Clinical support
Documentation, bedside decisions and training. Where AI gives clinicians time back, where it introduces new errors, and what has to be learned on top.
The most widely adopted use of artificial intelligence in hospitals is not diagnosis but administrative work: clinical notes, coding, scheduling, chart summaries. The reason is simple and unglamorous — screen time was among the main reported drivers of clinician burnout.
The second area is decision support: drug-interaction alerts, risk scores, test suggestions. Here the risk moves from the model to the human. A tired clinician tends to accept the suggestion that appears first, especially when it is worded confidently and in the same typeface as the rest of the record.
The third area, underestimated, is training. Students, residents and nurses now learn in an environment where an answer appears in three seconds. The skill that matters shifts: from finding information to verifying whether it is true of the patient in front of you.
- The clinical record stays the clinician’s: a generated note is a draft, not a signed medical act.
- Automation bias: read the case before you open the algorithm’s suggestion.
- Measure the minutes saved and the errors introduced, not the number of features in the contract.
- Patients must know when a consultation is being recorded or assisted by an automated system.
Reading for professionals
- GardenBench: Daily Assessment of Large Language Model Capabilities — GardenBench is a new evaluation tool that tracks the daily performance of large language models, providing useful data for comparing them.
- The Cost of Interaction Between AI Agents: A Study on the Handshake Protocol — A recent study examines the costs and efficiency of the handshake protocol in AI agent communication, highlighting its importance in digital interactions.
- Comparing Integration Strategies for AI Agent Tools: MCP vs CLI — A comparative analysis of two interface paradigms for AI agents has been published, highlighting the advantages and disadvantages of each method in interacting with external systems.
- Structural Racism Based on Technology and the Use of Telemedicine in Primary Care — A new study examines the impact of structural racism on the use of telemedicine, highlighting inequalities in access to healthcare services.
- How to read a medical AI study without being fooled — A high AUC does not mean a better-off patient. Five questions that separate a promising result from one that can change practice.
- What your watch, ring and wristband actually measure — Wrist sensors produce useful data, but they are not lab tests. A guide to what is worth believing and what is worth checking.
- AI in imaging: where it helps the radiologist and where it still fails — Triage, prioritisation, detection — three different functions with three different risks. What a radiology service working with algorithms looks like.
- A mental health chatbot: the questions to ask first — A conversation with an artificial assistant can lower the barrier to asking for help. It can also create the impression of a relationship that is not there.
- Google Research Launches Earth AI: Fundamental Geospatial Models for Global Public Health — According to information provided by the research team, one of the main areas of application involves anticipating and managing public health crises with global impact, including monitoring…
- Home Hospital” — Applications, Concrete Results, and Challenges — The analysis explores the feasibility of implementing a Home Hospital (HaH) system with AI conversational assistants in Romania, concluding that there are grounds for a pilot project, but national…