Ankylosing spondylitis refers to a form of arthritis that affects the spinal column. This condition causes the bone vertebrae to fuse together leading to a rigid spine. Depending on the extent of the damage, this could result in mild changes or in a stooped posture. Although the cause of this disease is not known, it is said to be passed down from one generation to another through a gene called the HLA-B27. This gene is also linked to spondylitis.

Ankylosing spondylitis cannot be cured, but with treatment, the pain and stiffness associated with it can be managed. Along with medication, physical and occupational therapy is a must when treating this disease. In some cases where the disease has caused severe deformities, surgery may also be recommended. However, an early diagnosis can also help prevent significant deformity.

A physical exam and an X-ray are the key factors used to confirm a diagnosis of Ankylosing spondylitis. Some of the symptoms associated with this disorder are:

Pain and stiffness: Everyone complains of a backache at some point or the other but a persistent lower back ache could be a sign of something serious. Spondylitis often starts in the sacroiliac joints and hence the lower back, buttocks and hips are the first to be affected. Pain that lasts for more than three months should not be ignored as it could be a sign of Ankylosing spondylitis.
Bony fusion: This condition causes an abnormal growth of bones in the spinal column. This can lead to the fusing of bones in the spine. The bones of the neck, back and hips are most affected by this bone fusion. While this can affect a person s mobility it can also cause complications. For example, the fusing of the ribs to the spinal column or the breastbone can restrict the expansion of the chest while breathing.
Pain in ligaments and tendons: Apart from the bones, this condition also affects a person s tendons and ligaments attached to the bones. For example, pain in and around the heel may be caused by tendonitis.
Other symptoms: The symptoms of ankylosing spondylitis are not restricted only to the joints. Hence, it is also known as a systemic disease. Some of the other symptoms exhibited by people suffering from this condition are fever, fatigue, inflammation of the eyes and a loss of appetite. Some people may also complain of lung and heart problems. 

Ankylosing Spondylitis - How To Know You Are Suffering?

After a tough workout session or a strenuous day at the office, your muscles may feel floppy and exhausted until you have given them a chance to rest. However, persistent muscle weakness with no apparent cause or explanation can be a sign of an underlying medical problem.

What causes muscle weakness?
Voluntary muscle contractions and movement are generated when the brain sends a signal through your spinal cord and nerves to the particular muscle. If there are any hindrances in the connections between them, it can result in muscle weakness. However hard you try, the muscle is such cases becomes abnormal.

Here are some common causes of muscle weakness:

Lack of Use: One of the most common causes of muscle weakness, lack of muscle fitness may occur as a result of a sedentary lifestyle. If the muscles are not used, then the fibers are partially replaced with fat.
Ageing: As we age, our muscles tend to get weaker and lose strength. Muscles become bulky and recovery times during injury are greater. However, with physical activity, it is still possible to increase the muscle power. So stay active and instill strength in your muscles.
Infections: Infections and inflammation can cause temporary muscle fatigue. Even though recovery is quick, if the infection is severe the weakness can last for some time. Without proper care, it can lead to permanent damage.
Pregnancy: During and just after pregnancy, high levels of steroid in the blood and low levels of iron can cause muscle tiredness. Lower back pain is common during pregnancy and all your muscles may feel floppy.
Chronic Diseases: With conditions of diabetes, heart disease, kidney disease and anemia, it can lead to muscle weakness by thwarting the essential blood or nutrient supply to the muscles. Also, chronic pain related ailments cause weakness.
Injuries: Injury or trauma such as sporting injuries, pulls and sprains can deter the muscles. Along with localized pain, it can also lead to muscle weakness if not taken care of properly.
Sleep Disorders: With disturbed or reduced sleep there is a general sense of tiredness that leads to fatigue in the muscles. Insomnia, anxiety, depression and other mental disorders also affect the muscles a great deal.
Conditions affecting Nerves: Conditions like Myasthenia gravis or motor neuron disease affects the nerves and thereby fail to relay signals to the muscles, leading to weakness.
Genetic disorder affecting muscles: There are also certain inherited diseases which can affect the muscles like muscular dystrophy.
Spine-related disorders: Conditions like slip disc and other disorders affect the muscles served by the irritated or compressed nerves of the spinal cord.

Muscle Weakness - 10 Common Reasons Behind It!

A bone may break due to several reasons starting from a fall or an injury or a condition like osteoporosis that makes the bones brittle and leaves them susceptible to fractures. The fracture usually takes a few weeks to get fixed as the broken bones grow back together with the help of various forms of treatment including a plaster and sling applied by the orthopaedic specialist or general physician. Find out more about how bones heal with this article.

Types of fracture: Before we get to the subject of how bones heal, it is important to understand the various kinds of fractures recognised by doctors. The first kind is the complete fracture where the bone breaks into two distinct parts. The next kind is the greenstick fracture or hairline fracture where there is simply a crack on one side of the bone due to pressure. Further, there is the single fracture which occurs where there is breakage of the bone only in one place. A bowing fracture may occur when the bones bend instead of breaking completely. This kind of fracture is pretty common for children. The comminuted fracture happens when the bone is crushed or broken in many places. And finally, the open fracture is one where the bone ends up protruding from the skin.

Treatment: Once you have broken a bone, the doctor will conduct an X ray which will help in understanding the type of fracture and the extent of the damage caused. The doctor will then apply a cast and plaster that will help in bringing the bone back to its normal position so that it grows back with the main bone. In case the bone has broken into various parts or there is a complete fracture, then the doctor may even insert metal pins.

Natural healers: Bones are known as natural healers that can heal with the process of new cells and vessel production which rebuilds the bone by covering the broken ends and closing the gap caused due to the damage or the crack.
Clot: Once a bone has broken, a blood clot or a callus forms in the surrounding region, which kind of acts towards sealing the area.
Threads: Once these clots have formed, the new threads of the bone cells begin to grow slowly from the ends of the broken bones. This will grow on both sides of the affected and fractured bones, almost as if drawing a line from one broken end to another.
Absorption: Finally, the callus will be absorbed by the new cell and the gap will close.
See a doctor is you are experiencing any noticeable symptoms that may point towards bone fractures.

Broken Bones - How Do They Heal?

Muscle cramps often occur in the calf muscle of the back of the lower leg. It is often characterized by a momentary sharp pain along with a muscle lump beneath the skin. Just like its sudden appearance, muscle cramp disappears the same way without any botheration. However, a doctor should be consulted if you see any of the following symptoms:

    The pain keeps coming back
    The cramps result in weakening of the muscles
    It causes frequent discomfort
    It results in changed skin color, redness or swelling of the skin
    The condition doesn t improve with normal care
    Cramps are not associated with obvious causes such as playing, exercising and jogging

What causes muscle cramps?
Any strain on muscle, dehydration, muscle overuse or simply standing for a prolonged time can lead to muscle cramps. The exact cause of muscle cramps is not known in a lot of cases. There could be the following medical conditions that could lead to such muscle cramps:

    Blood supply: At times when the arteries narrow down resulting in an inadequate blood supply in the leg, a sharp pain can be felt followed by muscle cramps. This can happen while exercising or playing. It disappears as soon as one rests their legs.
    Mineral depletion: Shortage of magnesium, potassium and calcium in the body can lead to muscle cramps. Even medication for high blood pressure can lead to cramps in the legs.
    Nerve compression: Nerve compression of the spine can produce sharp pain on the leg muscles. The pain worsens with longer durations of walk. The symptoms, however, can be delayed a bit if the walking posture is changed, like the way one walks while carrying a shopping cart.

What are the risk factors associated to muscle cramps?

    Dehydration: Muscle cramps often happen among athletes when they get dehydrated and fatigued while performing in hot temperature.
    Age: People over the age of 60 often lose mass in the muscle. The remaining mass gets stressed out soon, resulting in muscle cramps.
    Pregnancy: Pregnant women face frequent muscle cramps due to the sudden increase of body weight and restricted movements in the pregnancy period.
    Medical conditions: Certain medical conditions such as nerve disorder, thyroid problems, liver failure, diabetes etc. greatly increase the chance of muscle cramps.

Some common ways to treat muscle cramps:

    A brisk walk followed by stretching relaxes the muscles and greatly helps in staying away from cramps.
    A diet consisting of magnesium on a regular basis gives relief from muscle cramps.
    A wet cloth soaked in hot water often shows magical results and gives instant relief from muscle cramps.
    Being hydrated throughout the day helps with muscle cramps. It is necessary to consume enough amount of electrolytes so that muscle contraction does not happen.

Why You Get Muscle Cramps?

Radiology is a special branch of medical science that uses various techniques of imaging for the diagnosis and the treatment of several types of diseases in the body. The different types of imaging techniques used in radiology are X-rays, Computerised Tomographic scan (CT Scan), ultrasound, Magnetic Resonance Imaging (MRI) and nuclear medicine which includes Positron Emission Tomography(PET).

Role played in evaluating hip replacement
Hip replacement surgeries have become extremely common in the recent times, and radiological evaluation remains the mainstay of the overall hip replacement procedure. Thus, the role played by radiology is quite significant in such situations. All the specific anatomical landmarks and the measurements are used to make sure the placement is perfect during the hip replacement surgery. Radiological imaging helps in the assessment of the following conditions that are as discussed below.

The length of leg
The inequality in the length of the two legs is prevalent after a hip replacement surgery which can create a great deal of discomfort and inconvenience to the patients. A greater difference in the length of the two legs increases the chances of dislocation, and this is a situation where radiological evaluation plays a crucial role. With the help of radiological imaging, the length of the legs can be made almost equal.

The horizontal center of rotation
In this case, horizontal center of rotation helps in the assessment of the acetabular component of the prosthesis. This is calculated by the measurement of the distance between the center of the head of the femur and the acetabular teardrop. This distance should be bilaterally equal, and it is just not possible without the help of the imaging techniques of radiology.

Acetabular inclination
The acetabular inclination is the angle formed between the face of the cup and the transverse axis. If the angle is less, then it results in a stable hip, but the abduction is limited. On the other hand, if the angle increases then there are high chances of dislocation of the hip. Thus, with the help of radiological evaluation, proper and effective angular inclination is given which is optimum for the patient.

The stem positioning of the femur
The main aim of the stem positioning of the femur in a hip replacement surgery is placing the stem in a position which is neutral within the shaft. To get a proper idea of the positioning, the imaging techniques are of utmost importance which cannot be achieved perfectly without the imaging.

Thus, the crucial role the different techniques of radiological imaging plays during the overall procedure of a hip replacement surgery can be perceived. With the use of the different imaging techniques, the results obtained are closer to perfection.

How Radiological Evaluation Can Help In Case Of Hip Replacement?

Even though we have 206 bones in our bodies, breaking just one is enough to bring our daily lives to a standstill. A partial or complete break in a bone is termed as a fracture. While minor fractures can heal in as little as 6 weeks major fractures can take 3-4 months to heal properly. In cases of complex fractures, you may need physical therapy even after this time period to get back complete mobility. Hence patience is essential when a fracture is healing, but here are a few tips on how to speed up the process.

Increase your protein intake: Proteins are essential for the healing and repairing of damage to bones and tissues. Proteins also give the bone structure its strength, Hence, depriving the body of adequate protein will result in the formation of soft bones rather than hard, strong bones. This prevents a bone from fracturing in the same place again.
Have a diet rich in antioxidants: Inflammation is one of the first symptoms of a fracture. This inflammation can continue for many days after the incident and until the inflammation reduces, healing cannot take place properly. Antioxidants help rid toxins from the body and help reduce inflammation thereby initiating the healing process. Antioxidants can also help relieve pain.
Exercise: While you must take care not to apply too much pressure on the affected area it is essential to move the limb as much as possible. Being active promotes blood flow and in this way speeds up the healing process.
Avoid alcohol and caffeine: In most cases, a doctor will prescribe pain relievers to deal with the pain of a fracture. Under no circumstances should you consume alcohol when taking these medications. Even after the antibiotic course is over it is a good idea to abstain from alcohol as this can increase inflammation. Similarly, caffeine and all caffeinated products should also be avoided as they contain compounds that can prevent calcium from being absorbed.
Have an alkaline diet: Having an alkaline diet with lots of fruits and vegetables helps stabilise the pH levels of the body and conserves minerals and proteins needed to build strong bones. In this way, it creates the optimal environment for healing. An alkaline diet also increases the production of growth hormones and other growth factors like IGF insulin in the body. These are crucial to speeding up the healing process and aid in new bone formation.

5 Ways For Quick Recovery From Fracture

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