Hands are the chief organs for physically manipulating the environment, and each hand is dominantly controlled by the opposing brain hemisphere. After a stroke with partially damaged brain, grasping a block, gripping a glass, pinching to pick up a small ball or simply opening hands … These tasks may suddenly seem to be too difficult to reach. Indeed, impaired hand function is one of the most frequently persisting consequences of stroke.
The essential of the hand movements is controlled by specific part in our brain (within the motor cortex), and accomplished by two sets of muscles and tendons.
After a stroke, if the controlling brain area is damaged, it will also result in the shortening of soft tissue, skin, tendons and muscles. These will further become one of the most limiting factors to regaining hand function later. If the tissues are not stretched, it will result in spasticity which will further limit use of hand and arm and diminish the recovery potential.
The loss of hand functions results from the combination of two factors : a loss of brain activity due to the stroke and the physical changes in muscle and tendons that occur as a consequence. The less active the motor cortex and the more severe the spasticity , the less one can use his/her hand muscles.
Both problems need to be addressed as part of rehabilitation: stimulating the building of new circuits of information in the brain and releasing the spasticity in the hands, to allow these circuits of information to activate the hands.
Usual interventions include muscle vibration and electrical nerve stimulation in the limbs enhance the motor cortical output to target muscles; mental practice (patient’s concentrating on moving the muscle). NeuroAid, which supports neurological functions, can also help patients to regain hand function more rapidly. With time, the cells in that part of the brain affected by the stroke progressively become more easily activated. The changes in the strength of the connections between the brain and muscles lead to improvements in the ability to use the muscles.
Further intervention are under exploratory development, for example a team of Canadian doctors has developed a test to evaluate hand muscle control: tapping a single keyboard key with the index finger; picking up pegs, one at a time and placing them into holes on a pegboard; and pushing with index finger against a metal bar that measures force. Performance on this test was linked to the ease with which brain cells that control muscle functions can be activated; how active the brain cells are at the time of testing; and the strength of the neural connections between the brain and the muscle. Such test supports then the development of new clinical treatment strategies which will better match each patient situation at the different stages of the recovery process. This may open in the future a route way for more effective individualized optimized treatment protocol for stroke survivors based by adjusting the treatment to the individual’s exact situation and recovery dynamics.
There are specific books or tools such, which may help you find out the exercise which are most suited to your situation – by researching on the internet we came across several books written by stroke survivors who are more than happy to share their experiences. To benefit from these ex stroke patients’ genius creations, you can visit Amazon.
I thought we could use this newsletter to share which books you found to be most useful for your recovery, do write us a short email on which was your favourite book during your recovery journey and why it helped you . We will publish the list of the best ranking books in the upcoming newsletter.
Sources:
Medical News Today
Blue Bridge Healthcare, USA

First step, you may ask yourself or ask your dear one what you/he can do to prevent another stroke. Take the steps necessary as prescribed by the doctor. This includes things such as monitoring blood pressure, finding out cholesterol numbers and working to control them, quitting smoking.
It is vital to seek out and listen to those individuals who are familiar with or specialized in stroke rehabilitation. This includes not only the healthcare team but also other stroke survivors and their family. Ask questions, stay positive, and stay in the course!
Depending largely on the level of the impediments at the acute phase, a stroke can often lead to long disability periods for the stroke survivors, making the possibility of returning to work fade away. Yet, for many, taking the right action can make all the difference. Long term support and appropriate rehabilitation tailored to the needs of the patient, is crucial for stroke survivors aiming to return to work. The patient’s firm will to return to work, can also serve as the motivational factor needed to initiate an intensive rehabilitation process. Physiotherapy, speech and language therapy, and psychological support all work help achieve faster and more complete recovery.
The attitude and willingness to help shown by the employer is of major importance and can have direct impact on whether or not a stroke survivor returns to work. It is thus very important to contact the employer as soon as possible following the stroke, to agree on reasonable and necessary adoptions to the working arrangements and conditions to make the return to work as smooth as possible. Too many stroke survivors who go back to work leave soon afterwards because their employers have not made the necessary adaptations, making it impossible for them to fit in and perform at their capacity. There are several measures that you might ask the employers to take so as to help you continue your work:
ACCOMMODATE YOUR HOUSE TO YOUR RECOVERY. Forty percent of stroke survivors suffer serious falls within a year after their strokes. That’s why the OT will suggest you to move extra furniture out of the way either to corners or another room, to move electrical cords out of pathway, to remove loose carpets and runners in hallways and stairwells or to fasten them with non-skid tape to improve traction. Low pile carpeting is better than a thick one because it makes wheelchair or walker movement easier. Try stair glides, stair lifts and platform lifts if you need to use the stairs many times during the day.
New research, published in the peer-reviewed medical journal “Brain”, suggests that listening to music could help stroke patients to recover from brain damages after having suffered from a stroke. The study carried out in Finland, randomly allocated patients into three groups, and the patients in one of them were instructed to listen to their favorite music at least one hour a day and keep a diary of how much they listened. Following the study the researchers concluded “that music listening during the early post-stroke stage can enhance cognitive recovery and prevent negative mood”.