Summary
Topic Summary
Foundations of Medical Ethics: Principles, Scope, and Core Values
Respect for Autonomy: Informed Consent and Decision Capacity
Beneficence and Non-maleficence: Best Interests, Harm Prevention, and Tradeoffs
Confidentiality and Duties to Protect: When Privacy Conflicts with Serious Harm
Justice and Fair Allocation: Triage, Rationing, and Fairness Rules
Ethical Conflicts and Hierarchy: Resolving Principle Clashes in Practice
Frameworks, Codes, and Professional Standards: Turning Ethics into Action
History, Institutionalization, and Research Ethics: From Oaths to Review Boards
COVID-19 Ethical Challenges: Resource Rationing, PPE Shortages, and Open Science
Key Insights
Autonomy Can Be Justice-Limited
The content implies that autonomy is not merely a patient-centered moral right; it becomes practically constrained when justice-based allocation rules dominate. In ICU rationing, even a fully capable patient’s preferences may lose to fairness criteria because the system must decide who can receive scarce treatment at all.
Why it matters: This reframes autonomy from “always decisive” to “conditional on the fairness structure of resource allocation,” which is easy to miss when learning principles separately.
Confidentiality Is Not Absolute
Duty to warn/protect means confidentiality is ethically defeasible, not absolute. The implied connection is that autonomy and confidentiality can both be overridden when preventing serious harm to others becomes the stronger moral requirement under the ethical conflict framework.
Why it matters: Students often memorize confidentiality as a standalone duty; this insight forces them to see it as part of a conflict-resolution system where beneficence/non-maleficence and justice can outweigh privacy.
Speed Creates Ethical Uncertainty
COVID-19 open science is presented as accelerating translation, but the cause-effect chain implies a deeper ethical tradeoff: rapid transparency can increase the chance of acting on incomplete evidence. That means the ethical risk is not only “bad outcomes,” but also “premature action,” which can generate downstream harm, waste, and public confusion.
Why it matters: This changes how students evaluate open science: it is not automatically ethically superior; it shifts the ethical burden toward managing uncertainty and preventing harm from premature conclusions.
Law Can Lag Moral Duty
The Roe v. Wade reversal example implies that clinicians may face a direct mismatch between moral duties (beneficence/non-maleficence to save a patient’s life) and legal constraints that can punish the same action. The non-obvious point is that ethical reasoning may require preparing for legal conflict rather than assuming ethics and law align.
Why it matters: This helps students stop treating law as the ethical “floor” that resolves dilemmas; instead, it highlights that ethics can demand actions the law forbids, creating real professional moral distress.
Hierarchy Is a Tool, Not Default
The text’s hierarchy clarification implies that students should not assume a fixed ranking of the four principles. Instead, hierarchy is activated only when conflicts arise and when a best moral judgment requires prioritization; otherwise, the principles are weighed without pre-committing to an order.
Why it matters: This prevents a common memorization error and trains students to reason dynamically: the “ranking” is case-dependent, not a universal template.
Conclusions
Bringing It All Together
Key Takeaways
- •Justice and resource allocation are foundational because scarcity forces triage decisions that can override individual preferences in practice.
- •Autonomy is ethically central but capacity-dependent, so valid refusal or consent requires decision-making capacity.
- •Beneficence and non-maleficence jointly guide treatment choices by balancing expected benefits against risks of harm.
- •Ethical conflicts resolution is the integrative skill: when principles conflict, clinicians may need hierarchy or structured judgment rather than fixed ranking.
- •Confidentiality is not absolute; duty to warn or protect can ethically and legally justify disclosure to prevent serious harm.
Real-World Applications
- •During hemodialysis scarcity, clinicians and institutions must use justice-based allocation rules while also weighing beneficence and non-maleficence for patient outcomes.
- •After Roe v. Wade was overturned, clinicians faced conflicts between beneficence/non-maleficence duties to save lives and legal restrictions, illustrating divergence between ethics and law.
- •In COVID-19 ICU shortages, ventilator and bed rationing required fairness procedures that can limit autonomy in order to meet justice obligations.
- •In COVID-19 open science, rapid transparency accelerated interventions but increased the risk of acting on incomplete evidence, requiring ethical attention to safety tradeoffs and public communication.
Next, the student should deepen skills in capacity assessment and informed consent processes, then practice applying ethical conflict hierarchy to concrete cases (including confidentiality vs duty to protect and autonomy vs justice under scarcity). After that, they should compare ethics, law, and professional codes in scenario-based drills to understand how institutional ethics committees and review boards translate principles into actionable policies.
Interactive Lesson
Interactive Lesson: Medical Ethics Principles, Conflicts, and COVID-19 Impacts
⏱️ 30 minLearning Objectives
- Explain the four principles approach (autonomy, beneficence, non-maleficence, justice) and how it guides clinical ethical reasoning.
- Apply respect for autonomy using informed consent and capacity concepts, including what changes when capacity is lacking.
- Evaluate treatment choices using beneficence and non-maleficence, including harm-vs-benefit tradeoffs.
- Analyze justice-based allocation dilemmas, especially in scarcity scenarios like COVID-19 ICU rationing.
- Resolve or manage ethical conflicts by using hierarchy when principles clash, and distinguish medical ethics from bioethics and law.
1. Medical ethics as applied ethical reasoning
Medical ethics is an applied branch of ethics that analyzes clinical medicine and related research. It provides a structured way to judge what clinicians and institutions should do when values conflict.
Examples:
- Hemodialysis scarcity raised ethical questions about prioritizing patients for treatment.
- COVID-19 ICU shortages led to ethical dilemmas about rationing ventilators/beds and fair allocation of scarce resources.
✓ Check Your Understanding:
Which best describes medical ethics?
Answer: B. Applied ethical analysis of clinical medicine and related research.
Why does scarcity create ethical reasoning needs in medicine?
Answer: B. Scarcity forces triage decisions that can conflict with multiple principles.
2. Four principles approach (the core framework)
The four principles approach analyzes medical ethics using four core principles: autonomy, beneficence, non-maleficence, and justice. In practice, they are weighed against each other rather than treated as automatically equal or automatically ordered.
Examples:
- COVID-19 ICU rationing required justice-based allocation rules that could override individual preferences (autonomy) in practice.
- Lack of PPE during COVID-19 intensified non-maleficence and duty-of-care tensions because providers faced increased infection risk.
✓ Check Your Understanding:
What is the most accurate description of how the four principles are used?
Answer: B. They are weighed against each other to reach best moral judgment.
In a scarcity scenario, which principle is most directly about fairness in distribution?
Answer: C. Justice
3. Respect for autonomy: informed consent and capacity
Respect for autonomy means patients have the right to choose or refuse treatment based on informed, rational decision-making. Autonomy depends on capacity and is central to informed consent. If capacity is lacking, ethically valid refusal or consent may not be possible, so decisions typically shift toward best interests and use of advance directives or surrogate decision-makers.
Examples:
- Capacity concerns in end-of-life decisions: delirium or depression may reduce capacity, leading to best-interests treatment unless an advance directive exists.
- Autonomy can be limited by incapacity or advance directives when a patient later cannot decide.
✓ Check Your Understanding:
Autonomy in clinical care depends most on:
Answer: B. The patient’s decision-making capacity and informed, voluntary choice.
If a patient lacks capacity, autonomy is best handled by:
Answer: B. Using best-interests reasoning and relevant directives/surrogates.
Which confusion is corrected by the capacity concept?
Answer: B. Autonomy depends on capacity; if capacity is lacking, other ethically guided processes apply.
4. Beneficence and non-maleficence: harm-vs-benefit tradeoffs
Beneficence means acting in the patient’s best interest. Non-maleficence means avoiding causing harm. These principles can conflict, especially in high-risk interventions where potential benefit must be balanced against risk of harm (harm-vs-benefit tradeoffs).
Examples:
- Both principles guide decisions in end-of-life care and other high-stakes contexts where interventions may help but also risk harm.
- Non-maleficence tensions during COVID-19: lack of PPE increased harm risk to providers while delivering care.
✓ Check Your Understanding:
Which pairing is correct?
Answer: B. Beneficence = acting in best interest; Non-maleficence = avoiding harm.
In a high-risk intervention, the ethical challenge most directly involves:
Answer: A. Harm-vs-benefit tradeoffs between beneficence and non-maleficence.
5. Justice in healthcare: fairness under scarcity
Justice concerns fair distribution of scarce resources and fair decisions about who receives what treatment. It becomes central in rationing and triage. Justice can conflict with autonomy when patient preferences diverge from fair allocation rules.
Examples:
- COVID-19 ICU shortages led to ethical dilemmas about rationing ventilators/beds and fair allocation of scarce resources.
- Scarcity of hemodialysis equipment forced ethical reasoning about which patients received treatment.
✓ Check Your Understanding:
Justice is most directly about:
Answer: A. Fair distribution of scarce resources.
How can justice conflict with autonomy?
Answer: B. Allocation rules may require choosing who receives limited care even if it conflicts with individual preferences.
6. Ethical conflicts and need for hierarchy (when principles clash)
Ethical conflicts arise when principles conflict, such as confidentiality versus duty to protect, or autonomy versus justice during rationing. An ethical system may require ranking or hierarchy to apply the best moral judgment in difficult cases. This does not mean principles are always permanently ranked; hierarchy is a method used when needed to resolve clashes.
Examples:
- Roe v. Wade reversal created a conflict between legal restrictions and moral judgment about saving a patient’s life.
- COVID-19 ICU rationing required justice-based allocation rules that could override individual preferences (autonomy) in practice.
✓ Check Your Understanding:
What is the best interpretation of “hierarchy” in ethical conflicts?
Answer: B. Hierarchy is used as a method to resolve principle clashes when needed for best moral judgment.
Which scenario most clearly illustrates a principle clash requiring conflict resolution?
Answer: B. Scarcity forces triage decisions that can conflict with multiple principles.
7. Medical ethics vs bioethics and law (and why standards can diverge)
Medical ethics is closely related to bioethics but not identical; bioethics covers a wider range of issues. Ethics and law interact but do not always align. Ethics often sets a higher behavioral standard than law, so clinicians may face moral obligations that exceed legal requirements.
Examples:
- Roe v. Wade reversal created potential legal punishment for doctors providing an abortion to save a patient’s life, highlighting divergence between legal rules and moral judgment.
- COVID-19 ethics included rationing and open science debates, which were not purely legal questions.
✓ Check Your Understanding:
Which statement best matches the ethics-law relationship?
Answer: B. Ethics can imply a higher standard of behavior than law.
Which statement best distinguishes medical ethics from bioethics?
Answer: B. Bioethics covers a wider range of issues.
Practice Activities
Cause-effect chain: ICU rationing
mediumScenario: ICU ventilators are scarce during COVID-19. Decide how ethical reasoning should proceed using a cause-effect chain. Prompt: Identify the cause, the ethical effect, and the mechanism linking them. Then name which principles are most directly involved (autonomy, beneficence, non-maleficence, justice).
Cause-effect chain: capacity and refusal
mediumScenario: A patient with delirium refuses a treatment that could prevent serious harm. Prompt: Build a cause-effect chain explaining how reduced capacity changes what ethically valid refusal means, and which processes (best interests, advance directives, surrogate decision-makers) become relevant.
Cause-effect chain: PPE shortage and non-maleficence
mediumScenario: PPE shortages increase clinician infection risk while caring for COVID-19 patients. Prompt: Create a cause-effect chain that links the scarcity to ethical effects, and specify the mechanism (how non-maleficence and duty-of-care tensions intensify).
Cause-effect chain: open science speed vs safety
mediumScenario: COVID-19 open science emphasizes rapid transparency. Prompt: Create a cause-effect chain describing how speed and transparency can accelerate interventions while also increasing risks related to incomplete evidence, waste, and public confusion.
Next Steps
Related Topics:
- Consent, Autonomy, and Capacity
- Confidentiality, Beneficence, and Non-maleficence
- Ethical Conflicts and Need for Hierarchy
- Medical Ethics Frameworks (Four Principles, Directives)
- COVID-19 and Ethical Challenges (Rationing, Open Science)
Practice Suggestions:
- Repeat the cause-effect chain exercises with new scenarios: involuntary treatment, duty to warn/protect, and scarcity outside COVID-19.
- For each scenario, explicitly list which principles are in tension and then state whether hierarchy is needed and why.
- Create a one-paragraph justification that cites at least two principles and explains the mechanism of the conflict.
Cheat Sheet
Cheat Sheet: Medical Ethics (Principles, Frameworks, History, COVID-19 Impacts)
Key Terms
- Primum non nocere
- “First, do no harm”; a foundational harm-avoidance value.
- Informed consent
- A process where patients receive adequate information and decide voluntarily about treatment.
- Autonomy
- Respecting a patient’s right to choose or refuse treatment based on valid decision-making.
- Capacity
- The ability to make rational, uninfluenced decisions; needed for ethically valid consent/refusal.
- Beneficence
- Acting in the patient’s best interest.
- Non-maleficence
- Avoiding causing harm; includes harm-vs-benefit tradeoffs.
- Justice
- Fairness in distributing scarce resources and determining who receives what care.
- Advance healthcare directive
- A prior statement of treatment preferences used when the person later lacks capacity.
- Surrogate decision-maker
- A legally authorized person who decides for someone who lacks decision-making capacity.
- Duty to warn / duty to protect
- Ethical obligations to disclose or act to prevent serious harm to others when confidentiality conflicts arise.
Formulas
Four Principles Approach (weighing model)
Ethical decision = weigh(Autonomy, Beneficence, Non-maleficence, Justice) with conflicts resolved case-by-case (hierarchy only when needed).Use when analyzing clinical or research dilemmas by comparing how each principle supports or challenges a proposed action.
Capacity-gated autonomy
If capacity is present → respect autonomy via informed consent/refusal; If capacity is absent → use best interests plus advance directives/surrogates (guided by principles).Use when a patient’s refusal or consent is questioned due to possible incapacity (e.g., delirium, severe depression).
Confidentiality with exception
Default: protect confidentiality; Exception: disclose/act only to prevent serious harm when duty-to-protect overrides confidentiality (per standards).Use when confidentiality seems to block preventing serious harm to others.
Main Concepts
Four Principles Approach
Analyze dilemmas by weighing autonomy, beneficence, non-maleficence, and justice; conflicts are resolved case-by-case rather than assuming fixed ranking.
Respect for Autonomy
Valid choices require informed, voluntary decision-making and depend on decision-making capacity.
Beneficence and Non-maleficence
Choose actions that help the patient while avoiding avoidable harm; sometimes beneficence and non-maleficence pull in opposite directions.
Justice in Healthcare
Fair allocation and fair triage rules matter most when resources are scarce (e.g., ICU ventilators/beds).
Capacity and Decision-Making
Autonomy is capacity-dependent; when capacity is lacking, decisions shift to best interests using advance directives and/or surrogates.
Confidentiality and Duties to Protect
Confidentiality is strong but not absolute; preventing serious harm can create a duty to warn/protect that overrides confidentiality.
Medical Ethics vs Bioethics and Law
Medical ethics is closely related to bioethics but not identical; ethics can demand a higher standard than law, so they may diverge.
Ethical Conflicts and Need for Hierarchy
When principles conflict, hierarchy may be used to determine the best moral judgment in difficult cases rather than treating all principles as equally weighty by default.
Memory Tricks
Four principles ordering confusion
Think “A-B-N-J” but remember: no automatic ranking; you weigh them only when they conflict (use hierarchy only if needed).
Capacity-gated autonomy
“CAP = CHOICE.” If capacity is present, autonomy drives consent/refusal; if not, use directives/surrogates and best interests.
Confidentiality exception
“Confidentiality is default, but danger breaks it.” Duty to protect activates when serious harm is at stake.
Justice in scarcity
“Scarcity makes Justice loud.” When resources are limited, allocation rules become central and can override individual preferences in practice.
Beneficence vs non-maleficence
“Do good, but don’t do harm.” If a treatment helps but risks major harm, you must balance beneficence against non-maleficence.
Quick Facts
- Medical ethics is an applied branch of ethics covering clinical medicine and related research.
- Four principles approach is attributed to Tom Beauchamp and James Childress (Principles of Biomedical Ethics).
- Hippocratic Oath is dated to the fifth century BCE as an early foundational professional code.
- Nuremberg Code (1947) and Declaration of Helsinki (1964) are major ethics documents for research.
- Thomas Percival published an influential 1803 document; “medical ethics” and “medical jurisprudence” are attributed to him.
- American Medical Association adopted its first code of ethics in 1847, largely based on Percival.
- Roe v. Wade was passed in 1973 and overturned by the Supreme Court in 2022 (as described).
- Since the 1970s, ethics expanded through institutional review boards, hospital ethics committees, clinician ethicists, and ethics in curricula.
- COVID-19 created ethical challenges including ICU/resource rationing and PPE shortages for providers.
- COVID-19 open science emphasized rapid transparency, which can speed translation but also increases risk from incomplete evidence and public confusion.
Common Mistakes
Common Mistakes: Medical Ethics (Principles, Frameworks, History, and COVID-19 Impacts)
Students treat the four principles (autonomy, beneficence, non-maleficence, justice) as if they have a fixed, universal ranking order in every case.
conceptual · high severity
▼
Students treat the four principles (autonomy, beneficence, non-maleficence, justice) as if they have a fixed, universal ranking order in every case.
conceptual · high severity
Why it happens:
They memorize the four principles as a checklist and assume there is a default priority (for example, “autonomy always first” or “justice always last”). They then force every scenario into that same order, instead of weighing principles against each other based on the specific conflict and the best moral judgment needed in that case.
✓ Correct understanding:
Use the four principles approach as a weighing framework, not a fixed hierarchy by default. When principles conflict, you do not automatically pick the same principle every time. You analyze how each principle applies to the facts (what autonomy requires, what beneficence/non-maleficence demand, and what justice requires). Only when the conflict is difficult and the situation demands it, an ethical system may use hierarchy or additional resolution methods to reach the best moral judgment.
How to avoid:
Practice with “principle application” rather than “principle ordering.” For each scenario, write one sentence for how each principle applies, then explicitly state the conflict and why one principle should outweigh another in that specific context. Only after that, consider whether a hierarchy or conflict-resolution method is needed.
Students equate medical ethics with bioethics and therefore use bioethics coverage as if it were identical to clinical medical ethics.
conceptual · medium severity
▼
Students equate medical ethics with bioethics and therefore use bioethics coverage as if it were identical to clinical medical ethics.
conceptual · medium severity
Why it happens:
They see both terms used in similar courses and assume they are interchangeable. This leads to overgeneralization: they apply broad bioethics topics to clinical ethics questions without checking whether the question is specifically about clinical medicine and related research ethics as framed in medical ethics.
✓ Correct understanding:
Medical ethics is closely related to bioethics but not identical. Bioethics covers a wider range of issues beyond clinical medicine. Medical ethics focuses on applied analysis of clinical medicine and related research, using the core principles and frameworks relevant to patient care and clinical decision-making.
How to avoid:
Before answering, identify the domain: is the scenario about clinical patient care and clinical/research decision-making? If yes, use medical ethics framing. If the scenario is about wider societal or non-clinical bioethical domains, then broaden accordingly.
Students assume ethics and law always align, so if something is legal it must be ethically acceptable (and if something is illegal it must be ethically wrong).
conceptual · high severity
▼
Students assume ethics and law always align, so if something is legal it must be ethically acceptable (and if something is illegal it must be ethically wrong).
conceptual · high severity
Why it happens:
They rely on a simplistic “law equals ethics” heuristic. When confronted with legal restrictions, they treat moral duties as secondary. This is especially tempting in cases where clinicians face legal punishment for actions that they believe are morally required to save a patient’s life.
✓ Correct understanding:
Ethics and law interact but do not always match. Ethics often sets a higher behavioral standard than law, so divergence is possible. A clinician can face a conflict where beneficence/non-maleficence (duty to save life, avoid harm) clashes with legal rules. The correct approach is to analyze both: what ethics requires and what law permits or prohibits, then explain the ethical conflict rather than assuming alignment.
How to avoid:
Use a two-column method: (1) ethical duties (from principles and frameworks) and (2) legal constraints. Then explicitly state whether the case shows alignment or divergence. Avoid concluding “ethical equals legal” without checking the moral duties involved.
Students assume autonomy always applies directly because patients are present, so they treat any patient refusal or choice as automatically valid even when capacity is impaired.
conceptual · high severity
▼
Students assume autonomy always applies directly because patients are present, so they treat any patient refusal or choice as automatically valid even when capacity is impaired.
conceptual · high severity
Why it happens:
They confuse the presence of a patient’s stated preference with the ethical validity of that preference. They may not distinguish capacity from autonomy, or they may treat capacity as a minor detail rather than a condition for informed, rational decision-making.
✓ Correct understanding:
Autonomy depends on decision-making capacity and informed, rational choice. If capacity is lacking (for example, delirium or severe psychiatric impairment), the ethical basis for honoring refusal/consent changes. In such cases, decisions typically shift toward best interests and the use of advance directives or surrogate decision-makers, guided by the relevant ethical principles.
How to avoid:
Always ask: “Is the patient demonstrating capacity for this specific decision?” Then connect capacity to the ethical pathway: if capacity is present, respect autonomy; if capacity is absent, use best-interests reasoning and check for advance directives or surrogates.
Students treat confidentiality as absolute, so they never consider disclosure to prevent serious harm to others.
conceptual · high severity
▼
Students treat confidentiality as absolute, so they never consider disclosure to prevent serious harm to others.
conceptual · high severity
Why it happens:
They memorize “confidentiality protects patient information” and then apply it as an absolute rule. They overlook the ethical duty to warn/protect, which creates a structured conflict between confidentiality and preventing serious harm.
✓ Correct understanding:
Confidentiality protects patient information, but it is not absolute in all circumstances. Ethical duties may require disclosure to prevent serious harm (duty to warn/protect). When confidentiality conflicts with preventing serious harm, you must analyze both duties and follow the relevant ethical and legal standards for disclosure.
How to avoid:
When confidentiality is involved, explicitly check for a “serious harm” condition and then apply the duty to warn/protect analysis. Practice stating the conflict: “confidentiality vs duty to protect,” and then explain how standards determine whether disclosure is ethically required.
Students analyze COVID-19 ICU ventilator rationing as primarily an autonomy problem (patient choice) rather than as a justice problem driven by scarcity and triage constraints.
conceptual · high severity
▼
Students analyze COVID-19 ICU ventilator rationing as primarily an autonomy problem (patient choice) rather than as a justice problem driven by scarcity and triage constraints.
conceptual · high severity
Why it happens:
They overgeneralize from everyday consent ethics: they assume that because patients have preferences, autonomy should dominate. They underweight the effect of scarcity, which forces triage and allocation rules that can override individual preferences in practice.
✓ Correct understanding:
COVID-19 ICU shortages create dilemmas about who receives limited resources. Scarcity forces triage decisions that can conflict with autonomy, but the central ethical issue is justice: fair allocation of scarce resources. Autonomy matters, but it is constrained by allocation rules needed to achieve fairness and manage limited capacity.
How to avoid:
In rationing scenarios, start with scarcity and triage. Ask: “What allocation rule is needed to be fair under limited capacity?” Then incorporate autonomy as a secondary factor that may be overridden by justice-based allocation when necessary.
Students treat COVID-19 open science as purely beneficial with no ethical tradeoffs, ignoring the risk of acting on incomplete evidence, waste, and public confusion.
conceptual · medium severity
▼
Students treat COVID-19 open science as purely beneficial with no ethical tradeoffs, ignoring the risk of acting on incomplete evidence, waste, and public confusion.
conceptual · medium severity
Why it happens:
They adopt a one-sided narrative: transparency and rapid communication sound ethically unambiguously good. They then ignore the cause-effect mechanism that speed and openness can accelerate translation while increasing the chance of safety tradeoffs and errors.
✓ Correct understanding:
Open science emphasizes transparency and rapid communication, which can speed interventions like vaccine or monoclonal antibody development. However, it can also increase ethical risks: acting on incomplete evidence, producing safety tradeoffs, generating waste, and causing public confusion. The correct approach is to weigh benefits (speed, accessibility) against harms (uncertainty, safety, misinformation-like effects) using beneficence/non-maleficence and attention to how uncertainty affects public trust.
How to avoid:
When you see “open science” in a scenario, force a two-sided analysis: list benefits (rapid translation, transparency) and list plausible harms (incomplete evidence, safety tradeoffs, waste, confusion). Then connect each harm/benefit to the relevant principles rather than assuming “transparency always equals ethics.”
General Tips
- Use a “principle application” template: for each principle, state how it applies to the specific facts (not how it sounds in general).
- When a scenario includes scarcity, triage, or allocation, treat justice as a primary lens and autonomy as potentially constrained by allocation rules.
- When a scenario includes capacity questions, explicitly separate autonomy from capacity and use best-interests plus advance directives or surrogates when capacity is lacking.
- When a scenario includes confidentiality, explicitly check whether duty to warn/protect could override confidentiality due to serious harm prevention.
- Practice diagnosing conflicts by naming them (for example, “confidentiality vs duty to protect,” “autonomy vs justice in triage,” “ethics vs law divergence”).