Unloader knee brace: taking the pressure off

Written by: Professor Paul Lee
Published:
Edited by: Laura Burgess

The unloader knee brace is a specialist brace used to reduce the pressure on one side of the knee. It is designed to offload pressure from the knee joint to the thigh and shin bone. It is a very powerful device and if used appropriately can delay or even help you avoid a knee replacement. There are many unloading braces in the market, they all work slightly differently. So be aware and read the following professional advice from leading orthopaedic surgeon Professor Paul Lee for making the right choice.
 


Which patients would most benefit from using a knee brace?

The patient who has worn out either the inside or the outside of the knee joint would find the brace very useful. That is what is commonly referred to as uni-compartmental knee osteoarthritis. However, if both sides are worn out the unloading brace will not work. Patients with malalignment of their legs often benefit the most as the brace will help realign their legs.
 

Will I still need knee surgery at some point?

It depends on the severity of the disease and the amount of alignment we are trying to correct. From the long term study published in the British Medical Journal, we have shown that patients who used the brace for more than 2 years are unlikely to progress to needing a knee replacement. The brace has muscle regulatory and training effect, it can help the patient to reduce the need for knee replacement. Sometimes if the patient feels that the brace is too bulky, bone correction surgery called high tibial osteotomy can be performed to correct the leg alignment and reduce pain.
 

How often does the brace need to be worn?

Initially, we recommend the brace to be used during the day actively and it will take three to six months to get used to. After that patients tends to find their own rhythm and know when it can benefit them. As the effects are mechanical, patients usually notice the benefit very soon. Alternatively, some patient chose to only wear them during sporting activities. It is very useful in golf, tennis and hill walking.
 

Are there any side effects (e.g. pain, loss of mobility) associated with its use?

Depending on the shape of the leg, the brace may not fit properly and slide down. There are extra strapping and fittings available to help reduce slippage. Although it is unusual, some patients skin can have a reaction to the material of the brace. If that is the case a sleeve may be used to avoid skin contact.
 

Do you see a bigger market for joint support braces evolving in the future?

Bracing technology is constantly improving. The digital wearable technology will become more common and build into the brace in the future. Other new material will be able for us to design lighter and more comfortable device for patients. Other active materials such as activated carbon and germanium have already been used in some of the sleeve product. There is certainly space to grow in the bracing technology.

By Professor Paul Lee
Orthopaedic surgery

Professor Paul Lee is a consultant orthopaedic surgeon based in London and Grantham, Lincolnshire, specialising in hip replacement, knee surgery and knee cartilage replacement alongside revision hip replacement, meniscus surgery and anterior cruciate ligament (ACL) surgery. He privately practises at 108 Harley Street medical centre and as the director at MSK Doctors in Ancaster, Lincolnshire. His NHS base is United Lincolnshire Hospitals NHS Trust where he is a consultant sports and arthroplasty surgeon and the Director of Research.

Professor Lee is highly qualified, and received his MBBCh in Medicine from Cardiff University in 2005 and went on to receive an MSc in Sports Medicine - Muscle Performance and Recovery, from Cardiff Metropolitan University three years later. He then returned to Cardiff University to complete a PhD entitled 'Treatment of Muscle Injuries' in 2013. 

He regularly treats elite sports people, including treatment of muscle injuries in UK Premier League footballers, significantly reducing their recovery time, allowing them to return to playing sooner. 

Professor Lee, who is held in high esteem by his patients, offers various non-surgical orthopaedic techniques including micro artho-glycan knee, actovegin muscle injury and stem cell injection treatments alongside the Unloader One® knee brace. He also prides himself in his surgical skills in the S.P.A.I.R.E tendon-sparing total hip replacement, FT-MPFL Patella re-alignment and All-Inside ACL reconstruction surgeries. 
He has also combined surgery, technology, engineering to develop the Single Treatment Autologous Chondrocyte implantation (STACi) procedure. 

Further to his qualifications, Professor Lee also has various fellowships from respected institutions including the Royal College of Surgeons of Edinburgh (Tr & Orth), the European Board of Orthopaedics and Traumatology (FEBOT) and Orthopaedics Hospital in Oswestry. 

He is also a certified expert in the use of the Exeter hip system, which was developed after training on the Robin Ling Exeter Hip Replacement Fellowship in the Princess Elizabeth Orthopaedic Hospital in Exeter. He also did international fellowships in Germany and Australia. Other higher training saw Professor Lee become a certified member of the Faculty of Sports and Exercise Medicine (MFSEM).

Professor Lee is widely published in various peer-reviewed journals and is an active member of the British Hip Society (BHS), British Orthopaedic Sports Trauma and Arthroscopy Association (BOSTAA) and the British Orthopaedic Association (BOA) alongside the Biological Knee Society (BKS). He is internationally recognised at the ICRS teaching centre of excellence for his teaching in cartilage and joint preservation surgery. 

View Profile

Overall assessment of their patients


  • Related procedures
  • Platelet-rich plasma
    Ozone therapy
    Botulinum toxin (Botox™)
    Abnormal gait
    Elbow
    Epicondylitis (tennis elbow)
    Elbow Pain
    Nerve Compression elbow
    Median nerve compression
    Radial nerve compression
    This website uses our own and third-party Cookies to compile information with the aim of improving our services, to show you advertising related to your preferences as well analysing your browsing habits. You can change your settings HERE.