πͺ Tendonitis
Expert chiropractic treatment in Richmond, KY β drug-free relief that addresses the root cause.
Tendonitis: Understanding the Root Cause
Tendonitis is inflammation of a tendon β the fibrous tissue connecting muscle to bone. It develops from repetitive stress, overuse, or acute injury, and can affect any tendon in the body. Common sites include the rotator cuff, elbow (tennis/golfer's elbow), knee (patellar), and Achilles tendon.
Common Causes
- β’Repetitive movements at work or in sports
- β’Sudden increase in training intensity
- β’Poor biomechanics and muscle imbalances
- β’Direct injury or trauma to a tendon
- β’Age-related tendon degeneration
- β’Inflammatory conditions β arthritis, gout
- β’Improper technique or equipment
How Chiropractic Helps
We combine therapeutic ultrasound to reduce deep tendon inflammation, soft tissue mobilisation to break up adhesions, rehabilitation exercises to correct muscle imbalances, and chiropractic adjustments to restore proper joint mechanics β a comprehensive approach for lasting recovery.
- Drug-free and non-invasive
- Most patients improve in 5β7 visits
- Safe for all ages including children
- Treats the root cause, not just symptoms
- Accepts all major insurance
Recognise the Signs of Tendonitis
If youβre experiencing any of these symptoms, chiropractic care may provide the relief youβre looking for.
Pain and tenderness at tendon
Warmth and localised swelling
Pain with movement or loading
Stiffness after rest
Weakness in affected area
Creaking sensation with movement
Your Tendonitis Treatment Plan
A clear, structured process designed to get you better and keep you better.
Assess
Comprehensive examination, health history, and on-site digital X-rays to identify the precise structural cause of your tendonitis.
Treat
A personalised treatment plan using chiropractic adjustments, physical therapy, and targeted modalities β often beginning on your first visit.
Recover
Progress tracking, home care guidance, and ongoing support to ensure lasting recovery. 90% of patients return to full, normal function.