Knee Pain

Where does it hurt?

Front (Anterior) Knee & Thigh Conditions:

  • A torn knee cartilage most commonly refers to an injury to your meniscus

    Twists and turns at your knee can cause the cartilage (meniscus) that cushions it to tear. This can be one big twist or many small twists over time.

    A torn knee cartilage can be helped with a combination of orthotic insoles and strengthening exercises.

    By improving the function of your feet and legs you can help take the stress off your arthritic knee.

    In some cases, knee supports are useful to offload your arthritic knee and help you keep you moving with less pain and better function.

  • Osteoarthritis of your knee is the result of a combination of factors including some related to the normal aging process and some related to ‘wear and tear’

    Wear and tear in your knee cartilage are a common complaint. Often the knee will be stressed by poor timing of your foot and hip function.

    By improving the function of your feet and legs you can help take the stress off your arthritic knee.

    Knee osteoarthritis often requires a combination of orthotic insoles and strengthening exercises.

    In some cases, knee supports are useful to offload your arthritic knee and help you keep you moving with less pain and better function.

  • Osgood-Schlatter Disease is a condition unique to the growing body. The pull of the tendon holding your kneecap to your shin bone is greater than the strength of the bone it attaches into.

    Osgood-Schlatter Disease can be treated with a combination of stretching/strengthening exercises and orthotic insoles to temporarily reduce the stress on your knee while your body grows allowing you to stay active.

  • Patella tendon bursitis (sometimes called ‘Jumpers Knee’) is an inflammation of the cushion below your knee cap.

    Due to the huge job your patella has to do, there are cushions (bursar) all around it. If these get irritated they become inflamed (Bursitis).

    Jumper’s Knee can be treated with a combination of orthotic insoles and strengthening exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help stress on your knee cap allowing your bursa inflammation to reduce to normal.

  • Patella Tendonitis (sometimes called Runner’s Knee or Jumper’s Knee) is an overuse injury of the tendon that attaches your knee cap to your shin bone.

    Your patella (knee cap) is designed to focus the pull of your quadriceps onto your shin. If your foot and hip movement are out of synchronisation, the stress at your patella may damage the tendon.

    Patella Tendonitis can be treated with a combination of orthotic insoles and strengthening exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help stress on your knee cap allowing your tendon inflammation to reduce.

  • Runner’s Knee is the name given to a group of different problems that affect the front and inside of your knee.

    Your hip, knee, and foot will need to be assessed to find the origin of the particular type of runner’s knee pain you have.

    Runner’s knee can be treated with a combination of orthotic insoles and stretching/strengthening exercises.

Distal Anterior Knee

  • Knee Arthritis is a degeneration of the cartilage of your knee joint.

    Knees are highly susceptible to arthritis; they have to deal with rotation from above and impact with rotation from below. If these timings do not co-ordinate, your knees suffer.

    Knee Arthritis can be treated by improving the function of your feet and legs to help take the stress off your arthritic knee. This often requires a combination of orthotic insoles and strengthening exercises.

    In some cases, knee supports are useful to offload your arthritic knee and help you keep you moving with less pain and better function.

    Learn more about knee arthritis & osteoarthritis

  • These are big straps (ligaments) holding the inside of your knee together. If these become injured, your knee will be unstable for some time after your injury.

    Most often you will have sprained the ligament.

    Knee ligament injuries are treated with a combination of orthotic insoles and strengthening exercises to account for the loss of stability and reduce your pain symptoms.

    To help you keep active with your injured knee we often use knee support which really aids your quality of life while your knee recovers.

  • A knee muscle strain is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    Several muscles, including the shin and thigh muscles, form part of your knee. Too much stress on these will cause you knee pain.

    If these injuries keep reoccurring or just won’t get better when they should then orthotic insoles can be used to take the stress off your knee.

Medial Knee Joint

  • Bursitis is the inflammation (swelling) of one or more of the Bursae in your knee.

    Several Bursae (cushions) protect the kneecap because of the tremendous power channeled through it. Incorrect leg function will cause them to become irritated and inflamed (Bursitis).

    Knee Bursitis can be treated with anti-inflammatory help along with orthotic insoles and strengthening exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help stress on your knee cap allowing your bursea inflammation to reduce to normal.

  • Knee fat pad or Infrapatellar fat pad syndrome, also known as Hoffa's disease is an inflammation of a cushion of fat just below your kneecap.

    Your kneecap has a layer of fat (Hoffa’s fat pad) underneath it that acts as a cushion. If too much stress is put on this cushion, it may swell and become inflamed

    Knee fat pad inflammation (Hoffa’s disease) can be treated with a combination of anti-inflammatory help along with orthotic insoles and strengthening exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help stress on your knee cap allowing your fat pad inflammation to reduce to normal.

Proximal Anterior Knee

  • Arthritis of your Fibular bone (the nobbly bone you can feel on the outside of your knee just below your knee joint) is when the joint space narrows and becomes rough.

    If your Fibula bone is twisted by the way you walk or run it can become arthritic causing pain in the outside of your knee.

    Arthritis on the outside of your knee can be treated with a combination of orthotic insoles and mobility exercises.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress on your knee.

  • Iliotibial band syndrome (ITBS) is an inflammation or irritation to a thick band connecting to the outside of your knee. ITB pain is the second most common knee injury.

    The ITB is a thick band of non-elastic tissue (Fascia) that helps to stabilise the outside of your knee. Pain occurs when the band is pulled where it doesn’t want to go.

    Iliotibial band syndrome can be treated with a combination of physical therapy, massage, orthotic insoles, and strengthening exercises.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress on your Iliotibial Band. While this helps the underlying cause of your pain, you may be helped with other therapies to recover more quickly.

  • Knee ligament sprains are when the elastic strap (ligament) becomes over stretched. This can be from a ‘one off’ injury or repetitive overload over time.

    A twist, or a roll out of your foot when walking can damage the ligaments on the outside of your knee, making the knee unstable.

    Knee ligament sprains can be treated with orthotic insoles and knee supports. These may be needed either for the short or long term depending our your condition.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress and increase the stability at your knee.

  • The thick band of your sciatic nerve separates behind your knee. If this becomes irritated, you can get pain in your knee or even into your foot.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress on your sciatic nerve.

Lateral Knee Joint

  • Chondomalacia Patella is when the smooth cartilage that lines the back of your knee becomes rough causing it to grind on other bones.

    Your kneecap runs in a groove over the top of your thigh bone. If your knee is moving out of time with your foot and hip, the kneecap can rub against the groove, eventually causing cartilage damage.

    Chondromalacia Patella can be treated with orthotic insoles and exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time and therefore help strengthen the pull of your knee cap.

  • Knock Knees (Genu Valgum) is a condition where the knees ‘squint’ (face) towards each other. If you have knock-knees, you are more likely to have back, hip, knee, or foot problems. This is because your body needs to deal with the ‘twist’ effect from your knocked knees somewhere.

    Pain from your knock knees can be treated with orthotic insoles and strengthening exercises.

    Although orthotic insoles can’t ‘straighten’ your knock knees they can be used to reduce the twist they cause and therefore help your body.

  • Runner’s knee is an umbrella term used to describe several pains you can suffer at the front of your knee.

    If your hip is not functioning correctly or your feet are flat/high arched the synchronisation between the bones above and below your knee may be out of time, pulling the kneecap out of position, causing pain.

    Runner’s knee can be treated with orthotic insoles and strengthening exercises.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help strengthen the pull of your knee cap.

  • A knee muscle strain is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an over use of your muscle over time.

    Several muscles, including your Quadriceps, pass your knee. Too much stress on these muscles could be giving you knee pain.

    If these injuries keep reoccurring or just won’t get better when they should then orthotic insoles can be used to take the stress off your knee.

Kneecap (Patella)

  • Bursitis is the inflammation (swelling) of one or more of the Bursae in your knee.

    Bursae are small fluid-filled cushions that stop our tendons and bones from rubbing together. They prevent inflammation of the tendon or bone they overlie. Bursitis is when these cushions become inflamed and create an irritant to themselves and the surrounding structures.

    Orthotic insole can be used to put your shin bone and thigh bone back in time with each other and therefore help stress on your knee cap allowing your bursea inflammation to reduce to normal.

  • Iliotibial band syndrome (ITBS) is an inflammation or irritation to a thick band connecting to the outside of your knee. ITB pain is the second most common knee injury.

    The ITB is a thick band of non-elastic tissue (Fascia) that helps to stabilise the outside of your knee. Pain occurs when the band is pulled where it doesn’t want to go.

    Iliotibial band syndrome can be treated with a combination of physical therapy, massage, orthotic insoles, and strengthening exercises.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress on your Iliotibial Band. While this helps the underlying cause of your pain, you may be helped with other therapies to recover more quickly.

  • A lateral thigh muscle strain/pull is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    Muscle pulls at the outside of your knee or thigh usually happen as the muscle changes into a tendon. The Hamstring and Gluteal, on the outside of your thigh, have very long tendons.

    If these injuries keep reoccurring or just won’t get better when they should then orthotic insoles can be used to take the stress off your knee.

Lateral Thigh

  • A pulled thigh muscle (Quadricep) is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    When you pull a muscle in your quadriceps (the most powerful group of muscles in your body) bending your hips and knees is difficult and painful.

    If these injuries keep reoccurring or just won’t get better when they should then orthotic insoles can be used to take the stress off your knee.

Quadriceps

Back (Posterior) Knee & Thigh Conditions:

  • A Baker's cyst, also known as a popliteal cyst, is a type of fluid collection behind your knee.

    Benign fluid builds up in the ‘gap’ behind your knee causing discomfort and irritation.

    Your Baker's cyst can be helped using Orthotic insoles to reduce the stress at the back of your knee and make you more comfortable

  • A pulled calf muscle is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    If your foot is not doing its job properly or your knee is unstable, your calf muscles can become overworked, causing pain anywhere between your Achilles tendon and your knee.

    Pulled calf muscles can be treated with a combination of orthotic insoles and stretch/strengthening exercises.

    Orthotic insoles can be used in conjunction with stretches and strengthening exercises to improve the function of your calf muscle groups.

  • A pulled hamstring muscle is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    Several muscles, including your hamstrings, pass your knee. Too much stress on these muscles could be giving you knee pain.

    Orthotic insoles can be used to treat your hamstring pull in conjunction with stretches and strengthening exercises to improve the function of your hamstring muscle groups.

Medial Posterior Knee

  • The thick band of your sciatic nerve separates behind your knee. Irritation to this nerve, sciatica, can impact your walking significantly.

    Orthotic insoles can be used to reduce the twist through your leg and therefore the stress on your sciatic nerve.

  • A pulled calf muscle is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    If your foot is not doing its job properly or your knee is unstable, your calf muscles can become overworked, causing pain anywhere between your Achilles tendon and your knee.

    Pulled calf muscles can be treated with a combination of orthotic insoles and stretch/strengthening exercises.

    Orthotic insoles can be used in conjunction with stretches and strengthening exercises to improve the function of your calf muscle groups.

  • A pulled hamstring muscle is caused when your muscle is overworked or stretched. This can be a ‘one off’ injury or an overuse of your muscle over time.

    Several muscles, including your hamstrings, pass your knee. Too much stress on these muscles could be giving you knee pain.

    Orthotic insoles can be used to treat your hamstring pull in conjunction with stretches and strengthening exercises to improve the function of your hamstring muscle groups.

Lateral Posterior Knee

  • A groin strain is when the muscle group running from the inside of your hip down to your knee becomes injured due to a one off overload or chronic overuse.

    Flat/high arched feet can twist the leg out of position, making the groin muscle work too hard to fight against the twist making both one off and long term overuse injuries more likely.

    Grain strains can be treated with a combination of stretching/strengthening exercises and orthotic insoles.

    Orthotic insoles can be used in conjunction with stretches and strengthening exercises to improve the function of your groin muscle groups.

Medial Thigh

Most Common Knee & Thigh Conditions:

  • Your knee is one of the places you are most likely to suffer the pain of osteoarthritis. It is a complex joint bearing our weight and co-ordinating the movements of the thigh, kneecap and shin. It is prone to injury.

    Arthritis usually develops in joints that have been injured or overused in sport or a repetitive task. It can also develop if you have poor biomechanics, for example, your hip and ankle are out of alignment so your knee may have to adjust, over time this can lead to bone inflammation (osteoarthritis). The surface of the knee suffers age-degenerative wear and tear and cartilage that protects the ends of bones from rubbing against the joint wears away causing symptoms of pain, stiffness, crepitus (creaking) and swelling. Knees can also become less stable.

    Orthotics can be used to realign poor biomechanics and bring pain relief to your knee.

  • Common symptoms of Housemaid’s Knee include Inflammation and swelling of the prepatellar bursa (small fluid-filled sac protecting the front of the knee) and extra bone or soft tissue growing to protect the knee from continued stress. These swellings can get in the way of your knees’ normal function, giving you pain in your knee and even your feet or back, making it difficult to work.

    Whereas the symptoms of Housemaid’s Knee were prevalent amongst housemaids, with changing times and technology, it is far more common amongst tradesmen today who have to kneel frequently for their work. This includes roofers, tilers and plumbers.

    Acupuncture can be extremely helpful in curing initial pain and reducing recovery time. Once stabilised, we will probably suggest stretches and exercises to help loosen tight muscles and strengthen the area. Precision made orthotics can also be effective.

  • The Iliotibial Band runs from your hip muscles along the outside of your thigh and helps to stabilise your knee. When the muscles attaching the band pull it in a direction it doesn’t want to go in you may get symptoms of knee pain (side of your knee), pain when bending or straightening and hip pain or tightness in the ITB as it runs down the outside of your thigh.

    ITB Syndrome is very common amongst runners, particularly when running downhill. ITB Syndrome is sometimes referred to as Runner’s Knee. However, cyclists and hikers are also affected. Iliotibial Band pain can also be caused by poor biomechanics such as the Iliotibial Band being too tight or too wide; weak hip muscles and over-pronation.

    Stretches and Exercises, bespoke orthotics (including specific ones just for running) and acupuncture are very effective in bringing pain relief from ITB.

  • Knock Knees is a deformity of the lower legs. An abnormal curvature results in a large gap between the feet and ankles when the knees are together.

    As we develop, it is normal for our knees to ‘squint’ or face towards each other. Once we are fully-grown however (between 10 to 15 years) if the knees are still facing inward it can be the sign of a problem. As adults, women are more prone than men to have knock knees due to having a wider pelvis.

    Knock-knees can occur as a result of osteoarthritis or rheumatoid arthritis or injury or accident to the lower legs. If you have knock-knees, you are more likely to suffer back, hip, knee or foot problems. For correction of knock-knees, we find that stretches and exercises, shoe orthotics (insoles) which will adjust your walk (gait) and relieve your joints and acupuncture for pain relief, will help your discomfort.

  • Your knee acts as a hinge transmitting the movements of your foot to your hip and vice versa. If the bones above your knee are out of synchronisation with the bones below your knee it pulls the patella (kneecap) out of position, so it is not central (it is mal-tracking), this causes pain and can create a tilted kneecap.

    Symptoms of mal-tracking patella include pain in the front (anterior) of the knee, particularly when descending stairs or running downhill. Causes of mal-tracking tend to be tightness in the hamstrings or calf muscles, altered posture in the hip, foot or knee, or an underlying biomechanical issue such as a shallow patellofemoral groove.

    Athletes will be prone to this condition if they develop one set of muscles more than another as this pulls the patella out of alignment. With appropriate exercises and precision-made orthotics, you will be able to alleviate these problems.

  • Osgood-Schlatter Disease affects growing teenagers who play sport; it is rarely found in adults. It tends to affect boys more than girls and particularly in sports that involve kicking (football, rugby), running and jumping.

    It occurs when the quadriceps muscles are more developed (through sport) than the tibia. The quads attach to the patellar which pulls on the patellar ligament that is attached to the tibia. If the tibia isn’t fully developed, it won’t be strong enough to cope with the repeated strain. This will cause pain and swelling just below the knee where the ligament attaches.

    Following careful assessment, we will prescribe a range of measures to assist recovery including stretches and exercises, Foot Manipulation Exercises and orthotics.

  • Patella Tendonitis, also known as Jumper’s Knee as it is so common in sports athletes involved in jumping sports, is caused when the Patella Tendon, which connects the patella (kneecap) to the shinbone, becomes overstressed.

    Common symptoms include pain on the side, front or below the knee and an inflamed, irritated tendon. It is prevalent amongst sports people involved in basketball, volleyball, tennis, gymnastics and dance, but also amongst cyclists.

    At BxClinic Norwich, following a thorough assessment of your symptoms we will often recommend orthotics, Stretches & Exercises and/or Acupuncture to aid your recovery.

  • Two powerful calf muscles pass over the back of your knee and help to stabilise it. Symptoms of pulling your calf muscles include sharp pain at the back of the lower leg, swelling, bruising and tenderness at the point of the specific injury.

    Pulled calf muscles are normally caused when there is a quick or sudden push off of the calf to accelerate movement; rapid changes in direction; overstretching or if you already have tight calf muscles. It can affect anyone, but is very common amongst sports people involved in running and jumping sports and racquet sports.

    Recovery time for a pulled calf muscle varies depending on the severity of the injury. After initial rest to allow the muscles to heal and the pain to subside, we recommend specific stretches and exercises for strengthening the area and custom prescribed orthotic

  • Your Quadriceps (Quads), the four muscles on the front of the upper thigh, enable you to bend and extend, walk and run. Symptoms of pulling or straining a quad muscle include pain when stretching and flexing, sharp pain in the thigh, muscle spasm and swelling. Severity varies from mild to severe.

    Injury to the quads is particularly common amongst many athletes of all levels including footballers, runners and sprinters, rugby players and martial artists. It often occurs when athletes try to accelerate too quickly, are hit by a tackle (football/rugby), or they do not warm the muscles up properly before exercise.

    Recovery from a pulled muscle in the quad (after initial rest) can be helped by specific stretches and exercises for strengthening and custom prescribed orthotics.

  • The name Runner’s Knee is given to several different conditions that cause pain in the front of your knee. Any sport that has a repetitive impact on your joints, including running but also skiing, football, cycling, dancing can lead to damage that causes knee pain.

    Pain symptoms from Runner’s Knee are felt in the anterior knee including the kneecap or when bending. Often discomfort is worse after running, walking downstairs or downhill. You might suffer swelling and a ‘grinding’ sensation as well.

    Causes of Runner’s knee include over-training that can strain the tendons; a fall or direct blow or a biomechanical imbalance when pain might not be a problem with the knee but your hip or foot not working your knee properly. Norfolk's BxClinic will assess your particular problem, find the underlying cause and treat accordingly. This may include stretches and exercises, orthotics, acupuncture and/or Foot Manipulation Therapy.

Knee Braces:

Unloader One X

Unloader One® X

  • ‘Bone on bone’ osteoarthritis of the knee usually refers to a loss of joint space (the gap between your thigh bone and your shin bone) causing them to rub against each other as you move.

    If your arthritic knee has progressed to the point it has become ‘bone on bone’ it may well be very painful and debilitating. Preventing you from simple things like climbing stairs, bending to sit or even just stealing the simple pleasure of walking.

    The more you can ‘load’ your knee with activities like walking and standing the stronger your bones will be, the thicker your muscles and ligaments will be and the better your mood will be.

    By ‘unloading’ the ‘bone on bone’ compression at your arthritic knee using these knee braces can get you back out enjoying the things you love, making your knee stronger.

    Give us a call to discuss your knee pain and book your fitting.

  • By directly unloading the pressure on your ‘bone on bone’ knee arthritis these knee supports take the stress off your joint and reduce the pain of walking and standing.

    Not only will this reduced stress allow more comfortable walking but lots of people using the Unloader One X brace find they don’t need the surgery as quickly meaning you may need fewer knee surgeries in your lifetime and your knee will be ‘stronger’ when you do, because you have been using it!

    Give us a call to discuss your knee pain and book your fitting.

  • Unloader braces unload the affected, painful side of the knee using a 3-Point Leverage System. The thigh and calf shells account for two points of leverage, while the Dynamic Force Strap (the diagonal strap above the knee) provides the third. This system "unloads" the pressure from the affected area, providing a reduction in pain. Unloader knee braces feature a lightweight, low-profile design, which is barely noticeable, and fits discreetly under clothing. Utilising the SmartDosing® dial with Boa® technology, it provides you with a simplified, single hand dosing dial for on-the-fly adjustability, helping you better manage unicompartmental OA knee pain.

    Unloader Hip is designed to reduce load on the affected joint surface through rotation and abduction of the femoral head. The brace is designed to optimise Hip OA treatment. With its breathable materials and integrated elastic sections, Unloader Hip provides a comfortable and snug fit -allowing a discreet fit under clothing.

    Give us a call to discuss your knee pain and book your fitting.

    For more information visit: https://www.ossur.com/en-gb/bracing-and-supports/unloader/unloader-braces

Click the video to see the unloader brace in action

CTi Knee Braces

  • Your knee ligaments are the stiff elastic bands that give your knee its structural integrity. If these ligaments become injured they can be painful but also the stability and structural integrity of your entire leg will be compromised.

    If your hip, foot or back has started hurting after you injured your knee you may need an external support.

    CTi3 knee support can be used in the short term to give back your legs structural integrity and allow you to get back to doing your activities while reducing your risk of further injury.

    If you have a knee ligament injury that is more permanent then you can use the CTi3 knee support to provide an ‘exoskeleton’ for your knee letting you enjoy your sports and active life even with your knee ligament injury.

    Give us a call to discuss your knee pain and book your fitting.

  • Overall the CTi3 knee support will provide stability for all the complex functional movements of your knee including ACL, MCL, PCL, and LCL.

    Anterior Cruciate Ligament (ACL) - This ligament provides stability for your knee’s front to back movements (Anterior to Posterior) and ACL injuries and tears will compromise the movement of your thigh bone relative to your shin bone putting extra stress on the surrounding muscles and the knee joint itself.

    Medial Collateral Ligament (MCL) - This ligament, sometimes called the Tibial Collateral Ligament, provides stability for your knee’s side-to-side movements on the medial (inside) of your knee. MCL injuries and tears will compromise the movement of your thigh bone relative to your shin bone putting extra stress on the surrounding muscles of your shin, groin, and hip as well as the knee joint itself.

    Posterior Cruciate Ligament (PCL) - This ligament provides stability for your knee’s back to front movements (Posterior to Anterior) and PCL injuries and tears will compromise the movement of your thigh bone relative to your shin bone putting extra stress on the surrounding muscles and the knee joint itself.

    Lateral Collateral Ligament (LCL) - This ligament, provides stability for your knee’s side-to-side movements on the lateral (outside) of your knee. your MCL forms part of your knee stability structures along with your Iliotibial Band (ITB) and injuries and tears will compromise the movement of your thigh bone relative to your shin bone putting extra stress on the surrounding muscles of your shin, ITB, and hip as well as the knee joint itself.

    If you are suffering an injury to any of these ligaments give us a call to discuss your knee pain and book your fitting.

  • The CTi3 knee brace supports your torn and injured knee ligaments in all the functional movements of your knee.

    It will provide help while your ligaments heal allowing you to be your active self.

    It can be used to help reduce the likelihood of knee injuries in sports such as skiing and motocross.

    Ossur have scanned over 10,000 leg profiles to optomise the frame of the CTi3 so this brace fits 80% of knees ‘off the shelf’.

    20% of leg shapes or specific injuries will require custom fitting.

    Call to discuss your knee pain and book your fitting.

    For more information visit: https://www.ossur.com/en-gb/bracing-and-supports/cti-knee-braces