Understanding sports injuries
Sports injuries fall broadly into sudden traumatic injuries such as sprains and strains, and gradual overload injuries such as tendinopathies and bone stress. They need quite different management.
What they have in common is that returning to sport too early, or without rebuilding capacity, is the single biggest predictor of the injury coming back.
Signs you might notice
- Pain that appears or worsens during your sport
- Swelling, bruising or loss of movement after an incident
- Symptoms that build over consecutive training sessions
- Reduced power, speed or confidence on one side
- Compensating in a way you can feel but cannot correct
Common contributing factors
- Training load rising faster than the body can adapt
- Strength deficits, often unnoticed until tested
- Movement patterns that overload one structure
- Inadequate rehabilitation of a previous injury
- Equipment, footwear or surface changes
How we assess and treat it
We diagnose the injury, then test the things that actually predict a safe return: strength, control and how you move under load. Gait analysis and, where relevant, the DIERS 4D scan show asymmetries that are impossible to judge by eye.
Your return to sport is guided by physical milestones rather than a date in the diary.
- Accurate diagnosis and honest prognosis
- Hands-on treatment during the early phase
- Progressive strength and capacity rebuilding
- Sport specific movement and technique work
- Clear return to play criteria and load planning
Common questions
When can I get back to training?
When you meet the physical benchmarks, not simply when the pain goes. Pain often settles well before capacity returns, which is exactly why re-injury is so common.
Do I have to stop completely?
Usually not. We would generally modify your training rather than remove it, keeping fitness while the injured tissue recovers.
Can you help with running technique?
Yes. Gait and running analysis is one of our core strengths, and technique changes often resolve stubborn overload injuries.