Jumper's Knee (Patellar Tendinopathy): From Pain to Performance
Updated: Oct 7
Jumper's Knee, more accurately known as patellar tendinopathy, is a common source of anterior knee pain in athletes and active individuals, particularly those involved in sports requiring repeated jumping, landing, acceleration, and rapid changes of direction. Basketball and volleyball are classic examples, but patellar tendinopathy can affect anyone whose activities repeatedly place high demands on the knee extensor mechanism.
Patellar tendinopathy is best understood as a load-related disorder of the patellar tendon. Symptoms commonly develop when the demands placed on the tendon exceed its current capacity to tolerate and adapt to those loads. Pain is typically localized near the inferior pole of the patella and becomes more noticeable during activities such as jumping, squatting, running, or climbing stairs.
Effective management begins with an accurate diagnosis and an understanding of the individual's symptoms, tendon-loading history, physical capacity, activity demands, and goals. Progressive exercise and tendon loading form the foundation of rehabilitation.
Manual therapy, including Motion Specific Release (MSR), may be incorporated as an adjunct when a trial of treatment produces a useful change in symptoms, movement tolerance, or the patient's ability to participate in progressive rehabilitation.
The goal is not simply to reduce pain. It is to progressively rebuild the strength, capacity, and confidence needed to tolerate the demands of everyday activity, work, or sport.
Article Index
Jumper's Knee Anatomy and Biomechanics
The patellar tendon connects the inferior pole of the patella to the tibial tuberosity and forms an important part of the knee extensor mechanism.
Together with the quadriceps muscles, quadriceps tendon, patella, and patellar tendon, it transfers force across the knee and allows us to extend the leg during activities such as walking, running, squatting, jumping, and climbing stairs.
The patellar tendon is composed primarily of densely organized collagen fibres designed to tolerate substantial tensile loads. During jumping, landing, acceleration, deceleration, and rapid changes of direction, these loads can become particularly high. Activities involving repeated energy storage and release place especially high demands on the tendon and are commonly associated with patellar tendinopathy.
Patellar tendinopathy is not simply the result of repeated microscopic tearing. Tendons are living, adaptable tissues that respond to mechanical loading. Symptoms may emerge when changes in the magnitude, frequency, or rate of loading interact with the tendon's current capacity, recovery, training history, strength, and other individual factors. The demands placed on the knee and the broader lower extremity can all influence this relationship.
For clinicians, this distinction is important. The objective of rehabilitation is not simply to “rest” an injured tendon until it heals. Appropriately dosed mechanical loading is an important part of rebuilding tendon and lower-extremity capacity. Load management combined with progressive exercise is central to contemporary management of patellar tendinopathy.
Clinical Presentation
Patellar tendinopathy typically presents with localized anterior knee pain associated with loading of the patellar tendon. Symptoms often develop gradually, although some patients can identify a period of increased training volume, jumping, running, or other activity that preceded their symptoms.
Common clinical features include:
Localized Patellar Tendon Pain
Description: Pain is usually well localized to the patellar tendon, most commonly near its attachment at the inferior pole of the patella.
Why It Matters: The ability to localize symptoms to the patellar tendon helps distinguish patellar tendinopathy from other causes of anterior knee pain, although differential diagnosis remains important.
Pain During Tendon-Loading Activities
Description: Symptoms are typically aggravated by activities that increase demand on the knee extensor mechanism, including jumping, landing, squatting, lunging, running, stair climbing, and rapid acceleration or deceleration.
Why It Matters: The relationship between pain and tendon loading is a central feature of patellar tendinopathy. The clinician should consider not only whether an activity causes pain, but also the magnitude, speed, frequency, and duration of loading.
Pain That Changes With Activity
Description: Some patients report pain when beginning activity that temporarily decreases as they warm up, only to return during higher loads or after activity. Others experience progressively increasing symptoms as loading continues.
Why It Matters: Understanding the patient's response during and after loading can help determine tendon irritability and guide exercise dosage and activity modification.
Reduced Function or Performance
Description: Athletes may notice reduced jumping ability, difficulty with repeated efforts, decreased tolerance for training, or reluctance to load the affected leg. In non-athletes, symptoms may interfere with stairs, squatting, occupational tasks, or recreational activities.
Why It Matters: Pain intensity alone does not fully describe the impact of tendinopathy. Functional capacity and the patient's ability to tolerate required loads are important measures of severity and recovery.
Diagnosis
Patellar tendinopathy is primarily a clinical diagnosis. The examination should combine the patient's history with localized palpation, tendon-loading tests, assessment of lower-extremity function, and consideration of other potential causes of anterior knee pain.
The history should explore the location and behaviour of symptoms, recent changes in training or activity, jumping and running volume, occupational demands, previous knee injuries, recovery between loading sessions, and whether symptoms change during or after activity.
On examination, pain is typically localized to the patellar tendon, most commonly near the inferior pole of the patella, and is reproduced by activities that load the knee extensor mechanism. The clinician should also assess knee range of motion, quadriceps and lower-extremity strength, functional loading capacity, and movement during tasks relevant to the patient's activities or sport.
A broader orthopaedic, neurological, or vascular examination may be appropriate when the history or examination suggests another source of symptoms.
Knee Examination
This video demonstrates a systematic orthopaedic examination of the knee. Although patellar tendinopathy has characteristic clinical features, a broader knee examination can help identify or exclude other musculoskeletal conditions that may produce anterior knee pain.
Lower Limb Neuro Examination
A neurological examination is not required in every uncomplicated presentation of patellar tendinopathy. It becomes more relevant when symptoms include weakness, altered sensation, radiating pain, reflex changes, or other findings suggesting neurological involvement.
Peripheral Vascular Examination
Similarly, a peripheral vascular examination is performed when the history or clinical findings raise concern about circulation or vascular pathology rather than as a routine diagnostic test for patellar tendinopathy.
Clinical Loading Tests
Several tests can help reproduce symptoms and assess the patient's ability to tolerate patellar tendon loading:
Single-Leg Decline Squat: Performed on a decline board, commonly around 25 degrees, this test increases demand on the knee extensor mechanism. Reproduction of the patient's familiar, localized patellar tendon pain can support the clinical diagnosis, but the test should be interpreted alongside the history, palpation findings, other loading tests, and differential diagnosis.
Resisted Knee Extension: Isometric or resisted knee extension can be used to reproduce symptoms and assess quadriceps force production and tolerance to tendon loading. Pain does not necessarily indicate a tendon tear or structural failure.
Squatting and Functional Loading: Squats, step-downs, jumping, landing, hopping, or other activity-specific tasks can help determine how symptoms respond as tendon demand increases.
Strength and Functional Capacity: Assessment should extend beyond pain reproduction. Quadriceps strength, calf and hip function, movement control, jumping capacity, and other activity-specific measures may become important when establishing a rehabilitation baseline and monitoring progress.
Imaging
Imaging is not routinely required to diagnose patellar tendinopathy. Ultrasound or MRI may be useful when the diagnosis is uncertain, symptoms are atypical, another condition is suspected, or imaging findings would influence clinical management.
Ultrasound: Ultrasound can demonstrate tendon thickening, hypoechoic regions, altered tendon structure, and Doppler vascularity. It also allows dynamic assessment and comparison with the opposite side when appropriate.
MRI: MRI can demonstrate changes in tendon morphology and signal intensity and can provide additional information about surrounding structures when another source of knee pain or a more substantial tendon injury is suspected.
Importantly, structural abnormalities on imaging do not necessarily correspond directly with pain, function, or prognosis. Tendon abnormalities can be found in asymptomatic individuals, while symptomatic tendons can sometimes have relatively unremarkable imaging. A recent prospective study also found that baseline conventional ultrasound and MRI abnormalities did not predict changes in pain or disability after exercise therapy in athletes with patellar tendinopathy.
Imaging findings should therefore be interpreted alongside the patient's history, clinical examination, symptoms, functional capacity, and response to loading, rather than being used alone to determine the severity of the condition or guide rehabilitation.
Monitoring Progress
Patient-reported outcome measures can complement physical testing when monitoring rehabilitation. The Victorian Institute of Sport Assessment-Patella (VISA-P) questionnaire is commonly used in patellar tendinopathy to assess symptoms and functional limitations. It should be considered alongside strength, loading tolerance, functional performance, activity demands, and the patient's own goals rather than used as the sole measure of recovery.
Differential Diagnosis
Anterior knee pain has a fairly broad differential, including patellofemoral pain, quadriceps tendinopathy, bursitis, fat-pad disorders and plica syndromes, among others.
Differential Diagnosis
Although patellar tendinopathy has a characteristic presentation, not all anterior knee pain originates from the patellar tendon. The location of symptoms, patient age, mechanism or loading history, palpation findings, response to specific movements, and broader knee examination should be considered when establishing a differential diagnosis.
Important conditions to consider include:
Patellofemoral Pain: Typically presents as more diffuse pain around or behind the patella rather than the highly localized inferior-pole pain associated with patellar tendinopathy. Symptoms are commonly aggravated by squatting, running, jumping, stair climbing, and other activities that load the patellofemoral joint.
Quadriceps Tendinopathy: Produces load-related pain involving the quadriceps tendon, usually near its attachment at the superior pole of the patella, helping distinguish it anatomically from patellar tendinopathy.
Sinding-Larsen-Johansson Disease: A traction-related disorder involving the inferior pole of the patella, primarily seen in skeletally immature children and adolescents. Because its location can closely resemble patellar tendinopathy, the patient's age and skeletal maturity are particularly important.
Osgood-Schlatter Disease: Another traction-related condition affecting growing athletes, but symptoms are localized around the tibial tuberosity rather than the inferior pole of the patella.
Hoffa's Fat Pad-Related Pain: Irritation or impingement of the infrapatellar fat pad can produce anterior knee pain, often adjacent to or behind the patellar tendon, and may therefore resemble tendon-related symptoms. Fat-pad disorders are recognized within the differential diagnosis of anterior knee pain.
Synovial Plica Syndrome: An irritated synovial plica can produce anterior or anteromedial knee pain, sometimes accompanied by clicking, catching, or tenderness.
Patellar or Infrapatellar Bursitis: Localized inflammation of the bursae around the patella or patellar tendon can produce focal anterior knee pain and swelling that may initially resemble tendon pathology.
Partial Patellar Tendon Tear: A partial tendon tear should be distinguished from tendinopathy, particularly when symptoms follow a more acute loading event, there is substantial weakness or loss of function, or the clinical presentation is atypical. Current consensus distinguishes tendinopathy from a tendon tear, which involves macroscopic discontinuity of the tendon.
Most cases can be differentiated through a careful history and clinical examination. Imaging may be appropriate when the diagnosis remains uncertain, symptoms are atypical, a significant structural injury is suspected, or the findings would alter management. Patellar tendinopathy itself remains primarily a clinical diagnosis, and the additional diagnostic value of imaging is limited in straightforward presentations.
Manual Therapy and Motion Specific Release
Manual therapy may be incorporated as an adjunct to active rehabilitation when symptoms or examination findings suggest that a trial of treatment could improve comfort, mobility, or movement tolerance. The response should then be reassessed to determine whether the intervention produces a clinically useful change for that individual.
Within Motion Specific Release (MSR), treatment is selected according to the individual examination rather than applying the same protocol to every patient. Depending on the presentation, treatment may involve the knee or other clinically relevant regions of the lower extremity when addressing those areas produces a useful change in movement, symptoms, or participation in rehabilitation.
The objective of manual therapy is not to mechanically “repair” the patellar tendon. Progressive loading remains the foundation for rebuilding tendon and lower-extremity capacity. Manual therapy can be used alongside this process to address relevant symptoms and movement restrictions and, when appropriate, help the patient participate more effectively in active rehabilitation.
Knee Release Protocol - Motion Specific Release
In this video, Dr. Brian Abelson demonstrates a series of Motion Specific Release procedures for the knee and surrounding tissues.
The location of pain does not necessarily determine every structure that should be treated. Examination may identify relevant findings involving the quadriceps, patellar region, hamstrings, adductors, calf, hip, ankle, or other components of the lower-extremity kinetic chain.
These procedures should therefore be viewed as clinical options rather than a fixed treatment sequence. The practitioner selects and modifies treatment according to the diagnosis, examination findings, stage of rehabilitation, contraindications, and the patient's response.
Increasing Knee Joint Mobility - 4 Point MSR Knee protocol
This video demonstrates four Motion Specific Release procedures designed to address mobility around the knee.
The knee functions through the interaction of the femur, tibia, and patella, together with the surrounding muscles, tendons, ligaments, capsule, and other connective tissues. Restrictions in joint or surrounding tissue mobility may be clinically relevant in some patients, particularly when they interfere with comfortable movement or exercise.
When appropriate, these procedures can be incorporated into treatment to address identified mobility restrictions. They should complement rather than replace progressive tendon loading, strengthening, and functional rehabilitation.
Fascial Expansion: The MSR Knee Pain Protocol
Fascial Expansion procedures combine concepts from manual therapy, fascial anatomy, acupuncture and acupressure, and the broader MSR approach to musculoskeletal assessment and treatment.
For patients with patellar tendinopathy, these procedures may be incorporated when examination identifies relevant pain, tenderness, muscle tension, or mobility findings around the knee or associated regions.
Rather than assuming that fascial restrictions are the underlying cause of patellar tendinopathy, treatment should be guided by the patient's clinical presentation and response. Fascial Expansion is best considered one component of a broader management strategy that includes load modification, progressive tendon loading, strengthening, and eventual return to higher-demand activities.
Functional Exercise Programs
Exercise is a central component of rehabilitation for patellar tendinopathy. The objective is not simply to strengthen the quadriceps or eliminate pain, but to progressively rebuild the capacity of the patellar tendon and the entire lower extremity to tolerate the loads required for everyday activity, work, recreation, or sport.
Rehabilitation should be individualized according to symptoms, tendon irritability, strength, functional capacity, training demands, and response to loading. Several progressive loading approaches can be effective, and current evidence does not establish one exercise strategy as universally superior. Exercise selection and progression should therefore be guided by the individual's presentation, available equipment, activity demands, tolerance, and response over time.
A Progressive Loading Approach
Rehabilitation can be viewed as a continuum rather than a series of completely separate phases:
Isometric Loading
Useful when the tendon is irritable or when dynamic loading is poorly tolerated.
Allows controlled loading of the quadriceps-patellar tendon unit.
May provide short-term pain modulation in some patients, although the analgesic response varies between individuals.
Progressive Isotonic Strengthening
Introduces progressively greater resistance through controlled knee movement.
Exercises may include squats, leg press, split squats, knee extension, and other appropriate lower-extremity strengthening exercises.
Both the concentric and eccentric portions of movement can be progressively loaded.
Energy-Storage and Plyometric Loading
Introduces faster loading through activities such as jumping, landing, hopping, and changes of direction.
These exercises prepare the tendon and lower extremity for the higher loading rates encountered during running and jumping sports.
Sport- or Activity-Specific Loading
Rehabilitation eventually needs to reproduce the demands the patient intends to return to.
For an athlete, this may include repeated jumping, acceleration, deceleration, cutting, and progressive return to training.
For a non-athlete, the same principle applies to occupational, recreational, or everyday physical demands.
Progress by Response and Capacity, Not Pain Alone
Pain can provide useful information during rehabilitation, but it should not be the only criterion used to determine exercise intensity or progression. Pain-guided activity modification has been investigated as one way of managing loading, but there is no universal requirement that exercise must be completely pain-free.
Progression should consider:
pain during and after exercise
symptom response over the following 24 hours
tendon irritability
strength and load tolerance
movement quality
jumping and landing capacity when relevant
training or occupational demands
confidence with increasingly demanding activities
The goal is to expose the tendon to enough load to stimulate adaptation without repeatedly exceeding its current capacity.
Specific Exercises
The exercises below are examples rather than a fixed protocol. Exercise selection, resistance, volume, frequency, and progression should be modified according to the individual patient's presentation and goals.
Isometric Loading
Isometric exercises generate force without visible joint movement and can provide an accessible starting point when dynamic loading is poorly tolerated. They still load the quadriceps-patellar tendon unit and should therefore be prescribed according to the patient's tolerance.
Static Quadriceps Hold
Instructions: Sit with the leg extended. Contract the quadriceps while pressing the back of the knee toward the floor.
Application: Useful as an introductory quadriceps activation exercise, particularly when stronger loading is initially difficult to tolerate.
Progression: Increase contraction intensity or progress to exercises that generate greater patellar tendon loading as tolerated.
Isometric Wall Sit
Instructions: Stand with your back against a wall and lower into a comfortable squat position. Hold while maintaining controlled alignment.
Application: Provides greater quadriceps loading than a basic quadriceps contraction.
Progression: Modify knee angle, hold duration, external resistance, or eventually progress toward single-leg variations when appropriate.
Progressive Strengthening
As loading tolerance improves, rehabilitation should progress toward exercises that develop greater strength throughout the knee extensor mechanism and lower extremity.
Squats
Instructions: Lower into a controlled squat and return to standing.
Loading: Resistance can be progressively increased using body weight, dumbbells, barbells, or other appropriate resistance.
Progression: Depth, resistance, tempo, and eventually single-leg demands can be modified according to the patient's capacity.
Leg Press
Instructions: From the seated position, press the platform away by extending the hips and knees, then return under control.
Loading: Gradually increase resistance as strength and tendon tolerance improve.
Progression: Bilateral loading may progress toward greater resistance or unilateral variations when appropriate.
Knee Extension
Instructions: Sit in a knee extension machine with the knee flexed. Extend the knee against resistance, then return to the starting position under control.
Loading: Gradually increase resistance as quadriceps strength and patellar tendon tolerance improve.
Progression: Increase resistance, adjust range of motion, or progress toward heavier controlled loading as tolerated.
Plyometric and Energy-Storage Training
Later-stage rehabilitation should prepare the tendon for rapid loading and energy storage and release, particularly when the patient intends to return to running or jumping sports.
Plyometric loading should generally begin after an adequate foundation of strength and controlled loading has been established.
Box Jumps
Instructions: Jump onto an appropriately sized platform and land under control.
Application: Introduces jumping and landing while allowing the height, repetitions, and intensity to be adjusted.
Progression: Increase jump demand, landing demand, repetition, or transition toward sport-specific tasks as appropriate.
Depth Jumps
Instructions: Step from a platform, land under control, and transition into a subsequent jump when appropriate.
Application: Depth jumps expose the tendon to substantially faster loading and should be reserved for later rehabilitation.
Progression: Platform height, landing strategy, reactive jump intensity, and total volume should reflect the athlete's demonstrated capacity.
Return to Performance
The final stage of rehabilitation should bridge the gap between exercise and the patient's actual activity.
For athletes, this may include progressive exposure to running, repeated jumping, landing, acceleration, deceleration, cutting, and eventually full training demands. Return to sport should not be determined solely by the absence of pain. Strength, functional performance, tolerance of sport-specific loading, confidence, and response to repeated training loads should also be considered.
For non-athletes, the same principle applies: rehabilitation should ultimately prepare the patient for the physical demands of their work, recreation, and everyday life.
The goal is not simply to make the tendon pain-free. It is to rebuild enough capacity that the tendon and lower extremity can tolerate the loads the patient needs to perform.
From Pain to Performance
Patellar tendinopathy is more than a painful tendon. It is a load-related condition in which the demands placed on the patellar tendon have exceeded its current capacity to tolerate and adapt to those loads. Effective management therefore requires more than simply reducing pain.
A thorough clinical examination helps establish the diagnosis, identify relevant contributing factors, rule out other causes of anterior knee pain, and determine the patient's current functional capacity. Imaging can be useful when clinically indicated, but treatment decisions should be guided primarily by the patient's symptoms, examination findings, activity demands, and response to loading.
Progressive tendon loading forms the foundation of rehabilitation. Depending on the individual, this may progress from isometric loading through increasingly demanding strengthening, energy-storage and plyometric exercises, and eventually sport- or activity-specific training. The objective is to gradually rebuild the strength and capacity required for the demands the patient needs to perform.
Manual therapy, including Motion Specific Release (MSR), may be incorporated as an adjunct when a trial of treatment produces a useful change in symptoms, movement tolerance, or participation in rehabilitation. These procedures should complement active rehabilitation rather than replace it.
Ultimately, recovery is not defined simply by the absence of pain. The goal is to help the patient develop a stronger, more capable knee that can tolerate the demands of work, recreation, exercise, or sport with confidence
References
Abelson B, Abelson K, Mylonas E. A Practitioner's Guide to Motion Specific Release. 1st ed. Rowan Tree Books; 2018.
Breda SJ, Oei EHG, Zwerver J, Visser E, Waarsing E, Krestin GP, de Vos RJ. Effectiveness of progressive tendon-loading exercise therapy in patients with patellar tendinopathy: a randomised clinical trial. British Journal of Sports Medicine. 2021;55(9):501–509.
Cook JL, Purdam CR. Is tendon pathology a continuum? A pathology model to explain the clinical presentation of load-induced tendinopathy. British Journal of Sports Medicine. 2009;43(6):409–416.
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DR. BRIAN ABELSON, DC. - The Author
Dr. Brian Abelson is a chiropractor, author, and educator with more than 30 years of clinical experience in musculoskeletal care, rehabilitation, and sports performance. His educational work focuses on musculoskeletal conditions, human movement, sports biomechanics, and evidence-informed approaches to treatment and rehabilitation.
He is the developer of Motion Specific Release (MSR) and Clinical Director of Kinetic Health in Calgary, Alberta, Canada.
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