A bone fracture is often abbreviated as FX or # and is a painful medical condition that causes damage in the continuity of the bone. A dictionary meaning of fracture is a separation of an object or a material into two or more pieces under the action of stress.


A bone fracture could be due to a high force impact or stress, an injury from trauma or sports or even certain medical conditions that weaken the bones, such as osteoporosis, bone cancer or osteogenesis imperfecta.


However, a significant number of fractures occur due to high force impact or stress. A fracture could be simple where the skin is not exposed or compound where skin gets exposed. A fracture could be complete where the bone breaks up in two pieces or could be incomplete with a crack in the bone.


Treatment of bone fracture depends on the type of fracture. In a large number of cases, the bone is aligned through a cast or splint. However, a very crucial part in the recovery of the treatment is physiotherapy. Physiotherapy is a comprehensive care plan designed for the patient for optimal and complete recovery. Yet most patients do not understand its effectiveness. In layman's terms physiotherapy is understood as few exercises or messages designed to aid the patient's treatment. However, Physiotherapy not only aids the recovery, it effectively promotes healing, reduces pain and stiffness and gradually helps the patient to return back to his/her normal daily activities of life.


Physiotherapy is a complete preventive and rehabilitative approach to treatment and must begin as early as possible and continue post fracture. Physiotherapy has been proven to be effective in preventing post fracture stiffness and weakness that occurs in adjacent joints and muscles generally during the first six weeks of the healing process. If the X-ray shows poor healing, physiotherapy is a medium used to help the patient regain muscle strength and speed up recovery.


Irregular movements can lead the bones to further damage the surrounding tissues and muscles. Damage may also lead to infection, especially in compound fractures where the skin is exposed. Thus, physiotherapy regulates the movements, supports healing and prevents further damage. Physiotherapy not only involves messages or exercises. It includes a range of interventions designed for prevention and rehabilitation of patients. These interventions include pain management, education and awareness on safety and prevention of injury, strength building and flexibility exercises and in some cases taping, bracing and electrotherapy.


To add to its benefits, physiotherapy procedures are also completely safe and are supported by medical science. These procedures also do not have any side effects. Always remember to consult your orthopedic doctor as he can guide you towards the best physiotherapy treatment.


Stay fit and healthy!"

Physiotherapy - Why it is Critical for Recovery from Fracture?

Tennis elbow is a type of tendinitis. It is usually the swelling of certain ligaments. It causes pain in the elbow as well as the arm. These ligaments are bands of strong and stretchable tissues that connect the muscles of your lower arm to your elbow. In spite of its name, you can in any case get tennis elbow regardless of the possibility that you have never been close to a tennis court. This is merely a name for the condition and has little to do with the sport. It can affect anyone who indulges in a swinging motion.

Any repetitive exercises that require a tight grip, particularly in cases where the thumb and the initial two fingers are used frequently, may cause tennis elbow. Tennis elbow is the most common reason for patients to see their doctors for elbow torment. It can occur in individuals of all ages; however, it is most common and normal at about the age of forty.

This condition is usually caused when there are repeated contractions of the lower arm muscles that you use to raise your hand and wrist as well as to straighten it. The repetitive movements and pressure to the tissue may bring about a series of little tears in the ligaments that connect the lower arm muscles to the hard surface on the outside of the elbow.

Tennis elbow ordinarily occurs after some time. Dull movements such as holding a racket during a swing can strain the muscles and put a lot of weight on the ligaments. That consistent pulling can cause a small amount of tears in the tissue. Tennis elbow may be caused because of the following reasons:

Playing tennis
Playing racquetball
Playing squash
Fencing
Weight lifting or any other stressful exercises involving the muscles
In tennis, the following moves can lead to tennis elbow:

One-handed backstroke with a poor stance or lose hand
A late forehand swing bringing a bend in the wrist altogether
Snapping and turning the wrist while hitting with full power
As the name suggests, playing tennis, particularly repeated use of the backhand stroke with poor strategy, is a conceivable reason for tennis elbow.
However, a number of other basic arm movements can also cause tennis elbow. It can also affect individuals with particular occupations or while performing leisure activities that require heavy arm movements or gripping, for example, the following:

Carpentry
Excessive writing
Painting
Raking
Weaving or knitting
Utilising plumbing devices
Driving screws
Chopping cooking ingredients or vegetables, especially meat
Repetitive computer mouse utilisation
Lifting heavy materials or even grocery bags
There are a number of ways to treat a tennis elbow. These include certain over-the-counter (OTC) medicines. If those do not work, seek the help of a specialist or physiotherapist. He or she can recommend you the right kind of medicines as well as exercises needed for the recovery.

Tennis Elbow - Common Causes Behind It!

The pectoral muscle is the large muscle in the chest; that appears just below the collar bone and runs down through the sixth rib. This muscle is used when you flex and raise your arms over your head.
A strain on this muscle is self-treatable in most cases. The most common cause of pectoral strain is its overuse. Bodybuilders who perform extensive strength training are more prone to pectoral strain due to heavyweights they lift on a regular basis.

Lack of adequate warm-up before exercising can be another cause of this condition.

Symptoms
Pain in the chest is one of the most significant signs of pectoral strain. At times, shoulders and front of the arm may also be hurt if one has ruptured the pectoral muscle. Injuring the pectorals makes it difficult in moving the arms. According to diagnosis, although first degree strain on the pectoral muscles does not lead to a loss of muscle power, a more serious second or third degree tear in the pectoral muscles can cause significant weakness in the muscle strength.

Treatment and cure
A natural treatment for treating pectoral muscle strain at home is to put a temporary hold on all the workout regimes and allow the muscle to heal on its own. During this time, icing the inflamed zone can also help to control the pain. Icing the inflamed pectoral muscle for two to three days along with an application of a compression bandage helps in reducing the swelling.
In worst cases, surgical intervention may also be required for third degree muscle tear in the pectoral zone, especially when other tendons are also involved in the injury.

Prevention
One should always remember to stretch the muscles properly before any extensive workouts, to prevent this particular condition. Doing a chest stretch exercise helps in loosening the pectoral muscles in a faster and effective way.

Pectoral Strain - Signs You Are Suffering From It!

The joints and bones of the body are connected by fibrous band of tissue called as a ligament. When these ligaments are over stretched or are subjected to any injury that could cause tearing of the ligament and a sprain of the ligament happens. Sprains usually occur at the ankle joint, knee joint or the shoulder, since these areas have a connection of bones at a joint. 

During movement, the ligament functions to stretch or expand and move back to its original position. However, sometimes due to an over-stretch of the ligament, it gets pushed or expands beyond its usual position. A sudden twisting movement of the ligament can also cause a sprain. 

While walking, any abnormal movement of the leg can cause a sprain, hence, the ankle joint is the most common location affected by a sprain. Sports injuries are a common causative factor of sprains. In accordance to the body part involved frequently in playing sports, a wrist sprain or an ankle sprain is a common finding. 

Dancers are also prone to frequently sprain their ligaments. If a sprain occurs at the wrist joint, it can also lead to cause the Carpal tunnel syndrome, which leads to the numbness of the wrist joint. Moderate to severe pain around the affected joint, presence of bruising in cases of an injury, swelling around the affected joint and difficulty in movement are the common symptoms of a sprain.



There can be a popping sound heard during an injury to the joint, which indicates a sprain. Sprain of the joint can cause other complications too. If there is an involvement of the nerve in the injury, there can be an associated numbness and tingling sensation at the affected area. A physician performs physical inspection of the area while looking for the symptoms of sprain. If the injury involves a larger surface area and is causing severe pain, an MRI or X-ray can be ordered to detect for the ligament or bone involvement, respectively. 

Classification of sprain can be enlisted as follows: 

Grade 1 sprain (mild): Slight stretching and little damage to the fibers of the ligament. 
Grade 2 sprain (moderate): Includes partial tearing of the ligament.  
Grade 3 sprain (severe): Includes complete tearing of the ligament.  Prevention of a sprain can be achieved with certain measures. Specific exercises that can be targeted for sprain prevention can be learnt from the physical therapist.
Stretching exercises and muscle training are important in prevention of a sprain. Sprain preventing measures are as follows: 

1. Before beginning an exercise routine, it is essential to do warm up exercises. Slight jogging can be done to activate muscle movement. 

2. Stretching before and after an exercise routine is necessary. It ensures that the muscles around the joint are in a relaxed position. It helps in minimizing the risk of an injury. 

3. Some specific exercises that help to strengthen the muscles around ankles should be done. Heel raise exercise is beneficial in strengthening the ankle muscles. 

4. Exercises that target the improvement of overall body s balance should be done on a regular basis. These exercises help in preventing twisting of ankles during walking or moving down the stairs. 

5. In case of a previous ankle injury, it is recommended to wear an ankle brace to prevent any twisting caused by a dis-balance. 

Treatment of the sprain is done by following the RICE procedure. This procedure includes the protocol of rest, ice, compression and elevation. Analgesics can be taken for pain relief. Ice pack application helps in reducing the swelling. Using a compression bandage helps in immobilizing the injury.

Sprain - Effective Tips To Prevent It!

The deltoid muscle is situated around the shoulder joint that makes up the shoulder. It is classified into three parts - front, side and rear deltoids. It is one of the most frequently used muscles in the body, its major functions are abduction and forward elevation of the arm.

Causes
A deltoid strain is a condition where you experience pain and tenderness in the shoulder area due to various causes like overuse of the deltoid muscle. It is very common in weightlifting and various sports such as cricket. It may even lead to partial loss of function in the deltoid muscle. Deltoid strain may be caused due to overworking of the muscle without adequate rest. It may also be caused due to lengthening of the deltoid muscle under stress or direct trauma to the muscle.

There are three types of deltoid strains

Grade 1 deltoid strain: It is characterized by tight muscles with some possible swelling. There may be mild pain when you use your shoulders for any activity.
Grade 2 deltoid strain: This strain is a result of a major injury to the deltoid muscle; there may be visible swelling and pain while carrying out activities that require movement of the shoulder. Lifting your arm to the front or the sides becomes difficult and painful.
Grade 3 deltoid strain: This form of deltoid strain is the most severe of the three; it may cause the shoulders to become immobile. You usually will experience excessive pain and severe swelling. You might not be able to move your arm and carry out any activity that requires the shoulders.
Diagnosis
The diagnosis of a deltoid strain starts with a physical exam where the doctor will understand the symptoms of the deltoid strain. Various imaging tests such as x-rays may be required for the diagnosis. The basic treatment for shoulder strain comprises of the RICE protocol (rest, ice, compression and elevation) which is used to treat grade 1 and grade 2 strains. Grade 3 strains may require surgery in addition to the above treatment methods. In case of excess pain, the doctor may prescribe non-steroidal anti-inflammatory drugs to ease the pain.

All About Deltoid Strain!

Physiotherapy plays a pivotal role in helping a person recover after a hip replacement surgery. It brings back the old flexibility and prevents blood clots in the area where the procedure has taken place. After the surgery team gives its green signal, a physiotherapist starts working with a patient for a full recovery. 

Here is a list of some common exercises that a physiotherapist suggests after a hip replacement surgery:

Walking: It is important to use the crutches for a time period of 4-5 weeks post the procedure. Until the surgeon or the physiotherapist advises against using the crutches, it makes sense to use it while walking. It makes sense to retain the normal walking posture by using the crutches rather than limping without it. A physiotherapist reviews the pressure exerted by the arm while holding a crutch, before advising the patient to get rid of the crutches.
Increasing hip flexibility: This is a basic form of exercise where an individual lies on one side of the body with knees and hips bent. A pillow is placed in between the knees. While doing this, it should be ensured that both the feet is kept together and the back muscle is not twisted. The top knee should be slowly raised like an opening of the calm shell. This position should be maintained for 4-5 seconds.
Strengthening the hips: The body should rest on the stomach. The buttocks should be tightened and one leg should be slowly lifted. This position should be maintained for a stretch of 3-5 seconds. The same should be repeated for both the legs.
Strengthening the hip and the stomach muscle: The body should rest on the back with a leg bent. The stomach muscle should be tightened and the bent leg should be lifted carefully while ensuring that the bend does not supersede more than 90 degrees. While keeping the stomach muscle tight, the lifted leg should slowly come down to touch the surface. This act should be repeated for 5-6 times.
Strengthening the thigh muscle: While sitting in a steady chair, an elastic loop should be wrapped around the ankles. The elastic loop should be stretched with one leg while keeping the other foot firmly rooted to the ground. The lifted foot should slowly come down to the normal position. The same act should be repeated for 4-5 times.
Improving balance: An elastic loop should be tied to one leg of a table and the other end of the loop should be tied to one ankle. The table should be held on for maintaining balance. Maintaining an erect position, the tied up ankle should be stretched sideways. The position should be maintained for 3-5 seconds to return back to normal standing position.

How Physiotherapy Can Improve Recovery After Hip Replacement Surgery?

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