Therapists have identified 3 main reasons why your home rehab program isn’t giving you the results you want. You can know how to fix it.

3 Common Reasons Why Your Home Rehab Isn’t Working and How To Fix It

Often after a stroke or other neurological injury the recovery process can
continue long after traditional rehab and therapy end. Hopefully once you or
your loved one returns home you attempt to adhere to a home exercise program
geared at maintaining and increasing strength and range of motion.
Unfortunately, life can get in the way, even with the best intentions, and
self-directed home rehab can be less effective than we would like it to be.
Therapists have identified 3 main reasons why your home rehab program isn’t
giving you the results you want.


3 Common Reasons Why Your Home Rehab Isn't Working
1. You aren’t clear about what you “should” be doing.



Sometimes we can be overconfident in our knowledge of what exercises to perform,
how to perform them and when to change the routine. Without clinical feedback it
can be a constant challenge to know if what we are doing is helping or hurting
or even making a difference at all. It’s all too common to be using outdated
techniques, over/under-challenging yourself, targeting the wrong muscles or
simply being poorly positioned during exercise.


2. You aren’t sticking with it
Repetition and consistency are the keys to making progress. Unfortunately, when
you are eager to get better it’s easy to fall into the trap of expecting to see
progress overnight. Many home programs are abandoned because of lack of
noticeable progress. Boredom is the other key reason for home therapy
abandonment. Patients tend to adhere to home programs that show results and keep
them engaged.


3. You aren’t using the right tools

The Brain is the most important tool for neurologic injury recovery. Often
people don’t know that they need to engage neuroplasticity to repair the brain -
body connections which are affecting their muscle tone, strength and functional
capacity after stroke. Neuroplastic changes require you to be alert, engaged,
motivated. If you are disengaged, inattentive, distracted, or doing your
exercises without thinking it is unlikely that your brain is capable of rewiring
broken pathways.

So how can you fix it? Get savvy about what’s out there!



Once therapy ends, you and/or your caregivers may look for programs or products
outside of the traditional rehab system to supplement your home programs.
Devices such as the Neofect Smart Glove [https://home.neofect.com/smart-glove] 
provide an interactive digital environment to modernize and demystify the home
rehab process after stroke.



Many of the traditional pitfalls of at home therapy can be avoided with features
such as digital progress reports delineating progress with remote monitoring
provided by a live therapist. Gamified exercises that maintain engagement in
repetitive tasks and optimize conditions ripe for neuroplastic change. With a
unique algorithm system the smart glove adjusts the challenge level required in
each activity to your personalized skill set in real time, ensuring that you are
always working toward neuroplastic changes. Don’t get intimidated by home
therapy programs. Start researching and learning about taking control of your
recovery.

To find out more about the Neofect Smart Glove and other Neofect products please
call us at (888) 623-8984 [tel:+18886238984] or email us at info@neofect.com.


*Neofect Home Inquiry:
-www.neofect.com [https://www.neofect.com/us]
-Phone:(888) 623-8984 [tel:+18886238984]



--------------------------------------------------------------------------------

A Vietnam Veteran who had 3 strokes: Michael Eustace



I went to move and I couldn’t. I moved forward and slid right onto the floor.
Started to get a little bit better and then I had another stroke. And then had
problems with the heart and wound up having 3 strokes and 1 heart attack.

I couldn’t move my arm, I couldn’t move my hand, I couldn’t do anything. At that
point I started to try to get better.
They kept saying, “What is your goal?”
I said my goal is to get up and walk again.
My goal is to get up and use my hand.

For me it was like it opened up a world of things that I could do with my hand,
and get more mobility, because it motivates you to do more. You don’t appreciate
things that you do before that you can’t do now.

"If it wasn’t for Neofect, I’d probably never bend my hand the way it is now."

Digital Rehab

Meet this promising cognitive traing software.  Comcog uses computer assisted cognitive rehab along with NEOFECT’s learning algorithm to guide a user through cognitive training based on their skills.

Neofect ComCog: Cognitive Training Tool

Neofect Cognition for Cognitive Training
Cognition [https://www.neofect.com/us/cognition] is a brain re-training software
that focuses on attention and cognition.

Cognitive training is essential for successful community living and independence
in everyday life. This software has been shown to improve working memory for
users with Alzheimer’s dementia. Neofect Cognition has also helped patients with
brain injuries increase their attention span. This March, as we acknowledge
Brain Injury Awareness month, we’d like to introduce this new cognitive training
software, Neofect Cognition.




Cognition as a cognitive training program has existed for a number of years in
Asia but has only recently come to the US under the US rehabilitation technology
brand, Neofect, the makers of the Smart Glove and other Smart Rehabilitation
products.




Cognition uses computer assisted cognitive rehab along with Neofect’s learning
algorithm to guide a user through cognitive training based on their skills.
Cognitive skills refer to the intellectual activities that encompass memory,
reasoning, attention and visuospatial skills. Damage to cognitive function can
cause difficulties in ones’ daily life.

Promoting brain neuroplasticity
[https://www.neofect.com/us/blog/tips-for-unlocking-neuroplasticity-after-stroke-part-1] 
is a key element to the cognitive rehabilitation process after a brain injury.
Neuroplasticity is a concept that states that the brain will essentially rewire
itself to compensate for the area of injury or damage. Cognitive rehabilitation
focuses on the importance of retraining the brain.



After utilizing the Cognition software for a 4-week training period, patients
with traumatic brain injury were shown to improve their attention to more
closely resemble that of their healthy counterparts. This may be due to the
concept of neuroplasticity, which postulates that the brain can rewire itself to
work even when parts of it are injured.



In Alzheimer’s dementia patients, a 4-week cognitive training program using
Cognition was shown to significantly increase memory capabilities. Patients were
able to better remember words and objects that had been presented to them
previously and scored higher on tests of orientation and recall.

To learn more about Neofect Smart Rehab devices, call us at (888) 623-8984
[tel:+18886238984] or email us at info@neofect.com.


Neofect Home Inquiry:
-www.neofect.com [https://www.neofect.com/us]
-Phone: (888) 623-8984 [tel:+18886238984]

Cognitive Rehabilitation

Neofect Cognition: An Attention and Memory Training Tool

About Characteristics of Plasticity, Ways To Harness Plasticity, How Exactly Does Plasticity Improve the Mind, and Maintaining Plasticity

Using Brain Plasticity to Supercharge Your Brain for Stroke Recovery

Brain plasticity, also known as neuroplasticity
[https://blog.neofect.com/why-neuroplasticity-matters-to-your-rehabilitation/],
is a term used by neuroscientists that refers to the brain's ability to change
and grow at any age. This flexibility is critically important during our brain
development and in shaping personalities.

Prior to the 1960s, scientists believed that changes in the brain only took
place during infancy and childhood. Most believed that the brain's physical
structure was permanent by adulthood. Modern research has concluded that the
brain creates new neural pathways and alters existing ones to adapt to new
experiences, create new memories, and learn new information, right up until the
day we die.

Psychologist William James was the first to suggest (in 1890) that the brain was
not as unchanging as formerly believed. In his book The Principles of
Psychology, he wrote, "Organic matter, especially nervous tissue, seems endowed
with a very extraordinary degree of plasticity." However, his idea was ignored
for decades.

From the 1920s to the 1960s, researchers began to explore the creation of new
neural pathways and followed cases where older adults suffering the aftermath of
massive strokes were able to “regain functioning, demonstrating that the brain
was much more malleable than previously believed.” Modern researchers have
confirmed that the brain is able to rewire itself following damage.

Characteristics of Brain Plasticity

There are a few defining characteristics of neuroplasticity:

It varies by age. Though plasticity is present for a lifetime, certain changes
are more likely during specific ages.

Plasticity involves multiple neural processes. Plasticity never stops and always
involves brain cells besides neurons, like glial and vascular cells.

Plasticity happens for two different reasons.

 1. As a result of learning, experience, and memory formation
 2. As a result of damage to the brain.

The brain never stops changing in response to learning. In cases of damage to
the brain, the areas of the brain associated with certain functions may be
damaged; but, healthy parts of the brain may take over those functions and the
abilities can be restored.

Environment and genetics both have an influence on plasticity. The stimulation
and sensory input of the environment will have a direct effect on how the brain
grows and changes. Similarly, if you have a genetic predisposition toward
learning, you are more likely to take in and retain information and skills more
quickly.

There are two types of neuroplasticity:

 * Functional plasticity: The brain's ability to move functions from a damaged
   area of the brain to other undamaged areas.
 * Structural plasticity: The brain's ability to actually change its physical
   structure as a result of learning.

Both types of plasticity can be harnessed to improve our brains.


Ways To Harness Plasticity


With the right circumstances, the power of brain plasticity can help adult minds
grow. Although certain brain functions decay with age, people can tap into
plasticity and refresh the brain.

Targeted brain plasticity exercises help to keep our brains fit. Even those
suffering from brain damage may be able to retrain their brains for better
function. The key is identifying what brain functions to target and how to best
exercise them.

Researchers suggest that there are various methods
[https://www.huffingtonpost.com/thai-nguyen/10-proven-ways-to-grow-yo_b_10374730.html] 
of harnessing brain plasticity:

Intermittent Fasting
The Society for Neuroscience suggests that fasting increases synaptic
plasticity, decreases risk of neurodegenerative diseases, promotes neuron growth
and improves cognitive function. When you fast, a metabolic shift reduces the
body’s leptin levels. Thus, the brain receives a chemical signal for neurons to
produce more energy.

Travel
Traveling encourages neurogenesis by exposing your brain to new, fresh, and
complex environments. Paul Nussbaum, a neuropsychologist from the University of
Pittsburgh explains, “Those new and challenging situations cause the brain to
sprout dendrites.” And a week-long tour of another country isn’t necessary to
get this benefit; take a weekend road trip to a different city.

Use Mnemonic Devices
Memory training promotes connectivity in your brain’s prefrontal parietal
network and can slow memory loss with age. Mnemonic devices combine
visualization, imagery, spatial navigation, and rhythm and melody, so they can
reach various parts of the brain simultaneously.

Learn an Instrument
Musicians’ brains show sharp connectivity between brain areas. Neuroscientists
explain that the multi-sensory experience of playing a musical instrument allows
for the association of motor actions with specific sounds, and memorizing visual
patterns leads to new neural networks being formed. As you practice a new
instrument, the repetition will allow for neuroplasticity to do its work.

Non-Dominant Hand Exercises
Using your non-dominant hand during routine tasks can help form new neural
pathways. Doing this strengthens connectivity between your brain cells. Studies
also show that non-dominant hand activities improve emotional health and impulse
control. Try switching hands during some simple tasks and give your brain a
test.

Read Fiction
Studies show increased and ongoing connectivity in the brains of participants
after reading a novel. Enhanced brain activity occurred in the brain area that
controls physical sensations and movement. Scientists explain that reading a
novel can be a physical transportation into the fictional world. Shifting into
this mental state is crucial for learning how to have complex social
relationships.

Expand your Vocabulary
When you learn new words, the brain’s visual processes, memory processes, and
auditory processes activate. The smaller your vocabulary, the more likely you
are to have poor cognitive skills.

Sleep
Studies show that sleep “helps learning retention with the growth of dendritic
spines, the tiny protrusions that connect brain cells and facilitates the
passage of information across synapses.” Getting 7-8 hours of sleep each night
will help the brain retain information.

How Exactly Does Plasticity Improve the Mind?

In his book, Soft-Wired: How the New Science of Brain Plasticity Can Change Your
Life, Dr. Michael Merzenich, a leading pioneer in brain plasticity research and
co-founder of Posit Science, lists ten core principles necessary for the
remodeling of your brain to take place:

 1.  Change is mostly limited to situations in which the brain is in the mood
     for it. If you are engaged, your brain will be too.
 2.  Be more motivated and more alert. Those intensely focused on the task and
     devoted to mastering something will experience greater change.
 3.  The strengths of the connections of neurons that are engaged together,
     moment by moment, are actually what changes.
 4.  Learning-motivated changes in connections increase cell-to-cell
     cooperation.
 5.  The brain strengthens its connections between teams of neurons when things
     occur in the same order over time.
 6.  Though the first brain changes are temporary, changes become permanent if
     your brain judges the experience to be worthy of remembrance.
 7.  Brain changes happen through internal mental rehearsal just as physical
     rehearsal in the real world helps us learn and execute specific tasks.
 8.  Memory is the key to learning. When you learn a new skill, your brain notes
     the good, the bad, and the ugly. The most recent good try is the one that
     the brain remembers.
 9.  When your brain strengthens a connection in advancing your mastery of a
     task, it weakens unnecessary connections of neurons that weren’t used.
 10. Brain plasticity can go either way; you can generate negative changes just
     as easily as positive changes.

Maintaining Plasticity

We can understand that the brain is designed to be stimulated and challenged, to
carefully examine and interpret the environment, and keep track of the details,
all of which is necessary for survival.

But, people in society tend to remove themselves from details of life. They
don’t keep track of things in their heads anymore; they use smartphones with
speed dial, address books, and reminder features. They rely on GPS rather than
paying attention to street signs and navigation skills.

As we age, we go from the acquisition of abilities to using the abilities
acquired earlier in life. We operate on autopilot. The skills and tasks we have
mastered are done simply by rote. We are largely disengaged.

Modern culture has reduced stimulation on the functional level, while we engage
ourselves at an abstract level of operations. Details no longer matter and our
brains are deteriorating as a result. As we continue to disengage from the
simple act of memory recall, we are letting our brain plasticity lie dormant.

But, it is more than possible to maintain plasticity as we age. Humans have the
ability to learn new things, master new skills or learn new languages, even into
old age. This example of neuroplasticity will most likely involve structural and
biochemical changes at the level of the synapse.

Adult brains remember new activities through repetition. When an enriched and
stimulating environment is offered to a damaged brain, recovery can occur. Not
everyone will be able to recover, however. The amount of brain damage and the
treatments and rehabilitation will be the key to engaging neuroplasticity.


Conclusion
The brain is an amazing source of skill, memory, and functionality. Its ability
to continuously improve functionally and structurally make human beings one of
the most sophisticated creatures on the planet.

We all have the power to train, modify, and heal our own brains through hard
work, focused effort, and a belief in the power of the mind.

Here is a great rehabilitation device for engaging neuroplasticity. The Learning
Schedule algorithm automatically adjusts the difficulty level based on the
patient’s range of motion and goals. This ensures the patient stays challenged
throughout training, and at the same time, creates a positive, encouraging
environment. The system monitors the performance data and generates progress
reports. Visit our website [https://www.neofect.com/us] and get more
information.


*Neofect Home Inquiry:
-www.neofect.com [https://www.neofect.com/us]
-Phone: (888) 623-8984 [tel:+18886238984]



--------------------------------------------------------------------------------

 * Source: 
   https://doublewoodsupplements.com/pages/using-brain-plasticity-to-supercharge-your-brain

Neuroplasticity

Daniel Wolpert said, "The brain was made not to think but to achieve complex, adapted movements." Do you know why he said like this?

Why Neuro-Rehabilitation is Necessary for Stroke Patients

Why Neuro-Rehab is Necessary after Stroke?
Every Olympics season, spirits are high. We are enthusiastic about fierce
matches and dramatic victories but at the same time we are also impressed by the
amazing movements the world class athletes make. The body trained to the human
limit and its motions themselves are a piece of art.


Looking at these marvelous motions, most of the people might be frustrated
thinking “I won’t be able to move like that”, but this is not quite true. Every
unconscious motion of our daily lives (walking, running, eating with a spoon,
text-messaging with a smart phone, etc.) actually is a highly trained, elaborate
movement. At first, babies meaninglessly shake their limbs and learn how the
order of the brain and the movement relate to each other. In this process, a
complicated circuit for exercise is created which gradually enables complex
motions.


In fact, the distinction between animals including human and plants is the
‘movement’ and it is the key in the signification of the word ‘animal’. The
brain fundamentally controls the elaborate motions and is developed to learn new
movements. When we generally think of brain, we associate it with the high-level
abstract intellectual capacity, but it was created with the primary purpose of
realizing physical movements. In the TED Talk below, a world famous
neuroscientist Daniel Wolpert specifies this. “The brain was made not to think
but to achieve complex, adapted movements”.


 * The video of Professor Daniel Wolpert

We will give you another example. If you would like to know how complicated and
difficult realizing the human movements is, let robots do the same thing. The
video clip below includes a series of scenes showing how humanoid robots of
DARPA Robotics Challenge 2015 “fail”. This robot contest assumes disasters such
as fire and assesses how humanoid robots carry out necessary relief works in the
given scenario. The robots in the video indicate how unlikely they are to
realize movements that common people naturally make.



 * The video of the failure of the robot

Of course it not only relates to motion control but also to intricate matters of
sensorimotor integration which involves object recognition and making
appropriate orders. Although we are living in a world where the artificial
intelligence has defeated a world-best human go player, the “artificial
intelligence that realizes physical activities” cannot even easily accomplish a
simple movement such as opening a door. This proves how difficult it is to
realize elaborate, flexible exercise regulation and motor learning.

No matter how complex motions are, most of the people are moving without much
difficulty. Unfortunately, many patients suffering from central nervous system
diseases –such as stroke, Parkinson’s disease, cerebral palsy- cannot do the
same. Specific symptoms and the degrees vary according to the affected brain
part and its severity but even if the muscles and bones are intact, they could
suffer dyskinesia when a brain function that controls physical activity is
damaged.

(Image source: www.freedigitalphotos.net)

However, the rehabilitation training could open up possibilities of exercise
function recovery. In addition, this probability indicates that the brain not
only operates elaborate mobility-regulation but also could re-learn its lost
ability or new motions through “exercise learning” process. A simple analogy
would be a detour when a road is blocked by construction. In this case,
pioneering a path would be a better explanation.

However, like all other learning processes, “how you achieve it” is a key factor
in exercise training through rehabilitation. In Neofect
[https://www.neofect.com/us], by diagnosing patients through detail exercise
evaluation, we constantly study and develop optimal training programs. Regarding
rehabilitation, a new trend is a fusion between the former neurorehabilitation
that concentrates on changes of brain and a recently-significant approach that
is based on data. By this change, we expect all patients of motor neuron
diseases to recover their beautiful, free movements through efficient
rehabilitation.


*Neofect Home Inquiry:
-www.neofect.com [https://www.neofect.com/us]
-Phone: (888) 623-8984 [tel:+18886238984]

Neuro Rehabilitation

Consider functional things that you can do with your affected side. Get out of the habit of moving your affected side with your "good" or non-affected side.

4 Tips for Combating Hemiplegia Using the Power of the Brain

With repetition as one of the main keys to improving movement, it’s important to 
consider creative ways to incorporate repetition into your daily rehabilitation
routine. Using virtual reality rehab devices such as the Neofect Smart Glove
[https://www.neofect.com/us/smart-glove] and Neofect Smart Board
[https://www.neofect.com/us/smart-board] can increase repetition 10x (250-300
repetitions) in the same amount of time as an outpatient therapy session (32
repetitions).



Here are four other ways that you can work on incorporating more repetition into
your daily rehabilitation routine:
 1. Consider functional things that you can do with your affected side. Even if
    it seems insignificant, something like using your affected side to turn on
    and off a light switch or open the fridge every time you do it, reinforces
    voluntary repetition. This idea of “forced-use” helps to reorganize the
    brain and recreate pathways to improve motor control. Additional repetition
    of functional movement can be added to your routine at home by using the
    Neofect Smart Glove or Smart Board. Virtual reality solutions like the 
    Neofect Smart Rehab devices [https://www.neofect.com/us] can encourage 10x
    more repetitions than traditional therapy sessions alone.
    
    
 2. Get out of the habit of moving your affected side with your “good” or
    non-affected side. For repositioning needs, try to move the side affected by
    the stroke on its own first before jumping in to “help”. It’s really easy to
    fall into “learned non-use” where your brain starts to forget about your
    affected side based on avoiding it as part of your daily routine. Force it
    to do as much active work as you can on a daily basis.
    
    



 3. Visualization has been proven to be an effective technique for motor
    improvement, even if you don’t have the functional movement to do the task
    itself. Visualization has long been used by high level athletes as a tactic
    for working toward maximizing their performance. For individuals that have
    had strokes, visualization of a particular activity such as raising the arm
    or leg, sends blood flow to the area of the brain responsible for that
    motion, activating that area.
    
    
 4. Mirror box therapy can also be effective in using the mirror neurons of the
    brain to trick the brain into thinking that the affected side is moving in a
    normal manner. In a review of studies on mirror therapy compared to other
    interventions, mirror therapy was shown to have a significant effect on
    motor function as well as pain and visual neglect.
    
    


*Neofect Home Inquiry:
-www.neofect.com [https://www.neofect.com/us]
-Phone: (888) 623-8984 [tel:+18886238984]

Lang, Catherine E et al. “Observation of amounts of movement practice provided
during stroke rehabilitation.” Archives of physical medicine and rehabilitation
vol. 90,10 (2009): 1692-8. doi:10.1016/j.apmr.2009.04.005

Research done on our RAPAEL Smart Glove and other therapy devices has shown that patients can achieve improvements even 20 years after the incident!

Why Neuroplasticity Matters to Your Rehabilitation

The research was done on RAPAEL Smart Glove and other therapy devices have shown that patients can achieve improvements even 20 years after the incident!

Why Neuroplasticity Matters to Rehabilitation

Neuroplasticity for Stroke Paitents' Rehabilitation


If you have been in rehabilitation for a brain injury
[https://www.neofect.com/us/for-home], such as trauma or a stroke you have
probably heard the term neuroplasticity. It might sound intimidating, but it is
one of the most important concepts related to recovery.

Neuroplasticity is simply a catch-all term to describe the many ways that the
brain and nervous system change, both in our everyday lives as well as in
recovery after an injury.

A Brief History


The word “plasticity” first appeared in an 1890 textbook called The Principles
of Psychology, written by esteemed philosopher and psychologist William James.
He describes the brain as a collection of pathways through which information
must travel. The information the brain needs to move the hand, for example, must
travel from point A in the brain to point B before the hand actually moves.

Usually, that information takes a specific path, one that is deep-seated that
path is tread many times just in the course of an hour; the brain learns to use
that path as the fastest way to get the hand moving. However, when something
happens to block that path, such as an injury or stroke that interrupts blood
flow to the brain, the information at point A still needs to find a way to point
B, just on a different path.

It’s a bit like Google Maps [http://www.google.com/maps]. If a traffic accident
causes delays on your normal commute home, Google Maps may direct you to take
different streets in order to get you home earlier.

How Times Have Changed


Studies on neuroplasticity and the brain’s ability to change itself are still
very new, having only started 50 years ago. Back then, the idea that the brain
could change in any way was unheard of. It was believed that we were born with
all the brain cells that we would ever have, and the brain was incapable of
regenerating itself. The medical community believed that any damage to the brain
was irreparable.Unfortunately, this school of thought still exists in the world
of neurologic recovery, even though scientific discovery continues to show that
we can indeed make changes and recover from damage to the brain and neural
pathways, even years and decades after the initial injury.

Patients still hear from their doctors and therapists that whatever improvements
they’ve made after a certain time (typically 6 months to a year) is all that
would ever be possible. Patients then feel like there is no reason to continue
with rehabilitation because it is simply “too late.”

Is It Ever “Too Late?”
Admittedly, the brain is best primed for re-wiring shortly after the injury or
stroke, meaning those new pathways are much easier to develop the closer
rehabilitation starts from the actual injury.

However, there are always opportunities for continued recovery. Research done on
our Neofect Smart Glove [https://www.neofect.com/us/smart-glove] and other
therapy devices has shown that patients can achieve improvements even 20 years
after the incident! The adult brain is not only capable of changing, but
actually does change continuously throughout life, in response to everything we
do and every experience we have.

What Does This Mean for Me?


Now that you understand the theory and science behind neuroplasticity, here are
the three most important principles of neuroplasticity that affect your
recovery.

 1. It absolutely is possible to see physical improvements years and decades
    after the stroke or brain injury. New brain mapping technology and rehab
    studies continue to provide scientific support to this notion.
    
    
 2. Effective training is mostly about how many repetitions of task-based
    movements a patient performs in any given session; how those repetitions are
    performed matters less. In other words, just do it!
    
    
 3. Studies have shown that patients need far more training repetitions during
    rehab sessions in order to maximize functional improvement after a stroke or
    brain injury. Average practice in clinical studies is about 30 minutes per
    day and recent research (Schneider et al, 2016) demonstrates that 80 minutes
    per day is actually ideal to maximize results.
    
    

You may now be wondering how you can fit in the required amount of repetitions
needed in your day-to-day life. The outpatient therapy that most people can
access through insurance, typically 2-3 visits per week for 30-60 minutes,
simply isn’t enough.

As you may have guessed, the Neofect Home Smart Rehab program
[https://www.neofect.com/us] was designed with repetitions in mind, and making
the best use of the time spent in training activities.

How, you ask? We’ll go over ways to increase repetitions and practice, and how
our products can help, in our next blog post!


If you would like to learn more about Neofect Smart Glove
[https://shop.neofect.com/collections/smart-rehab-solution/products/neofect-smart-glove] 
or any of our stroke rehabilitation [https://www.neofect.com/us/for-home] and
recovery products, please call at (888) 623-8984 [tel:+18886238984] or email 
info@neofect.com.

--

Reference: J Physiother. 2016 Oct;62(4):182-7