The knee is the largest joint in your body and one of the most commonly injured. Whether it’s the sharp pain that stops you mid-stride, the aching that builds through the day, the stiffness that makes stairs a challenge, or the giving-way sensation that shakes your confidence—knee problems can dramatically impact your ability to work, exercise, and enjoy daily activities. At Midas Physiotherapy in Oakville, we provide comprehensive assessment and evidence-based treatment to help you overcome knee pain and return to the activities you love.
Knee pain affects people of all ages and activity levels. Young athletes experience ACL tears and patellofemoral pain. Weekend warriors develop tendinopathies and meniscus problems. Older adults deal with osteoarthritis. Regardless of your age or the cause of your symptoms, the good news is that most knee conditions respond well to physiotherapy—often avoiding the need for injections or surgery.
Modern research has revolutionized our understanding of knee pain. We now know that many findings on imaging—meniscus tears, cartilage changes, even osteoarthritis—are extremely common in people without pain. This means your MRI doesn’t determine your destiny. What matters most is how your knee functions, how strong the surrounding muscles are, and how you respond to treatment—not what a scan shows.
For Oakville residents dealing with knee pain—whether it’s keeping you from running the trails at Bronte Creek, playing tennis at Glen Abbey, or simply walking comfortably through your day—our Cornwall Road clinic offers thorough evaluation and personalized treatment to get you moving again.
Common Knee Pain Conditions We Treat
Knee pain can arise from various structures and have different presentations. Here are the most common conditions we see:
Patellofemoral Pain Syndrome (“Runner’s Knee”)
Patellofemoral pain syndrome (PFPS) is one of the most common causes of knee pain, particularly in younger, active individuals. It causes pain around or behind the kneecap, typically worsened by stairs, squatting, prolonged sitting, or running. Despite the nickname “runner’s knee,” it affects people in many activities. PFPS responds very well to physiotherapy focused on strengthening—particularly the quadriceps and hip muscles—and addressing biomechanical factors.
Knee Osteoarthritis
Knee osteoarthritis (OA) involves degenerative changes to the joint cartilage, bone, and surrounding structures. It causes pain, stiffness (particularly in the morning or after sitting), and sometimes swelling. While OA is often described as “wear and tear,” this is an oversimplification—it’s a complex process, and importantly, exercise is the most effective treatment. Research shows physiotherapy produces outcomes comparable to surgery for many patients with knee OA, and many people can significantly delay or avoid joint replacement.
Meniscus Tears
Meniscus tears can occur traumatically (twisting injury) or degeneratively (gradual breakdown). Symptoms may include pain along the joint line, swelling, catching or locking, and giving way. However, it’s crucial to know that meniscus tears are extremely common in pain-free people—particularly over age 40. Research shows that physiotherapy produces outcomes equal to arthroscopic surgery for most degenerative tears. Surgery is typically reserved for specific tear types causing mechanical symptoms.
ACL Injuries
Anterior cruciate ligament (ACL) tears commonly occur during sports involving cutting, pivoting, or landing—soccer, basketball, skiing, and similar activities. The injury often involves a pop, immediate swelling, and instability. Treatment may be surgical (ACL reconstruction) or non-surgical (rehabilitation), depending on your age, activity level, goals, and degree of instability. Comprehensive rehabilitation is essential regardless of surgical decision—both as primary treatment for non-operative management and as pre- and post-operative care for surgical patients.
MCL and Other Ligament Sprains
Medial collateral ligament (MCL) sprains result from force to the outside of the knee, causing inner knee pain and instability. Unlike ACL tears, MCL injuries almost always heal well without surgery due to the ligament’s good blood supply. Treatment involves protection, progressive rehabilitation, and gradual return to activity. LCL and PCL injuries are less common but follow similar rehabilitation principles.
Patellar Tendinopathy (“Jumper’s Knee”)
Patellar tendinopathy affects the tendon connecting the kneecap to the shin bone. It’s common in sports involving jumping (basketball, volleyball) but also occurs in runners and other athletes. Symptoms include pain at the front of the knee, just below the kneecap, that’s worse with jumping, squatting, or going downstairs. Like other tendinopathies, it responds best to progressive loading exercises rather than rest.
Iliotibial Band Syndrome (ITBS)
IT band syndrome causes pain on the outer side of the knee, typically in runners or cyclists. The pain often starts after a specific distance or time and worsens if you continue. While traditionally blamed on “friction” of the IT band over the bone, current understanding emphasizes compression of underlying tissues and load management issues. Treatment focuses on load modification, strengthening (particularly hip abductors), and addressing training errors.
Bursitis
Knee bursitis involves inflammation of one of the bursae around the knee. Prepatellar bursitis (“housemaid’s knee”) causes swelling over the front of the kneecap, often from kneeling. Pes anserine bursitis causes inner knee pain below the joint line. Treatment addresses the underlying cause (often overuse or direct pressure) and manages inflammation.
Baker’s Cyst (Popliteal Cyst)
Baker’s cysts are fluid-filled swellings at the back of the knee. They’re usually secondary to other knee problems (arthritis, meniscus tears) that cause excess joint fluid. The cyst itself may cause tightness or discomfort behind the knee. Treatment focuses on the underlying knee condition rather than the cyst itself, which often resolves when the primary problem is addressed.
Post-Surgical Rehabilitation
We provide rehabilitation following knee surgery—including ACL reconstruction, meniscus surgery, total and partial knee replacement, and other procedures. Post-operative physiotherapy is essential for restoring range of motion, rebuilding strength, and returning to full function. We follow evidence-based protocols while individualizing treatment to your specific surgery and goals.
Common Symptoms of Knee Pain
Knee problems can present with various symptoms depending on the underlying condition:
- Pain location: Front of knee (patellofemoral, patellar tendon), inner side (MCL, pes anserine, medial meniscus), outer side (IT band, lateral meniscus, LCL), back of knee (Baker’s cyst, hamstrings)
- Stiffness: Difficulty bending or straightening fully, particularly in the morning or after sitting (common with arthritis)
- Swelling: General joint swelling (effusion) or localized swelling (bursitis)
- Giving way: Feeling of the knee buckling or being unstable (may indicate ligament injury or quadriceps weakness)
- Locking or catching: Knee getting stuck in one position (may indicate loose body or certain meniscus tears)
- Clicking or grinding: Noises with movement (often benign, but sometimes associated with cartilage issues)
- Pain with stairs: Difficulty going up or down stairs (common with patellofemoral pain and arthritis)
- Pain with prolonged sitting: “Theatre sign”—knee aching after sitting with knee bent (classic patellofemoral symptom)
- Pain with activity: Pain during or after running, jumping, or sports (may indicate various overuse conditions)
Causes and Contributing Factors
Knee pain is typically multifactorial. Understanding the contributing factors guides comprehensive treatment and prevention.
Training Errors and Overload
Training errors are the most common cause of overuse knee injuries. Doing too much, too soon—sudden increases in running mileage, adding hill training, starting a new sport—overloads tissues before they can adapt. The “10% rule” (increasing weekly volume by no more than 10%) helps prevent overuse injuries, though individual tolerance varies.
Muscle Weakness
Weakness—particularly of the quadriceps and gluteal muscles—is strongly associated with knee pain. The quadriceps control knee position and absorb landing forces. The gluteals control hip and pelvis position, which directly affects knee mechanics. Strengthening these muscles is central to treating most knee conditions.
Biomechanical Factors
Movement patterns and alignment influence knee loading. Excessive inward collapse of the knee during squatting, landing, or running (“dynamic valgus”) increases patellofemoral stress. Foot mechanics (overpronation) can affect knee alignment. These factors don’t guarantee problems—many people with “imperfect” mechanics are pain-free—but they may contribute when combined with other factors.
Flexibility Issues
Tightness in surrounding muscles can affect knee mechanics. Tight quadriceps and IT band may contribute to patellofemoral pain. Limited ankle dorsiflexion (calf tightness) forces the knee to compensate during squatting and running. Hamstring and hip flexor flexibility also influence knee function.
Previous Injury
Prior injuries increase risk of future problems. ACL tears, even when reconstructed, increase risk of knee osteoarthritis. Meniscus injuries affect joint mechanics. Incomplete rehabilitation after injury predisposes to recurrence. Proper rehabilitation following any knee injury reduces long-term risk.
Body Weight
Excess body weight increases load through the knee with every step—forces at the knee can reach 3–5 times body weight during walking and much higher during running and stairs. Weight loss significantly reduces knee symptoms in overweight individuals with knee pain or arthritis—every pound lost reduces knee load by about 4 pounds.
Age-Related Changes
Degenerative changes (cartilage wear, meniscus degeneration, osteoarthritis) become more common with age. However, these changes are often incidental—present on imaging in people without symptoms. Age-related changes don’t mean pain is inevitable, and they don’t prevent significant improvement with appropriate treatment.
How We Treat Knee Pain at Midas Physiotherapy
Our approach combines thorough assessment with evidence-based treatment targeting the specific factors contributing to your knee pain.
Comprehensive Assessment
Effective treatment begins with understanding your specific problem. We assess your knee, but also your hip, ankle, and foot—recognizing that knee pain often has contributions from above or below. We evaluate strength, flexibility, movement patterns, and functional activities relevant to your goals. We listen to your story and understand what you want to get back to doing.
Education
Understanding your condition is empowering. We explain what’s causing your symptoms, address concerns about imaging findings, and provide realistic expectations for recovery. Education helps you understand why certain exercises are important and gives you confidence to progress your activity appropriately.
Strengthening Exercise
Strengthening is the cornerstone of knee rehabilitation. This typically includes quadriceps strengthening (the single most important muscle group for knee function), hip strengthening (particularly gluteals), and sometimes hamstring and calf work. Programs are progressive—starting where you are and advancing as you get stronger. For conditions like patellofemoral pain and knee osteoarthritis, strengthening produces significant, lasting improvement.
Manual Therapy
Hands-on treatment may include patella mobilization (improving kneecap movement), joint mobilization, soft tissue techniques for tight muscles and IT band, and hip and ankle manual therapy when these areas are contributing. Manual therapy can provide symptom relief and improve movement quality, creating a window for exercise to be more effective.
Movement Retraining
When movement patterns are contributing to knee pain, we work on movement quality—teaching better squatting mechanics, landing patterns, and running form when relevant. This isn’t about achieving “perfect” movement but about reducing excessive stress on sensitive structures.
Load Management
For overuse injuries, load management is crucial. This doesn’t mean complete rest—which often makes things worse—but rather modifying activity to allow symptoms to settle while maintaining fitness and continuing to build strength. We help you find the right balance and guide gradual return to full activity.
Dry Needling
Dry needling can be effective for muscle-related knee pain, particularly trigger points in the quadriceps, IT band, and hip muscles. It may provide pain relief and improve muscle function, supporting your exercise program.
Taping
Patellar taping can provide temporary pain relief for patellofemoral pain, allowing more comfortable exercise. Other taping techniques may support the knee during return to sport or help with IT band issues. Taping is a useful adjunct but doesn’t replace strengthening.
Frequently Asked Questions
- My MRI shows a meniscus tear. Do I need surgery?
Not necessarily. Meniscus tears are extremely common—studies show they’re present in 30–60% of pain-free people over 50. Research demonstrates that for degenerative meniscus tears, physiotherapy produces outcomes equal to arthroscopic surgery at 1–2 years, without the surgical risks. Surgery is typically reserved for traumatic tears in younger patients or tears causing true mechanical locking. We can help determine the best approach for your specific situation.
- I have arthritis. Will exercise make it worse?
No—exercise makes it better. Despite the common fear that exercise “wears out” arthritic joints, the opposite is true. Cartilage has no blood supply—it gets nutrients through joint fluid, which is circulated by movement. Exercise is the single most effective treatment for knee osteoarthritis, recommended by every major clinical guideline ahead of medications or surgery. The key is appropriate exercise—we’ll guide you on the right type and intensity.
- My knee clicks and cracks. Should I be worried?
Usually not. Painless clicking, popping, and cracking (crepitus) is common and often benign—it may be gas bubbles in the joint fluid, tendons moving over bone, or other harmless causes. If the noise is accompanied by pain, swelling, or giving way, it’s worth having assessed. But clicking alone, without other symptoms, is rarely cause for concern.
- Should I rest my knee until the pain goes away?
Generally no. While avoiding aggravating activities makes sense, complete rest often makes knee problems worse—muscles weaken, stiffness increases, and symptoms may worsen when you resume activity. “Relative rest”—modifying activity to tolerable levels while maintaining movement and building strength—produces better outcomes than complete rest for most knee conditions.
- Do I need a knee brace?
Depends on the situation. Some braces provide useful support for specific conditions—unloader braces for osteoarthritis, functional braces for ligament injuries. However, braces aren’t needed for most knee pain and shouldn’t replace strengthening. We can advise whether a brace would be helpful for your condition and, if so, what type.
- Is running bad for my knees?
No. Despite the common belief, research shows that recreational runners don’t have higher rates of knee osteoarthritis than non-runners—and may actually have lower rates. Running can cause overuse injuries when training is progressed too quickly, but the activity itself isn’t harmful to healthy knees. If you have knee pain with running, we can help identify the cause and get you back to running safely.
- How long will it take to get better?
This depends on your condition. Many knee problems improve significantly within 6–12 weeks with appropriate physiotherapy. Ligament reconstructions and post-surgical rehabilitation take 6–12 months. Chronic conditions like arthritis benefit from ongoing exercise—they don’t necessarily “get better” but can be well-managed for years. We’ll provide realistic expectations based on your assessment.
- I tore my ACL. Do I need surgery?
Not always. ACL reconstruction is often recommended for young athletes wanting to return to cutting/pivoting sports, or for people with persistent instability. However, many people—particularly older individuals or those with less demanding activities—do well with rehabilitation alone. Research shows that starting with rehabilitation and considering surgery later if needed produces similar outcomes to immediate surgery. We can help you navigate this decision.
- Should I use ice or heat?
Both can help with symptoms. Ice is traditionally used for acute injuries and swelling; heat for chronic pain and stiffness. In reality, use what feels better for you. Neither is essential, and the benefits are primarily for temporary comfort rather than healing. If your knee is hot and significantly swollen, ice is reasonable. For general aching, heat often feels good.
- Are squats bad for my knees?
No—properly performed squats are actually good for your knees. Squats strengthen the quadriceps and glutes, which protect the knee. The idea that squats are harmful or that knees shouldn’t go past toes is outdated. Deep squats are safe for healthy knees and even for many knee conditions. If squats hurt, the solution is usually modifying technique or building up gradually, not avoiding them entirely.
- Can flat feet or overpronation cause knee pain?
Possibly. Foot mechanics can influence knee alignment and loading. However, many people with flat feet or pronation have no knee problems. Foot factors may contribute to knee pain in some individuals, particularly when combined with weakness or training errors. We assess the entire lower limb, and if foot mechanics are relevant to your pain, we can recommend appropriate footwear or orthotics—but addressing hip and knee strength is usually more important.
- Do I need a referral to see a physiotherapist for my knee?
No. In Ontario, you can access physiotherapy directly without a doctor’s referral. If we believe you need medical evaluation, imaging, or specialist referral, we’ll let you know. For motor vehicle accidents (MVA) or workplace injuries (WSIB), we work directly with insurers—no referral required.
Get Moving Without Knee Pain
If knee pain is limiting your activities—whether that’s running, sports, hiking, or simply walking comfortably—don’t wait for it to become a chronic problem. Evidence-based physiotherapy helps most knee conditions, often avoiding the need for injections or surgery. Let us help you understand what’s causing your symptoms and develop a plan to get you back to doing what you love.
Midas Physiotherapy
2061 Cornwall Road, Unit 3
Oakville, Ontario
Website: midasphysiotherapy.ca
Direct billing available for most major insurance providers. MVA and WSIB claims accepted.
Related Services
- Arthritis Treatment & Management
- Pre-Surgical & Post-Surgical Rehabilitation
- Sports Physiotherapy
- Running Injury Treatment
- Custom Orthotics Assessment
