eToims Physical Rejuvenation System

05/07/2025

I published this scientific and educational manuscript on the health of finger and toe nails about 2 weeks ago. Th especially when complemented with surface use of magnesium sulfate body cream .

02/13/2025

Neck Pain
Neck pain, or cervicalgia, can last from days to years, depending on the cause. Common causes include physical strain, poor posture, mental stress, osteoarthritis, spinal stenosis, herniated disk, pinched nerve, tumors and other health conditions.
Overview
Dr. Andrew Bang answers common questions about neck pain.
What is neck pain (cervicalgia)?
Neck pain, sometimes called cervicalgia, is pain in or around your spine beneath your head. Your neck is also known as your cervical spine. Neck pain is a common symptom of many different injuries and medical conditions.
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You might have axial neck pain (felt mostly in your neck) or radicular neck pain (pain that shoots into other areas, such as your shoulders or arms). It can be acute (lasting from days to six weeks) or chronic (lasting longer than three months).
Neck pain can interfere with your daily activities and reduce your quality of life if it’s not treated.
Fortunately, most causes of neck pain aren’t serious and improve with conservative treatments, like pain medicine, exercise and stress management.
What does neck pain feel like?
Some people describe the pain as:
• A persistent ache.
• A stabbing or burning pain.
• A shooting pain that travels from their neck to their shoulders or arms.
Other symptoms
Neck pain may involve other symptoms, including:
• Headache.
• Stiffness in your neck, shoulders and upper back.
• Being unable to turn your neck or tilt your head.
• Numbness or tingling (pins and needles) feeling in your shoulders or arms.
Who is affected by neck pain?
Neck pain is common, affecting 10% to 20% of adults. It’s more common in women. Your chance of developing it increases with age.
Possible Causes
Neck pain can result from physical changes related to strain, injury or aging, or it may be related to stress.
What are the possible causes of neck pain?
Neck pain has many potential causes, including:
• Aging: As you age, natural wear and tear can cause parts of your cervical spine to deteriorate, or degenerate, causing pain. Degenerative conditions such as osteoarthritis (the wearing down of joint cartilage) and spinal stenosis (narrowing of the spaces in your spine) can lead to neck pain. Over time, stress and repeated movements can cause the disks in your spine to weaken, causing a herniated disk or pinched nerve.
• Physical strain: Overusing your neck muscles during repetitive or strenuous activities can lead to stiffness and pain. Poor posture, weak abdominal muscles and heavier body weight can affect your spine’s alignment and contribute to neck pain. For example, straining your neck to view a computer screen for long periods is a common cause of neck pain.
• Mental stress: Tightening your neck muscles because you’re stressed can lead to neck pain and stiffness. Many people who tighten these muscles when they’re stressed or agitated don’t realize they do it until their neck starts hurting.
• Injury: Trauma and other injuries can damage muscles, ligaments, disks, vertebral joints and nerve roots in your spinal cord and lead to neck pain. Whiplash during automobile accidents is a common injury that causes neck pain.
• Growths: Masses, including tumors, cysts and bone spurs, can put pressure on the nerves in your neck, causing pain.
• Other health conditions: Neck pain is a symptom of many health conditions, including meningitis, rheumatoid arthritis and cancer.
Care and Treatment
How is neck pain diagnosed?
Usually, a medical history and a physical exam are enough for a healthcare provider to diagnose the cause of neck pain. A healthcare provider will first eliminate serious causes of neck pain, like pressure on your spinal cord, myelopathy, an infection or cancer.
• Medical history: Your provider will ask about previous neck injuries that may have caused whiplash or a herniated disk. They may ask about work or other activities that could strain your neck. They’ll ask about your pain, including when it started, where it’s located, how long it lasts and how intense it is.
• Physical exam: Your provider will check your head and neck alignment and observe your range of motion when you move your neck. They’ll feel your neck and supporting muscles to check for tenderness and signs of strain.
• Imaging tests usually aren’t necessary to identify what’s causing neck pain. Still, a provider may take images of the inside of your neck if they suspect a serious injury or if you’re experiencing severe pain that doesn’t improve.
• X-rays: X-rays can show problems with your bones or soft tissues that may be causing neck pain. An X-ray can show issues with cervical alignment, fractures and slipped disks, and they can detect arthritis.
• Magnetic resonance imaging (MRI): An MRI can show problems with your spinal cord, nerves, bone marrow and soft tissue. It can show if a disk has slipped out of place, signs of infection and masses that may be causing neck pain, like a cyst or tumor.
• Computed tomography (CT) scan: A CT scan may be used if an MRI isn’t available. It can show bone spurs and signs of bone deterioration.
In rare instances, your provider may order additional tests, including:
• Electrodiagnostic tests: These tests check the function of nerves and your muscle response. Tests include nerve conduction studies and, rarely, a myelogram if an MRI is contraindicated.
• Lab tests: These tests can help your provider identify causes of neck pain other than musculoskeletal injuries, like infections, rheumatological conditions or cancers. Tests include a complete blood count (CBC), urinalysis and markers of inflammation, among others.
How is neck pain managed or treated?
Treatment aims to relieve your pain and improve movement in your neck. Most causes of neck pain eventually improve and can be managed at home. Your provider will suggest treatments to manage your symptoms, including:
• Pain medications and muscle relaxers: Medicines, including nonsteroidal anti-inflammatory drugs (NSAIDs) to ease neck pain and inflammation, and muscle relaxants to help your neck muscles heal, are common first-line treatments for neck pain.
• Physical therapy: You may work with a physical therapist or a fitness trainer to learn exercises and movements that strengthen the muscles and tendons in your neck and improve flexibility.
• Transcutaneous electrical nerve stimulation (TENS) unit: A TENS unit applies a low-level electrical current to your skin near your nerves to disrupt the pain signal causing discomfort. Always check with a healthcare provider before using a TENS unit.
• Steroid injections: A shot near the nerve roots can reduce inflammation and relieve pain.
• Alternative therapies: Your provider may recommend acupuncture to relieve pain, or massage to help loosen tightened muscles contributing to your discomfort. You may see an osteopath or chiropractor to align your spine.
• Surgery: Most causes of neck pain don’t require surgery. Still, you may need surgery if one or more of the vertebrae in your spine has shifted out of place or is putting pressure on your nerves.
If your pain is severe, you may need to work with a spine or pain specialist.
What can I do to relieve neck pain at home?
In addition to taking pain relief medications, you can take steps at home to relieve neck pain, including:
• Hot therapy: Take a hot shower or place a hot towel or heating pad (on the lowest setting) on the site of your pain for 15 minutes every few hours. The heat loosens your muscles and promotes blood flow.
• Cold therapy: Place a cold pack or a bag of frozen vegetables (wrapped in a thin towel to protect your skin) for 15 minutes every few hours. The cold narrows your blood vessels, reducing inflammation and swelling. Use cold instead of heat immediately after an injury.
• Exercise: Follow your healthcare provider’s guidance on neck exercises you can try to relieve neck pain and improve your range of motion. Don’t attempt exercises if you have a serious neck injury or a pinched nerve.
• Stress reduction techniques: Mindfulness, meditation, breathing exercises and yoga can help relieve tension in your body that may contribute to neck pain.
• Quit smoking: Smoking damages bone structure, accelerates degenerative disk disease and slows healing.
How long does neck pain (cervicalgia) take to heal?
Healing time depends on what’s causing your neck pain. Neck pain caused by common issues like strains and stress usually improves within a week or two. It may take a few months before the pain disappears entirely.
How can I prevent neck pain?
You can take steps to prevent neck pain related to strains and tense muscles.
• Practice good posture. Position electronic devices, like computers and phones, so you don’t have to slouch or strain your neck when using them. Keep your shoulders aligned and your back straight when seated so you’re not straining your neck. Adjust the seats in your car to maintain good posture while traveling.
• Adjust your sleep position.Maintain good posture when you’re asleep. If you sleep on your back or side, use a pillow to support your head so your head and neck are aligned with the rest of your body. If you sleep on your back, place a pillow underneath your knees to take additional pressure off your low back. Avoid sleeping on your stomach with your head turned.
• Stay active.You can use many of the same exercises used to relieve neck pain to prevent it. If you work a job that involves sitting for long periods, take occasional breaks to move around and stretch your entire body, including your neck muscles.
• Don’t carry heavy weight on your shoulders.Avoid carrying heavy objects like book bags or suitcases over your shoulder. Instead, consider using luggage or bags with wheels.
• Exercise your upper back extensor muscles. It’s normal to lose strength in your upper back as you age. As a result, your shoulders rock forward, and your head tips forward in a position in front of your spine. This positioning puts additional strain on your neck and upper back.
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Exercises that can help strengthen your upper back extensor muscles include:
• Scapular squeezes: Pinch your shoulder blades together 10 times.
• Standing push-ups: Do push-ups in a doorframe, allowing your shoulders to go past your hands 10 times.
• Theraband rowing: Wrap the middle of a theraband around a doorknob so it’s stable. While standing, grab an end with each hand. Pull your hands toward your waist 10 times.

When To Call the Doctor
When should I call the doctor if I have neck pain?
Contact a healthcare provider if you have neck pain that interferes with work or other daily activities. In rare cases, neck pain can be a sign of a medical emergency.
Seek urgent medical care if your neck pain:
• Develops after an accident.
• Involves a loss of bowel or bladder control.
• Persists whether you’re moving or staying still.
• Involves a headache, dizziness, nausea or vomiting.
• Occurs with chills, fever or unexplained weight loss.
• Occurs with numbness or tingling in your arms, shoulders or legs.
• Occurs with weakness in your legs or loss of coordination in your arms or legs.
• Doesn’t get better with over-the-counter medications.
• Doesn’t improve after one week.
It’s easy to overlook the important work your neck does — until you experience neck pain or have trouble moving your head. The average human head weighs about 10 pounds. Your neck is responsible for supporting this weight and keeping your head aligned with the rest of your body. Over time, this work can take a toll on your body, especially if you’re constantly straining your neck. Take preventive steps to avoid neck pain, like practicing good posture and taking frequent breaks to move and stretch. If you’re experiencing neck pain, see a healthcare provider. They can recommend medications and therapies that can provide relief.

01/31/2025

Lifespan
The maximum human lifespan — so far — is a little over 120 years. That’s much greater than the average human life expectancy. But both of those metrics are trending upward. And the goal of modern medicine is to increase both the average and the maximum, while also narrowing the gap between the two.
What is lifespan?
Lifespan is the maximum length of time that a person can live. Right now, the maximum human lifespan is 122 years. Experts base that lifespan on the longest-lived person with a verifiable date of birth.
The person who holds that record is Jeanne Calment, a French woman who died in 1997. For people assigned male at birth (AFAB) only, lifespan is a bit shorter. The verified longest-lived man was Jiroemon Kimura of Japan, who died in 2013 at age 116.
But lifespan is just one metric for how long humans can or should live. Others include:
• Life expectancy
• Longevity
• Healthspan
Life expectancy
Life expectancy is an average age that a group of people are likely to survive to. It’s common for people to use this term interchangeably with “lifespan.”
There’s no way to predict how long a single person is going to live with any accuracy. So, experts calculate an approximate average based on population statistics.
Where you live can heavily influence your life expectancy. Some other factors that play a role in that include (but aren’t limited to) the following:
• Access to healthcare (including physical access, affordability, and availability of professionals and supplies)
• Access to nutritious foods and clean water
• Availability of sanitation services
• Biological family history
• Climate and any impacts of climate change
• Environmental regulations to limit how pollution affects you
• Inherited or genetic factors
• Medical history
• Presence of public safety services like firefighting and law enforcement agencies
• War or armed conflicts
And sometimes, global concerns affect life expectancy. The worldwide COVID-19 pandemic that started in late 2019 caused global life expectancy to drop for two straight years, sinking to 71 in 2021.
Longevity
Longevity is the term for living longer than the average life expectancy. And around the world, the number of people living longer than average is going up. In 2000, the number of people over 75 was about 152 million. As of 2023, that number has almost doubled to 300.8 million.
Healthspan
Advances in modern medicine mean people are living longer. But living longer isn’t the same thing as being alive and healthy. That’s where the concept of healthspan comes in.
Healthspan is how long people can live without chronic conditions and age-related disabilities. It’s a concept that researchers may use when looking at groups of people, not individuals. A group with a longer average healthspan may have better health than other similar groups. Or it might mean that health interventions aimed at the group are working.
What’s the average human life expectancy?
As of 2022, the worldwide average life expectancy was 72 years. That’s well over double what the average life expectancy was in 1900. Back then, it was 32.
For people AMAB, the average life expectancy is about 70 years. For people assigned female at birth (AFAB), it’s about 75 years.
But 72 is just the global average. It can vary a lot from country to country. In 2022, the top five average life expectancies worldwide were in:
1. Macao: 85 years.
2. Liechtenstein: 84 years.
3. Japan: 84 years.
4. Hong Kong: 84 years.
5. French Polynesia: 84 years.
The United States ranks 64th on that list, with an average life expectancy of 77 years. The average life expectancy for people AMAB in the U.S. is 75. For people AFAB, it’s 80.
What’s the difference between life expectancy and lifespan?
Life expectancy is the average age that people live to. This average can vary depending on where you live, your personal background and more. Lifespan is the maximum age people can live to, so it’s much longer than the average.
Lifespan, life expectancy and longevity are all words you might use to refer to the length of a person’s life, but they aren’t always the same thing. You might not always need to use these terms as precisely as an expert or researcher, but it can still help to know their meanings. And while these concepts can’t predict how long you’ll live, they can help you better understand some of the context of your health. That knowledge can help you live a life that’s healthier, longer and, hopefully, happier.

12/06/2024

BALANCE PROBLEMS AND ROLE OF MAGNESIUM SULFATE IN IMPROVING HAZARDS

Chu J, Bruyninckx F, Goodman S

Chu J, Emeritus Associate Professor, Department of Physical Medicine and
Rehabilitation. University of Pennsylvania School of Medicine, Philadelphia,
Pennsylvania, USA
Bruyninckx F, Emeritus Clinical Professor, Department Of Physical Medicine and
Rehabilitation, University of Leuven Medical School, Leuven, Belgium
Goodman S, Consultant

Balance is an even distribution of weight enabling someone or something to remain upright and steady. To keep equilibrium a person has to adjust between opposing or divergent influences or elements
To be able to move, ambulate, and to be able to propel an individual forward or onward, this is done by means of a force that imparts motion. However, an individual with a locomotor disorder like e.g. Parkinson’s disease that is characterized by a tendency to retropulsion, which is to walk backwards, has difficulties to accomplish this.

Center of Gravity
The center of gravity occurs in the body at a point where weight is equally distributed on all sides. Center of gravity can also be referred to as center of mass. From this point, a body can pivot in any direction and remain balanced. When standing evenly over one’s center of gravity, one is in a state of equilibrium.
Where the center of gravity is located during locomotion is quite important so that the person in motion does not have calamities such as tripping, slipping and sliding causing them to fall which happens more often in the elderly. This can result in fractures and even spinal cord injuries.

Line of gravity
The line of gravity is an imaginary line that crosses through one’s center of gravity dividing the mass of the body into two equal halves. This line changes depending on the body's weight distribution. It is a vertical line running from the top of the head, usually around the ear, down to the ground anterior to the sacral vertebra behind the hip joint, anterior to the knee and ankle. To keep one’s body in balance, the posture must correspond with the person’s line of gravity.

Base of Support
How wide the person spread their feet determines the base of support and thus determines balance. The closer the center of gravity is to the ground, the more stability the person will have; the farther apart feet are placed, the steadier the person will feel. A good base of support is needed when climbing and going up and down staircases and especially when moving or lifting heavy objects..

Gravity and the Body
Gravity affects many parts of the body as one ages. It compresses the spine, contributes to poor blood circulation and can decrease flexibility. The gravitational pull also affects internal organs, causing them to shift downward, away from their proper position. Gravity is often held responsible for the way excess weight accumulates around the midsection of the body.
The center of gravity moves during the sit-to-stand movements making these motions hazardous. (1) Further studies need to be done carried out on patients who have structural deformities of the spine or weakness in the lower limbs as seen in various diseases of the spine including hemiplegia, especially sit-to-stand. (2) It has been shown that elderly people have difficulty standing on one leg for 10 seconds especially standing on the non-dominant side making it more dangerous. Anyone with spinal deformities and the elderly when ascending or descending steps should perform step to maneuver, that is, ascend to the step above or below only after when they have both feet implanted on the desirous step.
Stair climbing is one of the most challenging tasks that is performed frequently. It is difficult to negotiate going up or down steps and this study showed some additional spatiotemporal parameters during the stair case negotiation. (3)

Figure 1., below, shows various spinal conditions all in the lateral view, ranging from normal to abnormal conditions such as kyphosis, lordosis, flatback, and scoliosis. These disease conditions are treatable with physical therapy and there is only a very seldom need for spinal surgery. (4)


Figure 1. Different spinal abnormalities affecting the line of gravity

During the gait cycle, clinical assessment for sagittal plane knee and hip joint kinematics, as well as some spatiotemporal variables including pelvis displacement and step characteristics were tested. This showed the importance of pelvic, knee and joint movements having influence on the gait cycle which becomes amplified in the situation of spinal and limb abnormalities. (4)
In addition to fixed structural abnormalities, the size of the muscles determines their strength. There are four large and strong muscles namely trapezius, latissimus dorsi, gluteus maximus and adductor magnus. How the line of gravity passes through, makes these muscles tight or more difficult to relax well and unable to perform optimally and thus makes the joints more misaligned.
Since the line of gravity is very important, we support the muscle functions by making muscles as relaxed as feasible by using transdermal magnesium sulfate with the intention of making the especially huge muscles less shortened and tight. When muscles are relaxed, the joints can be more in alignment, improving the range of motion thus giving better function overall to perform daily activities. The usual daily activities of living (ADL) include sitting to standing, ambulation on inclines, stair climbing and social activities and ability to perform ADL leads to improvement in quality of life. When balance improves there will be less falls and less injuries and less chance of developing spinal and head injuries that can lead to dementia. (5, 6)


REFERENCES
1. Oh J, Kuenze CM, et al. Validity of the Microsoft Kinect™ in assessing spatiotemporal and lower extremity kinematics during stair ascent and descent in healthy young individuals. 2018, Oct:60:70-76. J. Medengphy, 2018.07.011. Epub 2018 Aug 8. 2019 Apr:66:91-95
2. Tanaka R , Ishii Y, Yamasaki T, et al. Measurement of the total body center of gravity during sit-to-stand motion using a markerless motion capture system. J. Medengphy, 2018.12.020. Epub 2019, Feb 21
3. https://www.mdedge.com/internalmedicine/article/271318/geriatrics/how-old-are-you-stand-one-leg-and-ill-tell-you?ecd=WNL_EVE_241026_mdedge&uac=437296MY&sso=true
4. https://wexnermedical.osu.edu/brain-spine-neuro/spine-diseases-conditions/spinal-curvatures
5. Chen Y, Tang Y , Allan V. Fall-induced spinal cord injury: External causes and implications for prevention. Spinal Cord Med 2016, Jan;39(1):24-31
6. Ordubad A, Dhanani H, Tulebaev S et al. Risk of Dementia Diagnosis After Injurious Falls in Older Adults. JAMA Netw Open. 2024;7(9)

Here’s some information about how Ohio State’s Wexner Medical Center cares for spine disorders I wanted to share with you.

11/25/2024

Nerve Compression Syndromes
Nerve compression syndromes can result from pressure on a peripheral nerve. Carpal tunnel syndrome is the most common type. Other types include sciatica and ulnar nerve entrapment. Repetitive movements can lead to a pinched nerve and neuropathy. You may have limb weakness, numbness, pain or tingling. At-home treatments provide symptom relief.
Overview
What are nerve compression syndromes?
A nerve compression syndrome can occur when there’s pressure on nerves in the peripheral nervous system. These nerves connect to parts of your body (like your hands and feet) that are farther away from the central nervous system (like your brain and spine).
Nerve compression syndromes are a common cause of nerve (neuropathic) pain in the limbs. They can lead to a pinched nerve and neuropathy (nerve damage).
What are the types of nerve compression syndromes?
Nerve compression syndromes can affect different peripheral nerves in your upper or lower body.
Syndromes that affect your upper limbs include:
• Carpal tunnel syndrome: Compressed median nerve in your wrist.
• Pronator teres syndrome: Compressed median nerve in your elbow.
• Radial tunnel syndrome: Pressure on the radial nerve in your elbow.
• Suprascapular nerve entrapment: Damage to the suprascapular nerve in your shoulder.
• Thoracic outlet syndrome: Compressed nerves in your lower neck and upper chest (thoracic outlet).
• Ulnar nerve entrapment: Compressed ulnar nerve in your elbow (cubital tunnel syndrome) or wrist (Guyon’s canal syndrome).
Nerve compression syndromes that affect the lower limbs include:
• Meralgia paresthetica: Pressure on the lateral femoral cutaneous nerve in your thigh.
• Peroneal nerve compression: Pressure on the peroneal nerve in your lower leg.
• Pudendal nerve entrapment syndrome: Compressed pudendal nerve in your pelvic area.
• Sciatica: Damage to the sciatic nerve in your lower back, hips, butt or leg.
• Tarsal tunnel syndrome: Damage to the tibial nerve in your heel or sole of your foot.
Symptoms and Causes
What causes nerve compression syndromes?
Nerve compression often affects nerves that travel through small openings (called tunnels or canals) in your joints. Tissue swelling or damage puts pressure on the nerve, causing symptoms.
Possible causes of nerve compression syndromes include:
• Accidents and trauma.
• Ankle, knee or wrist sprains.
• Arthritis.
• Broken bones and bone spurs.
• Diabetes.
• Dislocated joints, such as a dislocated elbow or dislocated shoulder.
• Herniated disk.
• Hypothyroidism (underactive thyroid gland).
• Surgical complications.
• Tumors or cysts.
Who's at risk for nerve compression syndromes?
Anyone can develop a nerve compression syndrome. Sometimes, the weight from obesity or pregnancy squeezes a nerve. Casts, splints and the use of crutches can also cause nerve problems.
People who do certain jobs or activities that require repetitive joint movements also are more at risk. This includes:
• Assembly line workers.
• Baseball players.
• Bicyclists.
• Construction workers and carpenters.
• Golfers.
• Tennis players.
• Typists.
• Weightlifters.
What are the symptoms of nerve compression syndromes?
Symptoms of nerve compression syndromes tend to come on gradually. The symptoms may come and go and range from mild to severe. These symptoms may get worse when you do activities that pull or press on the nerve.
Nerve compression syndromes cause a variety of symptoms depending on which nerve it affects. You may experience:
• Pain, numbness or tingling in the area of compression (usually a joint like your wrist, elbow or ankle).
• Inability to move a limb, lift your hand or foot, or grasp or hold onto items.
• Limb weakness that affects your ability to do daily tasks or makes you feel clumsy.
• Muscle loss in the affected area.
Diagnosis and Tests
How are nerve compression syndromes diagnosed?
Your healthcare provider will perform different tests during a physical exam to evaluate your symptoms. Your healthcare provider may ask you to hold onto items, pick up something or lift your foot or hand.
If an exam indicates a potential nerve problem, you may receive one or more of these diagnostic tests:
• Electromyography (EMG) and nerve conduction study to measure the transmission of nerve signals to muscles.
• MRI, neuromuscular ultrasound or X-rays to check for compressed nerves and look for problems like arthritis, ligament injuries and fractures.
Management and Treatment
What are nonsurgical treatments for nerve compression syndromes?
Some nerve compression syndromes improve with nonsurgical treatments, such as:
• Nonsteroidal anti-inflammatory drugs (NSAIDs) and steroid injections for pain and inflammation.
• Physical and occupational therapy to improve strength and flexibility. You can also learn new ways to move and perform tasks that won’t irritate the compressed nerve.
• Splints, braces or orthotics to support the injured area.
What are surgical treatments for nerve compression syndromes?
If nonsurgical treatments don’t provide adequate symptom relief, surgery can help. Depending on the cause of the nerve compression, surgery can:
• Open up the nerve tunnel.
• Remove tumors or cysts.
• Repair, relocate or transfer nerves.
Prevention
How can I prevent nerve compression syndromes at home?
If you’re at risk for nerve compression syndromes, these steps can help:
• Adjust your keyboard to help your wrists stay flat when you type.
• Don’t rest your elbows on an office chair or a desk for an extended period.
• Stretch your limbs throughout the day.
• Take periodic breaks from typing.
• Use a wrist rest with your keyboard and mouse pad.
• Wear a brace or splint.
Outlook / Prognosis
What are the complications of nerve compression syndromes?
Severe nerve compression that lasts more than six weeks can cause permanent muscle loss and nerve damage. You should see your healthcare provider early about symptoms so you can start the appropriate treatment.
What’s the prognosis for people with nerve compression syndromes?
Many people get symptom relief through nonsurgical methods. When needed, decompression surgery to take pressure off of the nerve often helps. Physical and occupational therapy exercises can prevent nerve problems from recurring.
Living With
When should I call my doctor?
You should call your healthcare provider if you experience:
• Difficulties with daily tasks like buttoning a shirt, typing or holding a pen.
• Joint pain.
• Limb numbness, tingling or weakness.
• Problems walking.

Nerve compression syndrome is the result of nerve irritation or pressure. Carpal tunnel syndrome in the wrist is the most common type. Nerve compression syndromes can also affect your lower limbs. You should see your healthcare provider if you experience unexplained limb numbness, pain, tingling or weakness. Your healthcare provider may recommend surgery if nonsurgical treatments don’t provide symptom relief or you have a severely compressed nerve.
Medically Reviewed
Last reviewed on 11/23/2021.