Rheumatoid arthritis is an auto-immune chronic disorder that might cause abnormal swelling in the joints when the joint tissues are attacked by the human immune system. The more frequently used body joints, such as the knees, fingers, shoulders, wrists, elbows and hips commonly get affected by the disease. Rheumatoid arthritis can also occur in the ligaments or tendons and might affect areas such as the kidney, bone marrow, eyes, lungs, and heart.

If rheumatoid arthritis is not diagnosed on time, it might lead to future complications, such as blood cancer in the lymph regions, osteoporosis (a medical condition resulting in the weakness of the bones), infections, stiffening of the arteries and dry mouth.

What exactly causes the disease is not known, but a significant damage to the immune system might cause the inflammation of the joints, resulting in this condition. Obesity, a family history of this condition and other lifestyle habits such as smoking tobacco put one at higher risks of this disorder.

The symptoms of rheumatoid arthritis might vary among people. The most common symptoms of rheumatoid arthritis are;
1. Severe pain in the morning
2. Episodes of mild fever with severe pain
3. Redness and inflammation of the joints which might cause intense pain
4. Stiffness in the joints
5. The pain might increase in low-temperature conditions
6. Acute lethargy and weight loss

Treatments
The treatment of rheumatoid arthritis includes a prescribed dosage (depending on the intensity of the condition) of non-steroidal anti-inflammatory drugs such as ibuprofen, anti-rheumatoid drugs such as methotrexate and steroid drugs such as prednisone to reduce the swelling and the subsequent pain. Performing regular exercises in order to retain the flexibility of the joints with appropriate consultation from the physiotherapist might cure rheumatoid arthritis. 

Persistent Stiffness in Joints - Can it be a Sign of Rheumatoid Arthritis

A sprain refers to a break or a tear in any of the ligaments of your body. A ligament is a band consisting of tissues that connect the bones at any given joint in our body.

A strain on the other hand refers to a tear or a break in the entire muscle itself or a tendon (the band of tissues that connect the muscle to the bones).

Occurrence
Sprains usually take place due to unforeseen incidents like falls, accidents, and such other things that forces the body part to go out of its normal position. The most common types of sprains that people suffer from are ankle sprains which affect about 25,000 people every day on a worldwide basis.

Strains usually happen when you twist a whole muscle or a tendon. This condition most commonly occurs in cases of sportspersons who are engaged in contact sports like hockey, football, rugby, and such others.

Symptoms
The identification signs of sprains and strains are mostly very similar, which are listed below:
1. Pain and discomfort in the joints
2. Visible swelling or inflammation seen on the joints
3. Bruising of the affected area
4. Tenderness and softness of the affected joint

The overall intensity of the above mentioned symptoms might differ basis on the severity of the condition that is directly proportional to the nature of injury that you have faced. Some pains are so light that it may not affect your daily routine at all, whereas some pains are so intense, that you might not be able to move your affected joint at all.

Treatment
Some of the common methods to cure a sprain or a strain are listed below:
1. Rest the area which is affected
2. Apply ice bags or cold compress to soothe the pain
3. Compress the affected joint using a compression tape
4. Place the affected joint on an elevated area to speed up the healing process

Sprain Versus Strain

Bone Fractures: Causes and Symptoms

'Fracture' is a medical term for a broken bone. According to an estimate, an average person has two fractures within their lifetime. When a force exerted is stronger than the bone itself, it can lead to a fracture. The risk and chance of fracture depend on your age. With age, bones tend to become brittle and, hence, a fall that would have been potentially harmless years ago can lead to a broken bone at a later age.

There are many types of bone fractures, but the main types are:

Closed fracture: A fracture in which the bone breaks but does not tear through the skin

Open fracture: Where the broken bone punctures through the skin and protrudes out. There's a greater chance of bone infection in an open fracture

Displaced fracture: In this type of fracture the bone snaps into more than two parts

Nondisplaced fracture: The bone cracks partly or wholly but it does continue to move

Some of the common signs and symptoms of a fracture are:

- Bruising and swelling of the bones
- Open fractures marked by protruding bones from the skin
- Loss of locomotive and functional ability of the injured area
- Deformity of the injured area
- Pain in the event of movement of the injured area

A fracture can be caused by a number of reasons, and they are:

- Injuries and accidents
- Falls and slips
- Wear and tear through overuse
- Sport injuries
- Fist fights and brawls
- Osteoporosis (a disease which causes bones to weaken in adults)
- Osteomalacia ( a disease caused due to softening of your bones, which is caused by a vitamin D deficiency.) Soft bones are more likely to bow and fracture than are harder, healthy bones.

Note:

Osteomalacia is not the same as osteoporosis. Osteomalacia occurs due to a defect in the bone-building process while osteoporosis develops due to a weakening of existing bones.



Bone Fractures: Causes and Symptoms


A fracture separates a single solid object into two or more pieces due to pressure. In medical terms, a fracture refers to a broken bone due to some kind of external trauma. A crack in the bone, on the other hand, it does not cause a clean break in the bone, there is only a separation or discontinuity in the bone material.

A crack in the bone caused due to repeated stress is often called as 'hairline fracture'. Here are the basic differences between a crack and a fracture in the bone and how to treat them:

1. A crack or hairline fracture is rarely caused by a single injury. It is usually the result of bone fatigue, which may be caused due to repeated, concentrated stress over a long period of time and thus, it is also called as 'stress fracture'. Other bone fractures are almost always the result of sudden and severe force on the bones.

2. The skeletal system constantly remodels itself. The cells, known as 'osteoblasts' absorb calcium and secrete bone connective tissue. If a particular site is exposed to recurrent bouts of force (which are individually not impactful enough to cause a crack), over time the osteoblasts in that region malfunction and the crack appears.

Muscular exhaustion can also cause cracks in the bone. Fractures are caused due to sudden external single force trauma to the bone. Nutritional problems like deficiencies of Calcium, Phosphorus, vitamin D and excessive smoking decrease the bone mineral density and increase the chance of both cracks and fractures.

3. Symptoms of a crack are swelling, tenderness and sharp pain in the injured region and the symptoms worsen over time. A fracture has similar symptoms and might also exhibit an external physical distortion and makes it impossible to move that part of the body that where the bone is broken.

4. An MRI is often suggested for detecting the crack or crack-prone areas because an X-ray can only detect the crack after it widens somewhat or the bone starts paining because the rays cannot pass through the tiny gap in bone material. A fracture is easily detectable by an X-ray because the rays pass right through the break.

5. Complete rest for six to eight weeks is the most effective way of healing a crack. Using a walking boot in case of cracks in the leg bones in also helpful. Healing fractures require extensive medical intervention. Surgical techniques like bone grafting and the insertion of metal plates are used to reposition the broken bone.

Cracks VS Fractures

Most of us suffer from lower back pain at some point in our lives; be it from a sedentary lifestyle, spending hours at the office desk or from strenuous physical exercises. In most cases, a little bit of rest does the trick. However, if the lower back pain persists for 3-6 weeks, physiotherapy is recommended.

How does physiotherapy help?

The main purpose behind physiotherapy is reducing lower back pain and increasing muscle and bone function, so that such instances are avoided in the future. Physiotherapy is the first line of defence against lower back pain. More drastic measures such as surgery are undertaken once physiotherapy fails to do is job.

Physiotherapy is often recommended when the back pain is caused due to lifestyle factors, a minor injury like a fall or other moderate factors. For more severe back injuries, doctors recommend surgery straight away when there is no scope of performing physiotherapy.

Low-intensity back pain can be cured using a combination of heat packs, ultrasound wave therapy and Iontophoresis (using a localized current source to introduce medical ionic compounds to the body).

A physical therapy program for back pain usually has two components:

Passive physical therapy to help reduce the patient's pain to a more manageable level

Active exercises

Passive Physical Therapy - Modalities

The physical therapist may focus on decreasing pain with passive physical therapy (modalities). These therapies are considered passive because they are done to the patient. Examples include:

Heat/ice packs

TENS units

Iontophoresis

Ultrasound

Active Physical Therapy - Back Pain Exercises

In addition to passive therapies, active physical therapy (exercise) is also necessary to rehabilitate the spine. Here are some of the common exercises for back pain:

Back Stretch: Put your hands underneath your head while lying back. Bend your knees but put your feet on the ground. Roll your legs to one side and hold them there for 10 seconds. Repeat three times for each side.

Deep Lunge: For this, you need to kneel on one knee with the other foot pointed towards the front. Lift the back knee up and hold it there for five seconds and then bring it down. Repeat this exercise three times for each side.

One Leg Stand: This is the simplest of exercises. Hold on to a wall for support while standing and face towards it. Then slowly hold one leg and bend it behind you. Hold in the same position for five seconds before bringing it down. Repeat the process three times for each leg in five second gaps.

Physiotherapy for Back Pain

Mobility for a person is very important, and when you look through, the hip is a very important component to this. It connects the upper and lower parts of the body and helps in movement. It is a ball and socket joint, where the hip bone provides a socket, into which the upper part of the thighbone (femur) sits into, allowing for free movement.

Like any other human organ, the hip also is prone to damage. Be it natural ageing, infection, injury, or diseases, hip movement can be affected, leading to limited movement and increased pain and stiffness. For these people, being able to get back a hip which will allow them to be back on their feet is a boon for sure. It helps in relieving pain and improving mobility, almost giving people a second lease of life.

Reasons for hip replacement:

With natural ageing, the hip joint can lose its ability to move, due to normal wear and tear of the hip and thigh bones
Diseases of the hips (infectious or autoimmune) can also lead to hip replacement
Injury or trauma is another major cause that requires hip replacement
Joint problems, leading to repeated dislocations
Tumours of the relevant bones
Understanding the procedure in detail

The affected bones (whether diseases or worn out) are replaced with a prosthesis which is compatible with the normal body tissue.
While some materials fuse to the natural bone, others do not and are simply placed as a separate unit
This is a surgery which requires hospitalisation and stays for up to 5 days depending on patient s overall health condition
The entire procedure may take a couple of hours and is usually done under general anaesthesia
An incision is made through the side of the hip
Both the hip and the thigh joints are prepared, diseased tissue removed, re-shaped, etc. to make way for the prosthesis
The prosthesis is introduced through the same incision and positioned into place
As noted earlier, there are two types. The ones which fuse to the bone have pores in them into which normal bone eventually grows.
The other variety is the cemented version, and a glue is used to keep it in place
Most doctors now use a combination, that is cement a porous prosthesis, into which bone will grow, and the incisions are closed
The patient stays in the hospital for 1 to 4 days depending on overall health
Once discharged, infection and pain control are continued
Exercise and physiotherapy play a major role in restoring normal function
Weight management is also very important

Hip Replacement - Understanding The Procedure In Detail!

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