International research ethics and compliance assistant supporting IRB/ethics board applications, informed consent drafting, data management plans, Belmont Report principles, Declaration of Helsinki (2024), GDPR compliance for research, HIPAA considerations, vulnerable populations protocols, deception research, confidentiality and anonymity, research integrity (fabrication/falsification/plagiarism), conflict of interest disclosure, and dual-use research oversight. Use when preparing an IRB or ethics board application, drafting informed consent, writing a data management plan, addressing GDPR/HIPAA in research, protecting human subjects or vulnerable populations, handling animal ethics, or disclosing conflicts of interest. For Turkey-specific etik kurul use alterlab-tr-research-ethics; for KVKK data plans alterlab-kvkk-dmp; for survey wording alterlab-survey-design; for qualitative methodology alterlab-qualitative-methods. Part of the AlterLab Academic Skills suite.
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International research ethics and compliance assistant supporting IRB/ethics board applications, informed consent drafting, data management plans, Belmont Report principles, Declaration of Helsinki (2024), GDPR compliance for research, HIPAA considerations, vulnerable populations protocols, deception research, confidentiality and anonymity, research integrity (fabrication/falsification/plagiarism), conflict of interest disclosure, and dual-use research oversight. Use when preparing an IRB or ethics board application, drafting informed consent, writing a data management plan, addressing GDPR/HIPAA in research, protecting human subjects or vulnerable populations, handling animal ethics, or disclosing conflicts of interest. For Turkey-specific etik kurul use alterlab-tr-research-ethics; for KVKK data plans alterlab-kvkk-dmp; for survey wording alterlab-survey-design; for qualitative methodology alterlab-qualitative-methods. Part of the AlterLab Academic Skills suite.
license
MIT
allowed-tools
Read WebFetch WebSearch Bash(python:*)
compatibility
No API key required. Guidance-focused skill; uses WebFetch/WebSearch and optional Python helpers via `uv run python`.
Research Ethics — Ethics, Compliance & Integrity Agent
A comprehensive research ethics tool for faculty and researchers navigating the complex landscape of research compliance. Covers the full ethics lifecycle: from understanding foundational principles, through ethics board applications, to ongoing compliance during data collection, analysis, and publication.
Overview
Research ethics is the application of moral principles to the design, conduct, and reporting of research involving human participants, animal subjects, sensitive data, and dual-use technologies. This skill provides practical guidance grounded in international ethical frameworks, helping researchers move from ethical principles to compliant practice.
This is not a substitute for your institution's ethics board or legal counsel. It is a tool to help you prepare stronger applications, anticipate ethical issues, and maintain compliance throughout the research lifecycle.
When to Use This Skill
This skill should be used when:
Preparing an IRB/ethics committee application
Drafting informed consent forms and information sheets
Writing data management plans for grant applications
Assessing whether a study requires ethical review
Working with vulnerable populations
Designing research involving deception
Ensuring GDPR or HIPAA compliance in research
Addressing research integrity concerns (plagiarism, fabrication, falsification)
The Belmont Report remains the foundational document for research ethics in the United States and has influenced ethics frameworks worldwide.
Principle
Definition
Application
Respect for Persons
Individuals should be treated as autonomous agents; persons with diminished autonomy are entitled to protection
Informed consent; right to withdraw; privacy protections; special protections for vulnerable populations
Beneficence
Obligation to maximize benefits and minimize harms; do no harm
Risk-benefit analysis; safety protocols; monitoring for adverse events; data security
Justice
Fair distribution of research benefits and burdens; equitable participant selection
Inclusion/exclusion criteria justified; not targeting vulnerable groups for convenience; sharing research benefits
Declaration of Helsinki (WMA, 2024 revision)
The 2024 revision (adopted October 2024) is the only official version; the WMA states earlier versions should be cited only for historical purposes. It replaces "subjects" with "participants" throughout, addresses all individuals and organizations involved in research (not only physicians), and adds an explicit scientific-integrity / zero-tolerance-for-misconduct provision. Note that the 2024 revision renumbered paragraphs relative to 2013, so verify any paragraph number against the current text before citing it.
Key principles extending beyond the Belmont Report:
Research involving human participants must conform to generally accepted scientific principles
The well-being of the individual research participant must take precedence over all other interests
Every research study involving human participants must be registered in a publicly accessible database before recruitment of the first participant
Negative and inconclusive results must be published or otherwise made publicly available
Post-study provisions: participants who benefit from the research should have access to the intervention
Meaningful engagement with participants and their communities before, during, and after the study
Singapore Statement on Research Integrity (2010)
Four principles:
Honesty in all aspects of research
Accountability in the conduct of research
Professional courtesy and fairness in working with others
Good stewardship of research on behalf of others
2. Ethics Board Applications
Does Your Study Require Ethical Review?
Does your study involve...
│
├── Human participants (interviews, surveys, experiments, observations)?
│ └── YES → Full or expedited review required
│
├── Human data (medical records, educational records, social media data)?
│ └── YES → Review required (level depends on identifiability)
│
├── Human biological samples (blood, tissue, DNA)?
│ └── YES → Full review required
│
├── Animal subjects?
│ └── YES → IACUC/animal ethics review required
│
├── Publicly available, de-identified data only?
│ └── MAYBE → May qualify for exemption; check with your IRB
│
├── Quality improvement / program evaluation (not generalizable)?
│ └── MAYBE → Some institutions exempt; consult your IRB
│
└── None of the above?
└── NO ethical review likely required
WHEN IN DOUBT: Submit to your ethics board for a determination.
Always apply BEFORE collecting data.
IRB Application Template
A complete section-by-section IRB/ethics board application template — Study Overview, Purpose & Background, Participants (including vulnerable-population flags), Procedures, Risks & Benefits, Informed Consent (waivers/assent), and Data Management — has moved to references/irb_application_template.md. Copy and adapt those sections for your institution's submission portal.
3. Informed Consent Drafting
Essential Elements of Informed Consent (45 CFR 46.116): the full consent-form template (invitation, purpose, procedures, risks, benefits, compensation, confidentiality, voluntary withdrawal, and signature blocks) plus a checklist of online-research consent considerations have moved to references/informed_consent_templates.md.
4. Data Management Plans
DMP Template (aligned with funder requirements): a full funder-aligned data management plan template — data description, collection standards, ethics/legal compliance, storage & security, preservation & sharing, and roles & responsibilities — has moved to references/data_management_plan_template.md.
5. GDPR Compliance for Research
The General Data Protection Regulation applies to research involving personal data of individuals in the EU/EEA.
GDPR Lawful Bases for Research:
Lawful Basis
When to Use
Key Requirement
Consent (Art. 6(1)(a))
Most common for research
Freely given, specific, informed, unambiguous; can be withdrawn
Legitimate interest (Art. 6(1)(f))
Secondary analysis, non-sensitive data
Balancing test required; document assessment
Public interest (Art. 6(1)(e) + Art. 89)
Publicly funded research in public interest
Must implement appropriate safeguards
Key GDPR Requirements for Researchers:
## GDPR Compliance Checklist for Research### Before Data Collection- [ ] Identify lawful basis for processing
- [ ] Conduct Data Protection Impact Assessment (DPIA) if high-risk processing
- [ ] Prepare privacy notice / information sheet (Art. 13/14)
- [ ] Appoint Data Protection Officer contact (if required)
- [ ] Establish data processing agreement with any third parties
- [ ] Document processing activities in institutional register (Art. 30)
### Privacy Notice Must Include- [ ] Identity and contact details of the controller
- [ ] Contact details of the Data Protection Officer
- [ ] Purposes and lawful basis for processing
- [ ] Categories of personal data collected
- [ ] Recipients or categories of recipients
- [ ] Data transfers outside EU/EEA (and safeguards)
- [ ] Retention period or criteria for determining it
- [ ] Data subject rights (access, rectification, erasure, portability, objection)
- [ ] Right to withdraw consent (if consent is the lawful basis)
- [ ] Right to lodge a complaint with a supervisory authority
- [ ] Whether provision of data is statutory, contractual, or voluntary
- [ ] Existence of automated decision-making (if applicable)
### Data Subject Rights (with research exemptions under Art. 89)- Right of access (Art. 15) — may be limited if it would seriously impair research
- Right to rectification (Art. 16) — applies
- Right to erasure (Art. 17) — may be limited under Art. 17(3)(d)
- Right to data portability (Art. 20) — applies if consent-based
- Right to object (Art. 21) — may be limited for public interest research
### Data Minimization- [ ] Collect only data necessary for research purposes
- [ ] Pseudonymize as early as possible
- [ ] Anonymize when identifiability is no longer needed
- [ ] Destroy linking keys when no longer required
6. HIPAA Considerations for Research
## HIPAA Research Checklist### Does HIPAA Apply?
HIPAA applies if you are accessing Protected Health Information (PHI)
from a HIPAA-covered entity (healthcare provider, health plan, clearinghouse).
### PHI Includes Any of the 18 Identifiers:1. Names
2. Geographic data smaller than state
3. Dates (except year) related to an individual
4. Phone numbers
5. Fax numbers
6. Email addresses
7. Social Security numbers
8. Medical record numbers
9. Health plan beneficiary numbers
10. Account numbers
11. Certificate/license numbers
12. Vehicle identifiers and serial numbers
13. Device identifiers and serial numbers
14. Web URLs
15. IP addresses
16. Biometric identifiers
17. Full-face photos and comparable images
18. Any other unique identifying number or code
### Accessing PHI for Research — Three Pathways1.**Individual Authorization** — Patient signs HIPAA authorization form
2.**IRB/Privacy Board Waiver** — Meets criteria for waiver of authorization
3.**De-identified Data** — All 18 identifiers removed (Safe Harbor method)
or expert determination that re-identification risk is very small
### Limited Data Set- Removes direct identifiers but may retain dates, zip codes, ages
- Requires a Data Use Agreement (DUA) between covered entity and researcher
- Still considered PHI — must be protected
7. Research with Vulnerable Populations
Vulnerability Categories and Additional Protections:
Population
Source of Vulnerability
Additional Protections Required
Children (under 18)
Diminished autonomy, developmental capacity
Parental permission + child assent; age-appropriate assent forms; minimal risk unless prospect of direct benefit
Pregnant women
Potential harm to fetus
Research must minimize risk to fetus; father's consent for fetal research where applicable
Prisoners
Coercive environment, limited autonomy
Minimal risk only (generally); prisoner representative on IRB; no undue inducement
Recruitment by third party; opt-out without penalty; extra confidentiality protections
Economically disadvantaged
Susceptibility to undue inducement
Compensation must be fair but not coercive; equitable selection
Indigenous communities
Historical exploitation, cultural concerns
Community consultation/consent; culturally appropriate methods; benefit sharing; data sovereignty
Refugees/asylum seekers
Legal precarity, trauma, language barriers
Trauma-informed consent; interpreter services; no impact on legal status
8. Research Integrity
The FFP Framework (Fabrication, Falsification, Plagiarism):
FABRICATION
│ Making up data or results and recording or reporting them
│ Examples:
│ - Inventing data points to fill gaps
│ - Creating fake participants or responses
│ - Reporting experiments that were never conducted
│
FALSIFICATION
│ Manipulating research materials, equipment, or processes, or
│ changing or omitting data/results such that the research is
│ not accurately represented
│ Examples:
│ - Selectively excluding data points without justification
│ - Manipulating images (e.g., Western blots) beyond standard adjustments
│ - Changing statistical methods post-hoc to achieve significance
│ - Omitting inconvenient results
│
PLAGIARISM
Appropriating another person's ideas, processes, results, or words
without giving appropriate credit
Examples:
- Copying text without quotation marks and citation
- Paraphrasing without attribution
- Self-plagiarism (republishing your own work without disclosure)
- Using another's methodology without citation
Responsible Conduct of Research (RCR) Domains:
Domain
Key Issues
Best Practices
Data management
Integrity, security, sharing
Maintain lab notebooks; document analysis decisions; share data per funder policy
Pre-register studies; report all outcomes; follow CONSORT/STROBE/PRISMA guidelines
Conflict of interest
Financial, intellectual, personal
Disclose all relevant interests; follow institutional COI policy; recuse when necessary
9. Conflict of Interest Disclosure
## Conflict of Interest Self-Assessment### Financial Interests- [ ] I (or my immediate family) hold equity in a company whose products
are related to this research
- [ ] I receive consulting fees, honoraria, or speaker fees from an entity
related to this research (>$5,000/year or per institutional threshold)
- [ ] I hold patents or receive royalties related to this research
- [ ] I receive research funding from a company whose products are being studied
- [ ] I serve on a board of directors or advisory board of a related entity
### Non-Financial Interests- [ ] I have personal relationships with individuals involved in this research
- [ ] I have intellectual commitments that could bias my interpretation
- [ ] I hold leadership positions in organizations related to this research
- [ ] I have previously published strong positions on the topic under study
### For Each Identified Conflict- Nature of the conflict: [describe]
- Potential impact on research: [how could it bias design, analysis, or reporting?]
- Management plan: [recusal, independent oversight, disclosure in publications,
blinded analysis, etc.]
10. Dual-Use Research of Concern (DURC)
Research that could be directly misapplied to pose a significant threat to public health, agriculture, plants, animals, the environment, or national security.
DURC Screening Questions:
Does your research involve any of these agents or toxins?
- Avian influenza virus (highly pathogenic)
- Bacillus anthracis, Botulinum neurotoxin
- Burkholderia mallei, Burkholderia pseudomallei
- Ebola virus, Foot-and-mouth disease virus
- Francisella tularensis, Marburg virus
- Reconstructed 1918 influenza virus
- Rinderpest virus, Toxin-producing strains of Clostridium botulinum
- Variola major virus, Variola minor virus
- Yersinia pestis
Does your research involve any of these experimental effects?
1. Enhance harmful consequences of the agent
2. Disrupt immunity or vaccine effectiveness
3. Confer resistance to clinically/agriculturally useful interventions
4. Increase stability, transmissibility, or ability to disseminate
5. Alter host range or tropism
6. Enhance susceptibility of a host population
7. Generate or reconstitute an eradicated or extinct agent
If YES to both an agent AND an effect → Institutional DURC review required
Best Practices
Apply for ethics approval before collecting data. Retroactive approval is rarely possible and always problematic. Plan ethics into your project timeline from the start.
Write consent forms in plain language. Target a 6th-8th grade reading level. Avoid jargon. Use short sentences. Test readability with the Flesch-Kincaid score.
Anticipate risks realistically. Do not minimize risks in your application. Reviewers respect honest risk assessment with thoughtful mitigation plans.
Document everything. Maintain an ethics audit trail: consent forms, protocol amendments, adverse event reports, data management logs. This protects you and your participants.
Treat ethics as ongoing, not one-time. Ethics compliance does not end when the IRB letter arrives. Monitor for new risks, report adverse events promptly, and submit amendments for protocol changes.
Protect identifiability at every stage. De-identify data as early as possible. Store identifiers separately from data. Encrypt everything. Delete what you no longer need.
Respect autonomy genuinely. Voluntary participation means truly voluntary — no pressure, no penalty for withdrawal, no coercive incentives. Pay attention to power dynamics.
Consult early and often. Talk to your IRB office before submitting. They can help you identify issues early, which saves time and revision cycles.
Stay current with regulations. GDPR, HIPAA, and institutional policies evolve. Bookmark your institutional research compliance website and check it annually.
Model integrity. Research ethics is not just compliance with rules. It is a commitment to honesty, transparency, and respect for the people and communities your research touches.
Common Pitfalls
Pitfall
Why It Happens
How to Avoid
Collecting data before approval
Eagerness to start; underestimating review timelines
Build 2-3 months for review into your project timeline
Consent form too complex
Copy-pasting legal language
Write at 6th-8th grade level; have a non-expert read it
Inadequate risk assessment
Researcher normalizes risks in their discipline
Consult with someone outside your field; think from the participant's perspective
Failing to report protocol changes
Viewing amendments as administrative burden
Any change to recruitment, procedures, or risks requires an amendment before implementation
Data stored insecurely
Convenience over security
Use institutional systems; encrypt portable devices; never email identifiable data
Gift or ghost authorship
Social pressure, power dynamics
Discuss authorship using CRediT taxonomy at project start; revisit periodically
Self-plagiarism
Reusing own text without disclosure
Cite your prior work; use quotation marks; disclose to editors
Ignoring cultural context
Applying Western ethics frameworks universally
Consult community leaders; hire cultural liaisons; adapt consent processes
Insufficient anonymization
Assuming removal of names is sufficient
Consider indirect identifiers (job title + institution + age can re-identify); use k-anonymity checks
No data management plan
Viewed as bureaucratic requirement
Treat DMP as a living document; it protects you during and after the research
References
Beauchamp, T. L., & Childress, J. F. (2019). Principles of biomedical ethics (8th ed.). Oxford University Press.
