Acupressure can prove to be extremely effective if you are looking for non-medicinal solutions to treat musculoskeletal problems, such as back pain, sports injuries, arthritis, etc. Acupressure is the application of putting firm pressure on the areas on the body which are swollen, agitated or tense by massaging the acupoints (specific points in the body). Acupressure believes that relieving these areas of pressure reduces the pain.

Here are some musculoskeletal problems that can be healed by acupressure:

    Arthritis: Those who seek acupressure as an alternative treatment for pain are mostly suffering from arthritis (a disease characterised by chronic joint inflammation and cartilage degeneration). Acupressure applies pressure on the inflamed joints.
    Back pain: Back pain is a common problem that can affect anyone irrespective of his or her age. Acupressure acts to relieve the points where the muscles are too tense and helps to tone or support the muscles which have become weak with disuse.
    Chronic pain: Unrelenting pain can stem from many causes. Acupressure focuses on the pain and the pain signals when treating chronic pain. The acupoint of the pain and the nerves are gently massaged to relieve the pain.
    Fibromyalgia: Traumatic injury to the soft tissue, emotional trauma or severe illness can cause fibromyalgia. It is non-inflammatory in nature and often leads to Chronic Fatigue Syndrome (a troublesome disorder with symptoms of deep fatigue, sleeping problems, pain, etc.). Acupressure can greatly improve the fatigue and sleeplessness that fibromyalgia causes.
    Tendonitis: The tendon connects the tissue to the bone, and tendonitis is the condition when the tendon is inflamed. Acupressure helps in reducing the inflammation and easing mobility restrictions.
    Sciatica: The sciatic nerve is the longest nerve in the body, stretching from the lower spine to the back of the foot. So when this nerve is agitated, pain radiates from the lower back to the foot. This condition is called sciatica. The acupoints in sciatica are the lower back and the hip. Acupressure effectively loosens the muscles in these regions and reduces inflammation.
    Sports injuries: Strains and sprains are common sports injuries, which mostly affect athletes. Acupressure has anti-inflammatory benefits that can help heal severely injured tendons, ligaments or muscle. Acupressure also plays a huge role in restoring and retraining the body, especially if you are an athlete and play high-demand sports.
    Carpel Tunnel Syndrome: Carpal tunnel syndrome is a condition in which the pressure increases on the median nerve as it goes through the carpal tunnel, and this causes wrist pain. Acupressure involves the use of directed pressure to specific acupuncture points on the surface of the body.
    Insomnia: Insomnia is a sleep disorder. The Acupressure Points between your heel and anklebones (on both sides) have traditionally been used to relieve and prevent insomnia.
    Migraines: Acupuncture is used to effectively treat primary headaches, namely tension and migraine, which are the most common.

Acupressure: The Non Medicinal Solution to Musculoskeletal Problems

The term Sciatica is used to describe leg pain, tingling, numbness or weakness that travels down the low back via the sciatic nerve to the back of leg. Sciatic nerve arises from each side of lower spine and passes deep in the buttock along the back of thigh and legs. The pain of Sciatica may be irregular/ infrequent or persistent causing severe agony to the patients. The pain of Sciatica may be confined to low back or hips or may extend up to toes. The pain of Sciatica can be excruciating and "not relieved by painkillers".

What causes Sciatica?

Pain in Sciatica is due to irritation or pinching of Sciatic nerve within the spine. This occurs most commonly due to prolapsed intervertebral disc (slip disc) causing nerve compression resulting in pain.

Is surgery the only treatment for Sciatica?

Most patients can be managed with medication/exercises. So surgery is not the only way out. Patients who have severe pain can also benefit from "Epidural Steroid Injection". This treatment has proven to be effective in avoiding spine surgery in such patients.

What is Epidural Steroid Injection?

Epidural Steroid Injection is a procedure done by a Specialist (Interventional Pain) in an Operation Theatre using X-Ray (Image Intensifier) to locate exact level of injection. A drug mixture consisting of Steroid with Local Anaesthetic is injected at the epidural space of affected nerve root. The steroid washes away inflammatory mediators from the epidural space which decreases the pain. Steroid also decreases the inflammatory response of body to the prolapsed disc. As a result the pain arising from nerve inflammation is decreased. This is a day care procedure i.e. the patients are discharged the same day.

How is the possibility of surgery ruled out?

Epidural Steroid Injection is a proven, safe and an effective treatment that works on the concept of Interventional pain management - to provide relief from persistent and chronic pain of Sciatica. Generally, a single injection is sufficient to relieve patients of the pain. The procedure can be repeated for a maximum 3 times in a year, depending on the patient's response. With effective pain relief, surgery is negated.

Non-Surgical Treatment For Sciatica

Fibromyalgia is a musculoskeletal disorder that is more prevalent among women (in the age group between 25 - 60 years) than men. The condition often results in muscular and joint pain along with extreme tiredness. Further, there may be severe headaches, body stiffness, insomnia or sleeping disorders, high sensitivity to extreme temperatures, abdominal pain, Irritable bowel syndrome and also Fibro Fog ( a condition triggered by Fibromyalgia, whereby an individual is unable to concentrate on anything). In some, the condition can trigger severe anxiety, stress, and depression.

While discussing Fibromyalgia, it is important to mention about the Tender Points or Trigger Points. These are delicate points and areas located throughout the body where even a gentle tap or pressure is enough to cause pain. Some of these trigger points in Fibromyalgia include:

upper chest.
back of the head.
knees.
top of shoulders.
outer elbows.
hips
Some of the common factors that play a significant role in triggering Fibromyalgia are

Stress and Trauma: Fibromyalgia may be an outcome of extreme physical, mental and emotional turmoil (which often creates a hormonal imbalance) or Post-Traumatic Stress Disorder.
Fibromyalgia may be linked to genetics and hereditary. People with a family history of Fibromyalgia are more susceptible to the painful condition.
In some individuals, an autoimmune disorder such as Lupus or Rheumatoid Arthritis can also be a contributing factor resulting in Fibromyalgia.
Acupressure to treat Fibromyalgia

People often opt for Alternative Therapy to treat Fibromyalgia. Individuals with Fibromyalgia benefit immensely from Acupressure. Acupressure is a popular alternative therapy that finds its origin in China. It channelizes upon the use of pressure at certain points in the body to ease the pain. Some of the acupressure points that are often used to relieve the pain, especially related to the Post-Traumatic Stress Disorder, in Fibromyalgia include:

Stomach 36 (ST 36): ST 36 holds great significance in providing a soothing and calming effect in people with extreme stress and anxiety (one of the critical symptoms associated with Fibromyalgia). ST 36 is located in the depression of the tibia (lateral side), at a distance of about four fingers downwards from the patella or the knee. Gently and slowly massaging the point for 3-4 minutes is said to provide great relief.
Ren 17: Another acupressure point that goes a long way to lower the anxiety and physical stress is Ren 17 or the chest center. This acupressure point is the middle of the chest (anterior midline), at the fourth intercostal space from the second rib downwards.
Ear Shen Men: The Ear Shen Men is an important acupressure point in the triangular fossa, at the upper region of the ear. People with physical and emotional stress benefit from this acupressure point.
Pericardium 6: The Pericardium 6 is in the mid arm region (lower and inner part of the arm) between the two tendons at a distance of four fingers from the wrist crease. In addition to a great soothing effect, Pericardium 6 is beneficial for people with nausea.
Yintang: Nothing works more like the Yintang to relieve stress and anxiety. The acupressure point in between the eyes at the eyebrow level.

Role Of Acupressure In Treating Fibromyalgia

Spinal fractures are extremely painful and usually happen when an external force applied to the spine exceeds the vertebral column s ability to bear the load. Many times, the bone fragments pinch and damage the spinal cord, which leads to an injury or dislocation of the bony vertebra. Although spinal fractures can develop anywhere along the spine, the most common site is the lower back.

What causes spinal fractures?

Spinal fractures can occur due to both minor trauma/falls and major accidents. The following are the probable causes of such fractures-

  Injuries sustained while playing a sport
  A traumatic injury
  Spinal instability
  Injuries sustained after falling from a height
  A whiplash
  Injuries sustained in an accident
  An underlying condition such as Osteoporosis, which causes the spinal bones to weaken

Symptoms observed:

Spinal fractures are characterized by the following symptoms-

  Muscle spasm and swelling
  Numbness
  Acute pain that worsens when you walk or stand for a long time
  A tingling sensation
  Restricted mobility of the spinal column
  Spinal deformity/disability
  Sudden onset of pain in the lower back region

What are the various types of spinal fractures?

Spinal fractures primarily fall into four categories, namely the following-

  Compression - Compression fractures are quite common in people with osteoporosis or bone cancer. The bones become fragile and brittle. If sudden force is applied with extreme pressure, the vertebra may not be able to support the load and that may result in a fracture.

  Burst - Severe trauma, such as a car accident can cause burst fractures. The external pressure is so much that the vertebra gets crushed. As a result, the bony fragments spread out and cause spinal cord injury. Unlike a compression fracture, where only a part of the vertebra is damaged, a burst fracture leads to multiple fractures in the vertebra.

  Flexion-distraction - This type of fracture is likely to happen if you are involved in a car accident. Normally, the spine is made to flex forward. However, a sudden jerk that pushes your body forward can put a lot of pressure on the spine and cause the vertebrae to break.

  Fracture-dislocation - This debilitating condition results from a torn ligament and broken bone.

What is the treatment for spinal fractures?

Treatment options for spinal fractures include both non-surgical and surgical methods.

  Non-surgical treatment - Most cases of spinal fractures can be treated with immobilization in a corset or brace for up to 10-12 weeks. Bracing will help prevent deformity and reduce pain.

  Surgical treatment - The doctor may recommend surgery in severe cases. The two standard surgical procedures are-

Vertebroplasty - The surgeon will insert a tube, known as a catheter, into the compressed vertebra. Through the catheter, he/she will inject bone cement into the fracture site. This will harden and stabilize the vertebral column. Vertebroplasty has proved to be an effective procedure to reduce pain. The surgery restores mobility and prevents loss of bone due to bed rest.

Kyphoplasty - During this procedure, the surgeon inserts a catheter into the spinal column under the guidance of an X-ray. Next, he/she makes small incisions along the back and inserts an inflatable bone stamp. The tamp, once inflated, bring back the vertebral body to its original height. It also creates a cavity to be filled with bone cement, which seals the cracks. The bone cement stops the vertebra from collapsing again. After the whole procedure, the surgeon will remove the catheter and stitch the incisions.

Following surgery, you will need to wear a brace for about 6-12 weeks. Physical therapy is strongly recommended initially to help you get back to your daily activities in a week or two.

Spinal Fractures - All You Should Know!

Lower back pain is a very common discomfort causing condition that occurs anywhere on the back below the ribs and above the legs. The pain is very common and it is faced by most individuals at least once during their lifetime.

The most basic measures to cure your lower back pain are exercising well, eating healthy and maintaining a good body posture at all times. Here are some of the common treatment options for reducing back pain.

Spinal Manipulation

It refers to an ancient form of therapy in which your back pain is treated externally. This form of treatment is quite similar to a massage treatment and helps to relax the muscles in the lower back area, thereby reducing the pain. It is usually done by osteopathic physicians, chiropractors, occupational therapists and physical therapists.

Neurostructural integration technique (NST)

The main role of this type of treatment is to naturally reset the affected area of the body in order to allow it to regain its normal form. The results usually begin to appear after at least 2 sessions of the therapy and the effects are long lasting in nature.

Acupuncture

This is an old technique which uses small needles at strategic locations on your skin. The main aim of the acupuncturists is to re-balance the flow of energy in your body and to ensure that you have an optimal level of energy in all parts of your body. This in turn helps to regain the normal state of your lower back if the right points on the body are targeted.

Other measures

Some preventive measures which ensure that the lower back pain does not recur are as follows:

1.Keep your spine straight and posture correct
2.Avoid excessive bending, stretching or weight lifting
3. Avoid heavy physical activities like sprinting
4.Regular and light exercising

Common Treatment Options For Back Pain

Damaged hips can cause great distress in carrying out daily activities, such as walking, getting dressed and many more. If you have damaged one or both of your hips, and it causes you great pain, you may require a hip replacement. It is a common form of surgery in which a damaged hip joint gets replaced with an artificial one. This is known as prosthesis.

Conditions which lead to hip replacement

Osteoporosis where the cartilage inside a hip joint gets worn out, and the bones rub with each other as a result
Rheumatoid arthritis, which is caused when the immune system attacks the hip joint lining by mistake
If the hip joint gets damaged severely during an accident or fall
The purpose of a replaced hip joint is to provide pain relief, improve the hip s function, improve your ability to carry out day-to-day activities and improve your overall quality of life.

Procedure
A hip replacement is usually carried out under general anesthesia. An incision is made in the hip by the surgeon and the damaged hip joint is removed through it. It is replaced with an artificial metal alloy or a ceramic joint. The surgery takes approximately 60 to 90 minutes for completion.

Recovery
After the surgery, a walking aid such as crutches is required for up to four to six weeks. You may enroll for an exercise program, which aims at regaining and improving the new hip joint functions. Regular activities can be restored within two to three months. A year is required for utilizing the new hip joint normally.

Risks of hip replacement
There may be several complications as a result of a hip replacement. They include:

Dislocation of the hips
Infection at the surgery wound
Injury to nerves and blood vessels
Difference between the lengths of two legs
Fractures
Alternative
Hip replacement surgery has an alternative type of surgery, which is called hip resurfacing. During this surgery, the damaged surfaces of the bones within the hip joint are removed and replaced with a metal surface. Less bone is removed in this surgery. However, the metal surface may cause complications and health hazards.

Hip replacement is being improved upon with the advent of technology. Stronger and newer materials are being developed for prosthetics, which will allow enhanced joint mobility and a longer wear. New cement-less implants are also being developed. Also surgery assisted by computer is being used for generating an image of the hip joint.

 Hip Replacement - An Overview!

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