Pain related sleep disruption has affected a large number of people around the globe. Statistics has it that, in India, about 25% of the population suffers from pain-related sleep deprivation. Studies call it  the vicious cycle of pain and sleep  as pain affects your ability to sleep and lack of sleep makes the pain even worse.

Back pain and arthritis are examples of some common pain-related medical disorders. People with these types of chronic pains have reported persistent sleeplessness or have had immense trouble falling asleep.

The following are the primary sleep disorders associated with chronic pain:

Insomnia: It is a medical condition that is characterized by an inability to fall asleep no matter how physically exhausted you are. Insomnia can be acute (lasting for one night to a week) or chronic (that lasts for more than 3 weeks).
Hypersomnia: It is a condition wherein you tend to sleep excessively; in this condition, you will have trouble being awake throughout the day or can fall asleep at any point of time.
Sleep Apnoea: This is a sleep disorder wherein breathing pauses and resumes repeatedly. Risk factors include obesity, age and gender; it is more commonly observed in men. This condition can be chronic with symptoms such as snoring loudly or feeling very tired even after one has had a night s sleep.
Restless leg syndrome: It is a sleep disorder wherein you continuously move your legs while sleeping. However, this condition can also cause you to move your legs even if you aren t sleeping.
Some of the causes of sleep disorders due to chronic pain are:

Pain
Worry and anxiety
Sweating at night
Depression and other mental disorders
Treatment

A pain and sleep disorder should be simultaneous as both the components of it, pain and sleep, are interrelated. Some of the ways people with chronic pain can still have a good night s sleep are:

Limiting caffeine intake
Abstaining from alcohol and smoking, as these disrupt the sleep cycles, thus aggravating the existing pain.
Practicing meditation and other relaxation techniques
Pain killers or sleeping pills can be administered, but only with the doctor s advice.
Hot water fomentation over painful area during night, for better sleep.

Back Pain and Bad Sleep

Cochlear Implant is an electronic device replaced with the inner ear (cochlea) of the patients who are unable to send sound waves to the brain.

The surgery is performed on the patients who have the problem of hearing loss due to the damaged hair cells in the inner ears. The implant helps the patient to hear which are not responding to other hearing aids.

Conditions for Cochlear Implant:

Cochlear implants help people to hear with clarity. They are not like hearing aids, which make the sound louder, but it helps send sound waves to the brain and replaces the damaged hair cells in the inner ear. Following are cases where it is beneficial:

People who find it difficult to hear clearly with hearing aids.

Those with moderate hearing loss in both ears.

Patients with 50% or fewer score in the sentence recognition test.

Patients with 60% or less score in sentence recognition test with hearing aids on.

It is suggested to opt for cochlear implants in both ears. The reason is to give the patient a better perspective of sound direction and clarity in understanding the words.

How does the Cochlear Implant work?

Cochlear Implant is an electronic device with an embedded sound processor that has to be worn outside ears or on the body. Following steps are involved in cochlear implant:

The sound captured by the processor is converted digitally by the processor and sent to the coil inside the ears of the patient.

The implant converts digitally coded sound waves to electrical impulses.

The electric impulse simulates the hearing nerve of the patient.

Then sends these impulses to the brain.

Benefits of Cochlear Implants:

The cochlear implant is a blessing for people who have been suffering from hearing loss for a very long time. It provides aid to people who have not benefited from hearing devices. The benefits of the cochlear implant are:

Hear better.

Studies have shown that people with cochlear implants have better sentence recognition scores instead of hearing aids.

The patient can concentrate better in the crowd and can hear conversations across the table.

Reconnect with the missed sounds.

Enjoy music on the phone.

Cochlear Implant improves the quality of life of people with hearing loss. It gives them an aid to understand and engage themselves in a conversation. However, it takes time to learn the interpretation of the sound signals that are received from cochlear implants. But, the patient can learn and lead a normal life with the implant. The factors which affect the benefits of Cochlear implants are:

The extent of hearing loss

The duration of the hearing loss and the condition before implantation

Damage to inner hair cells

Other health issues

The practice and rehabilitation time have been done in practice after implantation

The cochlear implant is performed in the patients after taking extensive tests determining the condition of the patients. It is activated after 2-6 weeks of surgery to give the surgery site a time to heal. Most people are discharged from the hospital after surgery and are prepared for the use of an implant. There are training sessions and classes for patients who have just gone for cochlear implants.

Cochlear Implant - How Do They Help?

The carpal tunnel syndrome and peripheral neuropathy can be the two problems which cause numbness in the fingers. The median nerve at the base of the hand passes through the carpal tunnel. If the tunnel is pinched or narrow, the nerve may be tightened, which affects the functioning of the fingers. The numbness, pain, and sensations in the fingers can be due to the neurological disorder in the body.

How Can I Relieve Numbness in My Hands?

The numbness in the hands and fingers can be very uncomfortable, especially when you are writing or driving. Many medications will relieve your numbness, but you can also try effective home remedies which have no side effects.

  Apply ice on the numbness or just dip your hands in the ice-cold water for a few minutes.

  You can also try heat massage by heating a massage pad or salt bag and applying on your numbed fingers.

  Daily stretching and exercise of hands and fingers can also relieve you from finger pain.

  Regular meditation and walk can relieve you from pain and refresh your muscles from stress.

  Avoid lifting heavy weights because it may tighten your tunnel.

There are also various ways to relieve your numbness in the thumb and fingers of the hands by means of using acupressure and herbal tea.

What Causes Numbness in Fingers While Sleeping?

Many reasons cause numbness in the fingers. Waking up with numb fingers or hands is generally not worrisome, if you do not have any other nerve symptoms. Many times, the sleeping position puts extra pressure on your hands or fingers, which causes numbness.

The nerve compression is very common while sleeping. This happens due to the position of sleep or the sharing of the bed. If you are experiencing other symptoms like weakness in the hands and legs or pain, this may lead to some serious nerve damage disease.

What Causes Numbness in Tips of Fingers?

The main reason for numbness in the tips of the fingers is the ulnar nerve compression. The ulnar nerve is responsible for the pain and shock to the hand that gives grip to the fingers. If you sleep with folded arms or legs inwards, then it is possible that you might have numbness in the tips of the fingers. The ulnar nerve reacts when pressure is put on the elbows or knees. What Does it Mean When You Wake up, and Your Fingers are Numb? Many people think that numbness in the fingers and hands are caused due to some disorder or serious illness. But, it is very common. Numbness in the fingers happens when the nerve compression is applied for a longer time.

Takeaway

Numbness is not always a problem. However, if it occurs with other significant nerve symptoms, it is advisable to consult a doctor immediately.

Finger Numbness - What Should You Know?

Nerve compression is a condition caused by direct pressure on a nerve. It occurs when a nerve is squeezed or compacted. It is also known as compression neuropathy or entrapment neuropathy. 

It typically occurs at a single location. Nerves in the torso, limbs, and extremities may be affected. Common symptoms include pain, numbness, and muscle weakness at the site of the nerve.

Nerve compression syndrome is also known as:

nerve entrapment syndrome
compression neuropathy
entrapment neuropathy
trapped nerve
Types

Mentioned below are few of the most common types of nerve compression syndromes:

Carpal tunnel syndrome
Cubital tunnel syndrome
Suprascapular nerve compression syndrome
Guyon s canal syndrome
Meralgia paresthetica
Radial nerve compression syndrome
Causes

Prolonged or repeated external force, such as sitting with one's arm over the back of a chair (radial nerve), frequently resting one's elbows on a table (ulnar nerve), or an ill-fitting cast or brace on the leg (peroneal nerve).
Accidents such as sprains, fractures, and broken bones can also cause nerve compression syndrome
Diabetes
Autoimmune disorders, such as rheumatoid arthritis
Thyroid dysfunction
High blood pressure
Tumors and cysts
Pregnancy or menopause
Obesity
Neural disorders
Signs and Symptoms

Pain in the area of compressions, such as the neck or lower back
Radiating pain, such as sciatica or radicular pain
Numbness or tingling
Pins and needles or a burning sensation
Weakness
Symptoms worsen when you try specific movements, such as turning your head or straining your neck
Management

Lifestyle changes: Avoiding movements that cause pain.  Changing job duties may relieve symptoms. Losing weight can improve symptoms if obesity is the cause of nerve compression syndrome,
Physical therapy: Flexibility, strength, and range of motion in the affected area can be improved by working with a physical therapist. Physical therapy can also relieve symptoms, such as pain and numbness.
Medication: Drugs commonly prescribed to manage symptoms caused by nerve compression syndrome include nonsteroidal anti-inflammatory drugs (NSAIDs), such as ibuprofen (Advil) and aspirin. Corticosteroids, such as dexamethasone, are injected directly around the nerve.
Prosthetic devices: In few cases of nerve compression syndrome, a doctor or physical therapist may advise a splint or a brace to help avoid putting pressure on the nerve.
Surgery: The surgical procedure required depends on the type of nerve compression syndrome, the degree of compression, and the nerves and structures affected. Surgery also depends on several factors, which include the duration of the symptoms, the severity of symptoms, and any other underlying health conditions you might have. 
Home remedies: The following home remedies may stop or ameliorate symptoms of nerve compression syndrome:
Stop activities that cause pain
Apply icing on the affected area for 10 15 minutes
Taking regular breaks when doing repetitive tasks
Applying topical creams, such as menthol
Elevating the affected area
Keeping the affected area warmPerforming stretches and exercises to improve strength and flexibility
Using relaxation exercises

Pinched Nerve (Compressed Nerve) - How Can It Be Managed?

Alzheimer's disease is a dynamic disease that causes loss of memory and other vital mental functions. To start with, someone with Alzheimer's disease may witness light confusion in the beginning and trouble recalling. In the long run, individuals with the disease may even overlook important individuals in their lives and experience emotional identity changes.

Dementia: Alzheimer s disease is the most widely recognised reason for dementia   a gathering of brain issues that causes the loss of intellectual and social abilities. In Alzheimer's disease, the brain cells deteriorate and die, bringing on an enduring decrease in memory and mental capacity.
Brain Cells: Despite the fact that the reasons for Alzheimer's is not yet completely comprehended, its impact on the brain is clear. Alzheimer's disease harms the brain cells. A mind influenced by Alzheimer's has fewer cells and fewer associations among surviving cells than a solid mind.
Brain Shrinkage: As more brain cells start to die, Alzheimer's prompts critical brain shrinkage. At the point when specialists inspect Alzheimer's brain tissue under the magnifying instrument, they see two sorts of irregularities that are considered to cause Alzheimer s. These are:
Plaque: These clusters of a protein called beta-amyloid may harm and crush brain cells in a few ways, meddling with cell-to-cell functioning. In spite of the fact that a definitive reason for brain cell passing in Alzheimer's is not known, the accumulation of beta-amyloid on the outside of brain cells is a prime reason.
Tangles: Brain cells rely upon an inner support and transport framework to carry the supplements and other fundamental materials through their long extensions. This framework requires the typical structure and working of a protein called tau. In Alzheimer's, strings of tau protein turn into strange tangles inside the brain cells. This may also cause the decrease of brain cells. 
Here are some more causes that can lead to this disease:

Age: Age is a most critical cause in the development of Alzheimer's disease. The probability of building up the condition increases after you reach sixty-five years of age.
Family history: The qualities you acquire from your parents can add to your danger of building up Alzheimer's infection. This may also contribute to the environmental factors which can cause this condition. In some families, a single gene creates Alzheimer s disease and the dangers of the condition being passed on are much higher.
Head injuries: Individuals who have had serious head damage have been observed to be at higher risk of building up Alzheimer's disease.
Cardiovascular diseases: Research demonstrates that few lifestyle components and conditions connected with cardiovascular disease can build the danger of Alzheimer's disease. These include smoking, obesity, diabetes, hypertension and high cholesterol.


Alzheimer's Disease - Reasons That Can Lead To It!

One month, the injury is still healing, two months, just a little bit longer, three months? Well, you, believe it or not, it has probably become a chronic pain and is affecting every aspect of your life. Chronic pain may be a novel notion to accept but is now understood to be a disease and generally defined as pain persisting for longer than 12 weeks. Pain management in such cases is traditionally treated through prescription drugs, the other option being amputation.

This is a major cause of patients having qualms about these pills and a need for an alternative. In response to this, doctors have a new tool to help decrease the perception of pain which is a small implant placed in the back to help patients shake off the pain. This small device that could bring you back to your feet is the spinal cord stimulator.

What is spinal cord stimulation?

Theoretically, the spinal cord stimulation is a type of neurostimulation which produces an effect that interferes with the brain s ability to interpret the signal as pain by using electrical pulses. The brain, instead, experiences it as a pleasant numbing sensation. The implant is placed which takes place in two parts i.e. placing the lead device in the spine and placing the pulse generator in abdomen or buttock.

For test stimulation, the several stimulation settings are tried so that the pulse generator can be programmed using these settings. The procedure typically takes 1-2 hours and post-procedure, patients are given a handy device to control the simulations which they are to use in their day-to-day lives.

It has been observed to reduce the pain by at least 50%. However, this too has its limitations. Typical candidates are people with chronic back and limb pain who may have a failed back or disc procedure. The most common risks associated are device-related, example, unintended movement of the leads. Serious effects include hemorrhage in the epidural space or injury to a spinal cord leading to neural damage, but these are highly uncommon.

Quick facts about it

The best product which works for spinal cord stimulation is a long-lasting solution with a need to change the battery of the lead device every 9 years.
The most recommended device today is the implant because of its compact size and the device costs is quite nominal.
The quality of the product matters a lot as there are ample of cheap products available on the same lines. The same can be fitted within the body via a procedure.
The procedure conducted is also called the pain pacemaker.
Earlier, the procedure was used to conduct only in the international countries, but nowadays the implant can be done in India as well. If you are apprehensive about consuming painkillers for your chronic pain, you can explore this option with your Interventional Pain Specialist.
As it is said, lasting pain can lead to damage, hence don t wait until the damage repair has a complete null chance, rather reach out to your doctor to understand more about the concept of SCS so that you can get treated in no time. Explore the option with your "Interventional Pain Specialist".

Spinal Cord Stimulator - How Is It Beneficial In Pain Management?

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