Why Your Hands or Feet May Be Numb, Tingling, Burning, or Painful—and What You Can Do About It
Introduction
If you’ve ever felt like you’re walking on cotton, noticed a burning sensation in your feet at night, struggled to keep your balance, or experienced numbness in your hands or toes, you’re not alone.
Peripheral neuropathy affects an estimated 20–30 million Americans, and the number continues to rise as diabetes, cancer survivorship, and an aging population become more common [4, 13, 18]. While many people assume neuropathy is simply “something you have to live with,” that’s far from the whole story.
Although damaged nerves cannot always be completely restored, many people can significantly improve their symptoms, function, confidence, and quality of life with the right combination of medical management, exercise, rehabilitation, and lifestyle changes [3, 10, 11].
At Kriz Physical Therapy, we believe the goal isn’t simply reducing pain—it’s helping people continue golfing, traveling, playing pickleball, walking the beach, spending time with grandchildren, and living active, independent lives.
Whether your neuropathy developed from diabetes, chemotherapy, surgery, vitamin deficiencies, or another cause, understanding what’s happening inside your body is the first step toward making informed decisions about treatment.
This guide explains:
- What peripheral neuropathy really is
- Why it develops
- The different types of neuropathy
- Common symptoms and warning signs
- How neuropathy is diagnosed
- Evidence-based treatment options
- How physical therapy can help improve balance, mobility, and confidence
- Practical strategies to reduce pain and stay active
If you’re looking for reliable, research-backed information without hype or miracle cures, this guide is for you.
What Is Peripheral Neuropathy?
Peripheral neuropathy is a condition involving damage or dysfunction of the peripheral nervous system—the network of nerves outside the brain and spinal cord [4].
Think of your nervous system as your body’s communication network.
- Your brain acts as the headquarters.
- Your spinal cord is the main highway.
- Your peripheral nerves are thousands of side roads carrying information throughout your body.
These nerves constantly send messages in two directions:
- From your brain to your muscles, telling them how and when to move.
- From your skin, joints, and muscles back to your brain, providing information about touch, temperature, pressure, pain, and body position.
When these nerves become damaged, the messages become distorted, delayed, or stop altogether [4, 6].
Imagine trying to make a phone call through a damaged cable. Sometimes the message gets through clearly. Sometimes it becomes full of static. Sometimes it disconnects completely.
The same thing happens with neuropathy.
Instead of normal signals, the brain may receive confusing information that feels like:
- Burning
- Tingling
- Pins and needles
- Electric shocks
- Numbness
- Increased sensitivity
- Reduced sensation
In some cases, muscles also become weak because the signals telling them to contract are interrupted [6, 12].
The Three Main Types of Peripheral Nerves
Understanding which nerves are involved helps explain why neuropathy affects people differently [4, 6].
1. Sensory Nerves
Sensory nerves allow you to feel:
- Temperature
- Pain
- Pressure
- Vibration
- Touch
- Body position
Damage to sensory nerves often causes:
- Tingling
- Burning feet
- Numbness
- Difficulty feeling the floor
- Trouble sensing uneven surfaces
- Balance problems
Many patients describe feeling like: “I’m walking on marshmallows.” or “My socks are bunched up even though they aren’t.”
These altered sensations are common because the brain is receiving inaccurate information from the feet [4].
2. Motor Nerves
Motor nerves control movement.
They activate muscles for:
- Walking
- Climbing stairs
- Standing up
- Gripping objects
- Maintaining posture
When motor nerves become damaged, people may notice:
- Weakness
- Difficulty climbing stairs
- Frequent tripping
- Foot drop
- Reduced endurance
- Muscle loss over time
Weakness often develops gradually, making it easy to attribute to aging when it may actually be related to nerve dysfunction [4, 6].
3. Autonomic Nerves
Autonomic nerves regulate many automatic body functions that occur without conscious effort.
These include:
- Blood pressure
- Heart rate
- Sweating
- Digestion
- Bladder function
- Sexual function
- Temperature regulation
Autonomic neuropathy may lead to symptoms such as:
- Dizziness when standing
- Constipation
- Digestive problems
- Abnormal sweating
- Exercise intolerance
- Changes in bladder control
Although less recognized than numbness or burning pain, autonomic nerve involvement can significantly affect daily life and should be evaluated by a healthcare professional [4].
What Causes Peripheral Neuropathy?
Peripheral neuropathy isn’t one disease—it has many possible causes [6, 13]. Identifying the underlying cause is an important step because treatment recommendations can differ depending on why the nerves are affected.
Diabetes
Diabetes is the most common cause of peripheral neuropathy in the United States [2, 5, 18, 19].
Persistently elevated blood sugar can damage the tiny blood vessels that nourish nerves, reducing their oxygen and nutrient supply over time [5, 14]. This process often begins in the longest nerves, which is why symptoms typically start in the feet before progressing upward [7, 14].
People with diabetes may notice:
- Burning feet at night
- Numb toes
- Loss of protective sensation
- Poor balance
- Foot ulcers that go unnoticed due to decreased feeling
Maintaining healthy blood sugar levels is one of the most effective ways to slow progression of diabetic neuropathy [2, 5, 7].
Chemotherapy-Induced Peripheral Neuropathy (CIPN)
Some chemotherapy medications can affect healthy nerves while treating cancer. This condition is known as chemotherapy-induced peripheral neuropathy [8, 20].
Symptoms often include:
- Tingling
- Burning pain
- Increased sensitivity to cold
- Numbness
- Difficulty with buttons or handwriting
- Balance problems
These symptoms may begin during treatment or develop afterward, and in some individuals they can persist long after cancer therapy has ended [8, 11].
Because more people are surviving cancer than ever before, rehabilitation for CIPN has become an increasingly important part of long-term survivorship care [11, 20].
Vitamin Deficiencies
Healthy nerves require adequate nutrition to function properly.
Deficiencies in nutrients such as vitamin B12, folate, vitamin B6 (both deficiency and excess), vitamin E, and copper can contribute to neuropathy [4, 6].
Depending on the cause, correcting these deficiencies may improve symptoms or help prevent further nerve damage [4].
Autoimmune Conditions
In autoimmune diseases, the body’s immune system mistakenly attacks healthy tissues, including nerves [6].
Examples include:
- Guillain-Barré syndrome
- Chronic inflammatory demyelinating polyneuropathy (CIDP)
- Lupus
- Sjögren syndrome
- Rheumatoid arthritis
Prompt diagnosis and medical management are important because some autoimmune neuropathies respond well to targeted treatments [6, 12].
Compression or Entrapment
Sometimes a single nerve becomes compressed rather than multiple nerves throughout the body.
Examples include:
- Carpal tunnel syndrome
- Cubital tunnel syndrome
- Tarsal tunnel syndrome
Unlike generalized peripheral neuropathy, these conditions typically affect a specific area and may improve with activity modification, splinting, rehabilitation, injections, or surgery, depending on severity [3, 4].
Alcohol Use
Long-term excessive alcohol consumption may contribute to neuropathy through a combination of direct nerve toxicity and nutritional deficiencies [4, 6].
Reducing alcohol intake and addressing nutritional status can help slow progression.
Infections
Certain infections may damage peripheral nerves, including:
- Lyme disease
- HIV
- Shingles
- Hepatitis C
Appropriate medical evaluation is essential when infection is suspected as the underlying cause [4, 6].
Idiopathic Neuropathy
Despite modern diagnostic testing, some people develop neuropathy without an identifiable cause. This is referred to as idiopathic peripheral neuropathy [6, 13].
Even when the exact cause remains unknown, treatment can still focus on improving function, reducing symptoms, enhancing balance, and maintaining independence [3, 10].
Why Early Evaluation Matters
Many people ignore numbness or tingling because the symptoms begin gradually. Unfortunately, delaying evaluation can allow nerve dysfunction to progress, increasing the risk of falls, foot injuries, weakness, and loss of mobility [11, 12].
Early assessment helps identify treatable causes and allows rehabilitation to begin before functional limitations become more severe [3, 12].
Recognizing the Symptoms of Peripheral Neuropathy
One of the challenges with peripheral neuropathy is that symptoms vary considerably from person to person. Some people experience only mild numbness, while others have severe burning pain, muscle weakness, or balance problems that interfere with everyday life [6, 13].
Symptoms often begin gradually, making them easy to dismiss as “just getting older.” Over time, however, they can become more noticeable and affect walking, exercise, driving, sleep, and overall independence.
Common Sensory Symptoms
The most common symptoms involve changes in sensation.
You may notice:
- Numbness in the toes or fingertips
- Tingling or “pins and needles”
- Burning pain
- Sharp, stabbing pains
- Electric shock sensations
- Increased sensitivity to touch
- Feeling like you’re wearing socks when barefoot
- Feeling like you’re walking on sand, foam, or cotton
- Reduced ability to feel temperature changes
Many people say their symptoms are worse in the evening or at night. Researchers believe this may be because there are fewer distractions when you’re trying to sleep, making abnormal nerve signals more noticeable [9, 15].
Motor Symptoms
As neuropathy progresses, muscle weakness may develop.
Common signs include:
- Difficulty climbing stairs
- Trouble getting out of a chair
- Frequent tripping
- Foot drop
- Difficulty lifting the front of the foot
- Hand weakness
- Trouble opening jars
- Difficulty buttoning clothes
Because muscles depend on healthy nerves to function properly, prolonged nerve damage may eventually lead to muscle loss [6, 12].
Balance Problems
One of the most overlooked consequences of neuropathy is impaired balance [11].
Healthy balance depends on three systems working together:
- Vision
- The inner ear (vestibular system)
- Sensory feedback from your feet and legs
When the feet cannot accurately detect pressure or body position, the brain receives incomplete information about where your body is in space [4].
Imagine trying to walk while wearing thick ski boots on a dark night. That’s similar to what many people with neuropathy experience every day.
This is one reason people with peripheral neuropathy have a significantly increased risk of falling [11].
When Should You See a Healthcare Provider?
Seek medical evaluation if you notice:
- New numbness
- Burning feet
- Tingling that continues for several weeks
- Progressive weakness
- Balance problems
- Frequent falls
- Loss of sensation
- Foot wounds that don’t heal
- Symptoms after chemotherapy
Immediate evaluation is recommended if symptoms develop suddenly or are associated with severe weakness, bowel or bladder dysfunction, or rapidly progressing paralysis [12].
How Peripheral Neuropathy Is Diagnosed
Diagnosing neuropathy involves more than simply confirming that nerves are affected. The goal is to identify why the nerves are affected so treatment can be tailored appropriately [6, 12].
Medical History
Your provider will ask about:
- Diabetes
- Cancer treatments
- Alcohol use
- Previous injuries
- Family history
- Vitamin deficiencies
- Medications
- Autoimmune diseases
Understanding the timeline of symptoms often provides important clues [12].
Physical Examination
A neurological examination may include testing:
- Light touch
- Pinprick sensation
- Vibration
- Temperature sensation
- Reflexes
- Muscle strength
- Balance
- Walking mechanics
These tests help determine which nerves are involved and whether symptoms follow a typical neuropathy pattern [12].
Laboratory Testing
Depending on your history, blood tests may include:
- Hemoglobin A1C
- Fasting glucose
- Vitamin B12
- Thyroid function
- Folate
- Complete blood count
- Comprehensive metabolic panel
- Inflammatory markers
- Protein electrophoresis when clinically indicated
[2, 12]
Electrodiagnostic Testing
Nerve Conduction Studies (NCS)
These tests measure how quickly electrical signals travel through nerves.
Healthy nerves conduct impulses efficiently. Damaged nerves often conduct signals more slowly or less effectively [12].
Electromyography (EMG)
EMG evaluates how muscles respond to nerve signals.
Together, EMG and nerve conduction studies can help distinguish neuropathy from other neurological conditions [12].
Imaging
Although MRI or CT scans do not diagnose peripheral neuropathy directly, they may help rule out:
- Pinched nerves
- Spinal stenosis
- Disc herniations
- Tumors
- Other neurological disorders
[12]
Treatment: Why There Isn’t One Universal Solution
A common misconception is that there is one treatment that cures neuropathy.
Unfortunately, this is rarely the case [1, 15].
Treatment should address two important goals:
- Manage the underlying cause whenever possible.
- Improve symptoms, function, safety, and quality of life.
For many people, successful treatment combines medical care, lifestyle changes, rehabilitation, and exercise [3, 10, 11].
Managing the Underlying Cause
Whenever possible, treating the cause helps slow or prevent further nerve damage.
Diabetes Maintaining healthy blood glucose levels remains one of the most important ways to reduce progression of diabetic neuropathy [2, 7].
Vitamin Deficiencies Replacing deficient nutrients may improve symptoms and prevent additional damage [4].
Medication Changes Occasionally medications contribute to neuropathy. Never stop medications without consulting your prescribing physician.
Autoimmune Disorders Medical therapies that reduce immune system attacks on nerves may improve function [6].
Chemotherapy-Induced Neuropathy Although cancer treatment may have ended, rehabilitation can still help improve balance, mobility, and confidence while reducing fall risk [11, 20].
Medications for Neuropathy
Several medications are commonly prescribed for painful neuropathy.
Examples include:
- Duloxetine
- Pregabalin
- Gabapentin
- Amitriptyline
- Nortriptyline
[1, 9, 15]
These medications generally help reduce pain rather than repair damaged nerves.
Like all medications, they may have side effects including dizziness, fatigue, or sleepiness. Discuss risks and benefits with your physician.
Can Physical Therapy Help Neuropathy?
Absolutely.
While physical therapy cannot always regenerate damaged nerves, research consistently demonstrates that rehabilitation can significantly improve:
- Balance
- Walking ability
- Strength
- Confidence
- Functional mobility
- Fall prevention
- Overall quality of life
[3, 10, 11]
At Kriz Physical Therapy, our philosophy is simple:
The goal isn’t just to decrease symptoms—it’s to help you continue doing the activities you love.
Whether that’s:
- Walking the beach
- Playing golf
- Playing pickleball
- Traveling
- Gardening
- Keeping up with grandchildren
Movement remains one of the most powerful tools available.
What Does Physical Therapy for Neuropathy Include?
Every treatment plan should be individualized [3].
Comprehensive Movement Assessment
Rather than focusing only on numb feet, your therapist evaluates:
- Walking mechanics
- Joint mobility
- Muscle strength
- Balance
- Flexibility
- Functional movement
- Fall risk
- Activity limitations
This allows treatment to target the entire movement system [3].
Balance Training
Research consistently supports balance training for reducing fall risk [10, 11].
Exercises may include:
- Weight shifting
- Single-leg stability
- Uneven surfaces
- Reactive balance
- Stepping strategies
- Dynamic walking drills
The goal is to improve how efficiently your brain uses the remaining sensory information available [11].
Strength Training
Muscle weakness contributes significantly to falls.
Progressive strengthening improves:
- Walking speed
- Stair climbing
- Stability
- Endurance
- Independence
Contrary to popular belief, appropriately prescribed strength training is safe for most individuals with neuropathy [10, 16].
Gait Training
Walking often changes subconsciously as sensation decreases.
A physical therapist may work on:
- Step length
- Foot clearance
- Walking speed
- Turning
- Obstacle negotiation
- Community mobility
Improved gait mechanics often reduce fall risk while increasing confidence [3, 11].
Flexibility and Mobility
Joint stiffness frequently develops when activity decreases.
Improving mobility can:
- Increase walking efficiency
- Reduce compensatory movements
- Improve posture
- Make exercise easier
Home Exercise Programs
The best treatment doesn’t happen only during clinic visits.
A personalized home program helps maintain improvements between sessions.
Consistency matters more than perfection.
Advanced Technologies for Neuropathy Rehabilitation
Technology continues to evolve, offering additional tools that may complement a comprehensive rehabilitation program for appropriate patients.
While no technology should be viewed as a miracle cure, certain interventions have shown promise when used alongside exercise and individualized care.
Neuromodulation
Neuromodulation aims to influence how nerves transmit and process signals.
One example is the Stimpod 460, which delivers pulsed radiofrequency stimulation through the skin.
Emerging research suggests that non-invasive neuromodulation may help reduce pain and improve nerve function in selected individuals, although larger, high-quality studies are still needed. Patients should discuss whether this approach is appropriate for their specific condition with their healthcare provider.
Photobiomodulation (Light Therapy)
Photobiomodulation uses specific wavelengths of red and near-infrared light to stimulate cellular processes.
Some studies suggest it may help support:
- Cellular energy production
- Microcirculation
- Tissue healing
- Temporary pain reduction
- Reduction of inflammation
Wearable systems such as CareWear® provide one method of delivering photobiomodulation. While early research is encouraging for certain pain conditions, responses vary and additional studies are ongoing.
Why Technology Alone Isn’t Enough
Even the most advanced technologies cannot replace:
- Exercise
- Strength training
- Balance retraining
- Functional movement
- Education
- Lifestyle modification
Technology works best as one component of a comprehensive treatment plan rather than a stand-alone solution [3, 10].
Lifestyle Strategies That Support Nerve Health
Many daily habits influence nerve function and overall health.
Stay Physically Active
Regular exercise improves:
- Circulation
- Muscle strength
- Balance
- Blood sugar regulation
- Cardiovascular health
The American College of Sports Medicine recommends adults accumulate at least 150 minutes of moderate-intensity physical activity each week, along with strength training on two or more days when medically appropriate [16, 17].
Eat a Nutrient-Dense Diet
A balanced eating pattern emphasizing:
- Vegetables
- Fruits
- Lean proteins
- Healthy fats
- Whole grains
supports overall metabolic and cardiovascular health.
Individuals with diabetes should work closely with their healthcare team to optimize blood glucose management [2].
Protect Your Feet
Reduced sensation increases injury risk.
Daily foot checks are especially important for individuals with diabetic neuropathy [2, 5].
Look for:
- Blisters
- Cuts
- Redness
- Pressure areas
- Cracks
- Nail problems
Early detection helps prevent more serious complications.
Wear Supportive Footwear
Proper footwear may improve:
- Stability
- Pressure distribution
- Comfort
- Walking confidence
Shoes should fit well without excessive pressure or rubbing.
Avoid Smoking
Smoking reduces circulation and may worsen nerve damage.
Quitting smoking benefits nearly every aspect of health, including vascular function.
Limit Excessive Alcohol
Heavy alcohol consumption can contribute to nerve damage and nutritional deficiencies.
Discuss safe alcohol intake with your healthcare provider.
Does Exercise Make Neuropathy Worse?
This is one of the most common questions patients ask.
For most individuals, the answer is no.
Research consistently shows that appropriately prescribed exercise is not only safe but beneficial for many people with peripheral neuropathy [10, 11, 16].
The key is choosing the right exercises and progressing gradually.
Temporary muscle soreness is normal.
Increasing numbness, severe pain, or significant weakness is not and should be discussed with your healthcare provider.
What Improvement Can You Expect?
Recovery varies depending on:
- The underlying cause
- Severity of nerve damage
- Duration of symptoms
- Overall health
- Consistency with treatment
Many people experience improvements in:
- Balance
- Walking confidence
- Strength
- Endurance
- Daily function
- Pain management
While symptoms may not disappear completely, meaningful improvements in quality of life are often achievable [3, 10, 11].
Can Peripheral Neuropathy Be Prevented?
Not every case of peripheral neuropathy can be prevented, but many risk factors can be reduced through healthy lifestyle habits, early medical care, and regular physical activity [13].
Think of nerve health like heart health—you may not be able to control every risk factor, but the choices you make every day can influence how well your body functions over time.
1. Manage Blood Sugar Levels
Diabetes is the leading cause of peripheral neuropathy in the United States [2, 18, 19]. Maintaining blood glucose within the target range recommended by your healthcare provider is one of the most effective ways to slow or prevent diabetic nerve damage [2, 7, 14].
Consistent blood sugar management also reduces the risk of:
- Foot ulcers
- Vision loss
- Kidney disease
- Cardiovascular disease
Even modest improvements in glucose control can have meaningful long-term benefits [2].
2. Stay Physically Active
Movement truly is medicine.
Regular exercise helps improve:
- Blood flow to muscles and nerves
- Cardiovascular health
- Blood sugar regulation
- Muscle strength
- Balance
- Flexibility
- Walking efficiency
The best exercise program is one you’ll continue doing consistently [16, 17].
If you’re unsure where to begin, work with a qualified healthcare professional who can design a program tailored to your abilities and goals.
3. Eat to Support Nerve Health
Although there is no single “neuropathy diet,” eating patterns rich in whole, minimally processed foods support overall nerve and metabolic health.
Focus on:
- Colorful vegetables
- Fruits
- Lean proteins
- Healthy fats
- Whole grains
- Legumes
- Nuts and seeds
Adequate intake of vitamin B12, folate, vitamin D, and other essential nutrients is important for nervous system function. If deficiencies are suspected, your healthcare provider may recommend laboratory testing and supplementation [4].
4. Avoid Tobacco
Smoking reduces circulation and impairs the delivery of oxygen and nutrients to tissues, including peripheral nerves.
Stopping smoking supports vascular health, wound healing, and overall recovery.
5. Limit Excessive Alcohol
Long-term heavy alcohol use may contribute to nerve damage and nutritional deficiencies [4, 6].
If alcohol is a contributing factor, reducing or eliminating intake may help prevent further progression.
6. Protect Your Feet
If sensation is reduced, small injuries may go unnoticed.
Daily foot inspections are especially important if you have diabetes or significant numbness [2, 5].
Check for:
- Blisters
- Cuts
- Redness
- Calluses
- Swelling
- Ingrown toenails
- Skin breakdown
Seek prompt medical attention for wounds that do not heal.
7. Stay Current With Routine Healthcare
Regular medical visits can identify:
- Diabetes
- Prediabetes
- Vitamin deficiencies
- Thyroid disorders
- Kidney disease
- Medication side effects
Early intervention often leads to better long-term outcomes [12].
Common Myths About Neuropathy
Unfortunately, misinformation about neuropathy is widespread. Let’s address several common misconceptions.
Myth #1: “Nothing Can Be Done.”
Reality: While some nerve damage may be permanent, many people improve their function, reduce pain, improve balance, and remain active through comprehensive treatment [3, 10, 11].
Success isn’t always measured by eliminating every symptom—it’s measured by improving quality of life.
Myth #2: Exercise Makes Neuropathy Worse
Research consistently demonstrates that appropriately prescribed exercise improves function for many individuals with peripheral neuropathy [10, 11, 16].
The key is selecting the right exercises and progressing safely.
Myth #3: Surgery Is Usually Needed
Most cases of generalized peripheral neuropathy are not treated surgically.
Surgery may be appropriate for specific nerve compression syndromes, such as carpal tunnel syndrome, but it is rarely indicated for widespread diabetic or chemotherapy-induced neuropathy [3, 4].
Myth #4: Neuropathy Only Happens to People With Diabetes
Although diabetes is the most common cause, neuropathy may also result from:
- Chemotherapy
- Autoimmune diseases
- Vitamin deficiencies
- Alcohol misuse
- Certain medications
- Genetic disorders
- Infections
- Idiopathic (unknown) causes
[6, 13]
Myth #5: Numbness Is Harmless
Loss of sensation increases the risk of:
- Falls
- Burns
- Cuts
- Foot ulcers
- Balance problems
Even painless neuropathy deserves evaluation [11].
How Neuropathy Can Affect Your Daily Life
Neuropathy impacts more than your feet or hands. It can change how you move, interact with others, and participate in the activities you enjoy.
Many people gradually stop doing the things they love because they worry about pain or falling. Over time, this reduction in activity can lead to:
- Muscle weakness
- Reduced endurance
- Joint stiffness
- Lower confidence
- Social isolation
- Decreased overall health
This creates a cycle:
Pain or numbness → Less activity → Weakness → Poor balance → Greater fear of movement → Even less activity
Breaking that cycle is one of the primary goals of rehabilitation [3, 10].
A Patient Success Story
(Composite case based on common clinical presentations. Individual results will vary.)
Susan, a 68-year-old retiree, loved golfing, traveling with her husband, and spending weekends with her grandchildren.
Following chemotherapy for breast cancer, she developed burning pain, numbness in both feet, and increasing difficulty walking on uneven ground [8, 11]. She stopped golfing because she no longer trusted her balance and worried about falling.
When Susan came to our clinic, she wasn’t looking for a miracle—she simply wanted to feel confident enough to enjoy life again.
Her personalized rehabilitation program included:
- Comprehensive movement assessment
- Balance retraining
- Progressive strength training
- Gait training
- Flexibility exercises
- Home exercise program
- Education about foot care and activity pacing
- Adjunctive technology when clinically appropriate, in her case, the stimpod 460 was used.
Over the next several weeks, Susan gradually regained confidence. Although some numbness remained, she improved her balance, increased her walking distance, and returned to playing nine holes of golf with friends [11, 20].
Her biggest victory wasn’t that every symptom disappeared—it was that neuropathy no longer controlled her life.
Frequently Asked Questions About Neuropathy
Can neuropathy be reversed?
It depends on the underlying cause.
Some forms of neuropathy improve when the cause is treated, such as vitamin deficiencies or certain medication-related neuropathies [4, 6].
Others may be managed rather than completely reversed.
Even when nerve damage persists, rehabilitation can improve strength, mobility, balance, and overall function [3, 10, 11].
Is walking good for neuropathy?
Yes, for most individuals.
Walking supports:
- Circulation
- Cardiovascular fitness
- Balance
- Endurance
- Overall health
[16, 17]
Your walking program should be appropriate for your symptoms and abilities.
Should I exercise if my feet are numb?
In most cases, yes.
Exercise programs should be individualized and supervised when necessary, particularly if balance is impaired [10, 11].
Why does neuropathy hurt more at night?
Researchers believe abnormal nerve signaling becomes more noticeable in quiet environments with fewer distractions [9].
Fatigue and reduced sensory input may also contribute.
Are supplements effective?
Some supplements may help individuals with documented deficiencies, but no supplement has consistently been shown to reverse all forms of neuropathy [4].
Always discuss supplements with your healthcare provider, especially if you’re taking prescription medications.
Can physical therapy repair damaged nerves?
Physical therapy does not directly regenerate damaged nerves.
However, it can help optimize the body’s remaining function by improving:
- Balance
- Strength
- Coordination
- Walking
- Confidence
- Fall prevention
[3, 10, 11]
These improvements can have a profound impact on quality of life.
Should I stop exercising if symptoms flare?
Not necessarily.
Temporary soreness after exercise is common.
Increasing numbness, severe pain, or new weakness should be discussed with your healthcare provider or physical therapist.
Why Our Approach Is Different
At Kriz Physical Therapy, we recognize that neuropathy affects far more than nerves—it affects your confidence, independence, and ability to enjoy life.
That’s why our evaluation goes beyond symptom management.
We assess how neuropathy is influencing your:
- Walking mechanics
- Balance strategies
- Joint mobility
- Muscle strength
- Functional movement
- Daily activities
- Recreational goals
- Fall risk
We then develop a personalized plan that may include:
- Evidence-based therapeutic exercise
- Balance retraining
- Functional strength training
- Gait analysis and correction
- Manual therapy when appropriate
- Home exercise progression
- Education on foot protection and self-management
- Advanced technologies, such as neuromodulation or photobiomodulation, when clinically appropriate and supported by your overall treatment goals
Whether your goal is to walk comfortably through your neighborhood, travel without worrying about falls, play pickleball, improve your golf game, or simply keep up with your grandchildren, our focus is helping you move with greater confidence and independence.
The Bottom Line
Peripheral neuropathy can be frustrating and life altering, but it does not have to define your future.
Early evaluation, appropriate medical care, regular exercise, and individualized rehabilitation can help many people:
- Improve balance
- Increase strength
- Walk more confidently
- Reduce fall risk
- Better manage pain
- Return to meaningful activities
- Maintain independence
[3, 10, 11]
Every person’s experience is different, but one principle remains consistent:
The sooner you begin addressing neuropathy, the greater your opportunity to preserve function and stay active.
Ready to Take the First Step?
If numbness, tingling, burning, or balance problems are keeping you from living the active life you want, don’t wait for symptoms to become worse.
At Kriz Physical Therapy, we’ll work with you to identify how neuropathy is affecting your movement, develop a personalized treatment plan, and help you build the strength, confidence, and resilience needed to stay active for years to come.
Schedule your comprehensive neuropathy assessment today and discover how evidence-based rehabilitation can help you move better, live better, and stay active for life.
Complete Reference List
- American Academy of Neurology. Practice Guideline Update: Oral and Topical Treatment of Painful Diabetic Neuropathy.
- American Diabetes Association. Standards of Care in Diabetes—2026.
- American Physical Therapy Association. Physical Therapy Guide to Peripheral Neuropathy.
- National Institute of Neurological Disorders and Stroke. Peripheral Neuropathy Fact Sheet.
- National Institute of Diabetes and Digestive and Kidney Diseases. Diabetic Neuropathy.
- Callaghan BC, Price RS, Feldman EL. Distal Symmetric Polyneuropathy: A Review. JAMA. 2015;314(20):2172–2181.
- Pop-Busui R, et al. Diabetic Neuropathy: A Position Statement by the American Diabetes Association. Diabetes Care. 2017.
- Staff NP, Grisold A, Grisold W, Windebank AJ. Chemotherapy-Induced Peripheral Neuropathy. CA Cancer J Clin. 2017;67(4):279–288.
- Smith EM, et al. Effect of Duloxetine on Pain in Chemotherapy-Induced Peripheral Neuropathy. JAMA. 2013;309(13):1359–1367.
- Streckmann F, et al. Exercise Intervention Studies in Patients with Peripheral Neuropathy. Sports Medicine. 2014.
- Winters-Stone KM, et al. Falls, Function, and Exercise in Cancer Survivors with Chemotherapy-Induced Peripheral Neuropathy. Supportive Care in Cancer. 2017.
- England JD, et al. Evaluation of Distal Symmetric Polyneuropathy. Neurology. 2009.
- Hanewinckel R, van Oijen M, Ikram MA, van Doorn PA. The Epidemiology and Risk Factors of Chronic Polyneuropathy. European Journal of Epidemiology. 2016.
- Tesfaye S, et al. Diabetic Neuropathies: Update on Definitions and Management. Diabetes Care. 2010.
- Bril V, et al. Evidence-Based Guideline: Treatment of Painful Diabetic Neuropathy. Neurology. 2011.
- American College of Sports Medicine. ACSM’s Guidelines for Exercise Testing and Prescription. 11th Edition.
- World Health Organization. Physical Activity Guidelines.
- Centers for Disease Control and Prevention. National Diabetes Statistics Report.
- International Diabetes Federation. IDF Diabetes Atlas.
- National Comprehensive Cancer Network. NCCN Survivorship Guidelines.
