Skip to main content

Good Clinical Practices

Clinical research is the key to the discovery of latest diagnostic methods and to develop modern drugs for treatment of diseases. Good Clinical Practices (GCP) is an ethical and scientific quality standard for designing, conducting and recording trials that involve the participation of human subjects. Compliance with this standard provides assurance to public that the rights, safety and well being of trial subjects are protected, consistent with the principles enshrined in the Declaration of Helsinki and ensures that clinical trial data are credible.  

It has been widely recognized that India offers unique opportunities for conducting clinical trials in view of the large patient pool, well- trained and enthusiastic investigators and premiere medical institutes available in the country along with considerable low per patient trial cost, as compared to developed countries.

A need was, however, felt to develop our own Indian Guidelines to ensure uniform quality of clinical research throughout the country and to generate data for registration for new drugs before use in the Indian population. An Expert Committee set up by Central Drugs Standard Control Organisation (CDSCO) in consultation with clinical expert has formulated this GCP guideline for generation of clinical data on drugs. 

The Drug Technical Advisory Board (DTAB), the highest technical body under D&C, Act, has endorsed adoption of this GCP guideline for streamlining the clinical studies in India.


1.            Definitions
2.                  Pre-requisites for the study
2.1.           Investigational Pharmaceutical Product
2.2.           Pre-Clinical supporting data
2.3.           Protocol
2.3.1.     Relevant components of Protocol          General Information          Objectives and Justification          Ethical Considerations          Study design          Inclusion, Exclusion & Withdrawal of Subjects          Handling of the Product(s)          Assessment of Efficacy          Assessment of Safety          Statistics      Data handling and management      Quality control and quality assurance      Finance and Insurance      Publication policy      Evaluation
2.3.2.     Supplementaries and appendices:

2.4.           Ethical & Safety Considerations
2.4.1.     Ethical Principles
2.4.2.     Ethics Committee          Basic Responsibilities          Composition          Terms of Reference          Review Procedures          Submission of Application          Decision Making Process          Interim Review          Record Keeping          Special Considerations
2.4.3.     Informed Consent Process          Informed Consent of Subject          Essential information for prospective research subjects          Informed Consent in Non-Therapeutic Study
2.4.4.     Essential Information on Confidentiality for Prospective Research Subjects
2.4.5.     Compensation for Participation
2.4.6.     Selection of Special Groups As Research Subject          Pregnant or nursing women          Children          Vulnerable groups
2.4.7.     Compensation for Accidental Injury          Obligation of the sponsor to pay
3.                  Responsibilities
3.1.           Sponsor
3.1.1.     Investigator and Institution Selection
3.1.2.     Contract
3.1.3.     SOP
3.1.4.     Allocation of duties and responsibilities
3.1.5.     Study management, data handling and record keeping
3.1.6.     Compensation for Participation
3.1.7.     Confirmation  of review by the Ethics Committee
3.1.8.     Information on Investigational Products
3.1.9.     Supply, storage and handling of Pharmaceutical Products
3.1.10  Safety Information
3.1.11  Adverse Drug Reaction Reporting
3.1.12  Study Reports
3.1.13  Monitoring
3.1.14  Audit
3.1.15  Multicentre Studies
3.1.16  Premature Termination or Suspension of a Study
3.1.17  Role of Foreign Sponsor
3.2.           The Monitor
3.2.1.     Qualifications
3.2.2.     Responsibilities
3.3.           Investigator
3.3.1.     Qualifications
3.3.2.     Medical Care of the Study Subjects
3.3.3.     Monitoring and Auditing of records
3.3.4.     Communication with Ethic Committee
3.3.5.     Compliance with the Protocol
3.3.6.     Investigational Product(s)
3.3.7.     Selection and recruitment of Study Subjects
3.3.8.     Records/Reports
4.                  Record Keeping and Data Handling
4.1.           Documentation
4.2.           Corrections
4.3.           Electronic Data Processing
4.4.           Validation of Electronic Data Processing Systems
4.5.           Language
4.6.           Responsibility of Investigator
4.7.           Responsibilities of Sponsor and Monitor
5.         Quality Assurance
6.                  Statistics
6.1.           Role of Biostatistician
6.2.           Study design
6.2.1.     Randomisation and Blinding
6.3.           Statistical Analysis
7.      Special Concerns
7.1.           Clinical Trials of Vaccines
7.1.1.     Phases of Vaccine Trials
7.1.2.     Guidelines
7.2.           Clinical Trials of  contraceptives
7.3.           Clinical Trials with Surgical Procedures / Medical devices.
7.3.1.     Definitions
7.3.2.     Guidelines
7.4.           Clinical Trials for Diagnostic agents - Use of radioactive materials and X-rays
7.4.1.     Guidelines
7.5.           Clinical Trials of Herbal Remedies and Medicinal Plants
7.5.1.     Categories of Herbal Product
7.5.2.     Guidelines
Appendix I: Declaration of Helsinki
Appendix II: Schedule Y
Appendix III: Format for submission of Pre-clinical and clinical data for r-DNA based vaccines, diagnostics and other biologicals.
Appendix IV: Investigator's Brochure
Appendix V: Essential Documents

Good Clinical Practice Guidelines...continue reading here:


Popular posts from this blog

''Dynamic Indian of the millenium"

As Member Secretary of CLINICOM, I am so thrilled to post this information here:
''Dynamic Indian of the millenium" award conferred

Coimbatore, Jul 4 (PTI) City-based K G Foundation today conferred the 'Dynamic Indian of the Millennium' award on Arun Madhavan, a former member of Prime Minister's special committee for model village development programme under the 20-point programme.

The award, carrying a citation, was given for his 'distinguished achievements and contribution to society over the years', the foundation chairman G Bhakthavatsalam, said at a function got up as part of the celebrations of World Doctors' Day, here.

Besides being conferred a global recognition for his 'project gateway' for promoting India as an investment destination, Arun had delivered a speech at the United Nationas, Geneva, on 'A New dimension to healthcare,' in 1996, he said. The first recipient of this award was the former president, A P J Abdul K…

Isotretinoin in India: A tragedy in the offing

Isotretinoin in India: A tragedy in the offing
Wednesday, March 28, 2007 08:00 IST 
Seema Thakral

Isotretinoin is the drug of choice for severe calcitrant cystic acne vulgaris, which often causes scarring and depression from disfigurement. Isotretinoin has been called "the greatest medical advance of the 1980's." A majority of patients with acne are permanently cleared after a four to five months course of treatment. It has also been used off-label for a variety of oncology uses including: cervical cancer, head and neck cancer, squamous cell cancer of the skin, juvenile chronic myelogenous leukemia (CML), and neuroblastoma. However, the drug is a proved teratogen and carries a significant risk of birth defects, if it taken during pregnancy. Birth defects, which have been documented following isotretinoin exposure include abnormalities of the face, eyes, ears, skull, central nervous system, cardiovascular system, and thymus and parathyroid glands. There is an increased risk …

An important discovery

"Gene therapy strategies will come in with a major cost advantage since DNA interference technology will act at the DNA level at lower doses, reduce toxicity and only one or two copies of the DNA"- Dr Ramanand Nadig
President Operations and  
Deputy Dean 
Clinical Research Education and Management Academy (CREMA)
Genes are segments of DNA present in the chromosomes in the nucleus of every cell. Genes carry instructions for making proteins, which are then copied by special enzymes into many copies of messenger RNA (mRNA). The mRNA then comes out of the nucleus, into the body of the cell; where it goes on to create the proteins needed for everyday life. Faulty or mutated genes lead to malfunctioning proteins that cause disease. Gene expression can be blocked by restricting the ability of chromosomal DNA to be copied into RNA and made into proteins. This research has given the lead wherein the ways to correct genetic disease by changing mutant gene sequences to its normal has been …