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Stroke and Yoga: What´s the Evidence?
Blogpost
23. June 2026 7 minutes
Home Archives for julia.perus
Two men and two women in a relaxing Yoga position

A stroke often marks a turning point in life.
The previous way of life is questioned. As a holistic approach , Yoga promises to bring body, mind and soul back into balance.

Is there scientific evidence of the effects of Yoga? Is Yoga suitable for stroke patients? To answer these questions, we looked at recent studies and reviews.


 

How can Yoga provide support after a stroke?

After a stroke, problems with movement, balance, and perception can occur. Language, concentration, and memory are also frequently affected. The new life situation can lead to psychological problems or depression.

As a complementary therapeutic measure, Yoga can have various health benefits, regardless of the clinical picture:

  • Strengthening of muscles, bones, tendons, and ligaments
  • Improvement of mobility and range of motion
  • Promotion of mindfulness, concentration, and the ability to relax
  • Improvement of balance, proprioception, and postural control
  • Reduction of stress, depressive moods, and states of anxiety
  • Promotion of well-being and social factors
  • Training of brain and memory functions
  • Reduction of pain

Making mistakes for neuroplasticity

After a stroke, it is necessary to learn how to cope with the new life situation. Movements that used to be automatic, have to be relearned. This is where Yoga can be a valuable support.

The mat is the testing laboratory: Movements that are needed in everyday life will be practised. If plan A doesn’t work, plan B may will. Mistakes are permitted and desirable. If toddlers always gave up the first time they landed on their bottoms, they would never learn to walk.

Even if a certain exercise doesn’t work yet, the movement pattern can be worked on. Perhaps part of the movement is successful or the necessary muscles can already be consciously controlled. These are successes. Celebrate them!

For stroke survivors in particular, frequent repetitions are important to stimulate the damaged areas in the brain. The brain is able to regenerate dead cell tissue. Some streets in the neurological highway may be closed, but the brain will find diversions. This ability is called neuroplasticity.


Evidence for Yoga in stroke patients

The Cochrane Collaboration published a review of Yoga for stroke patients in 2017. As an international, independent organization, Cochrane is considered to be the gold standard for studies. Three statistically relevant results were found in the Cochrane Review of Stroke and Yoga.

 For patients after a stroke, participating in a regular Yoga program

  • improves memory performance,
  • reduces the occurrence of feelings of anxiety, and
  • increases the range of movement in individual parts of the body.

Data on Yoga for stroke patients

Overall, there is not much data on Yoga and strokes yet. There are not enough large, high-quality studies to clearly confirm the effectiveness and safety of Yoga for stroke patients. Nevertheless, there are many smaller studies that show a positive trend.

Yoga is a complex system of movement, breath, and meditation.

  • Exercise strengthens muscles, bones, and the cardiovascular system. It improves coordination, endurance, and mobility.
  • Conscious deep breathing leads to improved body awareness, mental and emotional relaxation, stress reduction, and increased breathing capacity.
  • Regular meditation improves attention, emotional control, and stress management.

Yoga after stroke: What do I need to consider?

In the case of existing physical and/or mental limitations, a medical assessment is the first step before starting to practice Yoga.

No matter what the limitation is, Yoga is always possible. Yes, always. Yoga is much more than physical exercise. Even people with significant limitations can practice Yoga.

If a patient is sitting in a wheelchair, the upper body can be mobilized. Bedridden patients can work with visualizations. The brain cannot distinguish whether a movement is carried out or only thought about. The received stimuli reactivate the damaged brain areas. The yogic philosophy gives patients hope and can have a positive effect on mental health.

Older man laughing in a Yoga class

How do I start Yoga after a stroke?

An experienced teacher is essential. Ideally, he or she has already worked with other patients and knows how to adapt exercises beneficial for patients.

In patients with hemiparesis or hemiplegia, there is a risk that the practitioner will not feel potential damage. Instructors take on great responsibility in providing the right guidance. Some rehabilitation centers offer special Yoga courses for people who have had a stroke. Private lessons also can make sense.

It is best to ask the rehabilitation centre or the respective doctor if there are special courses for patients. Yoga studios in the area can also be the first port of call.

What style of Yoga is suitable for stroke survivors?

Yoga therapy combines the Eastern Yoga tradition with modern therapeutic approaches from the West. Breathing exercises, body positions and meditation are adapted to the individual needs of the client. Yoga therapy is a good way for patients to start practicing Yoga.

Hatha is more or less the original form of Yoga. The three pillars of Hatha are body, breath, and meditation. The disciplines come together to produce better awareness of the body. Hatha Yoga is a good place for stroke patients to start.

Iyengar Yoga focuses on body movements and breathing techniques. The precise execution of the individual poses is essential. Numerous aids such as blocks and straps may be used for support. Each pose can be individually adapted –Iyengar Yoga is suitable for stroke patients.

Yin Yoga is a calm style and is often used as a complement to more active disciplines. The positions are held for a long time to promote flexibility and relax the mind. The style is suitable for patients, people suffering from stress, or elderly people.

Forrest Yoga was founded by Ana T. Forrest. It is the Western Yoga response to modern life problems. The physical focus trains people to deal with and compensate for individual limitations and injuries better. Forrest Yoga is suitable for stroke patients.

Vinyasa Yoga is an active and dynamic style. The various physical exercises are strung together in flowing movements. Due to the high intensity, the style is initially less suitable for stroke patients.

Ashtanga focuses on the sequence of recurring series of exercises. The style is dynamic and physically demanding. Ashtanga is initially not recommended

recommended for stroke patients.


Yoga as a therapy after a stroke: Yes or no?

People with chronic illnesses or limitations often feel overwhelmed. Between doctor appointments and therapies, the desire to do something to aid recovery arises.

Yoga is accessible to everyone and promises great health benefits. A medical assessment is always advisable before starting to practice Yoga.

Patients should initially be supervised by experienced instructors. Mindfulness and honesty regarding the own limitations protect against physical overload.

Movement is good for the body, conscious breathing and meditation are good for the mind. When performed safely, Yoga can have a positive effect on patients’ physical and mental well-being.

 

 

Author: Michaela Partel



Technology-Assisted Rehabilitation After Stroke

Technology-based rehabilitation can be a valuable complement to holistic approaches such as yoga.
While yoga may support body awareness, balance, breathing, and mindfulness, devices from Tyromotion can help therapists deliver intensive, motivating, and measurable training for people after stroke.
Tyromotion offers robotic and sensor-based rehabilitation solutions for the upper and lower extremities, including systems designed for movement training, balance, gait, hand function, and interactive therapy.
Used under professional guidance, these devices can support the high number of repetitions needed for neuroplasticity, provide objective feedback, and help make progress visible for both patients and therapists. In this way, technology-assisted therapy and mindful movement practices can work together toward the same goal: improving independence, confidence, and quality of life after stroke.

Home Archives for julia.perus
Stroke – What can I do to help?
Blogpost
1. June 2026 7 minutes
Home Archives for julia.perus
Young man with a man in a wheelchair in a park

What is a stroke?

The term “stroke” does not refer to a specific condition; instead, is a general term summarizing different forms of damage to the brain.

A stroke (apoplexy/apoplectic insult) typically occurs suddenly. In about 80% of cases, occlusion of a blood vessel results in impaired circulation (ischemic infarction). In about 20% of cases, the cause is cerebral bleeding (hemorrhagic infarction).

Insufficient blood supply often results in nerve cell death. The health implications of a stroke depends on the location and extent of damage as well as on how quickly medical assistance occurs.

Stroke – one Term, many faces

The life of a stroke patient can change from one minute to the next. A stroke can be accompanied by a range of different symptoms:

Weakness or paralysis (hemiparesis/hemiplegia) of one side of the body or individual parts of the body is one of the most common symptoms and often the main one; many times this is what the patient notices first. Suddenly, they may no longer be able to lift their arm or they may fall because their leg won’t support them anymore. These are serious warning signs!

Often, sensation is reduced in one half or individual parts of the body. Other common symptoms include a tingling or unpleasant sensation on the affected side.

The ability to speak and swallow can also be impaired resulting in adaptation to allow for feeding and nutrition. For example, a nasogastric tube could be necessary to feed the patient on a temporary basis or, if permanent assistance is required, a stomach tube may need to be surgically inserted.

Cognitive performance, retentiveness, and memory function can be reduced. The patient’s personality may change as well. Depression is common, as the patient will need time to get used to the physical impairments, limitations, and other changes they are experiencing.

The ability to act and plan might be reduced. Some patients may no longer be able to use daily objects as intended. For example, they may put their undershirt over their shirt.

Another common problem in the period immediately after a stroke is incontinence. Some patients might struggle to retain urine or cannot retain urine at all. Some may require a permanent urinary catheter, because bladder function can remain reduced. Bowel function can also be affected.

Body perception of the affected side can be reduced. Patients may no longer feel stimuli applied to the affected side. In severe cases, the patient might even “neglect” the affected side completely. Some patients even “forget” that the affected side of their body exists.

 

4 dice with the letters F, A, S, T

FAST – How do I recognize a stroke?

FAST is an acronym commonly used to identify if a person is suffering from a stroke; it stands for Face, Arms, Speech and Time.

Face
Ask the person to smile. If that person is having a stroke, one corner of the mouth will droop.

Arms
Ask the person to extend both arms in front of them, palms facing upward. In the case of a stroke, one arm will droop or the palm will turn facedown.

Speech
Ask the person to repeat a simple sentence. The person may not be able to do so or their speech could be slurred.

Time
If the person is unable to complete any of the above tasks, they are in immediate danger. Get help immediately.

Other typical signs of a stroke are a tingling sensation or numbness on one side of the body, severe vertigo, extreme headache, or impaired vision.
The sooner the patient receives medical attention, the better their outlook after the stroke will be.

As a family member of a stroke survivor, what can I do?

Acute phase after a stroke

At the hospital, personal items can make the stay more pleasant. Pictures of family members, flowers, their favorite music or anything else that cheers the patient up can improve the situation. Regular visits, card games or good conversations can also support the healing process.

As a family member can support the patient in this acute phase by the following:

  • Address the patient from their affected side and sit on that side when you talk to the patient. This encourages the affected half of the brain to establish new neural connections.
  • Speak to the medical staff about using a specific initial touch. For example, lightly touching the patient’s right shoulder before starting a conversation. It alerts the patient to the fact that someone is talking to them. Such an initial touch is commonly used as a support measure for patients with reduced awareness and on intensive care wards especially.
  • Close relatives benefit from touching the affected side of the body. Briefly touching the hand can be sufficient. Massaging the hand can also stimulate sensory functions. This stimulus helps the brain to create new connections.
  • Take the patient for walks outdoors if that is an option. Nature, natural light and fresh air have a positive impact on mental health.
  • Offer support and let the patient know you are there to help.
Woman holds the hand of a hospital patient

Rehabilitation after a stroke

For many patients, the hospital stay is immediately followed by a transfer to a rehabilitation institution. The goal is to re-establish as much independence as possible and, if practicable, enable the patient to return to their own home.

Family members can support the patient here as well. Maybe the patient needs some encouragement or diversion, in the form of a walk, or simply your presence. Being ready to listen to the patient can be a big help also.

Many patients realize, during this phase, that their life has changed abruptly. The patient might experience periods of sadness; support from family and friends are even more important now.

Some institutions can coordinate and even encourage family participation in therapies with the patient. If the patient is to be cared for at home with the help of the family, participation and/or training is advisable to gain insight and experience before leaving the medical facility.

What happens after discharge?

Depending on the severity of physical and cognitive limitation, the conditions at home and options for support, a patient may return to his/her own home.

If the stroke patient requires more support with daily tasks, home visits by a nurse can be arranged. If extensive support is needed or safety is a concern, a 24-hour nurse might be a suitable option.

An assisted living facility may allow for a greater degree of independence due to improved accessibility. Those who need continued nursing care and rehabilitation may discharge to a skilled nursing facility (SNF). Patients with the most severe strokes may be transferred to a nursing home.

Outpatient therapy is advisable to maintain the gains made during rehabilitation, to make further progress, and to prevent any secondary damage. Depending on the deficits, physical, occupational, and/or speech therapy, as well as psychological support can be beneficial. If the patient’s mobility makes it impossible to visit a therapist, home visits may be available.

With continued therapy, suitable aids, and adaptation of the patient’s home, a high quality of life may be achieved after a stroke. The support of family and friends will be an important source of assistance and comfort for the patient.

Nevertheless, relatives themselves should also take good care of their health. Only if you are well and healthy, you can watch out for others.

Technology-supported rehabilitation after stroke

Recovery after a stroke often continues long after discharge from hospital or rehabilitation. Alongside physiotherapy, occupational therapy, speech therapy, and family support, technology-assisted rehabilitation can help patients practice meaningful movements with greater intensity, repetition, and motivation.

Our robotic and sensor-based therapy solutions support evidence-based rehabilitation of the upper and lower extremities. Devices such as Amadeo, Diego, Pablo, Myro, Tymo, Lexo, and Omego Plus enable therapists to tailor therapy to each patient’s individual abilities, goals, and stage of recovery.

Through task-oriented training, motivating therapy games, biofeedback, and objective assessments, technology-supported rehabilitation can help patients regain function, improve independence in everyday life, and stay engaged throughout their recovery journey.

 

Author: Saskia Wibner

Upper Body
Amadeo
Hand and finger rehabilitation device Amadeo

Amadeo enables patients with little or no grasp function to perform hundreds of robot-assisted hand and finger movements in a single session.

Hand and finger rehabilitation device Amadeo
Upper Body
Diego
Diego: shoulder rehabilitation equipment

Diego is an advanced arm rehabilitation device for upper limb recovery.
Intelligent weight relief and 3D training help patients safely regain natural arm and shoulder function.

Diego: shoulder rehabilitation equipment
Upper Body
Myro

Interactive and task-specific therapy

Myro: cognitive rehabilitation tool

The sensor-based surface enables task-oriented rehabilitation with daily living objects, trains the patient’s cognitive abilities, and improves motor abilities of the upper extremity.

Myro: cognitive rehabilitation tool
Upper Body
Lower Body
Tymo
Tymo: balance board for rehabilitation

Tymo is a versatile balance board for rehabilitation designed for comprehensive whole-body assessment and therapy.

Tymo: balance board for rehabilitation
Upper Body
Lower Body
Pablo
Pablo: rehabilitation and functional assessment

Lexo is an end-effector-based gait trainer that revolutionizes gait rehabilitation through fast setup, high patient activity, and trunk support. Gait training with Lexo means gait rehabilitation combined with scientific evidence.

Pablo: rehabilitation and functional assessment

Home Archives for julia.perus
Strength training after stroke
Blogpost
27. May 2026 6 minutes
Home Archives for julia.perus
A doctor helping a patient to lift a dumbbell

Many studies indicate that strength training helps after a stroke, even if a significant amount of time has passed. This article will reveal a successful post-stroke training plan at home and what this plan can improve upon with strength exercises.

 

What happens to the muscles after a stroke?

After a stroke, the muscles on the affected side change. There are changes in the length and mobility of muscle fibers. Initially, the affected side is usually weak and feels sluggish and lifeless; over time, these muscles become rigid and clumsy when left untreated. Patients suffer from a limited ability to move in their daily lives. Getting up from an armchair or lifting and carrying objects may be difficult.

Therapists are aware of such muscular problems and can distinguish if a movement cannot be performed due to weakness or due to spasticity. Strength training is successfully used for both weak and spastic muscles. A successful training plan and a lot of motivation can contribute to the recovery of the diseased muscles.

 

What can be improved after a stroke by strength training?

Therapeutic experience and studies show that the force and strength of the affected side can be specifically trained after a stroke.
The step length and track width are increased through gait training. Walking safety is increased. At the upper extremity, improvement in the extent of movement is frequently seen. The arm can be raised higher. As a result, those affected can place a laundry basket on the table with both hands. Carrying out everyday activities without the help of others greatly increases the quality of life after a stroke.

Strength training after a stroke has a positive effect, not only on independence but also in everyday life. The pleasure of exercise increases mental health, and cognitive abilities improve. Affected people feel more joy and motivation.

 

Progressive resistance training after a stroke

Progressive resistance training is a form of strength training after a stroke. The intensity of the selected exercises increases continuously. The muscles slowly adjust to the increasing strain.

 

Woman gets up from chair- Patient sits down on chair

 

Try this type of standing exercise training:

  • Sit down on a chair for this exercise. A strong, firm armchair will give you more support than a soft one.
  • Slide your bottom to the front edge of the chair.
  • Sit straight and place your feet slightly behind your knees.
  • If you have armrests on your chair, place your hands near the front of the armrests. Shoulders width apart.
  • Lean forward from the hip. Be sure always to keep your back straight.
  • As you are leaning forward, press your heels into the floor. Slowly stand up.
  • Straighten your legs. Lift your head to straighten your hips.
  • Now slowly sit back down. The deliberate, slow movements exercise the eccentric activity of the muscles. While performing the exercise, make sure you are moving symmetrically. Try to support yourself as little as possible.
  • Repeat this exercise 15 times. If this movement is too much at the beginning, do only as many repetitions as you can without getting out of breath.
  • Depending on how good your coordination skills are, the exercise can be performed with or without stopping.
  • After 15 repetitions, take a one-minute break.
  • After the break, do a second and a third set. You will want to perform the third set with as much concentration and at the same pace as the first.

 

Perform this exercise two to three times per week. Take a break for one day between the workouts. Give your muscles enough time to recover, strengthen, and grow.
Increase the intensity after two to three weeks. For this purpose, select a lower seat or use additional weight (for example, a filled backpack).

 

What is circuit class training?

circuit class training is used to train strength stamina. Different exercises are combined to address different muscle groups. This type of training brings variety and increases motivation. Each exercise is repeated 15 to 20 times. There are short breaks between exercises.
Below you will find some exercise recommendations for circuit class training of the lower extremities. The basis for every exercise is an upright position.

  • Do alternating side taps with the left and the right leg.
  • Do alternating steps forward with the left leg and the right leg, respectively, and always step back with each leg after making the step forward. The steps should be about the same size.
  • Alternately rotate your toes outwards or inwards. In doing so, the weight is slightly shifted to the heels.
  • Push up to tiptoe and lower again. The exercise can be performed with or without stopping.
  • If your strength and coordination allow, try making small jumps with both legs. Be sure to land on the floor with both legs at the same time.

Discuss the exercises with your physiotherapist or occupational therapist to adapt them to your individual possibilities.

 

Ballistic training

When speed and skill are required in everyday life, the muscles usually need to act and react rapidly. This need also applies to the impression of the forefoot during walking or running.
For this purpose, a research group proposed a so-called ballistic training in which weights are quickly pushed or thrown into a room; for example, shooting balls for leg training or throwing objects for arm training.
All of these exercises can also be carried out in a pool or with the help of special training equipment. Training devices are available in most rehabilitation facilities, along with outpatient equipment-assisted training therapies, especially for stroke patients.

Strong through Visualization

In top-level sports, mental training has long been indispensable. Racing riders memorize the track guides exactly, and climbers rigidly plan every grip for challenging routes. Athletes can imagine how it will feel to win the race. Indian researchers were able to show that stroke patients also benefit from mental training. If visualizations are used in addition to strength training, the walking speed increases more than without these measures.

Woman thinking with closed eyes

Patients, who have difficulty walking, imagine how they effortlessly stretch and bend the affected leg. They imagine the sequence of the movement, how they place one leg in front of the other. Imagine how you would feel doing that. What are your feelings? What are you particularly looking forward to? What will your family say? What will your friends say?

An aid in working with visualizations can be to have the movement sequence verbalized precisely by the therapist. This statement can also be recorded and played back at home as accompanying support during the training. The brain cannot distinguish whether the movements are actually carried out or merely imagined. Use this fact for your rehabilitation!