Knee pain is one of the most common reasons active people slow down or stop moving altogether. Whether it’s a sharp ache under the kneecap when you squat, pain on the outside of the knee after a run, or general stiffness that flares with stairs and loading, the pattern always points back to a set of identifiable, treatable causes.
This guide covers the most common sources of knee pain in active people, what’s actually happening in the tissue, and what effective treatment looks like.
The Most Common Types of Knee Pain in Active People
Patellofemoral syndrome (runner’s knee) is pain at or around the kneecap, typically worsened by squatting, stairs, or sustained sitting. It develops when the kneecap tracks improperly through the femoral groove, usually because of hip weakness, tight lateral structures, or quad imbalance. It’s particularly common in runners, cyclists, and anyone doing high-volume squatting or lunging.
IT band syndrome produces sharp pain on the outside of the knee, classically at the 30-degree bend point during running. It’s not actually a friction syndrome as was historically believed, but a compression issue involving the fat pad beneath the IT band at the lateral femoral condyle. Hip abductor weakness is almost always a contributing factor.
Patellar tendinopathy (jumper’s knee) is tendon pain at the base of the kneecap, driven by repetitive loading that exceeds the tendon’s capacity to recover. It’s common in basketball players, volleyball players, and people who have recently increased training load.
Pes anserine bursitis causes pain on the inside of the knee just below the joint line, often described as aching or burning. It’s more common in people with osteoarthritis, runners with a training load increase, or those with tight hamstrings.
Medial compartment or joint line pain can come from meniscus involvement, medial collateral ligament stress, or early cartilage changes. A thorough exam helps distinguish between these.
Why the Knee Is Rarely the Whole Problem
In the majority of non-traumatic knee pain cases, the knee is where the pain lives but not where the dysfunction originates. Hip control is the most common upstream factor. Weak hip abductors allow the femur to collapse inward during loading, which changes the force vectors through the knee dramatically. Ankle mobility is the most common downstream factor. Limited dorsiflexion forces the knee to compensate inward during squatting and landing patterns.
Treating the knee in isolation, without addressing the hip and ankle, is why a lot of people get temporary relief but never fully resolve. The mechanics that created the problem keep reproducing it.
How We Treat Knee Pain at DSM
Assessment comes first. We evaluate not just the knee itself, but hip strength and stability, ankle mobility, movement patterns, and training load. This tells us exactly what we’re working with.
Active Release Technique is highly effective for knee pain because many of the structures involved, the IT band, quad-patella complex, patellar tendon, and hamstrings, respond well to the combination of tension and movement that defines ART.
Chiropractic care addresses any joint dysfunction in the knee, hip, or lumbar spine that may be contributing to altered mechanics. The relationship between lumbar movement and knee loading is often underappreciated.
Dry needling targets trigger points in the quad, hip, and lateral structures that are driving referred pain or inhibiting normal muscle recruitment.
Shockwave therapy is a strong option for tendinopathies, particularly patellar tendinopathy that hasn’t responded to other conservative care. It stimulates tendon remodeling and accelerates tissue healing.
Rehabilitation and loading management: for tendinopathies especially, the research is clear that the right progressive loading program is essential to resolution. We build that into the care plan from the start.
How Long Does Knee Pain Take to Resolve?
Patellofemoral syndrome and IT band syndrome typically respond within four to eight visits when hip control is also addressed. Tendinopathies take longer, often eight to twelve weeks, because tendon remodeling is a slower biological process. Bursitis usually responds quickly with targeted treatment and load modification.
In all cases, how quickly you progress depends heavily on how well training load is managed during the recovery window. Coming in for treatment while continuing the exact pattern that caused the problem extends the timeline significantly.
