It’s the endurance, not the anatomy: DL, paraspinal degeneration, and chronic low back pain

Is it healing? Making fracture assessment less subjective

The conversation before the decision: ML and 1-year mortality after proximal humerus fracture

What your patient got from ChatGPT before their clinic appointment

Which LLM would you trust with a spine case? A 200-patient head-to-head says it matters which one you pick

The fracture that got lost in translation: LLMs and the limits of classification from text

One in three: what machine learning reveals about opioids after hip fracture

My calendar skill: how AI manages my clinical schedule

Building your AI tribe: who to add, what to give them, how to start

Chat, Cowork, Code, Skills, Plugins, and Prompts: what is what and when to use each

Setting up Claude properly: a 15-minute guide for surgeons

How to get AI to remember things

How to get AI to sound like you

Claude vs ChatGPT vs Gemini vs Grok: a surgeon’s honest comparison

Should I pay for Claude? Making sense of AI tiers

98% accurate. 120 patients. Why you should be more sceptical, not less.

Confident and wrong: what a hand fracture study reveals about AI’s most dangerous failure mode

Better than the middle grade: AI detection of cervical cord compression on MRI

When an algorithm can’t wait: ML and the necrotizing fasciitis problem

AI and clinical governance: what every orthopaedic surgeon needs to know

What AI actually does in orthopaedic clinic: three tools, three honest verdicts

AI in orthopaedics: what trainees actually need to know right now

Three things I wish I’d known about AI before my first robotic theatre list

Mako, ROSA, and the rest: what the robotic revolution means for your training

The 3am fracture: what AI can and can’t do on-call

What do we actually mean when we say AI in orthopaedics?