Optimising Rehabilitation After Arm Surgery: Tips for a Quick Recovery (Part 1)

Written by: Professor Mohamed Imam
Published:
Edited by: Carlota Pano

Although arm surgery can significantly impact a patient’s daily life, quick and effective rehabilitation can help minimise this effect. There are many proven programmes available, based on evidence, training and surgical techniques. Based on published evidence, surgeons follow specific protocols to ensure the most effective post-operative rehabilitation and quick recovery after surgery.

 

Professor Mohamed Imam is a distinguished consultant orthopaedic surgeon who specialises in upper limb surgery. In the first of a two-part series of articles on rehabilitation after arm surgery, Professor Imam provides a comprehensive insight into what are the most effective ways to optimise rehabilitation after arm surgery and how setting realistic goals can help during the recovery process.

 

 

Quick rehabilitation after arm surgery

 

The goal of rehabilitation after arm surgery is to restore range of motion, strength and arm function, allowing the patient to return to daily activities as soon as possible.

 

Here are some tips to help optimise rehabilitation after arm surgery:

  1. Set rehabilitation goals and track progress: Setting specific, measurable goals and tracking progress can help to optimise rehabilitation after arm surgery. This can include goals for motion, strength and function. Keeping track of progress can help to monitor and motivate the patient to continue with rehabilitation.
  2. Incorporate technology and wearable devices: Incorporating technology and wearable devices, such as physiotherapy apps, wearable sensors and virtual reality systems, can aid in optimising rehabilitation after arm surgery. These tools can provide real-time feedback on motion, strength and function, as well as help to track progress.
  3. Focus on range of motion exercises: Range of motion exercises are critical to rehabilitation after arm surgery. These exercises can help to restore flexibility and reduce the risk of stiffness and scar tissue formation. It is important to follow the rehabilitation plan prescribed by the surgeon and physiotherapist, and to avoid overdoing it.
  4. Strengthening exercises: Strength exercises can help to improve the shoulder joint's stability and reduce the risk of injury. These exercises can include simple weightlifting and resistance band exercises, and can be performed as soon as the surgeon and physiotherapist approve.
  5. Overcome common setbacks and challenges: Common setbacks and challenges faced during rehabilitation after arm surgery include pain, stiffness and weakness. It is important to address these issues early on and work with the physiotherapist to develop a plan to overcome them. In some cases, medication and/or nerve blocks may be used to manage pain during rehabilitation.

 

What are the most effective ways to optimise rehabilitation after arm surgery?

 

The most effective ways to optimise rehabilitation after arm surgery include:

  1. Setting specific, measurable rehabilitation goals and tracking progress.
  2. Incorporating technology and wearable devices, such as physical therapy apps, wearable sensors and virtual reality systems, to provide real-time feedback and monitor progress.
  3. Focusing on range of motion exercises to restore flexibility and reduce the risk of stiffness and scar tissue formation.
  4. Strengthening the arm and shoulder through weightlifting, resistance band exercises and other strength-building exercises.
  5. Overcoming common setbacks and challenges, such as pain, stiffness and weakness, by working with the physiotherapist to develop a plan, and using pain management techniques, such as medication or nerve blocks, if needed.
  6. Following the rehabilitation plan the surgeon and physiotherapist prescribe, and avoiding overdoing it.

 

Working closely with a surgeon and physiotherapist to develop a personalised rehabilitation plan that considers each patient's specific needs and goals is important.

 

How can setting rehabilitation goals and tracking progress help to optimise recovery after arm surgery?

 

Setting rehabilitation goals and tracking progress can help to optimise recovery after arm surgery in several ways:

  1. Provides focus and direction: Having specific, measurable rehabilitation goals helps to focus and direct the patient's recovery, allowing them to concentrate on the most important tasks.
  2. Motivation: Tracking progress and seeing progress made can motivate the patient, encouraging them to continue rehabilitation even when it is challenging.
  3. Helps to monitor progress: Tracking progress can help the patient and the physiotherapist to monitor and make any necessary adjustments to the rehabilitation plan.
  4. Identifies areas that need improvement: By tracking progress, the patient and the physiotherapist can identify areas where improvement is needed, and focus on those areas to optimise recovery.
  5. Increases accountability: Having specific goals and tracking progress increases the patient's accountability, and can help to ensure that they are following the rehabilitation plan and making steady progress towards recovery.

 

Setting goals and tracking progress is an important part of the rehabilitation process after arm surgery. It helps to provide focus and direction, increase motivation and accountability, and monitor progress, which can all contribute to optimising the recovery process.

 

 

Head on over to the second part of this series of articles on rehabilitation after arm surgery to find out how to overcome the common challenges faced during rehabilitation and how the use of wearable devices can support the recovery process.

 

If you are going to start rehabilitation for arm surgery, do not hesitate to book an appointment with Professor Imam via his Top Doctors profile today to discuss your case and receive expert advice and management.

By Professor Mohamed Imam
Orthopaedic surgery

Professor Mohamed Imam is an exceptionally skilled consultant orthopaedic surgeon who specialises in upper limb surgery, sports injuries, and complex trauma.

Professor Imam uses the latest technology in diagnosing a wide range of upper limb conditions. He has gained leading expertise in the diagnosis and management of wrist, shoulder, hand and elbow conditions, and is highly skilled in the treatment of sports injuries. Among his repertoire of procedures are major shoulder tendon repair, upper body tendon tears, joint preservation, joint replacement, cartilage regeneration, and reconstruction surgery.

Furthermore, Professor Imam specialises in arthroscopic (keyhole) surgery to treat numerous conditions, including arthritistennis elbow (lateral epicondylitis)rotator cuff tears, frozen shoulder and tendonitis, as well as wrist and hand conditions such as Dupuytren's contracture and cubital tunnel syndrome

His extensive specialist training took place in the UK and internationally. In fact, he has been awarded multiple awards and international travelling fellowships, including a fellowship with Professor Christian Gerber, the world-leading pioneer of modern shoulder surgery, at Der Balgrist University Orthopaedic Centre of excellence in Zurich, Switzerland. What's more, he undertook travelling fellowships to gain up-to-date international experiences in Mayo Clinic, The Steadman clinic (the US Olympic team centre of excellence) and Stanford University.

Research is another area of Professor Imam's career. He is the chief investigator of leading national and international studies. His work is widely recognised, and he has published more than 70 peer-reviewed publications in top international medical journals and written more than 12 textbook chapters on upper limb injuries.

Professor Imam has accomplished many achievements throughout his career. He has designed orthopaedic instruments, designed and published different techniques, and authored two books. One of these books surrounding the theme of the use of stem cells in orthopaedics and another concerning shoulder arthroscopy. He regularly presents his research at various national and international meetings. Currently, Professor Imam, with an elite team of researchers, is investigating the use of artificial and machine intelligence in surgery.

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