Tendon therapy plays a key role in the rehabilitation and prevention of tendon injuries. For patients suffering from chronic or acute tendon damage in particular, this treatment approach offers effective options for relief and healing.
The importance of tendon therapy
What is tendon therapy?
Tendon therapy covers a range of techniques for treating and healing tendon injuries. These methods are tailored individually to the needs of each patient in order to regenerate tendon tissue and relieve pain. Therapy may involve manual techniques as well as the use of modern medical devices.
Tendon reconstruction, for example, refers to surgical procedures to repair torn tendons. In addition, non-surgical methods such as manual lymphatic drainage and kinesiology taping can support healing.
The purpose of tendon therapy
The main purpose of tendon therapy is to restore the function and load-bearing capacity of the tendons. Targeted treatment aims to improve mobility and reduce pain. This is particularly important for patients after injuries or operations, so that recovery is quick and effective.
Areas of application and their frequency:
- Sports injuries: 40 per cent
- Osteoarthritis and joint disorders: 25 per cent
- Post-operative rehabilitation: 20 per cent
- Chronic tendon damage: 15 per cent
Tendon therapy also aims to prevent further injuries and to promote general joint health. With regular therapy sessions and preventive measures, patients can achieve long-term improvements.
Find out more about the different tendon therapy techniques and how they can be matched to your individual needs. Whether after shoulder surgery or as treatment for calcific tendinitis, a tailored tendon therapy can considerably improve quality of life.
Indications for tendon therapy
Tendon therapy is an effective treatment method for a variety of muscular and skeletal complaints. This section explains the indications and applications of tendon therapy.
When is tendon therapy required?
Tendon therapy may be necessary for a wide range of complaints and conditions, including:
- Tendinitis – inflammation of the tendons caused by overuse
- Tendon tears – significant injuries to the tendons, as treated by tendon reconstruction
- Impingement syndrome – entrapment of the tendons in the shoulder, often managed with impingement syndrome treatment
- Calcific tendinitis – calcium deposits in the tendons, known as calcific shoulder
- Fractures – broken bones that affect the tendons, for example a clavicle fracture or a fracture of the humeral head
Treatments that benefit from tendon therapy
Tendon therapy can provide support alongside a number of treatments. Here are some examples:
- Post-operative rehabilitation: after operations such as shoulder arthroscopy or shoulder stabilisation surgery, tendon therapy helps to restore mobility and strength.
- Pain management: in chronic pain, tendon therapy can play a complementary role, for instance alongside osteoarthritis therapy or surgery for epicondylitis.
- Sports injuries: athletes benefit from tendon therapy for rehabilitation after sports injuries and for a faster recovery.
- Cartilage and joint therapies: combined with cartilage regeneration therapy and joint operations such as an artificial shoulder joint, tendon therapy helps to restore function.
- Shockwave therapy: radial and high-energy shockwave therapy can be complemented by targeted tendon therapy to promote tendon healing.
For more comprehensive information on the role of tendon therapy within different treatments, please visit our pages on the specific areas of application and their benefits.
Tendon therapy techniques
Tendon therapy is a specialist field within physiotherapy that focuses on the treatment of tendon damage and injuries. The techniques used are varied and may require individual adjustment.
Exercises and movement patterns
Targeted exercises and movement patterns are an essential part of tendon therapy, designed to strengthen the tendons and increase their flexibility. These exercises are especially important for patients with shoulder pain or conditions such as shoulder osteoarthritis.
- Eccentric training – aim: strengthening and stretching the tendons; 10–15 repetitions
- Stretching exercises – aim: improving flexibility; hold for 15–20 seconds
- Resistance training – aim: building muscle strength; 10–12 repetitions
Use of devices and technologies
The use of special devices and modern technologies can considerably increase the effectiveness of tendon therapy. These include machines and instruments for targeted tendon treatment.
Transcutaneous electrical nerve stimulation (TENS)
TENS devices are used to relieve pain symptoms and promote circulation through electrical stimulation. You can find more about this method on our page about transcutaneous electrical nerve stimulation (TENS).
Manual therapy devices
Manual therapy aids such as massage balls and fascia rollers allow specific tendon areas to be treated in a targeted way. These aids are particularly suitable for self-treatment and as a supplement to professional therapy.
Shockwave therapy
Radial and high-energy shockwave therapy is another effective method for relieving chronic tendon complaints. Shockwaves penetrate deep into the tissue and support the healing process.
By combining individual exercises with modern technology, tendon therapy can make a substantial contribution to improving tendon function and relieving pain.
The tendon therapy process
Tendon therapy is a complex process that runs through several phases. It is important to have a clear understanding of each step in order to achieve the best possible results.
Initial assessment and diagnosis
The initial assessment is the first step in the tendon therapy process. The patient is examined thoroughly so that an accurate diagnosis can be made. This step involves:
- Medical history: the patient describes their symptoms, injuries and medical background.
- Physical examination: the doctor assesses the mobility, strength and pain level of the affected tendon.
- Imaging: X-ray, ultrasound or MRI may be used to show the tendon damage in detail.
Overview of the examination steps:
- Medical history – the patient describes their symptoms
- Physical examination – assessment of mobility and pain
- Imaging – X-ray, ultrasound, MRI
Treatment phases and time frame
The treatment process is divided into several phases, matched to the specific needs of the patient. Each phase has its own focus:
- Acute phase
- Aim: pain relief and reduction of inflammation
- Methods: cooling, rest, pain medication
- Duration: 1–2 weeks
- Rehabilitation phase
- Aim: restoring mobility and strength
- Methods: targeted exercises, physiotherapy
- Duration: 4–6 weeks
- Maintenance phase
- Aim: maintaining the progress achieved and avoiding relapses
- Methods: ongoing exercises, regular check-ups
- Duration: long term
The exact duration and intensity of therapy vary according to the severity of the tendon injury and the individual course of healing. Further information on specific therapies can be found under tendon reconstruction and cartilage regeneration therapy.
Careful, well-structured tendon therapy can make a substantial contribution to quality of life. The right combination of diagnosis, treatment and aftercare delivers optimal results. For more detailed information on the treatment of shoulder problems, please visit our pages on shoulder arthroscopy and shoulder stabilisation surgery.
Benefits and risks of tendon therapy
Benefits and improvements through therapy
Tendon therapy offers numerous benefits for patients with tendon problems. It can help to relieve pain, improve mobility and increase quality of life. Here are some of the key benefits:
Benefits
- Pain relief: reduces acute and chronic pain in the affected tendons.
- Improved mobility: increases flexibility and range of movement through targeted exercises and treatments.
- Stronger tendons: supports the regeneration and strengthening of the affected tendons for lasting recovery.
- Reduced inflammation: minimises inflammation through therapeutic measures such as manual lymphatic drainage.
In addition to these benefits, tendon therapy can draw on specific procedures for targeted treatment of complaints, for example impingement syndrome treatment or the treatment of shoulder pain.
Possible risks and side effects
Like any medical treatment, tendon therapy carries potential risks and side effects that need to be taken into account. It is important that patients are aware of these and discuss any concerns with their therapist.
Possible risks
- Overuse: exercises that are too intensive can place additional strain on the tendons or lead to overuse.
- Inflammation: unsuitable treatments could aggravate inflammation rather than relieve it.
- Incorrect treatment: a wrong diagnosis or a therapy that is not properly adapted can make the problem worse.
To minimise these risks, patients should work closely with their therapist and have the therapy reviewed regularly. Particular attention should be paid to sports medicine advice and to individual adjustment of the treatment plan.
Overview of the most common benefits and possible risks of tendon therapy:
- Pain relief – benefit: reduction of acute and chronic pain; risk: possible increase in pain if applied incorrectly
- Mobility – benefit: improved flexibility and range of movement; risk: overuse
- Tendon strengthening – benefit: support for regeneration; risk: strain caused by excessive training
- Reduction of inflammation – benefit: minimising inflammation; risk: potential aggravation of inflammation
With careful planning and delivery of tendon therapy, the benefits can be maximised and the risks minimised. Patients benefit from personalised treatment and the support of experienced therapists. Further information on tendon therapy and specific treatments can be found on our page about our areas of specialisation.
Aftercare and recommendations
Maintaining the results of treatment
Maintaining the results after tendon therapy is crucial for long-term improvement and for avoiding relapses. Here are some ways to secure the outcome of treatment:
- Regular follow-up appointments: patients should schedule regular follow-ups with their orthopaedic specialist in order to monitor healing and make any adjustments.
- Continued exercise: the exercises and movement patterns learned during therapy should be integrated into everyday life. This strengthens the tendons further and prevents renewed injury.
- Suitable devices and technologies: using recommended aids such as supports or orthopaedic insoles can assist healing, for instance after tendon reconstruction.
- Education and information: patients should be well informed and understand how best to support their tendons and joints, for example after an AC joint separation.
Recommendations for everyday life and long-term health
For successful long-term health and injury prevention, it is important to observe a few everyday habits and recommendations:
- Nutrition: a balanced diet rich in vitamins and minerals supports healing and long-term tendon health, and sports medicine advice can help here.
- Hydration: drink enough water to keep the tissue optimally hydrated.
- Posture and ergonomics: pay attention to good posture and an ergonomic workplace to avoid unnecessary strain on the tendons.
- Regular exercise: physical activity that promotes the mobility and strength of the tendons, including gentle stretching and targeted strengthening exercises.
- Stress management: stress reduction techniques such as yoga or meditation can help to reduce muscle tension, which can have a negative effect on the tendons.
- The right footwear: wearing well-fitting, supportive shoes, especially during activities that place heavy demands on the joints, helps to prevent sports injuries.
By following these recommendations, patients can help to preserve the results of their tendon therapy over the long term and improve their general tendon health. Regular communication with the orthopaedic specialist and adjustments to the treatment plan are important for optimal results. Do visit our other articles for more information on orthopaedic topics such as shoulder osteoarthritis or shoulder arthroscopy.
