The Fundamentals of Clinical Research

A Universal Guide for Implementing Good Clinical Practice

P. Michael Dubinsky, Karen A. Henry

• Verlag: Wiley
• Jahr: 2021
• ISBN:
  9781118949610
• Auflage: 1
• Thema: Medicine
• Thema: Pharmacology

This book focuses on the practical application of good clinical practice (GCP) fundamentals and provides insight into roles and responsibilities included in planning, executing, and analyzing clinical trials. The authors describe the design of quality into clinical trial planning and the application of regulatory, scientific, administrative, business, and ethical considerations.

• Describes the design of quality into the clinical trial planning
• Has end-of-chapter questions and answers to check learning and comprehension
• Includes charts that visually summarize the content and allow readers to cross-reference details in relevant chapters
• Offers a companion website containing supplemental training resources

Part I
Good Clinical Practice History

1
History

P. Michael Dubinsky

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GCP Key Point

Good Clinical Practice might be termed a cultural approach to applying ethics and integrity to human biomedical clinical trials with investigational products.

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1.1 Introduction

This chapter will briefly outline the history of biomedical clinical trials from the standpoints of regulatory oversight and ethical expectations and the emergence of good clinical practice (GCP).

1.2 Objectives

The objectives of this chapter are to:

• Provide an outline of legislation, events, and circumstances which provide the background and history for the development of the ICH GCP Guideline E6 R2.
• Offer thoughts and points of view on why the GCP mindset emerged among the global regions most involved in pharmaceutical drug development occurred.

1.3 Chronology

If you research the history of GCP, you will find that it is aligned with the events which form the stepping stones on the pathway of clinical trial regulation. The best known events involve abuses of humans during medical experimentation and the subsequent legislative and regulatory initiatives to prevent the recurrence of those abuses. The following events, policies, and legislation stand out.

• 1902 – The Biologics Control Act [1] is enacted by the US Congress requiring licensing of vaccines, serums, and similar products. The legislation was prompted by the distribution of a contaminated batch of diphtheria antitoxin contaminated with tetanus which killed 13 children. This legislation eventually became part of the Public Health Service Act and serves as the primary regulatory control for the same group of products which now includes cell therapies and many biotechnology‐derived products.
• 1906 – The Food and Drugs Act [2] is passed by the US Congress and gives the Federal Government control over misbranded or adulterated drugs.
• 1938 – The US Congress enacts the Federal Food, Drug and Cosmetic Act (FFDCA) [3] in part due to the Elixir of Sulfanilamide [3] episode in which 107 deaths occurred. The new law required proof of safety prior to marketing and drew cosmetics and therapeutic devices into the regulatory scheme.
• 1949 – The Nuremburg Code [4] is born out of the criminal trials of Nazi researchers who conducted unethical experiments on humans during WWII. The Code is a set of 10 points that establishes a foundation for voluntary consent of research subjects as well as most of the key ethical principles which emerge in subsequent documents.
• 1962 – The Kefauver–Harris Drug Amendments to the FFDCA [5] required that drugs must demonstrate efficacy as well as safety and the investigational new drug (IND) application as we know it today is launched in the regulations. One of the driving forces behind these legislative amendments to the FFDCA was the thalidomide tragedy of 1961 when newborns suffered severe birth defects. The FDA’s IND regulations followed circa 1963.
• 1964 – The Declaration of Helsinki [6] takes the ethical principles for conducting research on humans to a new level through the efforts of the World Medical Association.
• 1965 – The US National Institutes of Health proposed that their research involving humans be examined by an impartial panel of peers to ensure ethical integrity. By 1971 the Public health Services’ policy of ethical review for human research was expanded to include Department of Health Education and Welfare research however the policy was not well enforced. In 1974. Regulations requiring group ethics review were published and the term institutional review board was born [7].
• 1972 – The US Public Health Service’s Tuskegee Syphilis Study [8], which began circa 1932, is publically exposed for its deficiencies and ethical failures.
• 1974 – The US Congress reacts to the Tuskegee study episode by enacting the National Research Act [9] (National Research Act 1974) which establishes the National Commission for the Protection of Human Subjects of Biomedical and Behavioral Research (National Commission).
• 1976 – the US Congress is provided a report [10] from the General Accounting Office which reported that based on a special survey of sponsor and investigator inspections 74% failed to comply with legal requirements pertaining to informed consent, drug accountability, adherence to protocol, record accuracy, and availability as well as the appropriate supervision by the clinical investigator. This report prompts Congress to recommend that FDA undertake adequate monitoring / inspection programs of clinical trial sponsors, investigators, and institutional review boards.

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  “the Food and Drug Administration (FDA) is not adequately regulating new drug testing to insure that human subjects are protected and the test data is accurate and reliable.”

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• In 1979 the Belmont Report [11] is published by the National Commission and joins the Nuremburg Code and Declaration of Helsinki as a fundamental policy document describing the application of ethical principles such as respect for persons, beneficence, and justice in the conduct of behavioral and biomedical research involving humans.
  
• 1980s – Global regions, countries with mature drug regulatory systems such as Japan, the European Union (EU), and the United States, as well as global health authorities, e.g. World Health Association, independently establish or enhance regulations and guidelines governing the conduct of human clinical trials. Harmonization of requirements for drug approval is championed by many.
• 1990 – The International Conference on Harmonization of Technical Requirements for Registration of Pharmaceuticals for Human Use (ICH) [12] is founded by the regulatory authorities and pharmaceutical associations of Japan, the United States and the European Union.
• 1996 – The ICH guidance GUIDELINE FOR GOOD CLINICAL PRACTICE E6 (R1) [13] (ICH E6(R2) is finalized. It remains the gold standard for the design, conduct, recording, and reporting of clinical trials involving human subjects. Note – It was revised in 2016 to (R2).
• 2004 – The EU Clinical Trial Directive 2001/20/EC [14] becomes effective and EU member states must move to adopt it into their legal requirements. The Directive sets universal requirements for clinical trials including approval by an ethics committee, harmonization of technical requirements through participation in the ICH, and application of GCPs in the conduct of human trials.

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  The verification of compliance with the standards of GCP and the need to subject data, information, and documents to inspection in order to confirm that they have been properly generated, recorded, and reported are essential in order to justify the involvement of human subjects in clinical trials.

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• 2011 – The International Standards Organization (ISO) in conjunction with its standard setting partners publishes the medical device version of the GCP requirements in the form of the standard ANSI/AAMI/ISO 14155 Clinical investigation of medical devices for human subjects – GCP [15] (ISO 14155‐2011). 14155 Represents the medical device version of the ICH GCP standard for pharmaceuticals. This publication solidified the application of GCP expectations for human clinical trials in essentially all investigative (unapproved) articles intended for the cure, mitigation, or treatment of disease and injury in man.

This chronology does not however speak directly to the driving forces that were in play as the events unfolded and the progre...