1. Introduction

Research ethics and governance concern the principles, rules, institutions and procedures that ensure research is conducted scientifically soundly, honestly, transparently and with respect for the rights, dignity, safety and welfare of research participants.

The subject is particularly important in:

• biomedical and health research;
• clinical trials;
• research involving human participants;
• genetic and genomic research;
• biobanking;
• research using health records;
• artificial intelligence and health data;
• research involving children or other vulnerable groups;
• social and behavioural research.

In India, the Indian Council of Medical Research (ICMR) National Ethical Guidelines for Biomedical and Health Research Involving Human Participants, 2017 remain a central ethical framework. They apply broadly to biomedical, social and behavioural health research involving human participants, biological material and data.

ICMR's current guidance ecosystem also includes specific guidance on AI in biomedical research, controlled human infection studies, multicentre research, leftover biological samples, systematic reviews and research integrity/publication ethics.

2. Meaning of Research Ethics

Research ethics means the application of moral and legal principles to the planning, conduct and publication of research.

The central question is:

"Is this research scientifically justified and is it being conducted in a manner that respects the rights and welfare of those affected by it?"

Research ethics therefore covers the entire research lifecycle:

Research question

↓

Scientific design

↓

Ethics review

↓

Recruitment

↓

Informed consent

↓

Data/sample collection

↓

Research intervention

↓

Safety monitoring

↓

Data analysis

↓

Publication

↓

Post-research responsibilities

ICMR specifically states that human research should be subjected to evaluation at all stages—design, conduct and reporting.

3. Meaning of Research Governance

Research governance is broader than research ethics.

It is the system through which an institution, regulator or research organisation ensures that research is:

• legally compliant;
• ethically approved;
• scientifically valid;
• properly funded;
• appropriately supervised;
• safely conducted;
• accurately recorded;
• transparently reported;
• subject to accountability.

Simple distinction

Research ethics asks: "Is this research ethically acceptable?"

Research governance asks: "Who is responsible for ensuring that it is properly authorised, conducted, monitored and accountable?"

Thus:

Ethics = principles and values

Governance = structures, responsibilities, procedures and accountability

4. Why Research Ethics Is Necessary

Research involving humans creates a fundamental problem.

The research may benefit society in the future, but the immediate risks may be borne by individual participants.

For example:

A clinical trial may potentially produce a treatment for thousands of future patients.

But the trial participant may experience:

• adverse effects;
• pain;
• psychological distress;
• privacy loss;
• financial consequences;
• social stigma;
• unknown risks.

Therefore:

Scientific progress cannot be purchased at the unlimited expense of individual rights.

This is the fundamental philosophy of research ethics.

5. Historical Development

Modern research ethics developed partly in response to serious abuses.

Important international milestones include:

Nuremberg Code

Developed after the Nazi human experiments.

Its central principle was voluntary consent.

Declaration of Helsinki

Developed by the World Medical Association and provides ethical principles for medical research involving human participants.

Belmont Report

Identified three fundamental principles:

1. Respect for persons
2. Beneficence
3. Justice

These principles strongly influence modern research ethics.

6. Three Fundamental Ethical Principles

A. Respect for Persons

Participants must be treated as autonomous individuals.

This means:

• informed consent;
• freedom to withdraw;
• adequate information;
• protection of privacy;
• respect for decision-making capacity.

B. Beneficence and Non-Maleficence

Researchers should maximise potential benefits and minimise risks.

The basic principle is:

Do not expose participants to unnecessary or disproportionate risk.

A scientifically weak study may itself be unethical because exposing participants to risk produces little useful knowledge.

C. Justice

The burdens and benefits of research must be fairly distributed.

For example, researchers should not select poor or vulnerable people simply because they are:

• easily accessible;
• less likely to refuse;
• economically dependent;
• unable to challenge researchers.

Likewise, communities that bear research risks should not automatically be excluded from its benefits.

7. Scientific Validity Is an Ethical Requirement

This is a very important point.

An unethical study is not merely one that causes physical harm.

A study may also be unethical if it is scientifically worthless.

Suppose researchers recruit 1,000 people for a clinical trial but the study design is incapable of answering the research question.

The participants have:

given their time + accepted risks + disclosed personal information

without producing meaningful knowledge.

Therefore:

Poor science can become bad ethics.

This is why ethics committees examine both scientific validity and ethical acceptability.

8. Informed Consent

One of the most important principles of research ethics is informed consent.

Valid informed consent requires more than a signature.

The participant should receive understandable information concerning:

• purpose of the research;
• procedures;
• expected duration;
• potential risks;
• potential benefits;
• alternatives where relevant;
• confidentiality;
• compensation where applicable;
• treatment/management of research-related injury where applicable;
• voluntary nature of participation;
• right to withdraw.

The participant must have sufficient opportunity to ask questions.

9. Consent Must Be Voluntary

Consent is not truly voluntary if obtained through:

• coercion;
• threats;
• deception concerning material matters;
• improper pressure;
• excessive financial inducement.

For example:

A researcher offers an economically vulnerable person an amount so large relative to their circumstances that refusal becomes practically impossible.

This raises the question:

Is this compensation—or undue influence?

Research governance must therefore consider the context in which consent is obtained.

10. Consent Is a Process, Not Just a Form

A common misconception is:

"The participant signed the consent form, therefore the research is ethical."

That is incorrect.

The consent process should be understood as:

Information

↓

Understanding

↓

Voluntary decision

↓

Consent

↓

Continuing communication

↓

Right to withdraw

Therefore, if significant new risks are discovered during a study, participants may need to be informed and, where appropriate, their consent reconsidered.

11. Indian Case Law: Samira Kohli v. Dr. Prabha Manchanda

Samira Kohli v. Dr. Prabha Manchanda & Anr., (2008) 2 SCC 1

This is one of the most important Indian cases for informed consent.

Facts

Samira Kohli underwent a medical procedure after consenting to a particular diagnostic/operative procedure.

During the operation, the doctors performed a more extensive surgery, including removal of reproductive organs, without obtaining her specific consent for that additional procedure.

Supreme Court's principle

The Supreme Court held that consent for one procedure does not automatically authorise a substantially different or additional procedure merely because the doctor considers it beneficial.

The Court emphasised the patient's right to consent to—or refuse—a proposed procedure.

Relevance to research ethics

Although Samira Kohli was a treatment case rather than a research case, its principle is highly relevant to research:

Consent must relate meaningfully to what the participant is actually being asked to undergo.

Therefore, a researcher cannot say:

"The participant consented to the study, so we can perform any procedure that we think is useful."

Consent must correspond to the research protocol and the information disclosed.

Exam point

Samira Kohli → informed consent + autonomy + disclosure + limits of consent.

12. K.S. Puttaswamy v. Union of India

Justice K.S. Puttaswamy (Retd.) v. Union of India (2017)

The nine-judge Supreme Court Bench recognised privacy as a fundamental right under the Constitution, particularly in connection with Articles 14, 19 and 21.

This case is extremely important for contemporary research ethics.

Why?

Modern research increasingly involves:

• electronic health records;
• genomic information;
• DNA;
• biometric information;
• medical images;
• wearable-device data;
• AI datasets;
• social-media data.

The Court recognised that unauthorised disclosure of a person's medical records can constitute an invasion of privacy. At the same time, it recognised that appropriately anonymised health data can have legitimate public-health uses.

Relevance to research

Researchers must therefore consider:

• privacy;
• confidentiality;
• anonymisation/pseudonymisation;
• data minimisation;
• purpose limitation;
• secure storage;
• controlled access;
• lawful sharing.

Example

Researcher A receives hospital records containing:

Name + Aadhaar-linked information + diagnosis + genetic information.

Simply removing the person's name may not always make the dataset genuinely anonymous if individuals can be re-identified.

Therefore:

Data protection is an ethical obligation as well as a governance obligation.

13. Aruna Ramachandra Shanbaug v. Union of India

Aruna Ramachandra Shanbaug v. Union of India, (2011) 4 SCC 454

Although this was not a research case, it is highly relevant to the ethical principle of patient autonomy and informed consent.

The Supreme Court recognised the principle that an adult of sound mind has the right to determine what should be done with their own body and that a patient has the right to refuse medical treatment.

Relevance to research

A research participant similarly should not be treated merely as an object of experimentation.

The principle reinforces:

Human beings participating in research remain persons with dignity, autonomy and bodily integrity.

The participant's interests cannot simply be sacrificed for the advancement of science.

14. Common Cause v. Union of India

The later jurisprudence on end-of-life decision-making further developed the principles of:

• autonomy;
• dignity;
• informed decision-making;
• advance directives.

The Supreme Court's broader constitutional approach is important to research ethics because research governance must respect the individual's capacity to make decisions about their own body and personal information.

The Supreme Court's current landmark-judgment materials also describe the continuing development of patient autonomy and medical decision-making safeguards.

15. Research Ethics Committees / Institutional Ethics Committees

The Ethics Committee (EC) is the principal institutional mechanism for ethical review.

Its purpose is not simply to "approve paperwork."

It should independently assess:

Scientific justification

Is the research question meaningful?

Risk-benefit ratio

Are the risks reasonable in relation to potential benefits and knowledge?

Participant selection

Are participants selected fairly?

Consent

Is the consent process adequate?

Privacy

Are confidentiality and data security protected?

Vulnerability

Are additional safeguards needed?

Compensation

Are compensation and research-related injury provisions appropriate?

Conflict of interest

Do researchers or sponsors have financial or other interests that could compromise independence?

16. Composition and Independence

An effective Ethics Committee should contain multidisciplinary expertise.

Depending on the research, this can include:

• medical/scientific experts;
• legal experts;
• ethicists;
• social scientists;
• community representatives;
• laypersons.

The reason for multidisciplinary membership is straightforward:

Research ethics is not purely a medical question.

For example:

A genetic study may raise simultaneously:

• scientific questions;
• privacy questions;
• legal questions;
• cultural questions;
• family implications;
• discrimination concerns.

17. Research Governance in India

Indian research governance involves multiple institutions depending on the nature of the research.

Relevant bodies/frameworks can include:

• ICMR;
• Ethics Committees;
• CDSCO;
• Institutional Animal Ethics Committees;
• Institutional Biosafety Committees;
• Health Ministry's Screening Committee;
• Genetic Engineering-related regulatory bodies;
• Atomic Energy Regulatory Board;
• Clinical Trials Registry–India.

ICMR's Research Integrity and Publication Ethics policy specifically recognises the need for appropriate approvals from bodies such as ECs, IAECs, IC-SCR, GEAC, RCGM, HMSC, CDSCO, IBSC and AERB where applicable.

This illustrates an important governance principle:

One research project may require multiple layers of regulatory oversight.

18. Clinical Trial Governance

Clinical trials require particularly strong governance because participants may be exposed to experimental interventions.

A proper governance framework should address:

1. scientific review;
2. ethics approval;
3. regulatory approval;
4. informed consent;
5. trial registration;
6. participant safety;
7. adverse-event reporting;
8. compensation where legally applicable;
9. data integrity;
10. monitoring;
11. publication and transparency.

ICMR's research-integrity policy states that registration with the Clinical Trials Registry–India (CTRI) is mandatory for clinical trials.

19. Vulnerable Participants

Certain groups may require enhanced protection.

Examples include:

• children;
• prisoners;
• persons with cognitive impairment;
• economically disadvantaged populations;
• persons in dependent relationships;
• seriously ill patients;
• individuals unable to provide fully independent consent.

The principle is not:

"Never research vulnerable people."

Rather:

Research involving vulnerable people must have additional safeguards and must be scientifically justified.

ICMR has dedicated ethical guidelines concerning biomedical research involving children.

20. Children and Assent

Research involving children creates a special problem.

A child may not possess full legal capacity to provide consent.

Therefore, depending on the legal and ethical framework, researchers may require:

• parental/legal representative permission;
• child's assent where developmentally appropriate;
• age-appropriate information;
• additional safeguards.

The researcher must distinguish:

Consent of authorised representative

from

Assent of the child.

21. Research Injury and Compensation

One of the most important governance questions in clinical research is:

What happens if the participant is harmed because of the research?

A sound governance system should establish:

• mechanisms for reporting injury;
• medical management;
• determination of causality where required;
• compensation where applicable;
• documentation;
• independent oversight.

Participants should not be left without protection merely because they voluntarily entered a research study.

22. Conflict of Interest

A researcher may have a financial or professional interest in a particular outcome.

Example:

Pharmaceutical company funds clinical trial.

Researcher receives consultancy fees from the sponsor.

The study produces an unexpectedly negative result.

The researcher has an incentive to suppress or reinterpret the result.

This creates a conflict of interest.

Research governance therefore requires disclosure and appropriate management of conflicts.

23. Research Misconduct

Research ethics also applies to scientific integrity.

Major forms of misconduct include:

Fabrication

Inventing data that never existed.

Falsification

Manipulating data or research processes.

Plagiarism

Presenting another person's work or ideas as one's own without proper attribution.

Selective reporting

Publishing favourable results while hiding unfavourable results.

Image manipulation

Altering scientific images in a misleading way.

Duplicate publication

Publishing substantially the same work as though it were independent research.

ICMR has a specific Research Integrity and Publication Ethics (RIPE) policy.

24. Data Ethics in Research

Modern research governance increasingly revolves around data.

Important principles include:

Confidentiality

Participant information should not be improperly disclosed.

Privacy

Participants should have protection against inappropriate intrusion.

Data security

Technical and organisational safeguards should prevent unauthorised access.

Purpose limitation

Data should not automatically be used for unrelated purposes.

Data minimisation

Only reasonably necessary data should be collected.

Retention

Data should not be retained indefinitely without justification.

Controlled sharing

Secondary research and data sharing should have appropriate ethical and legal safeguards.

These principles are especially significant after Puttaswamy, which recognised the constitutional importance of informational privacy.

25. Biobanks and Biological Samples

Modern research often involves:

• blood;
• tissue;
• DNA;
• RNA;
• tumour samples;
• reproductive material.

The ethical issue is that biological material may contain information far beyond the original research question.

For example:

A blood sample collected for diabetes research may later permit genetic analysis.

The question becomes:

Did the participant consent to that future use?

ICMR has specific guidance dealing with biological materials, biobanking and datasets, and more recent guidance on ethical use of leftover de-identified/anonymous samples for commercial purposes.

26. Artificial Intelligence and Research Ethics

AI creates new research-ethics problems.

Suppose researchers train an AI model using:

10 million medical images.

Potential problems include:

• Was the data lawfully obtained?
• Was consent adequate?
• Can participants be re-identified?
• Is the dataset biased?
• Does the model discriminate?
• Who owns the resulting model?
• Who is responsible for errors?
• Can participants withdraw their data?
• How is the model validated?

ICMR has issued Ethical Guidelines for Application of Artificial Intelligence in Biomedical Research and Healthcare (2023).

Therefore, AI research must be governed throughout the lifecycle:

Data collection → training → validation → deployment → monitoring.

27. Research Ethics During Public Health Emergencies

COVID-19 demonstrated the tension between:

speed of research

and

participant protection.

During emergencies, researchers may argue:

"We need results immediately."

That may justify accelerated review procedures in appropriate circumstances.

But:

Emergency research does not mean absence of ethics.

ICMR issued specific ethical guidance for Ethics Committees during the COVID-19 pandemic.

The principle is:

Fast review, not no review.

28. Multicentre Research

A study conducted at ten hospitals creates governance problems because there may be:

• ten institutional structures;
• different SOPs;
• different interpretations;
• duplication of review;
• inconsistent participant protection.

ICMR now lists Operational Guidelines for Single Ethics Review of Multicentre Research in India (2026) and earlier guidance on joint ethics review of multicentre research.

This demonstrates an important development:

Research governance is becoming more coordinated and system-based rather than institution-by-institution.

29. International Case: Schloendorff v. Society of New York Hospital

105 N.E. 92 (N.Y. 1914)

This classic case established an early articulation of bodily autonomy in medical law.

Justice Cardozo stated the principle that an adult of sound mind has a right to determine what should be done with their own body.

The principle became foundational to modern informed-consent doctrine.

Research relevance

Although it concerned medical treatment rather than research, it provides an intellectual foundation for:

autonomy + bodily integrity + consent.

30. International Example: Salgo v. Leland Stanford Jr. University Board of Trustees

154 Cal. App. 2d 560 (1957)

The case helped develop the modern concept of informed consent by emphasising disclosure of information material to the patient's decision.

Research relevance

Clinical research requires more than:

"Do you agree to participate?"

The participant must receive sufficient information to make an autonomous decision.

31. International Example: Canterbury v. Spence

464 F.2d 772 (D.C. Cir. 1972)

This case significantly developed the modern disclosure standard in informed consent.

The focus shifted toward the information that a reasonable patient would consider important in making a decision.

Research relevance

Researchers should consider whether participants have been told information that could materially influence their decision to participate.

32. The Tuskegee Study — Governance Lesson

The Tuskegee Syphilis Study is not a judicial case, but it is indispensable to research-ethics education.

African-American men with syphilis were observed without being properly informed and were denied effective treatment after penicillin became available.

The scandal demonstrated the catastrophic consequences of:

• lack of informed consent;
• racial injustice;
• deception;
• absence of independent oversight;
• exploitation of vulnerable populations.

It contributed significantly to modern research-ethics governance and the development of the Belmont framework.

Main lesson

Scientific knowledge cannot justify treating human beings merely as means to an end.

33. Research Ethics vs Research Governance

They are complementary.

Ethics tells us what ought to be done; governance creates the system for ensuring that it is done.

34. Important Indian Case Laws — Quick Revision

35. A Practical Research-Governance Model

A well-governed research project should look like this:

Stage 1 — Research proposal

↓

Stage 2 — Scientific assessment

Is the study capable of producing useful knowledge?

↓

Stage 3 — Risk-benefit assessment

Are risks justified?

↓

Stage 4 — Ethics Committee approval

↓

Stage 5 — Regulatory approvals

Where required

↓

Stage 6 — Informed consent

↓

Stage 7 — Research registration

Where applicable

↓

Stage 8 — Participant recruitment

↓

Stage 9 — Safety and data monitoring

↓

Stage 10 — Adverse-event reporting

↓

Stage 11 — Data analysis

↓

Stage 12 — Honest publication

↓

Stage 13 — Post-research responsibilities

This is research governance in practice.

36. Contemporary Issues

Research governance is rapidly changing because of:

Artificial intelligence

AI-generated hypotheses, automated analysis and medical datasets create questions of accountability and bias.

Genomics

Genetic information can reveal information about both the participant and biological relatives.

Big data

Researchers can combine datasets in ways participants may never have anticipated.

Commercial research

Industry sponsorship creates questions of conflicts of interest and publication independence.

International research

Research may involve:

Indian participants + foreign sponsor + foreign laboratory + cloud-based data storage.

This creates complex jurisdictional and governance issues.

Secondary use of data

A dataset collected for one purpose may later be valuable for another.

This raises questions concerning:

consent + purpose limitation + privacy + public interest.

37. Core Legal-Ethical Principle

The most important principle can be stated as:

Human participants must never be treated merely as instruments for producing scientific knowledge.

Research must balance:

Scientific progress

with

human dignity

and

participant rights.

This is consistent with the ICMR framework, which expressly states that research should be conducted in a manner consistent with participants' dignity, well-being, fair treatment and transparency.

38. Conclusion

Research ethics and governance are the foundations of responsible scientific research.

Research ethics protects:

• autonomy;
• dignity;
• bodily integrity;
• privacy;
• confidentiality;
• safety;
• justice.

Research governance provides:

• Ethics Committees;
• scientific review;
• regulatory approvals;
• monitoring;
• data governance;
• safety reporting;
• research-integrity mechanisms;
• accountability.

Indian constitutional jurisprudence has strengthened the legal foundations of this field. Samira Kohli reinforces meaningful consent; Puttaswamy provides a constitutional foundation for privacy and protection of medical information; and Aruna Shanbaug reinforces autonomy and bodily self-determination.

The modern Indian framework is also becoming more specialised: ICMR currently lists guidance for AI research, multicentre research, controlled human infection studies, biological samples, systematic reviews, research integrity and publication ethics, among other areas.

One-line examination conclusion

Research ethics establishes the moral and legal principles governing responsible research, while research governance provides the institutional and regulatory mechanisms through which those principles are implemented; together they ensure that scientific advancement occurs without sacrificing the autonomy, dignity, privacy, safety and rights of research participants.