drug from discovery to market. Participants in clinical trials help advance medical research and access new treatments, and clinical trials are required prior to FDA approval of any new therapy.
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.
This document reviews Good Clinical Practice (GCP) guidelines. It aims to study GCP principles and their application. The document outlines the objectives, contents, and introduction to GCP. It describes 14 GCP principles regarding ethical conduct of clinical trials, including protocol development, risk identification, benefit-risk assessment, review by ethics committees, informed consent, qualifications of investigators and staff, record keeping, confidentiality, manufacturing standards, and quality systems. The document provides examples of how each principle is applied in clinical research. It concludes with a bibliography on GCP guidelines and resources.
The sponsor is responsible for initiating, managing, and financing clinical trials. This includes selecting investigators and sites, defining responsibilities, submitting documents for regulatory approval, monitoring safety and progress, ensuring proper labeling and storage of investigational products, auditing sites for compliance, and preparing and submitting clinical trial reports to regulatory authorities. The sponsor may delegate trial-related duties to third parties like CROs but retains ultimate responsibility for the trial.
The document discusses the roles and responsibilities of key members of a clinical research team. It describes the investigator as the leader responsible for ensuring ethical and protocol-compliant conduct of the study. The clinical research coordinator supports the investigator and manages daily trial activities including participant communication and data collection. The sponsor initiates and finances the study, while maintaining responsibility for quality and integrity. A contract research organization may take on some sponsor responsibilities by agreement.
This document provides guidance on reporting serious adverse events (SAEs) that occur during clinical trials in India. It outlines the key stakeholders involved in SAE reporting, including the investigator, sponsor/CRO, ethics committee, and Drug Controller General of India (DCGI). The timelines and process for initial and follow-up SAE reporting are defined. Requirements for the documents to be submitted in SAE reports, such as the checklist, case report form pages, and discharge summary, are also reviewed to ensure completeness and accuracy of the reports. Common errors made in SAE documentation are highlighted.
Roles and Responsibilities of sponsor in conducting clinical trials as per GC...Dr B Naga Raju
Presentation on Roles and Responsibilities of sponsor in conducting clinical trials as per GCP-ICH for pursuing a subject in the course of PharmD programme under RGUHS
Roles and Responsibilities of sponsor in conducting clinical trials as per GC...Dr B Naga Raju
The document outlines the roles and responsibilities of sponsors according to ICH-GCP guidelines. It discusses that sponsors are responsible for initiating, managing, financing, and monitoring clinical trials. They must ensure trials are conducted according to GCP standards, applicable regulations, and the approved protocol. Sponsors are also responsible for safety monitoring, reporting adverse events, quality assurance, selecting and compensating investigators, and maintaining required trial documentation.
The document defines key terms related to clinical trial monitoring such as monitoring, monitoring visits, and monitoring reports. It describes the purpose of monitoring is to protect subjects, ensure accurate data, and ensure compliance. It discusses selecting qualified monitors and different types of monitoring visits including site evaluation, initiation, routine monitoring, and close-out visits. The key responsibilities of monitors during visits are also summarized.
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.
Investigator: A person responsible for the conduct of the study at the trial site.
Investigator is a person responsible for the rights, health and welfare of the study subjects.
Clinical Trials: Types and Design
Experimental Study- RCT and Non RCT, Observation Study: Cohort, Case Control, Cross sectional
Clinical Trial Study Team Roles and responsibilities of Clinical Trial Personnel: Investigator, Study Coordinator, Sponsor, Contract Research Organization and its management.
The CRA oversees all stages of clinical trials from site selection to completion. They identify investigators, set up trial sites, train staff, monitor compliance, and verify informed consent and data collection. The CRA ensures protocols are followed, documents are collected, and supplies are accounted for throughout the trial. Effective communication, relationship building, attention to detail, and strong organizational skills are important for this role.
Auditors roles & responsibilities in CT as per ICHGCPSuhas Reddy C
The document discusses the roles and responsibilities of auditors in clinical trials according to ICH GCP guidelines. It states that auditors are responsible for independently examining trial activities and documents to verify compliance with protocols, SOPs, GCP, and regulations. The document outlines qualifications for auditors including knowledge of relevant laws, skills in communication and analysis, and ensuring nature of tenacity and ethics. It also describes the auditor's role in planning, conducting, and reporting audits to evaluate compliance and ensure proper conduct of trials.
Monitoring in clinical trials serves several key purposes: to protect the rights and welfare of human subjects, ensure the accuracy and completeness of trial data, and confirm compliance with regulatory standards and the study protocol. There are various types of monitoring, including central monitoring of data for unusual patterns, risk-based monitoring focusing on higher risk aspects, and on-site monitoring to check participant enrollment and informed consent, study conduct, drug accountability, and accuracy of source data documentation. Routine monitoring visits evaluate study progress, resources, laboratory facilities, investigational products, compliance with the protocol and regulations, case report forms, source data verification, adverse events documentation, and regulatory files.
In any work or process documents that are needed before initiation, Between or generally the end of the process just like in a clinical trial those “Documents which permit evaluation of the conduct of a trial and the quality of the data produced. It is given in the 8th section of the ICH-GCP.
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
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.
Lets, just get to know more about safety reporting in clinical trails with some terminologies, reporting requirements of ADR, compensations involved and finally the role of ethics committee in it,
Ethical committee-role, Principal InvestigatorGayathri Ravi
This document discusses ethics in research involving human subjects. It summarizes key landmark documents that guide ethical research, including the Nuremberg Code, Helsinki Declaration, and Belmont Report. It also describes the role and responsibilities of Institutional Review Boards (IRBs) in reviewing research proposals, ensuring risks are minimized and subjects' rights are protected, and providing ongoing oversight of approved studies. IRBs are responsible for ethical and scientific review of research and have authority to approve, require modifications to, or disapprove research.
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.
Pharmacological Approach to Drug DiscoverySuhas Reddy C
For better understanding of students. This will give you a detailed explanation of Pharmacological approach. Contact me through comment section if you need any assistance in understating
Este documento describe los ensayos clínicos controlados, que son la base científica más sólida para evaluar alternativas terapéuticas. Se realizan en la fase III de estudios farmacológicos y cuando estudios previos tienen fallas metodológicas. Los ensayos son prospectivos, comparativos, longitudinales, experimentales, aleatorios y ciegos, con el fin de comparar el efecto de una intervención contra un grupo control de manera ética, factible y trascendente.
Responsabilidades del promotor de un ensayo clínicoGRUPO P-VALUE
El promotor tiene la responsabilidad legal y financiera del estudio, incluyendo obtener las aprobaciones regulatorias, notificar eventos adversos, gestionar el suministro de medicamentos y presentar informes. El fabricante proporciona la medicación gratuita y seguro de responsabilidad, y puede revisar el protocolo y publicaciones, pero el promotor mantiene la responsabilidad final.
The document discusses the roles and responsibilities of key members of a clinical research team. It describes the investigator as the leader responsible for ensuring ethical and protocol-compliant conduct of the study. The clinical research coordinator supports the investigator and manages daily trial activities including participant communication and data collection. The sponsor initiates and finances the study, while maintaining responsibility for quality and integrity. A contract research organization may take on some sponsor responsibilities by agreement.
This document provides guidance on reporting serious adverse events (SAEs) that occur during clinical trials in India. It outlines the key stakeholders involved in SAE reporting, including the investigator, sponsor/CRO, ethics committee, and Drug Controller General of India (DCGI). The timelines and process for initial and follow-up SAE reporting are defined. Requirements for the documents to be submitted in SAE reports, such as the checklist, case report form pages, and discharge summary, are also reviewed to ensure completeness and accuracy of the reports. Common errors made in SAE documentation are highlighted.
Roles and Responsibilities of sponsor in conducting clinical trials as per GC...Dr B Naga Raju
Presentation on Roles and Responsibilities of sponsor in conducting clinical trials as per GCP-ICH for pursuing a subject in the course of PharmD programme under RGUHS
Roles and Responsibilities of sponsor in conducting clinical trials as per GC...Dr B Naga Raju
The document outlines the roles and responsibilities of sponsors according to ICH-GCP guidelines. It discusses that sponsors are responsible for initiating, managing, financing, and monitoring clinical trials. They must ensure trials are conducted according to GCP standards, applicable regulations, and the approved protocol. Sponsors are also responsible for safety monitoring, reporting adverse events, quality assurance, selecting and compensating investigators, and maintaining required trial documentation.
The document defines key terms related to clinical trial monitoring such as monitoring, monitoring visits, and monitoring reports. It describes the purpose of monitoring is to protect subjects, ensure accurate data, and ensure compliance. It discusses selecting qualified monitors and different types of monitoring visits including site evaluation, initiation, routine monitoring, and close-out visits. The key responsibilities of monitors during visits are also summarized.
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.
Investigator: A person responsible for the conduct of the study at the trial site.
Investigator is a person responsible for the rights, health and welfare of the study subjects.
Clinical Trials: Types and Design
Experimental Study- RCT and Non RCT, Observation Study: Cohort, Case Control, Cross sectional
Clinical Trial Study Team Roles and responsibilities of Clinical Trial Personnel: Investigator, Study Coordinator, Sponsor, Contract Research Organization and its management.
The CRA oversees all stages of clinical trials from site selection to completion. They identify investigators, set up trial sites, train staff, monitor compliance, and verify informed consent and data collection. The CRA ensures protocols are followed, documents are collected, and supplies are accounted for throughout the trial. Effective communication, relationship building, attention to detail, and strong organizational skills are important for this role.
Auditors roles & responsibilities in CT as per ICHGCPSuhas Reddy C
The document discusses the roles and responsibilities of auditors in clinical trials according to ICH GCP guidelines. It states that auditors are responsible for independently examining trial activities and documents to verify compliance with protocols, SOPs, GCP, and regulations. The document outlines qualifications for auditors including knowledge of relevant laws, skills in communication and analysis, and ensuring nature of tenacity and ethics. It also describes the auditor's role in planning, conducting, and reporting audits to evaluate compliance and ensure proper conduct of trials.
Monitoring in clinical trials serves several key purposes: to protect the rights and welfare of human subjects, ensure the accuracy and completeness of trial data, and confirm compliance with regulatory standards and the study protocol. There are various types of monitoring, including central monitoring of data for unusual patterns, risk-based monitoring focusing on higher risk aspects, and on-site monitoring to check participant enrollment and informed consent, study conduct, drug accountability, and accuracy of source data documentation. Routine monitoring visits evaluate study progress, resources, laboratory facilities, investigational products, compliance with the protocol and regulations, case report forms, source data verification, adverse events documentation, and regulatory files.
In any work or process documents that are needed before initiation, Between or generally the end of the process just like in a clinical trial those “Documents which permit evaluation of the conduct of a trial and the quality of the data produced. It is given in the 8th section of the ICH-GCP.
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
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.
Lets, just get to know more about safety reporting in clinical trails with some terminologies, reporting requirements of ADR, compensations involved and finally the role of ethics committee in it,
Ethical committee-role, Principal InvestigatorGayathri Ravi
This document discusses ethics in research involving human subjects. It summarizes key landmark documents that guide ethical research, including the Nuremberg Code, Helsinki Declaration, and Belmont Report. It also describes the role and responsibilities of Institutional Review Boards (IRBs) in reviewing research proposals, ensuring risks are minimized and subjects' rights are protected, and providing ongoing oversight of approved studies. IRBs are responsible for ethical and scientific review of research and have authority to approve, require modifications to, or disapprove research.
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.
Pharmacological Approach to Drug DiscoverySuhas Reddy C
For better understanding of students. This will give you a detailed explanation of Pharmacological approach. Contact me through comment section if you need any assistance in understating
Este documento describe los ensayos clínicos controlados, que son la base científica más sólida para evaluar alternativas terapéuticas. Se realizan en la fase III de estudios farmacológicos y cuando estudios previos tienen fallas metodológicas. Los ensayos son prospectivos, comparativos, longitudinales, experimentales, aleatorios y ciegos, con el fin de comparar el efecto de una intervención contra un grupo control de manera ética, factible y trascendente.
Responsabilidades del promotor de un ensayo clínicoGRUPO P-VALUE
El promotor tiene la responsabilidad legal y financiera del estudio, incluyendo obtener las aprobaciones regulatorias, notificar eventos adversos, gestionar el suministro de medicamentos y presentar informes. El fabricante proporciona la medicación gratuita y seguro de responsabilidad, y puede revisar el protocolo y publicaciones, pero el promotor mantiene la responsabilidad final.
Este documento describe el rol de un monitor de ensayos clínicos (CRA). Un CRA se encarga de asegurar el cumplimiento de las buenas prácticas clínicas en los ensayos clínicos mediante visitas al sitio para verificar los datos, el consentimiento informado de los pacientes, y el cumplimiento del protocolo. Un CRA apoya todas las fases de un ensayo clínico, incluyendo la selección del sitio, el inicio, la monitorización continua, y el cierre.
Este documento presenta un protocolo de actuación para los ensayos clínicos realizados en un hospital. Describe los objetivos, alcance, marco normativo y procedimientos a seguir en las diferentes etapas de un ensayo clínico, incluyendo la recepción de documentación, visitas de inicio, recepción y almacenamiento de muestras, notificación de incidencias y devolución de muestras. El protocolo establece los roles y responsabilidades del servicio de farmacia para garantizar que los ensayos cumplen con los requ
Este documento proporciona información sobre las visitas de monitorización realizadas por monitores clínicos. Explica que los monitores verifican el cumplimiento de los derechos de los pacientes, el control de la medicación, la revisión de documentos originales y los procedimientos del promotor. También describe las diferentes actividades que realizan los monitores durante las visitas como la revisión de datos de laboratorio, historias médicas y documentos originales para verificar la precisión de los datos.
Este documento presenta un caso clínico comunitario realizado a una adulta mayor discapacitada en Araure, Portuguesa. Se identificaron problemas de hipertensión arterial, deterioro de la movilidad y falta de conocimiento, los cuales se abordaron mediante diagnósticos y planes de cuidado de enfermería. La familia fue educada sobre la hipertensión, sus signos, síntomas y complicaciones para mejorar los hábitos alimenticios y estilos de vida y reducir riesgos. El modelo de Callista Roy guió este caso para promover la adapt
Este documento describe los tipos de estudios epidemiológicos y ensayos clínicos. Explica que los ensayos clínicos son estudios experimentales que evalúan la eficacia y seguridad de intervenciones médicas mediante su aplicación en seres humanos y comparándolas con un grupo control. También describe las características clave de los ensayos clínicos como la manipulación, aleatorización y cegamiento para minimizar sesgos.
El documento describe los ensayos clínicos aleatorizados, incluyendo su objetivo de evaluar la seguridad y eficacia de tratamientos médicos, la importancia de la asignación aleatoria de los participantes a los grupos de tratamiento, y los diferentes diseños como paralelos, cruzados y factoriales. También discute aspectos éticos como el consentimiento informado y la regulación de este tipo de estudios.
Clinical Trial Regulations in The USA.pdfProRelixInfo
Historical events such as the sulfanilamide elixir tragedy that resulted in the mass poisoning and the deaths of hundreds of patients in the 1930s and the thalidomide scandal which caused birth defects and mortality of babies prompted the United States Congress to enact legislation pertaining to the regulation of drugs, medical devices, biologicals, and food articles that involved an extensive safety evaluation of products prior to marketing authorization. The Federal Food, Drug, and Cosmetic Act of 1938 was enacted with the primary purpose of consumer protection in mind and to ensure the safety and well-being of all people consuming or utilizing the products mentioned in the Act. Several years later, the United States remains as having the strictest regulations and laws relating to clinical research in human subjects, and rightly so as patient health, well-being, and integrity are of paramount importance in all aspects of Good Clinical Practice (GCP) guidelines.
The United States has always been and remains to be the leading place
for the conduct of clinical trials. According to Clinicaltrials.gov, the largest
clinical trials registry, 32% of registered clinical trials were conducted in
the U.S. as of May 2022 (1). Factors such as the availability of qualified
healthcare professionals, high-quality infrastructure and facilities,
cutting-edge research, an efficient regulatory system, and a high
standard of ethics and participant protection make the U.S. the leading
country for clinical trials.
Clinical trials follow extensive preclinical research to test the safety and
efficacy of a new drug, medical device, or biological in humans. They are
usually divided into three phases: phases I, II, and III which are designed
to ascertain safety, pharmacokinetics, efficacy, dosage, and adverse
events. Figure 1 shows the typical route from discovery and preclinical
studies to the post-marketing phase (phase IV).Clinical trials represent the longest and most expensive step in bringing
drugs to the market and have the highest attrition rate, only 10% of drugs
that enter phase I trials are granted marketing approval. Therefore,
clinical trials should be conducted by experts that are
well-versed with all the regulations and guidelines in a particular region to
boost the chances of drug approval.
The United States Food and Drug Administration (US FDA) is the
regulatory body that approves and oversees the conduct of clinical trials
for drugs, medical devices, and biologicals that are intended to be
marketed in the U.S and is touted to have the most stringent standards
for drug approval. The primary role of the FDA is to protect public health
by ensuring that medicinal products and devices are safe and efficacious.
Therefore, it is necessary for sponsors/investigators or contract research
organizations (CRO) that are conducting clinical trials to be familiar with
regulations and guidances that govern the conduct of clinical trials.Conducting a clinical trial in the United States requires a deep understanding of the
regulations and guidelines set by the FDA. It is important to know what is needed for a
successful clinical trial, from selecting an appropriate study site to obtaining informed
consent from participants. Additionally, it is essential to understand the requirements for data
collection and analysis, as well as how to develop an effective protocol. Clinical trial services
in USA can provide guidance on all of these aspects and more, helping you ensure that your
clinical trial meets all necessary standards
- The document compares the FDA regulations for clinical trials to the International Conference on Harmonization's (ICH) Good Clinical Practice (GCP) guidelines.
- There are some differences between the two, such as ICH requiring more documentation of trial procedures and delegation of duties, while FDA regulations are less specific.
- Overall ICH GCP guidelines facilitate international harmonization and acceptance of clinical trial data between the US, EU, and Japan. Compliance with ICH GCP helps assure rights and safety of trial subjects.
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.
The document discusses Investigational New Drug Applications (INDs), which are required for clinical testing of new drugs. It describes the key components of an IND including an introductory statement, investigator's brochure, protocols, chemistry and manufacturing information, and annual reports. It also defines important terms like sponsor and investigator and outlines the regulatory requirements for INDs.
The document discusses Investigational New Drug Applications (INDs), which are required for clinical trials of new drugs. It outlines the key components of an IND, including an introductory statement, investigator's brochure, protocols, chemistry/manufacturing information, and previous human experience. It also describes IND amendments, annual reports, and the roles of the sponsor and investigator. The overall purpose of an IND is to provide information to the FDA on a new drug's safety before it can be tested in humans.
This document outlines the content requirements for an Investigational New Drug (IND) application submitted to the FDA. It describes the general content that must be included in an IND according to FDA regulations, including an introductory statement, investigator's brochure, clinical study protocols, and detailed information on the drug's chemistry, manufacturing, and controls. The level of detail required varies depending on the study phase and type of investigation. The primary purpose of an IND is to provide investigators and regulators with sufficient information on a drug's safety and study plans to ensure the protection of human subjects.
The document provides an overview of the New Drug Application (NDA) process used in the United States to gain approval for new drugs. It discusses how the NDA process has evolved since 1938 to require evidence of both safety and efficacy. It also describes the various sections required in an NDA, including summaries of clinical data, chemistry and manufacturing, labeling, and safety information. The review process for an NDA by the FDA is also summarized, including timeframes for filing and reviewing an application.
FDA Enforcement: What Every Clinical Director Should KnowMichael Swit
Half day tutorial presentation on key compliance concerns for those involved in clinical studies, with an emphasis on the key issues FDA examines and also a review of FDA's enforcement powers, ranging from warning letters to criminal prosecutions.
This document discusses various FDA approval pathways for drugs, biologics, and medical devices. It describes the New Drug Application (NDA) process for drug approval, the Biologics License Application (BLA) process for biologics approval, the Premarket Approval (PMA) process for high-risk Class III medical devices, and the 510(k) process for clearance of lower-risk Class I and II medical devices. The key FDA regulations and goals of demonstrating safety and effectiveness for intended uses are also summarized.
This document outlines the FDA's refuse to accept (RTA) policy for 510(k) submissions. It aims to clarify the necessary elements and contents of a complete 510(k) submission to allow the FDA to conduct a substantive review. The acceptance review determines if a submission is administratively complete based on objective criteria in acceptance checklists. If not complete, the FDA will inform the submitter within 15 days and identify any missing elements. The goal is to focus review resources on complete submissions and improve overall review time.
Regulatory guidance and guidelines for filing and approval for biologicsNimmiRoy
This document provides an overview of the regulatory guidance and guidelines for filing a Biologics License Application (BLA) with the FDA for approval of a biological product. It discusses the requirements for a BLA, including the contents that must be submitted. A BLA generally includes 20 sections that provide information on chemistry and manufacturing, nonclinical and clinical data, labeling, facilities and more. The document reviews the content required in each section and the review process by the FDA.
The difference between practice and research 111607Lanka Praneeth
The document discusses the key differences between clinical practice and clinical research. Clinical research must be conducted according to an approved protocol and involves more oversight, documentation and risk to subjects. It outlines sponsor and investigator responsibilities, good clinical practice standards, and FDA expectations for clinical trial design, conduct and oversight. Clinical trials aim to generate generalizable knowledge, while practice focuses on individual patient treatment.
Regulation Governing Clinical Trials In India,USA and Europe. KapilKumar198
This presentation contain detailed information about the "Regulation Governing Clinical Trials In India,USA and Europe".And about the clinical trails and medical devices regulations in India.
An abbreviated new drug application (ANDA) contains data which is submitted to FDA for the review and potential approval of a generic drug product. Once approved, an applicant may manufacture and market the generic drug product to provide a safe, effective, lower cost alternative to the brand-name drug it references.
To reduce the price of the drug. To reduce the time development. Increase the bioavailability of the drug in comparison to reference list drug.
An abbreviated new drug application (ANDA) contains data which is submitted to FDA for the review and potential approval of a generic drug product. Once approved, an applicant may manufacture and market the generic drug product to provide a safe, effective, lower cost alternative to the brand-name drug it references.
1. K. Bodeker CRA209 1 of 10
Clinical Trials Monitoring by the U.S. Food and Drug Administration
The United States Food and Drug Administration (FDA) began under the Food and Drugs
Act of 1906 (U.S. Food and Drug Administration, 2009a). The Federal Food, Drug, and
Cosmetic Act was enacted in 1938, initiating significant change for the drug and food industry
(U.S. Food and Drug Administration, 2009a, 2009i). Currently, the FDA regulated over $1
trillion in products, overseeing the vast drug and device industry (U.S. Food and Drug
Administration, 2009i). Clinical trials designed to evaluate drugs and/or devices fall within this
supervision under multiple federal codes within Title 21 (Applications for FDA Approval of a
Biologic License, 2008; Applications for FDA Approval to Market a New Drug, 2008;
Bioavailability and Bioequivalence Requirements, 2008; Electronic Records; Electronic
Signatures, 2008; Federal Food Drug and Cosmetic Act, 2008; Financial Disclosure by Clinical
Investigators, 2008; Institutional Review Boards, 2008; Investigational Device Exemptions,
2008; Investigational New Drug Application, 2008; Premarket Approval of Medical Devices,
2008; Protection of Human Subjects, 2008). Within this tangle of oversight, three simple sections
significantly stand out, the first two targeting drug trials:
(a)FDA inspection. A sponsor shall upon request from any properly authorized officer
or employee of the Food and Drug Administration, at reasonable times, permit such
officer or employee to have access to and copy and verify any records and reports
relating to a clinical investigation conducted under this part. Upon written request by
FDA, the sponsor shall submit the records or reports (or copies of them) to FDA. The
sponsor shall discontinue shipments of the drug to any investigator who has failed to
maintain or make available records or reports of the investigation as required by this
part (Inspection of Sponsor's Records and Reports, 2008, 21 C.F.R. § 312.58).
and:
An investigator shall upon request from any properly authorized officer or employee
of FDA, at reasonable times, permit such officer or employee to have access to, and
copy and verify any records or reports made by the investigator pursuant to 312.62.
The investigator is not required to divulge subject names unless the records of
particular individuals require a more detailed study of the cases, or unless there is
reason to believe that the records do not represent actual case studies, or do not
represent actual results obtained (Inspection of Investigator's Records and Reports,
2008, 21 C.F.R. § 312.368).
The third section focuses on device trials:
(a) Entry and inspection. A sponsor or an investigator who has authority to grant
access shall permit authorized FDA employees, at reasonable times and in a
reasonable manner, to enter and inspect any establishment where devices are held
(including any establishment where devices are manufactured, processed, packed,
installed, used, or implanted or where records of results from use of devices are kept).
2. K. Bodeker CRA209 2 of 10
(b) Records inspection. A sponsor, IRB, or investigator, or any other person
acting on behalf of such a person with respect to an investigation, shall permit
authorized FDA employees, at reasonable times and in a reasonable manner, to
inspect and copy all records relating to an investigation.
(c)Records identifying subjects. An investigator shall permit authorized FDA
employees to inspect and copy records that identify subjects, upon notice that FDA
has reason to suspect that adequate informed consent was not obtained, or that reports
required to be submitted by the investigator to the sponsor or IRB have not been
submitted or are incomplete, inaccurate, false, or misleading. (Inspections, 2008, 21
C.F.R. § 812.145).
With this codification, the FDA has clearly delineated authority to inspect clinical trials,
including associated medical records. It is interesting to note, however, the sections differ in the
inclusion of the investigational review board (IRB) (21 C.F.R. § 312.58 and .368 v. 21 C.F.R. §
812.145). Differences such as these highlight the need to review the source Federal Regulation
Code (CFR) or U.S. Code (U.S.C.) rather than secondary documentation. Thus herein, the Code
of Federal Regulations will be reviewed, analyzing clinical trials monitoring and the FDA. Both
direct and indirect actions and influences will be considered.
Monitoring, Inspections, and Audits
The current thinking at the FDA has been documented within the E6:Good Clinical Practice
guideline issued by the International Conference on Harmonisation of Technical Requirements
for Registration of Pharmaceuticals for Human Use (ICH) (ICH, 1996) and published in the
Federal Register (International Conference on Harmonisation; Good Clinical Practice:
Consolidated Guideline; Availability, 1997). While the Federal Register states E6 is a guideline
representing the FDA’s current thinking and is not binding for the FDA or the public, it also
states, “The guideline should be followed when generating clinical data that are intended to be
submitted to regulatory authorities” (International Conference on Harmonisation; Good Clinical
Practice: Consolidated Guideline; Availability, 1997). In keeping with this statement, the
definitions of three words commonly associated with clinical trials monitoring were reviewed in
the E6 glossary.
Audit
The ICH definition lists that trial activities should be evaluated to determine they were
conducted in accordance with protocol, the sponsor’s standard operating procedures (SOPs),
Good Clinical Practice (GCP), and local, state, federal, and international regulations (ICH, 1996,
p. 2). Audits also determine if the data were recorded properly and analyzed appropriately.
A specific auditor is not named, other than the audit should be “independent.”
3. K. Bodeker CRA209 3 of 10
Monitor
This more connotative-friendly term is defined by ICH as the act of oversight, presumably
while the clinical trial is still progressing. The protocol is to be used as a reference as are the
same regulations as those for an audit (ICH, 1996, p. 6).
Inspection
The ICH specifically states an inspection is undertaken by “regulatory authority(ies)” to
officially review a clinical trial, its physical environment, data, and operation. Investigative sites,
the contracted research organization (CRO) and the sponsor are all open for an inspection when
deemed appropriate by the FDA (ICH, 1996, p. 5).
Use within the C.F.R.
Reviewing applicable code, audit is not used within 21 C.F.R. § 312 or 21 C.F.R. § 812. In
the setting of a clinical drug trial, monitor is used to designate multiple responsibilities of the
trial sponsor. A CRO is defined to be a person or contractor who accepts the responsibility for
“…selection or monitoring of investigations…” (21 C.F.R. § 312.3(b)). In addition to selecting
qualified investigators, section 312.50 of the same code states sponsors are responsible for
“…ensuring proper monitoring of the investigation(s)…” The selection of the monitor is
mandated by 21 C.F.R. § 312.53(d), designating the sponsor (or CRO) of the clinical trial to find
an individual who is qualified by both experience and education. Monitoring is required
specifically from the sponsor, however, if the investigational new drug is used in absence of
consent for emergent use (21 C.F.R. § 312.54). The documentation of oversight performed by
the sponsor (and CRO, if applicable) would be used for an FDA inspection (21 C.F.R. § 312.58)
Additionally, results from investigative site monitoring will be provided in annual IND reports to
the FDA (21 C.F.R. § 312.56(b)).
Monitoring of a drug trial by the FDA is listed only once within 21 C.F.R. § 312. Subpart E
focuses on drugs intended to treat life-threatening or severely debilitating illnesses. Within this
section, the FDA assumes responsibility to monitor the trial to evaluate the conduct and evaluation
of the clinical trial (Active Monitoring of Conduct and Evaluation of Clinical Trials, 2008).
Monitor, as both a noun and a verb, is defined within the C.F.R. for device trials (21 C.F.R. §
812.3(j)). A monitoring procedure is to be defined as a part of the investigational plan (21 C.F.R.
§ 812.25) and include the name and address of the assigned monitor. The sponsor is charged to
ensure proper monitoring (21 C.F.R. 812.40; 21 C.F.R. 812.46), selecting adequate monitors (21
C.F.R. § 812.43(d)), and like the drug trial, monitoring all progress when under emergency use
(21 C.F.R. § 812.47). And also like a drug trial, detailed correspondence and records from the
monitor should be included in investigator records for review by the FDA (21 C.F.R. § 812.140).
Direct oversight of a clinical trial is provided by the FDA through inspection, as outlined in
21 C.F.R. § 312.58, 21 C.F.R. §312.368, and 21 C.F.R. § 812.145. and is quoted previously
(p. 1-2). Through these three sections of the C.F.R., the FDA is given the authority to inspect all
records and documents related to the clinical trial from both the sponsor and investigator.
Authority is also given to inspect related records of subjects to verify truthfulness and accuracy
4. K. Bodeker CRA209 4 of 10
of documentation. FDA inspections are carried out under the Bioresearch Monitoring Program
(BIMO) (U.S. Food and Drug Administration, 2009d) with the Office of Criminal Investigations
(OCI) conducting investigations on clinical investigator fraud (U.S. Food and Drug
Administration, 2009j)
Bioresearch Monitoring Program
The FDA’s Bioresearch Monitoring Program utilizes five compliance program guidance
manuals (CPGM) for their inspections: (a) CPGM for clinical investigators; (b) CPGM for
sponsors, monitors, and contract research organizations; (c) CPGM for good laboratory
practice (non-clinical laboratories); (d) CPGM for in-vivo bioequivalence compliance program
7348.001; and (e) CPGM for Institutional Review Boards (U.S. Food and Drug Administration,
2009e). These documents indicate the scope and breadth of an FDA inspection, providing a
systematic backbone of a thorough inspection. While available publically from the FDA website,
these compliance guidance manuals are considered only guidance documents and are non-
binding in the opinion of the FDA.
CPGM for Clinical Investigators
Authorized December 8, 2008, this manual is divided into seven sections and covers
background and implementation to the headquarters’ responsibilities. Part II of the manual
(Implementation) states the objective of the inspection, first and foremost, is to protect the
“rights, safety, and welfare of subjects involved in FDA-regulated clinical trials” in addition to
assessing accuracy and reliability of data and compliance with regulations (U.S. Food and Drug
Administration, 2009g). This section also delineates the guidance manual for clinical
investigators may be used to inspect sponsor-investigators.
The true inspectional component (part III) lists in detailed order what should be undertaken
during an inspection of the site, beginning with a possible refusal by the investigator to
administrative procedures to how to conduct an international inspection. A list of all studies
undertaken by the clinical investigator must be provided to the inspector. A process to recruit
subjects should be delineated and must be provided to the FDA. The clinical site must be able to
provide documentation to the FDA investigator as to when protocols were placed to the IRB,
when safety data was submitted, and explain any deviations. Source documents, electronic
signatures and processes, and financial disclosure is also reviewed during the inspection process.
The FDA investigator will also determine monitoring as undertaken by the sponsor. Frequency
and nature are considered, as are the logs of on-site monitoring visits and follow-up activities.
The summary of findings report or, if violations are found with action indicated, an FDA
form 483 is issued to the site. Only deviations from codified regulations and not from guidance
documents are to be recorded on a 483 document (U.S. Food and Drug Administration, 2009h)
(paragraph A5).
5. K. Bodeker CRA209 5 of 10
CPGM for Sponsors, Contract Research Organizations, and Monitors
Issued in 2001, the compliance manual for sponsors, CROs, and monitors is divided into
seven parts, ranging from background to the headquarters’ responsibilities (U.S. Food and Drug
Administration, 2009f). Objectives outlined are to determine data validity from investigators and
adherence of the sponsors, CROs, and monitors to applicable regulations. The guidance manual
specifically states the inspection must occur without any prior notification (part III, paragraph A1).
The FDA inspection of a sponsor is begins with an establishment inspection, focusing on the
organization, personnel, and division of duties. Outside contractors (IRB, CROs, and monitors)
should also be provided in list form to the FDA. Job descriptions are also expected during the
establishment inspection.
Selection of investigators and monitors is reviewed under this compliance manuals, as well.
Justification for selection, including documentation of training and experience, should be
provided to the FDA at inspection. Non-compliant investigators are to be identified and
terminated. If they have not been terminated, a robust explanation of why termination has not
been carried out must be provided.
Procedures, such as monitoring activities and reporting, adverse events and their reports, and
data collection and handling are scrutinized (Part III, sections 4, 5, & 6). Case report forms must
be verified, a reasonable monitoring schedule should be in place, and original subject records
should have been reviewed to guarantee the data integrity. Review of adverse events and
reporting timeline to the FDA are examined, and information flow (from sponsor to investigator
and IRB and back again) exists and is expedient.
CPGM for Institutional Review Boards
Implemented in 1997, with this guidance manual the FDA sought to achieve IRB compliance
with the applicable regulations (U.S. Food and Drug Administration, 1997). Unlike the other
discussed compliance manuals, repeat review schedules are outlined within the text (part II, section
B) based on their classification of surveillance or directed. To verify all appropriate persons are
available for inspection, the FDA will schedule the inspection with the IRB Chairperson.
A surveillance inspection can be further categorized into initial or subsequent. An initial
inspection is, as the name suggests, the first assigned inspection once the specific FDA center has
claimed jurisdiction over the IRB. If the IRB is found to be in compliance and obtains a no action
indicated (NAI) report, re-inspection normally occurs within 5 years. If an IRB is found deficient, a
re-inspection will be performed within one year to confirm actions to ensure compliance.
As the name suggests, a directed inspection is one caused by complaint or concern. The
inspection can cover the entire compliance program for the IRB, or be focused in one
complainant area (e.g. IRB membership)
Inspectional guidelines cover review of the IRB membership (at least one physician is
required per review), written procedures (specifically called out are compliance with DHHS
regulations (45 C.F.R. § 46) versus FDA regulations (21 C.F.R. § 50 & 56), initial and
6. K. Bodeker CRA209 6 of 10
continuing review approvals, IRB reporting to the clinical investigators and the institution,
expedited reviews, emergency reviews, and informed consent.
If found significantly deficient (official action indicated; OAI), the FDA has the authority to
withhold approval of new studies, terminate ongoing studies, reject all data, disqualify the IRB,
and prosecute those involved.
Good Laboratory Practice (Nonclinical Laboratories)
If used for the generation of clinical trial data, a nonclinical laboratory is to be inspected by
the FDA approximately every 2 years (U.S. Food and Drug Administration, 2001) (Part II,
objective 2). The principle objective for the inspection is to verify the integrity of data generated
within the lab. Again, surveillance or directed inspections can be implemented. Areas inspected
are: (a) physical-chemical testing, (b) toxicity studies, (c) mutagenicity studies, (d) tissue residue
depletion studies, (e) analytical and clinical chemistry testing, and, (f) other studies (to be
specified). In addition to personnel and the lab’s organization, equipment is also to be assessed.
A data audit is also to be conducted when performing an inspection in nonclinical
laboratories. This audit is to ensure the data are: (a) attributable, signatures or initials indicate the
appropriate personnel who observed or recorded the data; (b) legible, data are easily readable and
recorded in permanent medium; (c) contemporaneous, the data were recorded as they were
generated; (d) original, the first recording of the data; and (e) accurate, true to the observations.
A form 483 will be issued for any noted deficiencies. If the laboratory receives an OAI,
administrative actions range from a warning letter and re-inspection to rejecting data and
disqualifying the facility. Lastly, the FDA may implement the Application Integrity Policy,
which is designed to stop fraud and untrue statements, so decisions are based upon reliable and
robust data (U.S. Food and Drug Administration, 2001, 2009b).
Bioresearch Monitoring Human Drugs In Vivo Bioequivalence
Implemented in 1999, this guidance document covers trials designed to establish
bioequivalence. These trials require both clinical and analytical components and have come to
the forefront due to the debate over the ethics of placebo-controlled clinical trials (U.S. Food and
Drug Administration, 2009c). The primary objective of an inspection is to verify quality of data
submitted to the Center for Drug Evaluation and Research (CDER) as a bioequivalence study.
Secondarily, the protection of human welfare and rights is to be verified and compliance with
regulations assured (specifically named 21 C.F.R. § 312, 320, 50, & 56).
The inspection is a merge between those done for a clinical investigator and those at a
nonclinical laboratory. A data audit (as described previously) is also undertaken. A directed audit
is performed for rapid evaluation and resolution when problems are suspected. A routine data
audit is performed for a pivotal study or approval of a generic product.
7. K. Bodeker CRA209 7 of 10
Electronic Records and Signatures
Each of the inspection manuals described briefly above list electronics inspections.
Regulations outline scope, implementation, and definitions needed for this inspection (Electronic
Records; Electronic Signatures, 2008). This section of the C.F.R. specifically denotes electronic
signatures as equal to paper records and handwritten signatures (21 C.F.R. § 11.1(a)). With this,
the FDA also states that the computers and computer systems must be available to inspection by
the FDA. The FDA acknowledges there are two types of systems that maybe utilized in clinical
trials, open systems and closed systems. An open system is not controlled by the persons
responsible for the electronic data and records. A closed system is controlled by those persons.
To be valid, the electronic signature must have the printed name of the signer, the date and
time the document was signed, and the interpretation of the signature (reviewed, approved,
rejected). These signatures must remain linked to the documents they sign and must not be able
to be copied or removed. Each electronic signature must be unique, password protected, and not
reused by other persons.
Controls and passwords are also reviewed in subpart B of 21 C.F.R. § 11. Additionally, the
computer should have time stamp capacity so that an audit trail can be maintained. Individuals
must be assigned to determine responsibilities, levels of access, and assign electronic signatures.
Perhaps most importantly, the systems must have the capacity to print off legible data for
inspection and review by the FDA.
Discussion
Clinical trials are continually evolving in today’s world, implementing technological
advancements to ease collation of data and verify its integrity. Electronic case report forms help
capture data more easily, removing data entry and capacity for entry errors. With the advent of
the internet and the Freedom of Information Act (Freedom of Information Act, 1966), the public
has become aware of clinical research through identified improprieties and failure of oversight.
These factors, amongst others, have spurred the U.S. Food and Drug Administration to also
adapt. Once identified, areas of deficiency were addressed through guidance and regulations.
However, legislation, regulation, and guidance documents will never be effective as a face-to-
face meeting with the FDA, such as the required inspections.
The inspections performed by the FDA are, perhaps, the strongest tool to secure investigator
compliance and robust data. A comprehensive set of manuals are provided as guidance to FDA
inspectors to ensure a systematic approach to a daunting task. The comprehensiveness of the
inspections is dictated somewhat by the type of clinical trial. A drug trial inspection requires the
sponsor, monitor, and clinical investigator to be inspected; however, a device trial also requires
the inspection of the IRB. This distinction is due to, most likely, the IRB’s ability to designate
non-significant risk devices (21 C.F.R. § 812.66). The authority conveyed to the IRB in this
instance enables an investigational device study to be undertaken without the knowledge of the
FDA through the investigational device exemption (IDE) mechanism. Thus, the FDA has a
8. K. Bodeker CRA209 8 of 10
vested interest in reviewing the IRB meeting notes, to determine the thought process behind such
a determination.
Outside of direct inspections of the investigator’s site or of the sponsor, the FDA also has
considerable influence on clinical trials. Inspecting and overseeing nonclinical laboratories
providing services for clinical trials as well as institutional review boards providing oversight for
studies directly influences clinical trials, their practices, and their productivity. Ramifications of
a poor finding spread widely throughout the research realm, with the possibility of all data being
disavowed and studies forcibly closed due to the termination of an IRB. More likely, the findings
of ‘action indicated’ will spur the IRB or nonclinical lab into diligence. This may cause
bottlenecking for a time, as new policies and procedures are put into place to comply with
regulations. During this implementation, the process will certainly be slowed and slow research.
Monitoring, as defined by ICH’s E6 guideline, is ordered to be conducted in a reasonable
interval with on-site visits. The FDA clearly states the monitor is to have adequate experience
and education. The type of experience is not clearly defined by the FDA, instead leaving it to the
sponsor to determine the adequacy of training, education, and experience. By dictating how,
when, and what to monitor in the C.F.R., the FDA has exerted considerable influence on the act
of monitoring. For this reason, the monitoring process does serve as a function of the FDA’s
authority and should be respected. It is imperative for the process of robust clinical trials for the
clinical investigators, staff, and sponsor engage in effective monitoring processes, with
systematic documentation. A viewpoint to be engaged is that, when undergoing a monitoring
process for a clinical trial, it is preparatory for an FDA inspection. Alternatively, it can be seen
that routine tasks have been delegated to an individual deemed qualified by the sponsor for
further review later. This would provide a logical basis as to why sponsor-investigators are
required to have independent monitoring of their study.
Conclusion
As expected, the FDA has significant influence on clinical trials, including monitoring and
inspection. While true monitoring is performed by the sponsor or designee, it is required by the
FDA. The FDA inspects the investigator, sponsor, contracted research organization, monitor(s),
institutional review board, and nonclinical laboratories to verify compliance with all applicable
FDA regulations (21 C.F.R. § 11, 50, 54, 56, 312, 314, 320, 601, 812, and 814).
9. K. Bodeker CRA209 9 of 10
References
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Federal Food Drug and Cosmetic Act, 21 U.S.C. § 301 et seq. (2008).
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