Knee Pain
At our Raynham, MA clinic
Osteoarthritis, meniscus issues, and chronic knee pain — regenerative alternatives to surgery.
The knee is a hinge joint under enormous load — every step transmits multiples of your body weight through the joint. Cartilage, meniscus, ligaments, and tendons all contribute to a well-functioning knee. When any of them break down, the entire joint compensates. Our goal is to identify exactly which structure is generating pain and treat that structure directly.
Understanding the knee
A complex hinge where bone, cartilage, and soft tissue all share the load.
The knee is one of the largest and most stressed joints in the body. It depends on healthy cartilage, intact menisci, stable ligaments, and strong surrounding muscles and tendons to absorb force with every step. Knee pain often arises when one or more of these structures becomes overloaded or degenerated. At Regenerative Medicine of Raynham, we evaluate the knee as a whole system — not just the joint space — so we can match the right regenerative or conservative therapy to the tissue actually causing your symptoms.
Quick summary
What you'll learn
- The most common causes of chronic knee pain — beyond 'wear and tear'
- Why cortisone injections may accelerate cartilage loss
- How PRP, A2M, and shockwave help the knee heal
- The role of decompression for the knee joint
- Realistic timelines for knee pain relief
- When knee replacement is truly the right answer
Targeted therapies
Soft tissue support for knee pain.
For many knee pain cases, the problem is not just the joint itself but the surrounding soft tissue — tendons, ligaments, and the joint capsule. We commonly use PRP therapy to support tendon and ligament recovery, and shockwave therapy to stimulate healing in chronically overloaded tendons.
If this sounds like you
The daily struggles patients with knee pain tell us about.
Symptoms we see
- Pain with stairs, squats, or kneeling
- Swelling that persists after activity
- Grinding, popping, or catching
- Instability or 'giving way' sensation
- Morning stiffness and reduced range of motion
What may be causing it
- Osteoarthritis and cartilage thinning
- Meniscus tears or degeneration
- Patellar or quadriceps tendinopathy
- Ligament laxity or old ACL/MCL injury
- Overuse and biomechanical overload
Symptoms by stage
How symptoms typically progress.
Early
- Occasional soreness after long activity
- Mild swelling that clears overnight
- Slight stiffness with kneeling
Moderate
- Daily pain with stairs and squats
- Swelling multiple times per week
- Grinding and clicking with motion
Advanced
- Constant pain including at rest
- Visible loss of motion and swelling
- Bone-on-bone changes on imaging
Risk factors
What raises the likelihood.
- Previous knee injury or surgery
- Occupations with heavy kneeling or lifting
- High BMI or metabolic syndrome
- Repetitive high-impact sports
- Family history of osteoarthritis
Without treatment
How this condition typically progresses.
- 1
Occasional pain after activity
- 2
Daily stiffness and swelling
- 3
Reduced ability to walk long distances
- 4
Cartilage loss and meniscus degeneration
- 5
Advanced arthritis and surgical consultation
Traditional options
Common treatments — what they do and don't do.
NSAIDs
Reduce inflammation short-term; don't heal cartilage.
Cortisone
Powerful short-term relief but associated with faster cartilage loss.
Hyaluronic acid injections
Provide lubrication; results vary and are typically short-lived.
Arthroscopic surgery
Useful for mechanical tears; limited role for degenerative knees.
Total knee replacement
Effective for end-stage arthritis; a major, permanent decision.
How we approach it
A plan tailored to your case.
- 1
Detailed exam and imaging review to identify the pain generator
- 2
PRP or A2M injection when appropriate
- 3
Shockwave for tendon issues
- 4
Knee decompression to off-load the joint
- 5
Laser and PEMF to accelerate healing
- 6
Rehab to rebuild strength and load tolerance
Our approach
Comprehensive care aimed at the root cause — not just the symptoms.
- Find the pain generator before choosing the therapy
- Preserve the native joint whenever we can
- Stack regenerative and adjunctive therapies for compounded benefit
- Rebuild strength so results hold
Candidacy
Who may be a candidate
- Mild-to-moderate knee osteoarthritis
- Meniscus degeneration without a full tear
- Chronic patellar or quad tendinopathy
- Post-surgical knees with residual symptoms
- Patients trying to delay or avoid replacement
Your care journey
What treatment typically looks like.
Weeks 1–2
Consultation, imaging review, and personalized plan.
Weeks 2–6
Injections and adjunctive laser, PEMF, or decompression.
Weeks 6–12
Progressive loading and rehab.
Months 3–6
Full healing window; retest function and imaging as needed.
Therapies we may recommend
Advanced, state-of-the-art therapies for lasting relief.
A2M Therapy
Alpha-2-Macroglobulin therapy targeting cartilage-degrading enzymes in painful joints.
ExplorePRP (Platelet-Rich Plasma)
Concentrated platelets and growth factors to support tendon, ligament, and joint healing.
ExploreShockwave Therapy
Acoustic-wave therapy that stimulates healing in chronic tendons and soft tissue.
ExploreKnee Decompression
Mechanical knee distraction to off-load painful joints and support cartilage health.
ExploreLaser Therapy
Class IV photobiomodulation to reduce pain and accelerate tissue healing.
ExplorePEMF Therapy
Pulsed electromagnetic field therapy to support cellular repair and reduce pain.
ExplorePatient testimonials
Knee pain patients share their results.
Hear from real patients who found relief from knee pain through regenerative care at our clinic.
Karen
Knee pain patient
Kathy
Knee pain patient
John
Knee pain patient
David R.
Knee pain patient
Gail
Knee pain patient
David B.
Knee pain patient
Condition-specific answers
Questions about knee pain
Answers to what patients most often ask about knee pain and how we approach it. Don't see yours? Call us — we're happy to talk it through.
Honest answers
Common questions about regenerative medicine
The broader questions patients ask before scheduling — efficacy, safety, candidacy, longevity, and cost. Answered openly.
Go deeper
Still have doubts about regenerative medicine?
Read our full honest answer — including why most doctors don't offer it, how it compares to surgery and cortisone, and why patients choose us.
Serving southeastern Massachusetts
Nearby towns we serve for knee pain.
Patients travel to our Raynham office from across Bristol, Plymouth, and Norfolk counties. Get directions and local details for your town below.
Raynham, MA
0–5 min from our Raynham office via South Street West / Route 138
Taunton, MA
10–15 min from our Raynham office via Route 138 north or Route 44 west
Bridgewater, MA
10–15 min from our Raynham office via Route 104 east / Route 24
Middleborough, MA
15–25 min from our Raynham office via Route 44 west or Route 105 to Route 44
Easton, MA
15–20 min from our Raynham office via Route 138 north or Route 106
Ready to start?
Talk to us about your knee pain
Talk through your goals, your imaging, and what regenerative medicine can — and can't — do for you. Honest answers, no pressure.