Research ethics Study Guide

📖 Core Concepts Research Ethics – The branch of applied ethics that governs how scientific investigations are conducted responsibly (integrity, misconduct, treatment of human/animal subjects). Scientific Misconduct – Includes Falsification, Fabrication, and Plagiarism (the “FFP” triad). Scientific Integrity – Consistent adherence to professional standards, transparency, and reproducibility. Principlism – Four cornerstone principles (from the Belmont Report & Helsinki): Respect for persons, Beneficence, Non‑maleficence, Justice. Informed Consent – Voluntary, knowledgeable agreement of a participant before any study activity. Vulnerable Populations – Groups with limited capacity for autonomous consent (children, prisoners, cognitively impaired, etc.). Open Science & FAIR – Sharing research outputs so they are Findable, Accessible, Interoperable, Reusable; reduces questionable practices. Governance Bodies – Institutional Review Boards (IRBs) in the U.S.; national/international ethics committees (e.g., WHO panels). --- 📌 Must Remember FFP = Falsification, Fabrication, Plagiarism → universal misconduct. Key International Codes: 1947 Nuremberg Code – Voluntary consent required. 1964 Declaration of Helsinki – Guidelines for medical research with humans. 1978 Belmont Report – Respect, Beneficence, Justice. Four Medical Ethics Values: Autonomy, Non‑maleficence, Beneficence, Justice. Participant Rights: Informed consent, privacy, right to withdraw without penalty, receipt of understandable results. FAIR Principles – Data must be Findable, Accessible, Interoperable, Reusable. IRB Origin – Established by the U.S. 1974 National Research Act. --- 🔄 Key Processes Ethics Review Workflow Researcher drafts protocol → 2. Submits to IRB/ethics committee → 3. Committee evaluates consent process, risk‑benefit, vulnerable‑population safeguards → 4. Approval (or request for revisions) → 5. Ongoing monitoring & reporting of adverse events. Informed Consent Procedure Provide plain‑language study information → 2. Verify participant comprehension (teach‑back) → 3. Obtain written (or documented verbal) consent → 4. Re‑consent if protocol changes significantly. FAIR Data Management Assign persistent identifier (e.g., DOI) → 2. Store in a repository with clear metadata → 3. Use open, non‑proprietary formats → 4. License data for reuse (e.g., CC‑BY). --- 🔍 Key Comparisons Nuremberg Code vs. Declaration of Helsinki Nuremberg: Minimal, focuses solely on voluntary consent. Helsinki: Adds detailed guidance on risk assessment, ethics committee review, and post‑trial access. Questionable Research Practices vs. Scientific Misconduct QRP: Practices that jeopardize reproducibility (e.g., selective reporting) without intent to deceive. Misconduct: Deliberate FFP. Medical Ethics vs. Bioethics Medical Ethics: Primarily clinical care & research, four core principles. Bioethics: Broader, covering biotechnology, environmental health, public‑policy implications. --- ⚠️ Common Misunderstandings “Informed consent is a one‑time signature.” – It is an ongoing process; participants can withdraw any time. “FAIR = Open Access.” – FAIR stresses findability and interoperability; data can be restricted but still FAIR. “IRB approval guarantees a study is ethically perfect.” – IRBs assess compliance with standards, but ethical dilemmas can still arise during conduct. “Only medical research needs ethics review.” – Social sciences, IT, engineering, and biotech also require ethical oversight. --- 🧠 Mental Models / Intuition “The Consent Triangle” – Visualize three points: Information, Comprehension, Voluntariness. All three must be present for valid consent. “FFP as a Red Flag Traffic Light” – Red = Fabrication, Yellow = Falsification, Green = Plagiarism (still a serious violation). “FAIR as a Library Shelf” – A book (data) is findable (catalog), accessible (open shelves), interoperable (standardized citation), reusable (license). --- 🚩 Exceptions & Edge Cases Emergency Research – May waive consent if the participant is unable to consent and the study offers potential direct benefit. Children’s Assent – Even when parental permission is obtained, children capable of understanding should provide assent. Data Privacy vs. Open Science – Personally identifiable health data may require de‑identification or restricted access despite FAIR goals. --- 📍 When to Use Which Choose Nuremberg vs. Helsinki guidelines – Use Nuremberg when evaluating voluntary consent alone; use Helsinki for clinical trials with detailed risk/benefit and post‑trial responsibilities. Apply FAIR vs. Restricted Data – Use FAIR for non‑sensitive datasets; apply restricted‑access protocols for PHI (Protected Health Information) while still documenting metadata per FAIR. Select IRB Review Type – Expedited review for minimal‑risk studies; Full board review for vulnerable populations or more than minimal risk. --- 👀 Patterns to Recognize Risk‑Benefit Language – Any question mentioning “risk” paired with “benefit” signals need to invoke Beneficence and Non‑maleficence. “Vulnerable” + “Safeguards” – Triggers discussion of heightened consent procedures and IRB full review. “Data Sharing” + “Privacy” – Points to the FAIR–privacy balancing act. --- 🗂️ Exam Traps Distractor: “The Nuremberg Code requires post‑trial access to successful therapies.” – Wrong; post‑trial access is a Helsinki/Belmont concept, not Nuremberg. Trap: “FAIR means data must be publicly downloadable.” – Incorrect; FAIR stresses discoverability and reusability, not unrestricted public download. Misleading Choice: “Only intentional fraud constitutes scientific misconduct.” – Overlooks falsification/fabrication which can be unintentional but still misconduct. Confusing Option: “Institutional Review Boards are only needed for biomedical research.” – False; IRBs (or equivalent ethics committees) review any human‑subjects research across disciplines.