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Three Ways Peripheral Neuropathy Can Affect Your Walking

peripheral neuropathy affect walking

For many, neuropathy becomes a common and difficult part of their life. It’s been estimated that 25-30% of people in the U.S will experience neuropathy at some point in their life. Peripheral neuropathy refers to the nervous system outside of the spinal cord and brain area. It is the nerves that go down into the foot & leg, or into the arms & hands. The symptoms of Peripheral neuropathy can include burning, tingling, numbness, and oftentimes weakness. It usually affects both feet, but not always – which is why peripheral neuropathy can affect walking. There are many nerve fibers directly underneath the skin called sensory nerves, and when these nerves start to die away it inhibits you from feeling pressure, resulting in not being able to feel your feet on the ground. People may also not be able to feel hot and cold on their feet.

Dibaetic Neuropathy

Diabetic neuropathy affects approximately 50-70% of those with diabetes, and when severe can result in ulcers and even amputation.It could start with something as simple as a callous that the patient cannot feel. This then creates an ulcer which can become infected. Oftentimes because there is a lack of feeling, the patient has no pain, and therefore no warning signs. If this results in an amputation, the situation can become life threatening. If you do not have diabetes, it is important to know that many people may be prediabetic, and the first signs can be symptoms of neuropathy in the feet. So if you have never been diagnosed with diabetes, but you’re getting neuropathy symptoms, there’s a chance that you could be pre-diabetic.

There are other types of neuropathy including chemotherapy induced neuropathy and alcoholic neuropathy. Aside from diabetic neuropathy, the most common diagnosis patients are given is idiopathic neuropathy – meaning neuropathy from an unknown cause.

What Are The Benefits Of Walking?

The benefits of walking are both mental and physical. Mentally, exercise has been shown to help people emotionally. Exercise can help increase dopamine levels in the brain (dopamine is a neurotransmitter in the brain that is associated with the feel good sensation you have after exercise).It is also thought that exercise can help you sleep better. The importance of sleep has become more apparent as it not only helps you feel better the next day, but can also help with high blood pressure, cancer and diabetes. Walking may also help to keep your weight down, which can have a big impact on controlling your blood sugar levels, blood pressure and even joint arthritis.

So how does peripheral neuropathy affect your walking? To better understand, I’d like to clarify the three ways neuropathy can have an effect on walking.treatment for neuropathy in legs and feet

Number 1 – PAIN

If you are in a lot of pain from the burning and tingling in your feet, maybe you’ll feel uncomfortable to go on a walk. If the pain is mild, you can still go for a walk, but maybe just not as far as you could before. So if your  symptoms are not that painful, that’s even more of a reason to consider walking.

If your pain is manageable while you walk, it’s a good idea to gradually increase the frequency and duration each time you walk. One principle to remember is that your body needs rest days. So rather than walking every day for 25 minutes five or six days per week, it may be better to walk four days for 35-45 minutes. Why? It’s thought that those extra minutes (for example, 35 minutes) tend to rev up your metabolism more for a longer period after the aerobic activity. This leads to more calories burned and better cardiac health. If walking is too painful, consider biking, swimming or pool exercises instead.

Number 2  – NUMBNESS

If your nerves are significantly damaged, you may experience numbness in your feet. This also serves as another factor that suppresses your desire to walk. Why? Because your ability to feel your feet on the ground has been reduced.

When your ability to feel your feet on the ground diminishes, you could feel unstable and possibly walk with a wider gait. In some cases you may even shuffle due to the lack of feeling. This can be a challenge, and it might make you even more susceptible to falling. For this scenario it is best to walk on flat surfaces and avoid walking or hiking on irregular terrain.

Number 3 –  WEAKNESS

Another symptom caused by peripheral neuropathy is weakness. This ranges from mild to severe in the case of drop foot, which is when it’s difficult to pull your foot or toes upwards. You could also be experiencing what I call “weakfoot”, meaning it’s difficult to push your foot off the ground. Again, it is most important to avoid irregular terrain, so it is important to consider or experiment with other forms of exercise.

If you have weakness or numbness that is not too severe, and you’re able to walk for exercise, then make sure your shoe selection is good. Generally, a shoe with more support (which is called a motion control shoe) should be used. Additionally, keep an eye on your shoes and make sure you do not overwear them to the point that they start to break down.

These are the ways that neuropathy can affect your walking. Please understand that it is important to seek treatment if you’re experiencing neuropathy. Contrary to what conventional medicine says, you do not have to live with it or take medications. At Anderson Center for Neuropathy and Chronic Pain, we can reverse the symptoms of neuropathies with surgical or non-surgical means.

Walking is one of the best forms of exercise for your mental and physical well-being. We hope this blog gives you a better understanding of peripheral neuropathy affect walking and how it impacts exercise regimen.

Treatment for neuropathy in legs and feet Broomfield and Fort Collins. Call or email us today.


Exercises to Improve Walking for People 50+ with Peripheral Neuropathy

Peripheral neuropathy can make walking more challenging due to loss of sensation, muscle weakness, and balance issues. However, staying active with gentle, low-impact exercises can improve mobility, reduce discomfort, and enhance overall stability.

Safety Tips Before You Start

  • Choose a stable surface – Perform exercises near a chair, wall, or countertop for support.
  • Wear proper footwear – Supportive, non-slip shoes reduce the risk of falls.
  • Go slow and listen to your body – If you feel pain, dizziness, or weakness, stop and rest.
  • Exercise at the right time – If neuropathy worsens at certain times of the day (e.g., after long periods of standing), adjust your routine accordingly.
  • Stay hydrated and take breaks – Dehydration and fatigue can increase fall risks.

1. Gentle Stretching for Flexibility

As we age, muscles naturally become tighter, increasing the risk of falls. Stretching helps keep the legs flexible and reduces stiffness.

Seated Calf Stretch (Safer Alternative)

  • Sit in a sturdy chair, extend one leg, and gently pull your toes toward you using a towel or band.
  •  Hold for 20-30 seconds per leg.

Ankle Circles (Improves foot mobility)

  • While seated, lift one foot and slowly rotate your ankle in circles to increase flexibility.
  •  Do 5-10 circles in each direction.

2. Low-Impact Aerobic Exercise for Better Circulation

Aerobic activities increase blood flow and nerve function, helping slow neuropathy progression. Safe options for older adults include:

  • Seated Marching – Sit tall in a chair, lift one knee at a time in a marching motion. (Great alternative to walking!)
  • Slow, short walks indoors – Use a walker or cane for added support if needed.
  • Water aerobics or pool walking – The water provides natural support, reducing strain on joints.
  • Stationary cycling (with back support) – Helps strengthen legs without impact on the feet.

3. Calf Raises for Strength and Stability

Weak calf muscles can make it harder to lift the heels and maintain balance while walking.

  • How to do it: Stand near a chair or counter for support. Slowly rise onto your toes, hold for a few seconds, and lower back down.
  • Modifications: If standing is difficult, try a seated version by pressing the toes down while lifting the heels off the floor.
  • Reps: Aim for 10-15 repetitions for 2-3 sets.

4. Leg Raises to Prevent Falls

As neuropathy weakens the hips and legs, walking can feel unsteady. Strengthening these muscles can improve control and confidence.

  • Seated Leg Raises (Easiest Version) – Sit in a sturdy chair, straighten one leg, hold for 5-10 seconds, then switch sides.
  • Standing Side Leg Raises – Holding onto a chair, lift one leg to the side, keeping your torso straight. Lower slowly and repeat 10 times per leg.
  • Modification: If standing is too difficult, try side leg lifts while seated.

Final Tips for Success

  • Start with shorter sessions (5-10 minutes) and increase gradually.
  • Focus on posture – Keep your chest lifted and shoulders relaxed while exercising.
  • Consider a balance aid – If you feel unsteady, use a cane or walker when doing standing exercises.
  • Try chair exercises – If standing is difficult, most exercises can be done while seated for safety.

By practicing these exercises regularly, adults 50+ can improve strength, reduce fall risks, and regain confidence in walking despite peripheral neuropathy.


Frequently Asked Questions

What exactly is peripheral neuropathy, and how does it impact mobility?

Peripheral neuropathy involves damage to the nerves outside the brain and spinal cord, often leading to sensations like burning, tingling, numbness, and weakness in the feet and legs. This nerve damage can hinder your ability to sense the ground, making walking challenging and increasing the risk of instability and falls.

How prevalent is diabetic neuropathy, and what are the potential dangers?

Diabetic neuropathy affects 50-70% of individuals with diabetes, potentially leading to severe complications such as ulcers and amputations. Symptoms often start with numbness, which can mask injuries, allowing them to become serious. Even without a diabetes diagnosis, neuropathy symptoms may indicate pre-diabetes, necessitating early intervention.

What advantages does walking offer for those with neuropathy?

Walking provides numerous benefits, including improved mood, better sleep quality, weight management, and enhanced heart health. It helps regulate blood sugar levels and can reduce the risk of complications like high blood pressure and joint issues. Walking can be a safe and effective exercise with proper precautions.

How can pain from peripheral neuropathy affect walking?

Pain from neuropathy can deter walking, but managing the pain and gradually increasing walking duration can be beneficial. When walking becomes too painful, alternatives such as cycling, swimming, or water aerobics can provide similar health benefits without exacerbating the pain.

What steps should be taken if neuropathy causes numbness or weakness?

Numbness and weakness can compromise balance and safety. It is crucial to walk on smooth, even surfaces and wear supportive shoes to prevent falls. For severe symptoms, consider low-impact activities like swimming or stationary biking to maintain fitness without risking injury. Regular monitoring and appropriate footwear are key to managing these challenges.

Sports and Exercise Training – Ouch! What do I do if I’m Injured?

Sports and Exercise Training – Ouch! What do I do if I’m Injured?

By Anderson Podiatry Center, in consult with Dr. Stephen Wilkinson, DPM, Sports Medicine Specialist

Congratulations! You’re training for an event, have begun or are maintaining an exercise routine and are motivated to compete or sustain your regime habit. You are to be applauded for taking your fitness and health seriously and incorporating it into your lifestyle. Your happy body, mind, work and social life will reward you for your efforts in a big way!

At some point in your fitness life, however, you will very likely experience pain or an injury that will frustrate or sideline you. Do you keep going? Do you take time off? As a sports medicine doctor, Dr. Wilkinson hears this a lot and has experienced it himself. How you manage these injuries, minor or not, is critical in determining if you can make your event goal or keep your downtime to a minimum and maintain your active life.

In his practice, at Anderson Podiatry Center for Regenerative Medicine, Dr. Wilkinson counsels many people to recover from injuries as quickly as possible and approaches his patient’s care and training plan with these steps and processes in mind, which helps assure they will be up and at it without skipping much of a beat. In this first of a series, we’ll present the initial steps that need to be taken to obtain a complete analysis that forms the basis of a sound and effective treatment and training plan. Then, later on, we’ll go into some of the customized specific treatment options and interventions – physical, mental and nutritional – that are utilized to get you to the finish line fast!

Step One:

A Complete evaluation begins with understanding the injury. An in-depth history is used to isolate the problem by asking questions about

  • The nature, location, and duration of the injury
  • The onset, course, and aggravating factors
  • Any treatments tried thus far

Patients often receive advice via their peer’s experiences or from the internet without a complete understanding of how that advice affects them specifically. Such treatment or training advice can unwittingly lead to injury. Patients often continue these improper training methods beyond the point of injury and then require professional help before they can continue towards their goals. We’ll alleviate this problem with a careful and complete history of the injury.

Step Two:

Step two involves taking time to understand what the patient is trying to accomplish in detail
(weight loss, cardiovascular fitness, a race completion, a time improvement etc.).  

  • Intervention is different depending upon whether the desired result is subjective or objective.

This breaks down to two basic groups of people:

  1. This group is seeking overall fitness and use a specific goal to provide motivation for training. They want to reach the finish line regardless of how long it takes. This requires significant core and mental fitness.
  2. This group has established overall fitness and is pushing to improve their fitness level via improvement in time or distance; more ‘fine tuning’ and achievement of maximum capacity
    while avoiding injury.

Step Three:

Step three involves understanding the patients starting point and whether or not his or her goal is reasonable to obtain by the time the patient needs to be ready to complete.

  • A 10% improvement per week is our target.

In this step, distance, intensity or speed of training are advanced 10% per week. Patients can often become impatient without clear guidelines and try and accelerate their training
faster than this tried and true path resulting in injury and training setbacks. “Slow and steady wins the race” as they say. Good advice to heed! The steps above give us a great foundation from which to build a plan of action to get you recovered and on your way. In the next blog we’ll discuss the nutritional, physical and mental approaches that provide the answers you need to get past your injury and help prevent future occurrences. See you then!


If you have an important goal to accomplish and are hindered by running or exercise pain, foot problems or injury, ankle injuries, plantar fasciitis or other problems, give me a call at
Anderson Center for Regenerative Medicine. I am not only ready to listen and understand, I am also ready to help.

To make an appointment with Dr. Wilkinson, Click HERE

Dr. Wilkinson is an ultra-runner, having completed many 50 and 100-mile races. As a Podiatrist who has successfully weathered his own sports injuries in the past, Dr. Wilkinson enjoys working with patients who are also athletes pursuing their own fitness goals. He believes in injury prevention through gait analysis, biomechanics, and sound, reasonable training techniques but is also an astute provider of clinical and surgical methodology to help return injured athletes to their playing field. Learn more about sports medicine injury treatment

Sports and Exercise Training – Ouch! What do I do if I’m Injured? Part 2

Sports and Exercise Training – Ouch! What do I do if I’m Injured? Part Two of Two

By Anderson Podiatry Center, in consult with Dr. Stephen Wilkinson, DPM, Sports Medicine Specialist at Anderson Podiatry Center

Injury Treatment Plan
In our last blog we covered the steps Dr Wilkinson takes to obtain a complete analysis that forms the basis of a sound and effective treatment plan for foot and ankle and lower extremity injuries. Those who become injured during training can benefit from an efficient, effective treatment plan to keep downtime to a minimum and still be able to reach their fitness or event goals.

This time we’ll explore some of the nutritional, physical and mental approaches Dr Wilkinson uses to help you get past your injury, get to your event or goal and help prevent future occurrences.

At Anderson Podiatry Center and our Center for Regenerative Medicine, Dr Wilkinson uses a mind and body restorative process and training redirection to help you meet your goals. This includes addressing nutrition, sleep, mental attitude, injury mechanism, training or exercise schedule as well as equipment and the potential of your current injury. He thereby devises a rehabilitation program specific to your needs. Advanced modalities are used when needed to accelerate healing. The following explains his approach to these individual parts of the rehabilitation process:

Moving Past your Injury – Focus On:

1. Nutrition

  • Although a basic nutrient allocation of 20-30% fat, 10-30% protein, and 45-65% carbs is optimal for those with an active lifestyle, requirements of activity, work and family make this easier said than done. Dietary balance should also be adjusted based upon the unique situation of each athlete. I.e. heavier athletes may include weight loss as a goal, and injured athletes may benefit from an adjustment in the recommended nutritional ratios and/or additional supplements.
  • It is not uncommon to see deficits in calcium, magnesium, vitamin D and iron. Test values are used to indicate replacement or supplements in the correct combination.

2. Sleep

  • The demands of modern life have contributed to a Healthy People.gov report that approximately 25% of average Americans have insufficient sleep half of the time. This, unfortunately, includes athletes, who have increased sleep demands during training, injury or illness. Sleep evaluation and intervention often involves a sincere allotment of time per daily and required activities, in addition to assessment with regards to activity required for sports goal success. Lower priority activities may need to be curtailed: a potentially tough decision but something’s gotta give to provide the long-term sleep requirements for progress in training and/or injury healing.
  • When sleep requirements for training exceeds the amount of daily sleep time available, additional time may be needed to safely reach goals despite many athletes’ desires to charge forward. Here, the vision and experience of a sports medicine consultant can be essential.

3. Mental Attitude

  • Possibly the most beneficial development that occurs when we strive to achieve more involved fitness or event goals is the process through which athletes improve their mental attitude. Improvement in self-confidence and improved self-image can often elevate an athlete’s success capacity beyond what was formerly believed. Important in this process is the conscious control of physical and emotional stress which must include appropriate and attainable goals and small interval reward breaks to allow for physical healing and mental reward for a job well done.
  • Visualization and self-talk, either alone or with a motivation/visualization coach is important preparation for success. Mental preparation and mental toughness require the acceptance of a fluid process with ups and downs in reaching a goal. The ultimate success of this process involves arriving at the final event both physically and mentally prepared.

4. Injury Mechanism

In foot, ankle and lower extremity sports injuries, understanding the injury mechanism is critical to successful intervention. In sports injuries, even in the most complex cases, there is typically a single event or pattern of recurring events that is at fault.

  • Single act injuries are often improved and resolved by isolation, rest, and regeneration.
  • Injuries from chronic repetitive mechanisms can often be overcome through improved balance and redirection of forces to other targeted areas.

The sports medicine consultant can be essential in determining the offending mechanism and developing a recovery program for effective intervention.

5. Training or exercise guidance: schedule and equipment

Once the site and mechanism of injury are identified, a training schedule and specific rehabilitative equipment can be utilized to isolate injury areas, protect healing tissue, and strengthen supportive structures to allow for recovery. Often previously ignored core strengthening exercises, including those for posture and balance, can be performed on readily available equipment such as treadmills and ellipticals. We target larger protective muscle groups and pay specific attention to joint alignment and position, which can have a significant impact on energy utilization and other muscle function. Core strengthening and joint mechanics are often ignored by athletes due to time constraints or lack of specific training with regards to their importance. Attention to these areas in training not only promotes injury healing but also may elevate the athletes post-injury performance above pre-injury levels.

6. The potential of your current injury

The importance of understanding the athletes’ degree of injury and potential recovery cannot be overstated. Most injuries can be overcome with simple interventions. Occasionally, the extent of injury and the recovery potential requires an adjustment in goals and/or time to reach those goals. Additionally, some injuries may require advanced modalities such as prescription orthotics, regenerative medicine modalities, or corrective surgical interventions. As stated previously, appropriate evaluation and management with a clear understanding of time table and athlete goals is essential to success. Sports medicine consultants with proven event success can be essential to this process.

7. Advanced Modalities

These can include custom orthotics and regenerative medicine products:

  • Orthotics: custom-made shoe inserts that are designed to correct abnormal or irregular foot or leg biomechanics. While over-the-counter foot orthotics are available and may help people with mild symptoms, they normally cannot correct the wide range of symptoms that prescription foot orthotics can. Prescription orthotics are custom made to fit an individual’s unique foot structure. If you exercise and train often, you most likely can benefit from an orthotic that best addresses your particular activity, shoe gear, and foot type.
  • Regenerative medicine: an exciting new option for fast healing with little downtime, these products stimulate your body at the cellular level, giving it the power to regenerate injured joints and tissues. At Anderson Center for Regenerative Medicine, we use three types of regenerative medicine products.

If you have an important goal to accomplish and are hindered by running or exercise pain, foot problems or injury, ankle injuries, plantar fasciitis or other problems, give Dr Wilkinson a call at Anderson Podiatry Center and Anderson Center for Regenerative Medicine. He is ready to listen and understand, and to help.

To make an appointment with Dr. Wilkinson, Click HERE

Dr. Wilkinson is an ultra-runner, having completed many 50 and 100-mile races. As a Podiatrist who has successfully weathered his own sports injuries in the past, Dr. Wilkinson enjoys working with patients who are also athletes pursuing their own fitness goals. He believes in injury prevention through gait analysis, biomechanics, and sound, reasonable training techniques but is also an astute provider of clinical and surgical methodology to help return injured athletes to their playing field. Learn more about sports medicine injury treatment

Sports and Exercise Training and Injury: The Good, The Bad, and The Answer

sports exercise and injury

The Goal (aka: The Good):

Just imagine that you have trained for a running event, such as a full marathon or half marathon, for anywhere from three to six months and have spent thousands of direct and indirect dollars in preparation. Or you have spent time and money revitalizing your exercise routine in a determined effort to meet your fitness goals. You are organized and motivated and, if you are training for an event, have chosen a specific race date. Perhaps you have scheduled vacation time off, and prepaid all expenses. You also try to balance the rest of your life as well: eating, sleeping, working, and being an engaged and active member in your important relationships.

The Injury and aftermath (aka: The Bad):

Then the unthinkable happens. You start to feel foot or leg pain and become injured during your training or workout routine, placing your preparation and any event goals in jeopardy. To make matters worse, you take more time to visit a well-intended sports medicine specialist, local podiatrist or other care provider who does not understand who you really are or your motivation. You receive his or her best recommendations that include generic and un-customized directions that often include abandoning your running or activity goals, not taking into account that you are physically and mentally invested. You may even decide to continue with your current training or exercise routine and soon find that you are getting worse instead of better.

The Answer:

What do you do? At Anderson Center for Regenerative Medicine I recommend that you consider our total athlete evaluation and rehabilitation program before you are forced to submit to regret and disappointment.

Here is where I come in:

  • I examine all aspects of who you are in total.
  • I begin by understanding your goals as completely and specifically as possible.
  • I learn the past and recent history of your fitness and its evolution.
  • I trace your health and training or exercise progression in all aspects from the origin of your idea to your current status.
  • I use over thirty years of office experience and road and ultra-running experience to understand what you are going to need to reach your goal and maintain optimal foot, ankle, and lower extremity health.
  • I access the physical and mental assets you possess to reach the finish line.
  • This includes nutrition, sleep, mental attitude, injury mechanism, training or exercise schedule and equipment, and potential of your current injury.
  • As a Podiatrist specially trained in sports medicine, I am able to present and use advanced modalities to stop your foot or ankle pain or injury progression and move you back to the starting line. These can include nutrition and training guidance as well as custom orthotics and regenerative medicine products. Surgery is a last resort.

In essence, I use a success centered mind and body restorative process and training redirection to help you meet your goals to include healing your current injury, preventing future injury, and completing your event or attaining your fitness goals.

If you have an important goal to accomplish and are hindered by running or exercise pain, foot problems or injury, ankle injuries, plantar fasciitis or other problems, give me a call at Anderson Center for Regenerative Medicine. I am not only ready to listen and understand, I am also ready to help.

To make an appointment with Dr. Wilkinson, Click HERE

Dr. Wilkinson is an ultra-runner, having completed many 50 and 100-mile races. As a Podiatrist who has successfully weathered his own sports injuries in the past, Dr. Wilkinson enjoys working with patients who are also athletes pursuing their own fitness goals. He believes in injury prevention through gait analysis, biomechanics and sound, reasonable training techniques but is also an astute provider of clinical and surgical methodology to help return injured athletes to their playing field. Learn more about sports medicine injury treatment. By Stephen Wilkinson, DPM