The carpal tunnel is the passageway for the median nerve to pass through on the inner side of your hand, when your palms are facing down. For example, while typing, there is a lot of movement of the fingers and this puts a lot of pressure on this tunnel. In fact, people who are involved in a lot of typing are one of the most prone people for carpal tunnel syndrome (CTS). Other causes would include trauma, fractures, etc., where the tunnel is injured.

Conventional measures to treat CTS included a combination of exercise and pain killers in mild to moderate cases. In moderate (sometimes) to severe cases, surgery was also done. However, with advancements in medical technology, endoscopic surgical procedure is gaining popularity.

What is done?
In endoscopic surgery, a small incision is made in the wrist or one each in the palm and the wrist. Through this, a flexible tube with a camera and minute cutting tools are inserted into the wrist. Another ligament known as transverse carpal ligament is cut. This reduces the pressure on the median nerve, which provides relief from the CTS symptoms.

What to expect as benefits?
The intention behind the surgery remains the same in both traditional and endoscopic procedures. The pressure on the median nerve is released, restoring movement and reducing pain in the joints. In addition, the endoscopic procedure has the following benefits.

Less invasive: Needless to say, there are only one or two small incisions done for this procedure, so less surrounding tissue is damaged.
Same day surgery: No hospitalization is required, and unless required, the patient can return home on the same day of surgery.
Reduced recovery time: The recovery period is usually substantially less compared to the traditional surgical approach.
Back to work: Depending on which is your dominant hand, you would be able to return to your regular work earlier than with regular surgery. If your non-dominant hand is involved, a day or two of rest is required. If your dominant hand was involved, give it up to four weeks for complete recovery.
Reduced chances of nerve injury: The area of operation has many nerves and blood vessels, and endoscopic surgery reduces the chances of damaging adjacent nerves.
Anesthesia: This is done under local anesthesia. Therefore, complications arising out of general anesthesia are completely avoided.
Indications
While these sound promising, your doctor will decide if you are a candidate for endoscopic procedure depending on the following:

Nonsurgical treatment including exercise and pain killers have not provided relief, even after several months.
Severe symptoms including those of nerve damage, like loss of sensation, altered coordination, etc., is affecting your normal daily routine.
Person requiring bilateral surgery like severe trauma, wheelchair dependent, etc.

Carpal Tunnel - How Endoscopic Surgery is Beneficial?

A broken bone or a crack in the commonly known as a fracture. Any bone in the arm can be broken, but common areas for fractures in the arm is wrist, specifically the distal radius, forearm bones (radius and ulna), elbow, humerus and shoulder. 

What causes fracture in bones?

Fall: Falling an outstretched hand or elbow is the most common cause of a broken arm.
Sports injuries: Direct blows and injuries on the field or court are a common cause of all types of arm fractures.
Significant trauma: Any of your arm bones can break during a car accident, bike accident or other direct trauma.
Abuse: In children, a broken arm may be the result of child abuse.
How to identify?

An audible snap or cracking sound may be your first indication you've broken an arm.

Signs and symptoms include:

Severe pain, which may increase with movement
Swelling
Bruising
Deformity, such as a bent arm or wrist
Inability to turn your arm from palm up to palm down or vice versa
When to see a doctor?

If you have enough pain in your arm that you can't use it normally, see a doctor right away and do the same for your child. Delay in diagnosis and treatment of a broken arm, especially for children who heal faster than adults do, can lead to poor healing and deformity.

Fracture In Upper Limb Bones - 4 Things That Can Cause It

Breaking a bone is, needless to say, a painful experience. But, when people have their broken bone put in a cast, they tend to forget about it until it comes out. This is quite wrong! A person would want to be up and running but does not find that the hand or the leg as it has been cast up. For weeks, the person's hand or leg barely moves and also shrinks up quite a lot!

There is a lot of pain, not only due to shrinkage when a fracture occurs. The occurrence itself causes what is known as acute pain. Then, for some weeks, the sub-acute pain just seems to persist, to the person having the fracture. The reason for this is the fact that the bone and the soft tissue are in the process of healing.

Chronic pain is a worry as it does not go away even after the healing process has ended. In order to make sure that there is a quick recovery and there is no chronic pain which is experienced at all, some of the proverbial leaves need to be taken out of the book of physiotherapy.

To start with, sometime between a fortnight and a month after the injury or the bone break has taken place, the doctor will wish to see some movement in the soft tissue that has broken around the bone. The great advantage of this is that while it may be a little bit of effort and time involved, there are great benefits by the way of less pain and swelling as the blood flows as normally as is possible.

If such movements are not done, a person can have related soreness, which can be even more of a pain! An example of this would be a broken foot or ankle causing the stiffness of the knee. When a person is already in pain, adding to his or her trouble makes no sense at all, does it?

Post one month mark, the physiotherapist would want to see more functioning so that the normal levels can be attained. A person who has a fracture should not despair as if he or she is willing to stick to the schedule given by the physiotherapist and perform all the exercises that have been set out, he or she will be back at the normal level much sooner than would have been expected!

Also, getting active again will reduce the risk of a repeat injury, and that is enough justification to do so!

What To Expect When Recovering From Broken Bones?

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!

The core muscles, mainly concentrated around the abdomen, hips, lower back, trunk, and glutes, are indeed a powerhouse that gets you going. The stronger the core muscles, the fitter you stay. Without a proper core strength, a lot of the day to day activities including lifting or bending gets affected. Certain health conditions can weaken the core muscles. But how to know if the core muscles are weak? There are many signs and symptoms associated with weak core muscles. 

Mentioned below are some important signs that may be an indication of weak core muscles.

For your posture to be correct, the spine and pelvis need to be stable: The muscles of the lower back and the abdomen does exactly that, ensuring a steady and correct posture. However, when the core muscles weaken, they are unable to provide stability to the spine and the pelvis resulting in a poor posture. Left unattended, poor posture, in turn, can trigger a myriad of complications and discomfort.
The body loses its balance: As already mentioned, the core muscles go a long way in stabilizing the body and helping you to maintain the body balance. You can perform a small test to know if your balance is affected. Close your eyes and stand on one foot. Repeat the procedure with the other foot as well. If you have a developed core, you will be able to hold the position for at least 10 seconds, if not more (both the legs).
A pain concentrated to the lower back: Do not ignore a lower back pain. It could be an indication of your core muscles not being strong enough, especially the ones adjacent to the spine. The weak muscles fail to provide the necessary support to the discs and the vertebrae resulting in pain (mild to severe depending on the severity of the condition) and discomfort. Timely medical intervention may help improve the condition.
Weakness throughout the body: The strong core muscles are an indication of a healthy and fit body. When the muscles start to lose its strength, the entire body gets affected. A person finds it difficult to even lift things. Doing even a small and regular work leaves a person weak and tired.
You can also perform the Hollowing Test to check your core strength: Sit in a comfortable position. Starting breathing in and out. As you breathe out or exhale, try to pull your stomach inwards towards the spine for at least 10 seconds. Unable to pass this test (can't hold the position for 10 seconds) indicates weak core muscles.
You can also try the plank test: Get yourself in a push-up position with the entire body resting on your elbows, arms, and toes. The hip should be level and steady. Failing to stay in this position for 50 seconds is indicative of weak core muscles

Core Muscles - How To Know If They Are Strong Or Weak?

Knee replacement can be extremely painful. Previously, opioids or narcotics were administered for pain relief. But excessive addition of opioids is not exactly effective for controlling pain. 

Multimodal pain management has become an important part of the perioperative care of patients undergoing total joint replacement. The principle of multimodal therapy is to use interventions that target several different steps of the pain pathway, allowing more effective pain control with fewer side effects. Many different protocols have shown clinical benefit. The goal of this review is to provide a concise overview of the principles and results of multimodal pain management regimens as a practical guide for the management of joint arthroplasty patients.

Multimodal denotes administering two or more than two types of medications that work with different mechanisms. The following are the techniques used:

Pre-operative Femoral Nerve Block: Prior to the surgery, a catheter is placed beside the femoral nerve for blocking it. This nerve is located in the upper thigh. Medication is delivered through the catheter for the nerve to be numbed for 24 hours. Thus, pain signals to the brain are blocked. This method reduces the use of narcotics and the consequent side effects.

Patient Controlled Analgesia (PCA): This method is also known as  Pain Pump . An intravenous pump is used to administer pain relief medications, such as oxymorphone or morphine, after the surgery. The control button of the machine could be pressed, by the patient for 6 to 10 times per hour. The machine is used for two post-operative days.

Oral Medications: The oral medications include Non-Steroidal Anti-Inflammatory drugs or NSAID; such as Celebrex which is similar to aspirin, structurally. Alternatively, acetaminophen, such as Tylenol or its equivalent composition, can also be used.

Acetaminophen: It acts on the Central Prostaglandin Synthesis and relieves the patient of pain through multiple mechanisms.

Epidural Analgesia: It produces lower pain scores and involves less time for achieving physical therapy goals. However, this is subject to side effects such as dizziness, urinary retention and itchiness.

Gabapentinoids: These medications include membrane stabilizers such as Gabapentin and Pregabalin.

The objective of multimodal treatments is to provide quick relief to the patient and immediately so. Earlier the rehabilitation, more successful will be the knee replacement surgery.

Multimodal Pain Relief After Total Knee Replacement

Don't wait any longer, manage your Geriatric Physiotherapist online with a Lybrate doctor today

Consult for Geriatric Physiotherapist - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES