Living guide · beta · last updated 1 November 2026 · Free for everyone. Missing something? Write to support@mrresearcher.com
About

Why one place, and how we work

What this section covers

Artificial intelligence now reaches every part of health care: prediction models that flag patients at risk, decision-support tools at the bedside, chatbots that answer patients, and large language models that students and researchers use to read, write and analyse.

This section gathers the guidance around that use across medicine, nursing and the other health sciences: how to use AI responsibly, how to evaluate and report studies of AI, how to teach with it and about it, and what the law and policy require. Nursing documents are shown through their own lens.

Why one place

Guidance on AI in health is scattered. Research guidelines sit with journals, ethics with WHO and UNESCO, law with governments, teaching guidance with education bodies, and nursing positions with nursing bodies. Most learning happens in one-off workshops. Nobody brings it together for the people who need it: clinicians, students, educators, researchers and managers.

Most of this guidance was written for medicine in general. Nursing bodies have begun to say that nurses should help shape AI, but practical, nursing-focused help remains scarce. This guide is a practical place to start.

What you will find here

Learn: 12 short lessons on AI literacy, with a path for your role.

Find: the guideline for your task, in two clicks, with a plain-language card and the official link.

Follow: a timeline of how the guidance has grown, by topic.

How we use the guidelines, and how we keep them current

What we show from each document

Open licenceOpen licence: we may show the document with full credit. Where the licence allows adaptation (for example CC BY), we also show interactive and translated versions and say that we adapted them. Some allow word-for-word copies only (OECD).
Link + summaryNon-commercial licence or all rights reserved: we link to the official version and write our own plain-language summary. We do not host or redesign the original.
Ask firstLicence unclear: link only, until the authors or publisher confirm what we may do.

Downloads always come from the official source. We never imply that any guideline group endorses Mr Researcher, and our summaries do not replace the original document. This is a reading of licence terms, not legal advice.

How we keep it current

Every card carries the date it was last checked. We review every card each quarter, and update a card within two weeks when a new version, extension or correction appears. We watch:

  • EQUATOR Network library and its register of guidelines in development
  • WHO, UNESCO and OECD
  • NIST, the EU, the Council of Europe and medical-device regulators (IMDRF, FDA, MHRA)
  • Gulf regulators and ministries (Oman, Saudi Arabia, UAE, Qatar, Bahrain)
  • ICMJE, COPE and WAME
  • Nursing bodies (ANA, ICN, AACN, NLN and others)
  • Medical-education bodies (AAMC, AMEE)
  • New guideline papers indexed in PubMed

Change log

1 Nov 2026 · Added 21 documents, including the American Academy of Pediatrics policy on generative AI, the Joint Commission and CHAI guidance, NHS England guidance on AI scribes, Ahpra and Alberta nursing-regulator advice, the NZ midwives’ statement, Singapore AIHGle 2.0, ICMR, FDA and EMA guidance, UNESCO competency frameworks, ELEVATE-GenAI, CREMLS and APPRAISE-AI. New Coming soon list on the Timeline page, and a list of free and paid courses on the Learn page. New lesson sections: AI scribes and AI agents (Lesson 3), the environmental cost of AI (Lesson 6), and patients who bring AI answers (Lesson 10).
1 Nov 2026 · Research pulse now updates every day from PubMed. Lessons updated: positive predictive value (Lesson 2), data-protection law (Lessons 4 and 7), certainty of evidence with GRADE and AGREE II (Lesson 5), and CLAIM and CHEERS-AI (Lesson 8).
1 Nov 2026 · New layout: separate pages for Learn, Guidelines, Timeline, Nursing, Research pulse and About. Each lesson now has its own page, and the timeline shows the issuer and month of each document.
31 Oct 2026 · Lesson 5: added an evidence ladder adapted from a published content-rating tool (EBCRT-mHealth) and a note on language. EU AI Act card updated with the 2026 amendment dates.
31 Oct 2026 · Named the section Health AI Navigator, a living guide. Added the Health & AI Policy Index (HAPI) to the library.
31 Oct 2026 · Lessons rewritten in plain language, with key terms, examples, self-checks and full references. Added Lesson 5: checking AI content.
31 Oct 2026 · Added the monthly research pulse on AI in nursing (PubMed).
31 Oct 2026 · Added international, regional and Gulf documents. Oman, Qatar and Saudi entries are still being confirmed against official copies.
31 Oct 2026 · First public version: 82 AI-specific documents, organised by area of use, kind of document, issuer and type of AI.
31 Oct 2026 · In development and watched: QUADAS-AI, CANGARU, ELEVATE-GenAI, COREQ-LLM.
Perspective

Why these guidelines matter

An AI ethics and governance viewFrom the Mr Researcher editorial team, based on the guidance in this library. 31 October 2026.

Guidelines are how a field turns good intentions into practice that others can check. With AI, the stakes are unusual: the same tool can draft a discharge leaflet, screen ten thousand abstracts or flag a deteriorating patient, and its errors are often invisible to the person using it. Guidelines tell us what to check, what to report and who stays responsible.

Five reasons to use them

  1. Accountability stays with people. The frameworks agree that responsibility cannot be handed to a machine. Authors remain accountable for AI-assisted work, and AI cannot be listed as an author (ICMJE, COPE). Health professionals remain responsible for decisions that AI informs (WHO).
  2. Transparency makes work checkable. Stating which model and version was used, for what, and how its output was checked lets editors, readers and patients judge the result (GAMER, CHART, ICMJE).
  3. AI is evaluated like any other intervention. A tool that changes care needs evidence in stages, from early clinical evaluation to randomised trials, with harms reported (DECIDE-AI, SPIRIT-AI, CONSORT-AI).
  4. Fairness is measured, not assumed. A model can perform worse for groups that were thin in its training data, including people who do not speak English. Good guidance asks for results by subgroup (FUTURE-AI, TRIPOD+AI).
  5. Confidentiality comes first. Pasting identifiable patient data or an unpublished manuscript into a public AI tool can breach confidentiality. ICMJE notes that confidentiality may rule out uploading a manuscript to AI tools that cannot assure it.

Why nursing needs its own voice

Nurses are often the people who act on AI output at the bedside, and the last human check before it reaches a patient. Where the law requires human oversight of high-risk AI, as the EU AI Act does, that overseer will often be a nurse. Using these guidelines well in nursing research and education, and citing them, helps make that last check a real one.

Where things are heading

Three shifts are under way. Voluntary principles written around 2019 to 2021 are turning into binding rules: the EU AI Act, and journal policies that now ask authors, reviewers and editors to disclose their use of AI. General-purpose large language models are being used for tasks no guideline anticipated, so guideline groups publish faster and more of them keep their documents “living”. And evaluation is moving beyond accuracy on a test set toward effects in real care, the interaction between people and AI, and equity. Expect this library to change every few months.

What changes for education and research

Writing, editing and translating text are becoming almost free. That does not make education or publication meaningless; it moves their value. What becomes scarce is what AI cannot supply on its own: verified data, sound methods, honest reporting, clinical judgement, and a named person who takes responsibility. Health-sciences education will have to teach these directly, and assess them in ways that AI cannot fake. Research and publishing will lean more on checks of provenance and integrity, some of them automated, but human accountability for what is claimed remains the anchor in every guideline we have read.