Knee pain is one of the most prevalent musculoskeletal complaints across every age group and activity level — from the high school athlete dealing with patellar tendinopathy to the runner who has been managing IT band pain for years to the middle-aged adult whose knee has never felt right since an old injury. The knee is the largest joint in the body and one of the most mechanically demanding — it absorbs significant impact, stabilizes the body under load, and transmits force between the hip and the foot with every step, every squat, and every change of direction. At Flowers Chiropractic, Dr. Taylor M. Watkins, D.C. provides chiropractic care for knee pain in Flowers Plantation, Clayton, NC that addresses the joint, soft tissue, and kinetic chain contributors to knee dysfunction — not just the symptom at the knee itself. Call (919) 553-6711 or Schedule Appointment today.
Understanding Knee Pain — The Joint in the Middle
The knee is uniquely vulnerable among the major joints of the lower extremity because it has limited inherent bony stability — unlike the hip, which is a deep ball-and-socket joint with significant structural constraint, the knee relies almost entirely on its ligaments, menisci, and the dynamic stabilization of the surrounding musculature to maintain integrity under load. This reliance on soft tissue stability means that dysfunction anywhere in the lower extremity kinetic chain — at the foot, the ankle, the hip, or the lumbar spine — alters the forces that the knee must manage and increases the likelihood of both acute injury and chronic overuse pathology.
Knee pain that originates within the joint itself — from meniscal injury, articular cartilage damage, or ligamentous disruption — presents differently from knee pain arising from the structures surrounding the joint — tendons, bursae, the iliotibial band, and the myofascial tissue of the thigh and calf. Distinguishing between intra-articular and extra-articular sources, and between knee pain that is generated at the knee and knee pain that is referred from the hip or lumbar spine, is the essential first step in treatment that produces lasting improvement rather than temporary symptom suppression.
Conditions Treated at Flowers Chiropractic
Patellofemoral Pain Syndrome — Runner’s Knee
Patellofemoral pain syndrome (PFPS) — commonly called runner’s knee — is the most prevalent knee condition in physically active adults, affecting athletes across running, cycling, swimming, team sports, and virtually every activity that involves repetitive knee flexion and extension under load. It produces anterior knee pain — pain at or around the kneecap — that is characteristically worsened by prolonged sitting with knees flexed, stair climbing and descent, squatting, and running, particularly downhill.
The mechanism of PFPS is not a single structural problem but a consequence of abnormal patellar tracking — the kneecap moving through its femoral groove in a pattern that creates abnormal contact pressure on the articular surfaces. The most consistent contributors to abnormal patellar tracking are hip abductor and external rotator weakness that allows the femur to internally rotate and adduct during single-leg loading, vastus medialis oblique (VMO) inhibition that reduces the medial stabilizing force on the patella, and tightness in the lateral retinaculum and iliotibial band that pulls the patella laterally relative to its ideal tracking position.
Treatment for PFPS at Flowers Chiropractic addresses all contributing factors — not just the knee. Hip abductor assessment and rehabilitation, myofascial release of the lateral retinaculum and iliotibial band, trigger point therapy for the vastus lateralis trigger points that laterally tilt the patella, chiropractic adjustment of the patellofemoral and tibiofemoral joints, and assessment of foot mechanics for the pronation patterns that drive femoral internal rotation — all of these contribute to a comprehensive PFPS management plan that produces durable improvement rather than temporary pain reduction.
Patellar Tendinopathy — Jumper’s Knee
Patellar tendinopathy — jumper’s knee — involves degeneration of the patellar tendon at its proximal insertion on the inferior pole of the patella, producing pain directly below the kneecap that is aggravated by athletic activity, particularly jumping, landing, and loading the knee in flexion. It is among the most prevalent overuse injuries in basketball, volleyball, soccer, and any sport requiring repeated explosive lower extremity loading. Like all tendinopathies, established patellar tendinopathy is a degenerative condition — disorganized collagen and failed healing rather than active inflammation — and responds to treatments that drive tissue remodeling rather than those that suppress inflammation.
Shockwave therapy targeting the patellar tendon insertion has strong clinical evidence for producing meaningful, lasting improvement in patellar tendinopathy patients who have not responded to eccentric loading protocols, physical therapy, or cortisone injection. The acoustic pulses stimulate collagen remodeling, neovascularization in the relatively avascular tendon tissue, and disruption of the abnormal nerve ingrowth that contributes to pain sensitization in chronic tendinosis. Combined with dry needling of the quadriceps muscle belly and the patellar tendon peritendinous tissue, and chiropractic assessment of the hip and lumbar mechanics that influence patellar tendon loading, shockwave therapy produces outcomes that standard conservative treatment consistently fails to achieve for established tendinopathy.
Iliotibial Band Syndrome
Iliotibial band syndrome — IT band syndrome — is the most common cause of lateral knee pain in runners, producing a sharp, burning pain at the lateral femoral epicondyle that characteristically occurs at a specific distance into a run and worsens progressively until the runner is forced to stop. It affects approximately 12 percent of runners and is also prevalent in cyclists and hikers performing prolonged repetitive knee flexion-extension under load.
The IT band itself does not contract — it is a passive connective tissue structure whose tension is determined by the muscles that attach to it: the tensor fasciae latae (TFL) anteriorly and the gluteus maximus posteriorly. IT band syndrome occurs when excessive tension in the band — most commonly driven by TFL overactivation compensating for gluteus medius weakness — creates repetitive friction of the band over the lateral femoral epicondyle during the flexion-extension cycle of running. The commonly prescribed treatment of IT band stretching is of limited effectiveness for this reason: you cannot adequately stretch a passive connective tissue structure without addressing the muscle tension that is generating its load.
Myofascial release of the TFL, gluteus maximus, and the IT band itself reduces the fascial tension driving lateral knee friction. Dry needling of TFL and gluteus medius trigger points addresses the myofascial contributors to IT band tension. Hip abductor assessment identifies the gluteus medius weakness that is almost universally present in IT band syndrome patients. Chiropractic adjustment of the lumbar spine and sacroiliac joint optimizes the hip and pelvic mechanics that determine how load is distributed between the TFL and gluteus medius during running. Learn more: Hip Pain
Pes Anserine Bursitis
The pes anserine bursa — located on the medial aspect of the proximal tibia, beneath the insertions of the sartorius, gracilis, and semitendinosus tendons — can become inflamed and painful in patients with knee osteoarthritis, obesity, or biomechanical patterns that create abnormal medial knee stress. Pes anserine bursitis produces medial knee pain and tenderness at the proximal tibia that is aggravated by climbing stairs and is often confused with medial collateral ligament pathology or medial compartment osteoarthritis. Ultrasound therapy in pulsed mode for the anti-inflammatory effect and myofascial release of the medial hamstring and adductor musculature that load the pes anserine tendons address the condition conservatively.
Meniscal Irritation and Degenerative Meniscal Changes
The menisci — the paired fibrocartilaginous discs that cushion the tibiofemoral joint and distribute compressive load across the knee — are frequent sources of knee pain in both acute traumatic injury and chronic degenerative change. Acute meniscal tears from twisting injuries during sport typically produce joint line pain, swelling, and mechanical symptoms including locking or giving way that require orthopedic evaluation to characterize and manage appropriately. Degenerative meniscal changes — the gradual fraying, thinning, and partial tearing that accompany knee osteoarthritis — produce a more diffuse, activity-related pain pattern without the acute mechanical symptoms of traumatic tears.
Conservative chiropractic management of meniscal irritation and degenerative meniscal change focuses on reducing the abnormal joint loading that exacerbates meniscal symptoms — restoring normal tibiofemoral joint mechanics through chiropractic adjustment, addressing the muscular imbalances that create asymmetrical meniscal compression, and reducing the myofascial tension in the surrounding musculature that amplifies meniscal pain. Patients with locked knees, rapidly progressive swelling, or significant mechanical instability are referred for orthopedic evaluation.
Knee Osteoarthritis
Knee osteoarthritis — the progressive loss of articular cartilage in the tibiofemoral and patellofemoral joints — is one of the most prevalent musculoskeletal conditions in adults over 50, affecting an estimated 13 percent of women and 10 percent of men in this age group. It produces pain, stiffness, and crepitus (grinding) in the knee that is typically worst after periods of inactivity and with loading activities including stair climbing, prolonged walking, and rising from sitting. Morning stiffness that improves within 30 minutes of activity is a characteristic feature.
Chiropractic care cannot reverse articular cartilage loss, but it is among the most effective conservative interventions for managing the pain and functional limitation that knee osteoarthritis produces. Chiropractic joint mobilization of the tibiofemoral and patellofemoral joints maintains the maximum available joint motion and reduces the capsular stiffness that amplifies arthritic pain. Trigger point therapy for the quadriceps, hamstrings, and gastrocnemius — which all develop trigger points in response to chronic knee joint pain — reduces the myofascial pain contribution that often exceeds the articular contribution in established osteoarthritis. Ultrasound therapy provides anti-inflammatory and circulation-enhancing effects in the periarticular tissue. Shockwave therapy has emerging evidence for symptom management in knee osteoarthritis through its effects on periarticular soft tissue and subchondral bone metabolism.
Quadriceps and Hamstring Tendinopathy
Tendinopathy of the quadriceps tendon at its insertion on the superior pole of the patella, and of the hamstring tendons at their proximal insertion on the ischial tuberosity or distal insertion at the tibia, produces pain that can be confused with intra-articular knee pathology and with hip pathology respectively. Quadriceps tendinopathy produces pain above the kneecap with quadriceps loading — less common than patellar tendinopathy but following the same pathological mechanism and responding to the same treatment approach. Proximal hamstring tendinopathy produces deep buttock and posterior thigh pain that worsens with prolonged sitting, running, and hip flexion — frequently misdiagnosed as sciatica or hip pathology.
Shockwave therapy for both quadriceps and hamstring tendinopathies, combined with dry needling of the involved muscle bellies and myofascial release of the quadriceps and hamstring fascia, addresses the degenerative tissue pathology directly. Learn more: Hip Pain
Baker’s Cyst
A Baker’s cyst — popliteal cyst — is a fluid-filled swelling at the posterior knee produced when excess synovial fluid is forced through a communication between the knee joint capsule and the popliteal bursa. It is almost always secondary to intra-articular knee pathology — most commonly osteoarthritis or meniscal tear — that produces the excess synovial fluid that accumulates in the bursa. A Baker’s cyst that resolves with treatment directed at its underlying cause — reducing the joint inflammation and effusion that is driving the fluid accumulation — is the expected response. Ultrasound therapy over the popliteal bursa and treatment of the underlying joint pathology address both the cyst and its source.
The Knee in the Kinetic Chain — Why the Problem Is Rarely Only at the Knee
The knee sits between the hip and the foot in the lower extremity kinetic chain, and it is the joint most consistently affected by dysfunction at both ends of that chain. Above the knee, hip abductor weakness drives femoral internal rotation and adduction during single-leg loading — increasing medial compartment loading, medial patellar tracking abnormality, and IT band tension simultaneously. Below the knee, excessive foot pronation drives tibial internal rotation that amplifies medial knee valgus stress with each step. Restricted ankle dorsiflexion shifts the center of pressure forward and changes the moment arm at the knee during squatting and running mechanics.
This multi-level contribution to knee loading is the reason so many patients with chronic knee pain have not achieved lasting relief with knee-only treatment. At Flowers Chiropractic, knee pain evaluation assesses the full lower extremity kinetic chain — hip strength and mobility, foot and ankle mechanics, and lumbar and sacroiliac alignment — as standard components of every knee assessment. The treatment plan addresses all identified contributing factors, not only the local knee findings. Learn more: Hip Pain · Ankle Pain · Foot Pain · Back Pain
How Chiropractic Care Treats Knee Pain
Knee pain management at Flowers Chiropractic begins with a thorough clinical assessment — history of onset and mechanism, palpation of the joint line and periarticular soft tissue, assessment of tibiofemoral and patellofemoral joint mechanics, ligament integrity testing, meniscal provocation testing, evaluation of hip strength and mobility, and assessment of foot and ankle mechanics. Where intra-articular pathology including significant meniscal tear, ligamentous rupture, or advanced osteoarthritis is suspected, imaging is obtained or arranged accordingly.
Treatment is built from the assessment findings. Tendinopathic conditions — patellar, quadriceps, and hamstring tendinopathy — receive shockwave therapy as the primary tissue-remodeling intervention. Patellofemoral pain syndrome receives myofascial release of the lateral retinaculum and IT band, trigger point therapy for the vastus lateralis, and hip and lumbar assessment. IT band syndrome receives TFL and gluteal myofascial release and dry needling alongside hip abductor rehabilitation. Osteoarthritis and meniscal irritation receive joint mobilization, trigger point therapy, and ultrasound therapy. Electric muscle stimulation provides pain modulation and VMO re-education across knee presentations. All treatment is integrated with chiropractic adjustment of the lumbar spine, sacroiliac joint, and where appropriate the knee itself.
Serving Flowers Plantation, Clayton, Smithfield, and Surrounding Communities
Flowers Chiropractic is located at 14 Flowers Crossroads Way, Suite 106, Clayton, NC 27527, in the heart of the Flowers Plantation community. Dr. Watkins treats knee pain patients from Flowers Plantation, Clayton, Smithfield, Selma, Wilson’s Mills, Archer Lodge, Knightdale, Wendell, and across Johnston and Wake County.
If knee pain has been limiting your training, your work, or your daily activity — and local treatment has not produced the lasting relief you need — chiropractic care at Flowers Chiropractic provides the comprehensive assessment and integrated treatment that knee conditions require. Call (919) 553-6711 or Schedule Appointment online. Office hours: Monday, Tuesday, and Thursday 7:00 AM – 6:00 PM; Wednesday 9:00 AM – 12:00 PM; Friday 7:00 AM – Noon.
Frequently Asked Questions About Knee Pain
Can a chiropractor help with knee pain?
Yes — chiropractic care is effective for a wide range of knee conditions, including patellofemoral pain syndrome, IT band syndrome, patellar and quadriceps tendinopathy, and the soft tissue and joint components of knee osteoarthritis. The chiropractic approach addresses both the local knee findings and the kinetic chain contributors — hip, lumbar spine, foot, and ankle — that are almost always involved in chronic knee pain. For many patients, this comprehensive approach produces improvement that knee-only treatment has not.
Do I need an MRI before seeing a chiropractor for knee pain?
Not necessarily. For most overuse knee conditions — PFPS, IT band syndrome, patellar tendinopathy — clinical assessment provides sufficient information to begin effective treatment without imaging. MRI becomes important when significant meniscal tear, ligamentous rupture, or intra-articular pathology requiring surgical assessment is suspected based on clinical findings. Dr. Watkins advises on imaging based on your specific examination findings and coordinates accordingly.
Why does IT band stretching not help my knee pain?
The IT band is a passive connective tissue structure — it does not contract and cannot be adequately lengthened by stretching alone. IT band tension is determined by the muscles that attach to it: the TFL and gluteus maximus. Stretching the IT band without addressing TFL trigger points, gluteus medius weakness, and the hip mechanics that drive TFL overactivation produces only temporary and superficial relief. Effective IT band syndrome management requires soft tissue work on the contributing muscles and assessment of the hip and pelvic mechanics behind the problem.
Can knee pain come from the hip or lower back?
Yes. The L3 nerve root refers pain to the anterior knee in a distribution that closely resembles PFPS. Hip abductor weakness drives medial knee valgus that produces medial compartment pain without any knee pathology. Sacroiliac joint dysfunction alters pelvic mechanics that change knee loading asymmetrically. At Flowers Chiropractic, knee pain evaluation includes hip and lumbar assessment as a standard component when kinetic chain involvement is suspected.
Is shockwave therapy effective for patellar tendinopathy?
Yes — shockwave therapy has strong clinical evidence for patellar tendinopathy, particularly for patients who have not responded to eccentric loading protocols, physical therapy, or cortisone injection. Multiple randomized controlled trials demonstrate significant improvement in pain and function following a course of three to six shockwave sessions, with continued improvement developing over weeks to months following treatment as collagen remodeling progresses in the patellar tendon.
Will I need surgery for my knee pain?
The majority of knee pain conditions — including PFPS, IT band syndrome, patellar tendinopathy, and mild to moderate knee osteoarthritis — do not require surgery and respond well to comprehensive conservative management. Surgery is appropriate for complete ligamentous rupture with significant instability, large meniscal tears producing mechanical locking, and end-stage osteoarthritis where joint replacement is the only remaining option for restoring function. Dr. Watkins will be direct about when your presentation warrants orthopedic surgical consultation and equally direct when it does not.