How Does Tendinopathy Develop?
Tendinopathy develops when tendon load rises faster than the tendon can adapt. This can happen after a training spike, a new work task, a return to sport, or a change in technique.
Tendons connect muscle to bone. They also store and release energy during movement. When load and recovery are out of balance, the tendon may become painful and less tolerant.
Common Tendinopathy Triggers
- Sudden increases in training volume or intensity
- More speed, hills, jumping, gripping, or lifting
- New shoes, surfaces, tools, equipment, or technique
- Repeated work tasks with limited recovery
- Returning to activity after time off
- Strength, balance, or movement-control changes
This pattern is often seen in conditions such as patellar tendinopathy, rotator cuff tendinopathy, and gluteal tendinopathy.
Why Does Rest Alone Often Fail?
Rest may calm pain for a short time, but it does not rebuild tendon strength. Many people feel better, return to normal load, and flare again because the tendon has not regained capacity.
A better plan usually reduces the painful load first. It then rebuilds strength in steps.
What Are the Common Signs of Tendinopathy?
Tendinopathy often causes local pain near a tendon. It may feel stiff at first, then easier once you warm up. Pain can return later if the tendon has been overloaded.
- Local pain near a tendon or tendon attachment
- Morning stiffness or start-up pain
- Pain that eases with warm-up, then returns later
- Reduced strength, spring, power, or grip
- Tenderness when pressing the tendon
- Symptoms that flare after a load spike
Swelling, heat, or redness can occur, but these signs are not always present. Sudden severe pain, bruising, a snap, or major weakness needs prompt review.
How Is Tendinopathy Assessed?
A physiotherapist assesses tendinopathy by checking your symptoms, activity load, tendon strength, movement, and goals. The aim is to match the tendon problem to the task that triggers it.
Your assessment may include strength tests, functional tests, movement checks, and tender-point testing. It may also look at nearby joints, muscles, footwear, work demands, or sport load.
Ultrasound or MRI may help in persistent or complex cases. Still, scan findings need to match your pain and function. Some tendon changes appear on scans without causing symptoms.
