1e1c16e5211a4cc99c98cdece88e0639

Spasticity Treatment & Neurorehabilitation in Charlotte, NC | BTI Rehab

Mon, 31 Aug 2026 20:58:55 GMT

Spasticity Treatment: Evidence-Based Neurorehabilitation Approaches That Focus on Function

Spasticity can make movement harder—but effective rehabilitation is about more than simply “loosening tight muscles.”

For people living with spinal cord injury, stroke, traumatic brain injury, cerebral palsy, multiple sclerosis, transverse myelitis, and other neurological conditions, spasticity can affect walking, transfers, balance, reaching, dressing, hygiene, sleep, comfort, and independence.

At Back to Independence Rehab (BTI Rehab) in Charlotte, NC , our approach is to look beyond muscle tone and ask a more important question:

What is the spasticity preventing you from doing?

The goal of neurorehabilitation is not necessarily to eliminate every bit of increased muscle tone. In some individuals, tone can actually provide useful support for standing or transfers. Instead, treatment should be individualized around function, safety, mobility, comfort, range of motion, participation, and quality of life.

Current evidence supports a multimodal, goal-directed approach that may combine active exercise, task-specific practice, positioning, stretching or range-of-motion work, electrical stimulation, orthotics, and—when appropriate—medical management such as botulinum toxin.

What Is Spasticity?

Spasticity is a form of abnormal muscle activity associated with upper motor neuron disorders. It can cause muscles to become more resistant to movement, particularly when a limb is moved quickly.

But spasticity is not simply “tight muscles.”

A person may have a combination of:

Increased muscle tone
Muscle weakness
Abnormal reflex activity
Reduced motor control
Limited joint range of motion
Muscle shortening
Contracture
Abnormal movement patterns
Pain
Fatigue
Difficulty coordinating movement

This is why treating spasticity effectively requires more than simply stretching the affected muscle.

For example, a person with a stroke may have increased tone in the elbow and wrist flexors. Simply stretching those muscles may temporarily improve the position of the arm, but the larger rehabilitation question is:

Can the person use that arm more effectively during dressing, reaching, weight-bearing, or other meaningful activities?

That functional goal should drive the treatment plan.

Who Can Develop Spasticity?

Spasticity is commonly associated with neurological conditions affecting the brain or spinal cord.

At BTI Rehab, we frequently work with individuals with:

Spinal cord injury
Stroke
Traumatic brain injury
Cerebral palsy
Multiple sclerosis
Transverse myelitis
Other acquired brain injuries
Neuromuscular and neurological disorders

Spasticity can develop or change over time. It may become more noticeable with illness, infection, pain, constipation, bladder problems, poor sleep, stress, changes in medication, or changes in activity.

That means a sudden increase in tone should not automatically be treated by simply doing more stretching.

The first step is determining why the person's tone has changed.

The Best Treatment for Spasticity Is Individualized

There is no single “best” spasticity exercise.

The most effective rehabilitation program depends on:

The neurological diagnosis
Location and severity of spasticity
Strength and motor control
Joint range of motion
Functional goals
Walking or wheelchair needs
Pain and comfort
Skin integrity
Presence of contracture
Medication and medical interventions
The person's activity level and environment

This is particularly important because reducing tone is not always the same thing as improving function.

A successful outcome might be:

“I can put my arm through my shirt.”

rather than:

“My Modified Ashworth Scale score decreased.”

Clinical measurements are important, but they should support functional goals—not replace them.

1. Task-Specific Training: Practice the Movement You Want to Improve

One of the most important principles in modern neurorehabilitation is task-specific practice .

If the goal is walking, rehabilitation should include walking.

If the goal is standing from a chair, practice sit-to-stand.

If the goal is improving reaching, practice meaningful reaching.

If the goal is improving transfers, practice transfers.

The brain and nervous system respond to repeated, purposeful practice.

The 2024 VA/DoD stroke rehabilitation guideline synopsis identifies task-specific practice among the areas where evidence is strongest for motor rehabilitation.

This principle is particularly important for people with spasticity because abnormal tone can interfere with efficient movement. Rather than avoiding movement because a muscle is “tight,” rehabilitation can use carefully selected movements to encourage more effective motor strategies.

At BTI Rehab, this may include:

Gait training
Overground walking
Treadmill training
Sit-to-stand practice
Transfer training
Reaching and grasping
Weight shifting
Stair training
Wheelchair skills
Balance activities
Functional strengthening
Repetitive practice of meaningful daily activities

The objective is better movement that carries over into real life.

2. Strength Training Is Not the Enemy of Spasticity

One of the most persistent misconceptions in neurorehabilitation is that people with spasticity should avoid strengthening.

For many individuals with neurological conditions, appropriately prescribed strengthening can be an important part of rehabilitation.

Weakness often contributes significantly to disability, even when spasticity is present.

A person may have a very “tight” leg but still lack enough functional strength to:

Stand from a chair
Control the knee during walking
Clear the foot
Maintain upright posture
Transfer safely
Propel a wheelchair
Perform household activities

Strength training should therefore be individualized around the person's neurological status, fatigue, range of motion, and functional goals.

For people with MS, research supports individualized aerobic, resistance, flexibility, balance, and multimodal exercise as components of rehabilitation.

A 2026 systematic review also found that multiple forms of physical exercise were associated with reductions in spasticity in ambulatory individuals with MS, although the researchers noted substantial variation between exercise protocols and limitations in how spasticity was measured.

The takeaway: Strengthening should not automatically be avoided because someone has spasticity.

3. Stretching and Range-of-Motion Work: Useful, but Not the Whole Treatment

Stretching has traditionally been one of the first treatments recommended for spasticity.

It can be useful for:

Maintaining available range of motion
Positioning
Comfort
Preventing loss of mobility
Preparing a limb for functional activity
Supporting positioning after other interventions

However, newer research reminds us that stretching should not be viewed as a stand-alone cure for spasticity.

A randomized controlled trial involving 231 people with MS found that education plus stretching and education plus range-of-motion exercises produced similar improvements in perceived spasticity.

That is an important distinction.

More stretching is not necessarily better rehabilitation.

Stretching should be selected based on the person's goals and combined with active movement and functional practice whenever possible.

For some individuals, prolonged positioning, orthotic management, casting, or other strategies may be more appropriate than repeated brief manual stretching.

4. Electrical Stimulation and NMES

Electrical stimulation can be another tool within a comprehensive neurorehabilitation program.

Depending on the individual, neuromuscular electrical stimulation (NMES) or functional electrical stimulation (FES) may be used to:

Activate weak muscles
Support functional movement
Assist dorsiflexion during walking
Encourage repetitive motor practice
Support upper-extremity function
Complement strengthening or task-specific training

The 2024 VA/DoD stroke rehabilitation guideline identifies electrical stimulation as an evidence-supported intervention in selected stroke rehabilitation contexts.

For spinal cord injury, clinical practice guidelines also recognize functional electrical stimulation as an option for improving hand and upper-extremity function in selected people with cervical SCI.

Electrical stimulation should be prescribed based on the person's neurological presentation and functional objective rather than simply applying stimulation to a “tight” muscle.

5. What About TSS and Other Neuromodulation?

Emerging neuromodulation approaches—including transcutaneous spinal stimulation —are receiving increasing attention in neurorehabilitation.

At BTI Rehab, technologies such as transcutaneous spinal stimulation may be incorporated into a broader rehabilitation program when clinically appropriate.

The important point is that neuromodulation should support active rehabilitation rather than replace it .

The goal is not simply to produce a physiological response during a treatment session.

The goal is to use that window of opportunity to work on meaningful movement, strength, motor control, balance, gait, or functional activity.

As research continues to evolve, clinicians should be careful not to overstate the evidence for any individual stimulation technology or protocol. Neuromodulation is best viewed as one component of a larger, individualized rehabilitation strategy.

6. Botulinum Toxin Can Be Helpful for Focal Spasticity

For some individuals, rehabilitation alone is not enough.

Botulinum toxin type A (BoNT-A) is commonly used for focal spasticity , particularly when specific muscles are interfering with function, positioning, hygiene, mobility, or comfort.

But an injection should not be considered the entire treatment.

The strongest approach is often:

Identify the functional problem → identify target muscles → treat focal spasticity → use the resulting movement opportunity for rehabilitation.

Research supports combining botulinum toxin with rehabilitation rather than relying on injections alone. A systematic review found that combined therapy may provide additional benefit compared with botulinum toxin alone, although the studies varied considerably in their interventions and outcomes.

Expert consensus similarly emphasizes integrating rehabilitation with botulinum toxin treatment and using adjunctive therapies based on the individual's goals.

In other words: Botox can create an opportunity. Rehabilitation helps the person use it.

7. Orthotics, Splinting, Positioning and Casting

When spasticity contributes to abnormal positioning or loss of range, clinicians may consider:

Ankle-foot orthoses
Hand splints
Resting splints
Serial casting
Taping
Positioning programs
Seating modifications

These interventions should be selected according to the person's functional goals and tolerance.

Research examining adjunctive treatments after botulinum toxin has found evidence supporting some forms of sustained positioning, casting, and orthotic management, while the evidence for simple low-dose manual stretching is less compelling.

This reinforces a larger principle: Spasticity management should be individualized rather than based on a one-size-fits-all stretching program.

8. Treat the Whole Person—Not Just the Muscle

One of the most important parts of spasticity management is identifying factors that may be increasing tone.

A sudden increase in spasticity may be associated with:

Urinary problems
Infection
Constipation
Pain
Skin irritation
Pressure injuries
Poor positioning
Illness
Fatigue
Stress
Sleep disruption
Medication changes

For someone with spinal cord injury, for example, a sudden change in tone may be an important clinical signal rather than simply a reason to stretch more.

This is why communication between the rehabilitation team, physician, therapist, caregiver, and patient is so important.

9. Spasticity After Stroke: Early Intervention Matters

Spasticity can become a significant secondary complication after stroke.

A 2026 American Heart Association scientific statement emphasizes early recognition and intervention for post-stroke spasticity because it can affect mobility, independence, pain, range of motion, skin integrity, and caregiver burden.

Modern stroke rehabilitation increasingly emphasizes:

Early identification
Functional assessment
Task-specific practice
Active movement
Strength and motor control
Positioning
Appropriate orthotic management
Electrical stimulation when indicated
Botulinum toxin for appropriate focal patterns
Ongoing reassessment

The goal is not simply to make the limb “less tight.”

The goal is to help the person use the limb more effectively.

10. Spasticity and Cerebral Palsy: Function Over Tone

People with cerebral palsy may live with spasticity throughout childhood and adulthood.

Importantly, adults with CP often have different rehabilitation needs than children.

Long-term management may focus on:

Maintaining mobility
Strength
Walking efficiency
Energy conservation
Pain management
Joint protection
Orthotic management
Preventing secondary musculoskeletal problems
Maintaining independence

Evidence-based motor rehabilitation guidelines for people with cerebral palsy support physical activity and gait training, with strengthening also recommended as an important intervention for adults with CP.

For adults with CP, rehabilitation should not stop simply because someone has reached adulthood.

The goal is lifelong movement and participation.

11. Spasticity and Multiple Sclerosis: Don't Stop Moving

MS can create a particularly challenging combination of:

Spasticity
Weakness
Fatigue
Balance problems
Reduced endurance
Heat sensitivity
Changes in motor control

Exercise programs therefore need to be carefully dosed.

Current research supports individualized exercise rather than avoidance of physical activity.

A 2026 systematic review found that physical exercise—including flexibility, aerobic, resistance, neuromotor, and multicomponent programs—was associated with reductions in spasticity in ambulatory people with MS, although the authors noted that the evidence remains heterogeneous.

For someone with MS, the right question isn't:

“Should I exercise because I have spasticity?”

It is:

“How should exercise be dosed and modified for my neurological symptoms?”

What Does an Evidence-Based Spasticity Program Look Like?

A comprehensive neurorehabilitation program may combine several components:

Assess

Determine the person's movement limitations, tone, strength, ROM, pain, functional limitations, and goals.

Identify the Problem

Determine whether increased tone is actually limiting function—or whether weakness, motor control, contracture, or another issue is the bigger problem.

Prepare

Use positioning, range-of-motion work, stretching, electrical stimulation, or other preparatory strategies when appropriate.

Activate

Encourage active muscle recruitment and voluntary movement.

Strengthen

Build the strength necessary for functional movement.

Practice

Use repetitive, task-specific practice.

Integrate

Practice the skills needed in real life: walking, transfers, reaching, dressing, wheelchair mobility, stairs, or other meaningful activities.

Reassess

Measure whether the intervention is actually improving function.

This approach reflects the larger shift in neurorehabilitation from treating an impairment in isolation to improving function and participation .

Why “Reducing Spasticity” Isn't Always the Goal

This is one of the most important concepts for patients and families to understand.

Spasticity is not always bad.

For some people, increased tone may help them:

Stand
Transfer
Maintain posture
Support a limb

If you eliminate all tone without considering function, you could potentially make some activities more difficult.

Therefore, the goal may be:

Manage the spasticity—not necessarily eliminate it.

The best treatment is the amount of tone that allows the person to function as safely, comfortably, and independently as possible.

When Should You Seek a Spasticity Evaluation?

Consider a comprehensive neurorehabilitation evaluation if you notice:

Increasing muscle tightness
New difficulty walking
Changes in transfers
Increasing difficulty dressing
Loss of hand function
Reduced range of motion
Pain associated with muscle tone
Difficulty with hygiene or positioning
New problems with wheelchair positioning
Increasing falls
Difficulty sleeping because of spasms
A sudden unexplained increase in spasticity

A sudden change in spasticity—especially after spinal cord injury—should also prompt consideration of underlying medical triggers.

A Better Way to Think About Spasticity

Instead of asking:

“How do I get rid of my spasticity?”

Ask:

“What is my spasticity preventing me from doing?”

That question changes the rehabilitation plan.

Maybe the answer is:

Walking farther
Getting out of bed
Putting on a shirt
Opening the hand
Standing independently
Transferring into a car
Getting on and off the floor
Exercising without pain
Using a wheelchair more efficiently
Participating in family or community activities

Those are the outcomes that matter.

Neurorehabilitation for Spasticity in Charlotte, NC

At Back to Independence Rehab (BTI Rehab) in Charlotte, our neurorehabilitation approach is designed for people living with neurological conditions who want to continue working toward greater strength, mobility, independence, and participation.

Our community includes individuals living with:

Spinal cord injury • Stroke • Brain injury • Cerebral palsy • Multiple sclerosis • Transverse myelitis • Parkinson's disease • Neuromuscular disorders and other neurological conditions

Depending on the individual's needs, rehabilitation may incorporate:

Neuro fitness
Functional strengthening
Gait training
Treadmill training
Balance training
Task-specific practice
Electrical stimulation
FES
Transcutaneous spinal stimulation
Range-of-motion and positioning strategies
Splinting and orthotic considerations
Aquatic therapy
Adaptive exercise
Functional mobility training

The goal is simple:

Don't just manage the muscle. Train the person.

If spasticity is interfering with your movement, independence, comfort, or quality of life, a comprehensive neurorehabilitation evaluation can help determine what is actually limiting your function—and develop a plan around your goals.

Ready to Take the Next Step?

You don’t have to navigate spasticity alone. Whether you’re living with a spinal cord injury, stroke, brain injury, cerebral palsy, MS, or another neurological condition, our team can help you explore options to improve movement, strength, function, and independence.

�� Get Started With BTI Rehab

Take the first step toward a personalized neurorehabilitation plan.

�� Schedule Your FREE Consultation
or
�� Complete Our Application to Get Started

Have questions first? Call us at 980-335-0778 and our team will be happy to help.

�� Back to Independence Rehab | Charlotte, NC

Your goals. Your movement. Your independence. Let's work toward what's possible.

Frequently Asked Questions About Spasticity

Can exercise make spasticity worse?

Not necessarily. Appropriately dosed exercise is an important component of rehabilitation for many people with neurological conditions. Exercise should be individualized based on diagnosis, fatigue, strength, cardiovascular status, range of motion, and functional goals. Research in MS, for example, suggests that several types of exercise can be associated with improvements in spasticity.

Should I stretch every day if I have spasticity?

Stretching may be helpful for some people, but evidence does not support assuming that more stretching automatically produces better outcomes. Stretching and ROM should be incorporated into a broader program based on the individual's goals.

Is Botox a cure for spasticity?

No. Botulinum toxin can reduce focal muscle overactivity, but the most effective approach often combines medical treatment with rehabilitation designed around the person's functional goals.

Can electrical stimulation help spasticity?

Electrical stimulation can be useful in selected neurological rehabilitation programs, particularly when the goal is to facilitate muscle activation or functional movement. Evidence supports its use in selected stroke and spinal cord injury rehabilitation contexts.

Can people with chronic spinal cord injury improve?

Yes. Rehabilitation goals change over time, but chronic neurological injury does not automatically mean that meaningful functional improvements are impossible. Training can target strength, endurance, motor control, mobility, transfers, wheelchair skills, and participation according to the individual's abilities and goals.

Selected Evidence & Scholarly Sources

American Heart Association. Early Recognition and Intervention for Poststroke Spasticity: A Scientific Statement. Stroke, 2026.
VA/DoD Clinical Practice Guideline. Stroke Rehabilitation: Synopsis of the 2024 VA/DoD Clinical Practice Guidelines. Annals of Internal Medicine, 2025.
González-Mingorance L, et al. Effects of physical exercise on spasticity in people with multiple sclerosis: A systematic review. Physiotherapy, 2026.
Hugos CL, et al. Stretching is not essential for managing MS spasticity: A randomized controlled trial. Multiple Sclerosis Journal, 2024.
Francisco GE, et al. A practical guide to optimizing the benefits of post-stroke spasticity interventions with botulinum toxin A. Journal of Rehabilitation Medicine, 2021.
Allart E, et al. Adjunct therapies after botulinum toxin injections in spastic adults: Systematic review and SOFMER recommendations. Annals of Physical and Rehabilitation Medicine, 2022.
Glinsky JV, et al. Safety and efficacy of intensive task-specific training in people with recent spinal cord injury. Lancet Neurology, 2026.
Verschuren O, et al. Evidence-Based, Implementable Motor Rehabilitation Guidelines for Individuals With Cerebral Palsy.
Mehraban Jahromi M, et al. Stretching exercises in managing spasticity: effectiveness, risks, and adjunct therapies. 2024.

Why Functional Electrical Stimulation (FES) Cycling Is Transforming Neurological Rehabilitation

Mon, 29 Jun 2026 21:20:39 GMT

Functional Electrical Stimulation (FES) Cycling: Unlocking New Possibilities in Neurological Rehabilitation

For individuals living with paralysis, weakness, or impaired movement following a neurological injury, exercise can feel frustrating or even impossible. Muscles that once responded effortlessly may no longer receive the signals they need from the brain or spinal cord.

Fortunately, advances in rehabilitation technology have opened new doors for recovery.

One of the most exciting developments in neurological rehabilitation is Functional Electrical Stimulation (FES) cycling . By combining electrical stimulation with coordinated arm and leg cycling, FES allows individuals to activate muscles that may otherwise remain inactive. The result is a powerful intervention that supports strength, cardiovascular fitness, circulation, and neuroplasticity.

At Back to Independence Rehab (BTI Rehab) , we incorporate FES cycling into individualized neurological rehabilitation programs to help clients maximize recovery and maintain long-term health.

What Is Functional Electrical Stimulation (FES)?

Functional Electrical Stimulation (FES) uses gentle electrical impulses delivered through surface electrodes placed over specific muscles. These impulses stimulate the peripheral nerves, creating purposeful muscle contractions while the individual pedals a stationary cycle.

Unlike passive movement, FES actively recruits weakened muscles during a functional task. This repetitive movement provides the nervous system with meaningful sensory and motor input, helping reinforce movement patterns while promoting overall physical conditioning.

Whether recovering from a stroke or living with a spinal cord injury, Parkinson's disease, multiple sclerosis, or another neurological condition, FES cycling can help individuals participate in exercise that may not otherwise be possible.

Conditions That May Benefit from FES Cycling

FES cycling has been studied across a wide range of neurological diagnoses, including:

Stroke (CVA)
Spinal Cord Injury (SCI)
Traumatic Brain Injury (TBI)
Parkinson's Disease
Multiple Sclerosis (MS)
Cerebral Palsy
Guillain-Barré Syndrome
Transverse Myelitis
ALS
Peripheral nerve injuries
Other neurological disorders affecting movement and muscle activation

A comprehensive evaluation helps determine whether FES cycling is appropriate based on each individual's medical history, goals, and current level of function.

Evidence-Based Benefits of FES Cycling

Builds Muscle Strength and Reduces Atrophy

After a neurological injury, muscles can weaken rapidly due to decreased activation. Research consistently shows that FES cycling helps stimulate inactive muscle fibers, improving muscle size, strength, and endurance.

For individuals with spinal cord injury, systematic reviews have demonstrated significant improvements in lower extremity muscle health following regular FES cycling programs.

Improving muscle health is more than cosmetic—it contributes to better transfers, improved mobility, enhanced metabolic function, and greater independence.

Supports Neuroplasticity

One of the primary goals of neurological rehabilitation is to encourage neuroplasticity—the nervous system's remarkable ability to reorganize and create new pathways after injury.

Every cycling session provides hundreds to thousands of coordinated repetitions, delivering continuous sensory feedback to the brain and spinal cord. This repetitive practice helps reinforce motor learning and supports recovery when combined with skilled rehabilitation.

While FES is not a cure for neurological injury, research continues to demonstrate its value as part of a comprehensive neurorehabilitation program.

Improves Cardiovascular Health

Neurological conditions often lead to reduced physical activity, increasing the risk of cardiovascular disease and overall deconditioning.

FES cycling provides an effective aerobic workout by engaging large muscle groups throughout the body.

Research has shown improvements in:

Cardiovascular endurance
VO₂ max
Exercise tolerance
Overall aerobic fitness
Energy levels

These benefits contribute to improved overall wellness and help individuals remain active throughout their recovery journey.

Enhances Circulation

Healthy circulation is essential for tissue health and healing.

Because electrically stimulated muscles contract rhythmically during cycling, they function as a natural muscle pump, helping improve blood flow throughout the legs.

Improved circulation may help:

Reduce lower extremity swelling
Improve oxygen delivery
Promote tissue health
Support vascular function
Reduce prolonged inactivity

More Than Exercise—It's Functional Rehabilitation

FES cycling is not simply about riding a bike.

It serves as a foundation for many aspects of neurological rehabilitation by helping clients prepare for other functional activities, including:

Standing tolerance
Walking practice
Transfer training
Balance exercises
Strength training
Activity-Based Therapy (ABT)
Aquatic therapy
Functional mobility training

At BTI Rehab, FES cycling is integrated into individualized treatment plans designed around each client's goals.

Why Choose Back to Independence Rehab?

Neurological rehabilitation requires specialized knowledge and experience.

For more than two decades, Dr. Darci Pernoud, OTD, and the BTI Rehab team have dedicated their careers to helping individuals with neurological conditions regain function, improve health, and live more independently.

Our FES cycling program includes:

✔ Individualized neurological evaluation

✔ Customized electrical stimulation settings

✔ Upper and lower extremity cycling

✔ Progress monitoring and outcome tracking

✔ Integration with Activity-Based Therapy

✔ Balance and gait training

✔ Strength and conditioning

✔ Education for long-term wellness

Every session is designed around your specific diagnosis, goals, and level of recovery.

Is FES Cycling Right for You?

FES cycling may be beneficial if you are experiencing weakness, paralysis, decreased endurance, or difficulty participating in traditional exercise due to a neurological condition.

Our therapists perform a comprehensive assessment to determine whether FES cycling is appropriate and develop a personalized treatment plan tailored to your needs.

Take the Next Step Toward Recovery

Recovery doesn't stop after traditional therapy ends.

Whether you're recovering from a stroke, living with a spinal cord injury, managing Parkinson's disease, or navigating another neurological diagnosis, staying active is one of the most important investments you can make in your long-term health.

At Back to Independence Rehab , we're committed to helping individuals move beyond limitations through evidence-based neurological rehabilitation and innovative technologies like Functional Electrical Stimulation cycling.

Schedule your FES Cycling Evaluation today and discover how personalized neurological rehabilitation can help you build strength, improve endurance, and maximize your independence.

Call Back to Independence Rehab today or request an evaluation online to get started.

References

Frazão M, et al. Should We Use Functional Electrical Stimulation Cycling Exercise in Clinical Practice? Physiological and Clinical Effects: A Systematic Review and Meta-analysis. Archives of Physical Medicine and Rehabilitation. 2024.

Galvão WR, et al. Cycling Using Functional Electrical Stimulation Therapy to Improve Motor Function and Activity in Post-Stroke Individuals: A Systematic Review and Meta-analysis. BioMedical Engineering OnLine. 2024.

van der Scheer JW, et al. Functional Electrical Stimulation Cycling Exercise After Spinal Cord Injury: A Systematic Review of Health and Fitness-Related Outcomes. Journal of NeuroEngineering and Rehabilitation. 2021.

Additional systematic reviews examining hybrid arm-leg FES cycling and cardiorespiratory outcomes in individuals with central nervous system disorders support the use of FES cycling as part of comprehensive neurological rehabilitation.

The Power of Aquatic(Pool) Therapy for Neurological Recovery

Fri, 24 Oct 2025 13:34:22 GMT

How water-based training supports rehab and neuroplasticity after neurological injury

Why Aquatic Therapy Is a Game-Changer for Neurological Recovery

Recovering after a neurological injury—whether from spinal cord injury, stroke, traumatic brain injury, multiple sclerosis, or Parkinson’s disease—requires more than traditional exercise. The body and brain need consistent, targeted movement opportunities that promote neuroplasticity, the brain’s ability to rewire and form new connections.

That’s where aquatic therapy comes in. Water provides a uniquely supportive and resistance-based environment that allows individuals to move more freely, safely, and effectively during their recovery journey.

The Science Behind Water-Based Neuro Rehab

Water’s natural buoyancy reduces the impact of gravity, decreasing pain and joint strain while increasing confidence in movement. For individuals with limited mobility or weakness, this means they can stand, walk, or exercise in ways not always possible on land.

At the same time, water’s resistance provides gentle strengthening, balance, and endurance training—helping retrain the nervous system and activate muscle groups that may have gone dormant after injury. These consistent, low-impact repetitions are vital for improving motor control, coordination, and neuroplasticity.

Benefits of Aquatic Therapy for Neurological Conditions

Improves muscle activation and strength through water resistance
Enhances balance and coordination with reduced fall risk
Increases circulation to aid healing and flexibility
Supports relaxation and reduces spasticity or tone
Boosts confidence and independence through movement success

Whether you’re rebuilding strength after a spinal cord injury or working to regain coordination post-stroke, aquatic therapy can accelerate progress and enhance well-being.

Why Choose Back to Independence Rehab

At Back to Independence Rehab, our Neuro Fitness Specialists are trained to design personalized aquatic therapy programs for each client’s goals and abilities. We focus on bridging the gap between therapy and lifelong wellness by offering accessible equipment, expert guidance, and a community that truly understands your journey.

Our aquatic exercise sessions are not just workouts—they’re part of a holistic neuro recovery plan that integrates movement science, neuroplasticity, and wellness in one supportive environment.

Take the Next Step Toward Recovery

If you or a loved one is living with a neurological condition and looking to regain mobility, confidence, and independence—aquatic therapy can be your next breakthrough.

�� Book a complimentary consultation to learn how our aquatic rehab sessions can fit into your recovery plan. Email info@btirehab.com or �� Call us at 980-335-0778 today!

Transcutaneous Spinal Stimulation (TSS) at BTI Rehab

Fri, 24 Oct 2025 13:16:53 GMT

TSS at Back to Independence Rehab: Looser, Stronger, and More Connected to Your Body

For many in our community living with spinal cord injury, stroke, MS, and other neurological conditions, the goals are clear: feel less stiff, get stronger, move with more ease, and reconnect with your body. One tool we’ve added to training at Back to Independence Rehab is Transcutaneous Spinal Stimulation (TSS) —a non-invasive form of spinal neuromodulation delivered through adhesive electrodes on the skin while you practice task-specific movement.

What TSS feels like here

During sessions, we place small electrodes over specific spinal levels (cervical for arm/hand work, lumbosacral for trunk/leg work) and deliver carefully tuned pulses while you perform meaningful tasks—grip and reach, sit-to-stand, stepping, or balance practice. Most people describe the sensation as a strong, buzzy pressure that’s very tolerable. Our clinicians adjust parameters in real time based on your goals and comfort.

What our community is noticing

Without naming names, here are real themes we hear after a training block with TSS + active practice:

• “I feel looser—less spastic and easier to stretch—so I can get moving sooner.”

• “My hands feel more ‘online’—better pinch, quicker release, and more control during daily tasks.”

• “I’m stronger and last longer in sessions; my steps feel more even.”

• “I can find my body better—more sensation, better posture, and smoother transitions.”

These stories line up with what researchers are finding.

What the research says (in plain English)

• Hand & arm improvements in cervical SCI : A large, multi-site clinical trial (the Up-LIFT study) reported that adding non-invasive spinal stimulation to structured rehab produced clinically meaningful gains in upper-limb strength, function, and sensation for many people with chronic tetraplegia—most participants improved, and quality-of-life scores rose as well.

• Rapid, sometimes lasting gains after sessions : Earlier work showed fast improvements in reach, grasp, and pinch with cervical TSS in people with chronic SCI—some retained gains for months, suggesting real neuroplastic change (the nervous system “re-wiring” with practice).

• Spasticity relief : Controlled studies indicate TSS can temporarily reduce spasticity in people with SCI—often enough to make stretching, positioning, and training easier. Newer mechanistic research points to enhanced spinal inhibitory circuits as a likely reason.

• Walking & balance signals : In people with incomplete SCI, combining gait practice with TSS has been linked to better gait speed, endurance, and balance in emerging studies. There’s also preliminary evidence TSS can boost walking ability after stroke when paired with gait training.

• Multiple sclerosis : Even a single session of lumbar TSS has shown reduced spasticity and improved walking performance in people with MS, with effects that can persist for hours.

Bottom line : When TSS is paired with purposeful, repetitive practice, many people see less stiffness, more strength/control, and better functional movement—exactly what our members are reporting.

Why pairing TSS with training matters

TSS doesn’t move you by itself; it modulates the excitability of spinal networks so your own efforts (and the right tasks) “take” better. That’s why we always pair stimulation with functionally relevant work—gripping a real object, stepping patterns, postural control—while we scale difficulty, dosage, and rest.

Who might benefit

• Cervical SCI aiming to improve hand/arm control

• Thoracic/lumbar or incomplete SCI working on trunk/leg function, balance, or gait

• MS with spasticity and fatigue impacting walking

• Select stroke survivors focusing on gait symmetry and speed

(We screen for contraindications and collaborate with your medical team as needed.)

What a session looks like at BTI

Goal check & baseline : What matters most today—opening a jar, transfers, stairs, handwriting?
Targeted electrode setup : Cervical or lumbosacral placement based on your goal.
Parameter titration : We dial in frequency, intensity, and timing to support the task.
Task-specific practice : High-repetition, coached movement while stimulation runs.
Cool-down & reassess : Quick measures so you can feel/see change over time.

Safety

Across trials, non-invasive spinal stimulation has been well-tolerated, with most adverse events being minor skin irritation or temporary discomfort. Our team monitors skin, blood pressure, and overall tolerance, and we adjust quickly if anything feels off.

________________________________________

Frequently Asked Questions

Q: Will the improvements last after TSS sessions?

A: Research shows some gains—like better strength, coordination, and sensation—can last weeks or months, especially when combined with regular, targeted training. However, many people benefit from continued sessions to reinforce and build on progress.

Q: Does it hurt?

A: Most people describe the feeling as a strong buzzing or tapping under the electrodes—intense but not painful. We can adjust intensity and positioning to your comfort level.

Q: How many sessions will I need?

A: That depends on your goals, medical history, and response. Some feel changes after a single session, but research and our experience suggest consistent use over weeks produces the best outcomes.

Q: Can I do TSS if I have metal implants or a baclofen pump?

A: In most cases, yes—but we always review your medical history first and, if needed, coordinate with your physician.

Q: Is TSS safe for everyone?

A: We avoid TSS in people with certain heart devices, uncontrolled seizures, or skin issues at the electrode site. That’s why we screen carefully before starting.

________________________________________

Ready to Experience the Benefits of TSS?

Start your recovery journey today with Back to Independence Rehab—where science, movement, and community meet. Whether your goal is to reduce spasticity, regain strength, or reconnect with your body, our expert team is here to guide you every step of the way.

�� Call us today: 980-335-0778
�� Visit us: Charlotte, NC
�� Book your session now

Your path to greater strength, mobility, and confidence starts here.
Let’s take the next step together toward your independence! ��

________________________________________

Selected references (open-access or abstracts)

Non-invasive spinal cord electrical stimulation for arm and hand function in chronic tetraplegia: a safety and efficacy trial (Up-LIFT). Nature Medicine (2024).
Transcutaneous spinal cord stimulation restores hand and arm function after SCI. IEEE TNSRE (2021) + follow-up durability data.
Transcutaneous spinal cord stimulation induces temporary attenuation of spasticity in individuals with SCI. J Neurotrauma (2020).
Targeted tSCS improves hand motor function: mechanisms paper. Journal of Neurophysiology (2024).
tSCS enhances walking performance and reduces spasticity in MS. Brain Sciences (2021).
tSCS paired with gait training improves walking after stroke (case-series). BioMedical Engineering OnLine (2024).

How Dry Needling Can Enhance Your Rehab at Back to Independence Rehab

Thu, 23 Oct 2025 19:59:04 GMT

Revolutionizing Recovery for the Disability Community in Charlotte

At Back to Independence Rehab, we believe in empowering individuals with neurological conditions and mobility impairments to achieve their highest level of function and independence. That’s why we integrate cutting-edge rehab techniques, including dry needling, to support pain relief, neuromuscular recovery, spasticity and overall wellness.

But what exactly is dry needling, and how can it help YOU on your rehab journey? Let’s break it down.

________________________________________

What is Dry Needling?

Dry needling is a specialized evidence-based therapy that uses thin, sterile needles to target trigger points (knots in the muscle), tendons, and connective tissues. Unlike acupuncture, which follows traditional Chinese medicine principles, dry needling is based on modern neurophysiology and musculoskeletal science to promote pain relief, improved mobility, and muscle function.
The Benefits of Dry Needling in Neuro Rehab
If you are living with spinal cord injury (SCI), stroke, multiple sclerosis (MS), cerebral palsy (CP), Parkinson’s disease, or other neuromuscular conditions, dry needling can:

✅ Reduce Spasticity & Muscle Tightness – Helps relax overactive muscles, improving range of motion and flexibility.
✅ Decrease Pain & Discomfort – Targets areas of chronic pain to improve daily function.
✅ Enhance Neuromuscular Function – Stimulates nerve-muscle communication, aiding in functional movement.
✅ Improve Circulation & Recovery – Boosts oxygen flow to promote healing and reduce fatigue.

________________________________________

How Dry Needling Fits into Your Rehab Plan

At Back to Independence Rehab, we don’t believe in a one-size-fits-all approach. Our Neuro Fitness Specialists and Occupational Therapists develop personalized treatment plans that may combine dry needling with strength training, aquatic therapy, mobility exercises, and functional rehab to help you reach your maximum potential.

Who Can Benefit from Dry Needling

�� Individuals with spinal cord injuries, brain injuries or disabilities experiencing spasticity or muscle tightness
�� Stroke survivors dealing with neuromuscular dysfunction or movement limitations
�� Those with chronic pain, myofascial trigger points, or overactive muscles

�� Athletes and active individuals recovering from injuries or muscle imbalances

�� Not sure if dry needling is right for you? Our specialists will assess your unique rehab needs and determine the best treatment approach.

________________________________________

Why Choose Back to Independence Rehab?

�� Specialized for the Disability Community – We are Charlotte’s premier adaptive rehab gym, designed specifically for individuals with neurological conditions and mobility challenges.
�� Expert Neuro Fitness & Rehab Specialists – Our team stays on the cutting edge of neuro rehab, integrating proven therapies like dry needling, functional strength training, and adaptive fitness.
�� A Community That Cares – More than just a gym, we are a supportive community that understands the challenges and victories of the rehab journey.

________________________________________

Start Your Recovery Journey Today!

At Back to Independence Rehab, we help YOU take control of your recovery and wellness. Whether you’re looking to reduce pain, improve mobility, or enhance your quality of life, our expert team is here to support you every step of the way.

�� Call us today at 980-335-0778 to schedule a consultation!

�� Visit us in Charlotte, NC and see how we can help you thrive!

�� Book Your Session Now Call or Email

Your journey to independence starts here. Let’s take the next step together! ��

Neurological Injury/Disease Health and Wellness in the World of Occupational Therapy

Sun, 30 Apr 2023 21:11:23 GMT

The Role of Activity-Based Therapy and Occupational Therapy in Health and Wellness

What are Health and Wellness?

Over the day, you may become tired, sore, or feel blah; this could be linked to a lack of or decreased movement and exercise. Now you may ask why increasing activity throughout the day improves overall energy. Regular physical activity is linked to improving brain health, managing weight, reducing disease risk, strengthening bones and muscles, and improving the ability to complete everyday activities. These benefits are all linked to improving energy and decreasing fatigue.

The definitions of health and wellness have been considered for a long time and still may have a meaning that differs from person to person. However, on April 7, 1948, the World Health Organization (WHO) defined health as a state of complete physical, mental, and social well-being and not merely the absence of disease or infirmity (Stoewen, 2015). Wellness is an active process through which people become aware of and make choices toward a more successful existence. These terms have been used interchangeably but are different in meaning. In short, the difference is that “health is a form of physical, mental, and emotional wellbeing, whereas wellness is a state of living a healthy lifestyle.

Role of Activity-Based Therapy in Health and Wellness

At Back to Independence Rehab, we provide activity-based therapy to promote neuromuscular activation therapy with task-specificity through cues, modifications, and repetitive practice. Activity-based therapy has been shown to improve physical function and other health outcomes, such as emotional, mental, and social aspects in individuals with chronic (> 1-year postinjury) spinal cord injuries (Jones et al., 2012). Consistent and increased session/intensity promotes neuromuscular activation linked to participation in meaningful occupations(daily skills or tasks), better health, and improved perception of life satisfaction. In following activity based therapy principles, we are able to specifically affect health and wellness parameters for our community who have experienced Spinal Cord Injury, Stroke, Brain Injury, Guillain-Barre Syndrome, Parkinson’s Disease, and other neurological injuries/disease.

What is Occupational Therapy, and How Does it Promote Health and Wellness?

Occupational Therapy uses everyday activities (occupations) to promote health, wellness, and the ability to participate in meaningful roles or routines. Wellness has three tenets that the definition is based on (Stoewen, 2015):
1.    Wellness is considered a conscious, self-directed, and ever-changing process of achieving full potential.
2.    Wellness has many dimensions throughout the whole body, focusing on lifestyle, mental and spiritual well-being, and the environment.
3.    Wellness is positive and affirming.

From an occupational therapist's perspective, activity-based therapy provides clinicians with the experience and knowledge to facilitate appropriate and the “just-right” challenge for clients to complete exercises and activities that directly correlate to daily activities that individuals complete.

Call us at 980-335-0778 if you would like to see if BTI Rehab can help you

in your health, wellness, or recovery journey.

References:
Eric Harness, C., Paula Denison, P., Candy Tefertiller, D., & Nicholas Evans, M. (2012). Activity-based Therapies in Spinal Cord Injury:: Clinical Focus and Empirical Evidence in Three Independent Programs. Topics in Spinal Cord Injury Rehabilitation, 18(1), 34–42. https://doi.org/10.1310/sci1801-34

Stoewen, D. L. (2015). Health and wellness. The Canadian Veterinary Journal, 56(9), 983-984. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4535518/

ACTIVITY BASED THERAPY

Sun, 29 May 2022 15:10:57 GMT

How we utilize research of Activity Based Therapy for recovery training after Spinal Cord Injury, Stroke, Brain Injury, Guillain-Barré syndrome and other neurological injuries/disease…

At BTI Rehab we provide activity-based therapy to promote neuroplasticity to aid the nervous system’s ability to change connection in response to new information and stimulation. Activity based therapy incorporates weight-bearing activities, functional electrical stimulation, task specific practice, massed practice, and locomotor training.

A lot our neuro rehab is focused on central pattern generators (CPGs). CPGs are specialized spinal circuits involved in the control of rhythmic locomotor pattern generation and modulation. These could be crawling, walking, running, or even swimming. These CPGs are capable, under some conditions, to self-reproduce, even in the absence of descending or peripheral inputs(normal nerve conduction), basic rhythmic, and coordinated locomotor movements. Though, how do we train to target these CPGs? Oftentimes through repetitive pattern modalities.

One of the major aspects of training we provide at BTI Rehab is repetitive pattern modalities (RPM). RPM’s have a cyclical nature to the exercise that helps promote health, wellness, and potential recovery by fostering the phenomenon known as neuroplasticity. Exercises are selected on their potential ability to either mimic the intrinsic rhythms of central pattern generators that occur during locomotion or develop oppositional firing of antagonistic muscle groups. Some examples of this are treadmill, elliptical, or versa climber training through our body weight support system (BWSS).

BEST EXERCISE TRAINING TO RECOVER FROM A NEUROLOGICAL INJURY/DISEASE(Spinal Cord Injury, Stroke, Brain Injury, Guillain–Barré Syndrome, Parkinson’s Disease, and other Neurological injuries/disease)

Sun, 29 May 2022 14:53:21 GMT

BEST EXERCISE TRAINING TO RECOVER FROM A NEUROLOGICAL INJURY/DISEASE

Have you wondered what the best path forward is to recover from a catastrophic injury or disease? Are you on the search for what to do after your therapy visits have ended? There are promising advancements being made long after traditional therapy options are exhausted or opportunities to increase your intensity and frequency of therapy training in activity-based therapy. There has been a huge movement in the last 10-15 years to help our neurologically affected clients after Spinal Cord Injury, Stroke, Brain Injury, GBS, Parkinson’s Disease, and other neurological injuries/disease by addressing activity-based therapy to promote neuroplasticity to aid the nervous system’s ability to change connection in response to new information and stimulation. Activity based therapy incorporates weight-bearing activities, functional electrical stimulation, task specific practice, massed practice, and locomotor training.

Unfortunately, insurance only covers therapy services for so long. Therapists are limited with their time to see their clients in a traditional therapy setting. So how do you maximize your time in therapy and then continue on your recovery path back to independence? Activity based therapy and guided neuro fitness training is designed as the missing link to our current healthcare limitations. Ideally there is an experience neurologic therapist integrated in this recovery journey to monitor progress, limit injury risks, and provide guidance for the ideal path forward. Exercise alone is good, but to get the most bang for your buck you need to incorporate neuro rehab principles into the proper strength movement patterns, posture training and re-educate the impaired or paralyzed muscles for the best rehabilitation outcome.

Activity based therapy gyms are continually growing around the country in order to help address the growing needs of the neuro disability community.

1e1c16e5211a4cc99c98cdece88e0639

Spasticity Treatment & Neurorehabilitation in Charlotte, NC | BTI Rehab

Spasticity Treatment: Evidence-Based Neurorehabilitation Approaches That Focus on Function

What Is Spasticity?

Who Can Develop Spasticity?

The Best Treatment for Spasticity Is Individualized

1. Task-Specific Training: Practice the Movement You Want to Improve

At BTI Rehab, this may include:

2. Strength Training Is Not the Enemy of Spasticity

3. Stretching and Range-of-Motion Work: Useful, but Not the Whole Treatment

4. Electrical Stimulation and NMES

5. What About TSS and Other Neuromodulation?

6. Botulinum Toxin Can Be Helpful for Focal Spasticity

7. Orthotics, Splinting, Positioning and Casting

8. Treat the Whole Person—Not Just the Muscle

9. Spasticity After Stroke: Early Intervention Matters

10. Spasticity and Cerebral Palsy: Function Over Tone

11. Spasticity and Multiple Sclerosis: Don't Stop Moving

What Does an Evidence-Based Spasticity Program Look Like?

Assess

Identify the Problem

Prepare

Activate

Strengthen

Practice

Integrate

Reassess

Why “Reducing Spasticity” Isn't Always the Goal

When Should You Seek a Spasticity Evaluation?

A Better Way to Think About Spasticity

Neurorehabilitation for Spasticity in Charlotte, NC

Ready to Take the Next Step?

�� Get Started With BTI Rehab

Frequently Asked Questions About Spasticity

Can exercise make spasticity worse?

Should I stretch every day if I have spasticity?

Is Botox a cure for spasticity?

Can electrical stimulation help spasticity?

Can people with chronic spinal cord injury improve?

Selected Evidence & Scholarly Sources

Why Functional Electrical Stimulation (FES) Cycling Is Transforming Neurological Rehabilitation

Functional Electrical Stimulation (FES) Cycling: Unlocking New Possibilities in Neurological Rehabilitation ﻿

What Is Functional Electrical Stimulation (FES)?

Conditions That May Benefit from FES Cycling

Evidence-Based Benefits of FES Cycling

Builds Muscle Strength and Reduces Atrophy

Supports Neuroplasticity

Improves Cardiovascular Health

Enhances Circulation

More Than Exercise—It's Functional Rehabilitation

Why Choose Back to Independence Rehab?

Is FES Cycling Right for You?

Take the Next Step Toward Recovery

References

The Power of Aquatic(Pool) Therapy for Neurological Recovery

How water-based training supports rehab and neuroplasticity after neurological injury

Transcutaneous Spinal Stimulation (TSS) at BTI Rehab

TSS at Back to Independence Rehab: Looser, Stronger, and More Connected to Your Body

How Dry Needling Can Enhance Your Rehab at Back to Independence Rehab

Revolutionizing Recovery for the Disability Community in Charlotte

Neurological Injury/Disease Health and Wellness in the World of Occupational Therapy

The Role of Activity-Based Therapy and Occupational Therapy in Health and Wellness

ACTIVITY BASED THERAPY

How we utilize research of Activity Based Therapy for recovery training after Spinal Cord Injury, Stroke, Brain Injury, Guillain-Barré syndrome and other neurological injuries/disease…

BEST EXERCISE TRAINING TO RECOVER FROM A NEUROLOGICAL INJURY/DISEASE(Spinal Cord Injury, Stroke, Brain Injury, Guillain–Barré Syndrome, Parkinson’s Disease, and other Neurological injuries/disease)

BEST EXERCISE TRAINING TO RECOVER FROM A NEUROLOGICAL INJURY/DISEASE

Functional Electrical Stimulation (FES) Cycling: Unlocking New Possibilities in Neurological Rehabilitation