Ankylosing spondylitis is typically associated with inflammatory back pain that can impair movements and reduce the quality of the patient s life. Here are 5 exercises that can be used to treat ankylosing Spondylitis.

Walking: Walking is a low impact workout that can be very beneficial for ankylosing spondylitis patients. This is the ideal way to ease the body into exercising. Start with a short 5-10 minute walk and gradually increase the duration of your walks to half an hour at a stretch. Try and keep your spine as straight as possible and hold your head high while you walk. Walking can help relieve pain and increase the range of movements.
Swimming: Swimming is another low-intensity workout that can help. This type of exercising helps strengthen the muscles and heart while minimizing joint pain. Swimming puts no pressure on the joints and hence is ideal for ankylosing spondylitis patients. The breaststroke can help build chest expansion and make your neck and shoulders more flexible. For a little extra pampering, you could go for a swim in a heated pool.
Lightweight Training: Look for lightweight training exercises that help strengthen your muscles without putting pressure on the joints. Plank exercises are great as they work many muscle groups simultaneously. You could also try lifting light weights or household canned goods to strengthen your limbs. Exercise machines can be helpful but must be used with caution. The key to exercising is to start slowly and gradually increase the duration of time you hold a position and the number of repetitions.
Yoga: Yoga is very beneficial for patients with musculoskeletal conditions. It reduces pain, increases flexibility and helps open out the joints to make them more mobile. Yoga also helps boost mental health and reduces stress and anxiety. When practising yoga, start by stretching the muscles and gradually work your way through the asanas. Do not be in a hurry to move from one position to another. You should ideally aim to fit in half an hour yoga into every morning.
Dance: Dancing is the most fun way to exercise. This helps burn calories that in turn helps with weight management. The lower your weight, the lower the pressure on your joints. Pick a tempo that you are comfortable with and limit repetitive motions to avoid straining any part of your body. If you like you could even join a dance class.

5 Exercises For Managing Ankylosing Spondylitis!

Rubbery cushions (discs) between the bones (vertebrae) stack up to form the spine. When a nerve between the disc and vertebrae is pressed and inflamed, that condition is called herniated disc. The herniated disc is also referred to as the ruptured disc or the slipped disc. This is caused when the soft jelly is pushed out due to a tear in the exterior. Herniated discs can lead to an irritation of the nerves and result in tremendous pain. It may also cause the arms and legs to become numb and weak. However, some people suffering from this condition may not display any symptoms at all.

Herniated disc generally occur in the lower part of the vertebral column. The herniated disc may also be seen in the thoracic spine or cervical spine. The symptoms of a herniated disc include pain in the legs, feet, or the buttocks, pain in the shoulder blade, tingling of the feet, numbness of the feet and hands, muscle weakness, neck pain or muscle spasm in the neck. Most common causes of herniated discs are aging, excessive weight or lifting of heavy weight.

Prevention of herniated disc

Herniated discs are very commonly found in people who are aged between 35 or 55 years. They are seen more commonly in the men in comparison to the women.
A herniated disc cannot be prevented easily, but there certain things that you can do to reduce the risks. Maintaining the proper techniques of lifting is important. You should not be bending at your waist. You should always bend the knees and keep the back straight. This helps you to use your leg muscles which are very strong to support the weight.
As the saying goes, precaution is better than cure, so here are few precautions that can be taken to avoid herniated discs. Practicing a proper posture can help in reducing the risk of a herniated disc. It is extremely important for an individual to maintain a healthy posture while standing, sitting, walking, and even sleeping. It is imperative that you stretch your muscles when you are sitting in one position for a long time.
Another important thing to avoid is high-heeled shoes, as they are few of the most common causes of a herniated disc. It would be a good idea to go for flat and well cushioned comfortable footwear as they can go a long way in reducing the risk of the herniated disc.
Exercising regularly can go a long way in keeping the muscles of the legs, stomach, and back very strong. You should try to balance your flexibility and strength by exercising regularly. The best form of exercise to avoid herniated disc or ruptured disc is aerobic exercise.
It is true that as you start to age, the chances of getting a herniated disc increase significantly. However, if proper precautions are taken, the stress put on the spine can be effectively reduced, thereby eliminating the risk of a herniated disc. 

Herniated Disc - Is There A Way It Can Be Prevented?

Broken bone is commonly known as bone fracture a d it occurs when an exorbitant amount of force is applied causing the bone to split or shatter. While some minor fractures lead to cracks and crannies, others may lead to complete breakage of the bones. Despite being hard, bones are formed in such a way that they can absorb pressure to only a certain extent, beyond which they break. Statistically, the incidence of broken bones are most common in children and in old age people.

Causes of Bone Fracture
Bone fracture can be caused due to a number of reasons; both intentional and accidental. Some of them include:
1. Accidents and injuries: Sports injuries, being hit by a car and tripping and falling are some of the typical episodes.
2. Old age: Diseases such as osteoporosis and brittle bone disease are common in aged people. As bones tend to become more fragile among the aged, they are at a greater chance of bone fractures.

Type of bone fractures
Primarily bone fractures are of four types, based on the way the bone splits. They are:

Complete fracture: This type of fracture refers to a complete breakage of the bone wherein the fracture may occur at various parts of the bone.
Incomplete fracture: In this type of fracture, the bone partially breaks instead of splitting entirely.
Compound fractures: This is a type of a fracture wherein the bone breaks past the skin. It is also known as an open fracture.
Simple fracture: In this type of a fracture, the bone breaks without causing an open wound on the skin.
Treatment of bone fractures
In case of a broken bone, the immediate course of action would be to reach for the first aid box. This can be done to stabilize the bone prior to hospitalization. Icing the injury, elevating the injured area to prevent further swelling and covering the wound with bandages are common measures. In many cases, people also make household splints (made of newspapers) to keep the bone stabilized. Hospitalization and especially surgery, can be also opted for in case of severe fractures.

Bone Fracture - Understanding the Types + Causes

Arthritis is a disquietingly painful condition that causes inflammation and stiffness in the joints. Arthritis usually occurs due to the wear and tear of cartilages and ligaments with the onset of age, but recent studies have concluded that many foods present in our daily diet may actually trigger or aggravate symptoms of the condition. Yet also there are some superfoods that help combat and prevent arthritis. Avoiding the former and including the latter in your meals can reap surprising benefits. Some of these ailing superfoods for arthritis are:

1. Leafy greens: green, leafy vegetables like spinach, broccoli, cabbage and lettuce have a high content of antioxidants, calcium and magnesium which help in neutralizing the negative charges in the body. In case of arthritis, it prevents the further progression of the disease. 5 servings of steamed vegetables per day can work wonders for your joint pain. 
 
2. Fishes: fish, especially oily fish goes a long way in reducing joint pain and stiffness. They are highly rich in omega-3 fatty acids which contain anti - inflammatory properties. 2 to 4 portions of oily fish per week can have an impact on you for many years to come.
 
3. Olive oil: olive oil contains mono - saturated fats and antioxidants, which have anti - inflammatory properties. Increase in the intake of olive oil can reduce risks of rheumatoid arthritis and prevent associated conditions. It can be used as both raw oil in preparing salads and also as cooking oil. 
 
4. Apples: an apple a day keeps the doctor away. As true as it may be, among many other nutrients, apples are a rich source of antioxidants and magnesium which are beneficial for the bones. A daily intake of 100g of apples eaten as a sole snack, or mixed with salads would in the long run prevent the risks of arthritis.
 
5. Onions: onions apart from fostering good digestion is also loaded with quercetin which is a bioflavonoid antioxidant that suppresses inflammation. It effectively removes the free radicals within arthritis joints and also reduces the release of protein- destroying enzymes. It can be consumed raw, can be served as a sauce and can also be used for cooking. Arthritis is a disquietingly painful condition that causes inflammation and stiffness in the joints. 

Arthritis usually occurs due to the wear and tear of cartilages and ligaments with the onset of age, but recent studies have concluded that many foods present in our daily diet may actually trigger or aggravate symptoms of the condition. Yet also there are some superfoods that help combat and prevent arthritis. Avoiding the former and including the latter in your meals can reap surprising benefits.

5 Superfoods Good for Arthritis!

As life expectancy is increasing so is the incidence of vertebral body (VB) fractures now being the commonest fracture of the body. PVP is an established interventional technique in which bone cement is injected under local anaesthesia via a needle into a fractured VB with imaging guidance providing instant pain relief, increased bone strength, stability, decreasing analgesic medicines, increased mobility with improved quality of life and early return to work in days.

In this era of minimally access surgery replacing open surgeries, PVP is a novel procedure & should be in the first line of management in place of conservatism or major spine surgery for painful uncomplicated compression fracture spine.

Morbidity & consequences of spinal fracture:

Traumatic VB is a painful condition requiring bed rest restricting daily activities markedly
Left untreated it can cause DVT, increase osteoporosis, loss of VB height, respiratory & GI disturbances, emotional & social problems secondary to unremitting pain, loss of independence with high cost of rehabilitation.
High risk of primary or consequential damage to neural, bony or disc element
Increased wedging, deformity & increase incidence of adjacent VB
Chronic pain of altered spine mechanics
Uncomfortable braces & sleep disturbance because of pain & discomfort with its sequels.
Cost of surgery and hospital treatment
Cost of implants
Phobia of surgery
Prolonged recovery period & Extensive rehabilitation
Changed spinal mechanics & transition syndrome
Major surgery & anesthesia with its own complications
Results / Outcome

PVP is a novel procedure with high benefit to risk ratio, which is highly underutilized in relation to the high prevalence of the vertebral.
Different studies show an immediate pain relief in (85   90)% of patients with low complication rate ranging from (1-5)% depending upon the type of lesion.
PVP does augment height of VB but ideal would be kyphoplasty
Patient is either off medicine or on reduced doses.
Patient feels so well that he almost forgets if he had VB

Percutaneous Vertebroplasty (PVP) is an emerging interventional technique in which surgical polymethyl methacrylate bone cement is injected under local anaesthesia via a large bore needle into a vertebral body (VB) under imaging guidance providing increased bone strength, stability, pain relief, decreased analgesics, increased mobility with improved QOL and early return to work. Started in 1984 by Galibert PVP is done in host of indications.

Senile osteoporotic compression remains the commonest Indication. Other indications are Metastatic VB, Multiple myeloma VB, VB haemangioma, Vertebral osteonecrosis & for strengthening VB before major spinal surgery. The benefit has been extended to the traumatic stable uncomplicated VB compression (VCF) which is commoner in younger age group with active life profile and prime of their career where strict bed rest and acute or chronic pain are unacceptable and they are more demanding for proactive treatment approach so as to be back to work ASAP.

Discovering the fact that VB is the commonest of body, its incidence >the hip, it becomes imperative to take it more seriously. With increasing life-span there is more of aged osteoporotic population, more so due to sedentary indoor lifestyle and post menopausal osteoporosis. Diabetics, smokers & alcoholics are at higher risk of developing osteoporosis. I have seen such alcoholic patient developing six spine fractures in just three months time from a single fracture being on complete bed rest.

Quick fix of fracture spine makes patient walk back same day instead of bed rest of months together avoiding morbidity & mortality of prolonged bed rest, making bedridden patient walk, in a way bringing patient back to normal life.

In this era of MAS replacing open surgeries, PVP is a novel procedure & should be in the first line of management in place of conservatism or major spine surgery for painful uncomplicated compression.

Morbidity & consequenses of spinal 

Traumatic VB is a painful condition requiring bed rest restricting daily activities markedly.
Left untreated it can cause DVT, increase osteoporosis, loss of VB height, respiratory &
GI disturbances, emotional & social problems secondary to unremitting pain, loss of independence with high cost of rehabilitation.
High risk of primary or consequential damage to neural, bony or disc elements.
Increased wedging, deformity & increase incidence of adjacent VB
Chronic pain of altered spine mechanics.
Uncomfortable braces & sleep disturbance because of pain & discomfort with its sequels.
Morbidity and complication of spinal surgery 

Cost of surgery and hospital treatment
Cost of implants
Phobia of surgery
Prolonged recovery period & Extensive rehabilitation
Changed spinal mechanics & transition syndrome
Major surgery & anesthesia with its own complications
Preparation & Procedure:
X-ray spine in a/p & lat view. CT is more informative of bone & morphology. MRI is good for soft tissue injuries. Ask for pedicle size in all dimensions and construct a 3D image aiming needle placement and cement filling in scan room itself as rehearsal of PVP. This reduces operative time & gives better results. Conventionally PVP is done by hammering the vertebroplasty needle through the bone. Here we use light weight drill to bore through the vertebra. It is important to set the needle at exact entry site & side with right trajectory aiming the defects.

In lateral view needle should go through middle of the pedicle going up to anterior 1/3 of VB. In P/A view the needle can be in midline or paramedian depending upon & if uni/bipedicular approach is planned. Approach varies as per location of vertebra, anterolateral in cervical, costotransverse/parapedicular in thoracic & transpedicular in lumbar vertebra.

Do bone biopsy if there is any doubt about lession. Do dye test (vertebral venography). Make cement more radiopaque by adding barium /or tungsten. Inject cement with 1or2 ml luerlock syringes strictly under fluoroscope in lateral view & cross checking in P/A view. Stop injecting either there is adequate filling or at the first sight of ectopic cement leak. Keep sample cement to see for hardening. Remove needle with rotational movement before cement hardens.

Pain relief is by virtue of different mechanisms postulated :

Cementing of fragments.
Thermal neurolysis of VB nerve ending due to heat of polymerization.
Washing away of nociceptor chemicals.
Neurolytic action of liquid monomer.
By allowing early ambulation decreasing pains of immobility & bed rest.
Complications 

PVP is generally safe with low risk.
Ectopic cement leak is frequent but generally inconsequential.
Outcome 

PVP is a novel procedure with high benefit to risk ratio, which is highly underutilized in relation to the high prevalence of the vertebral
Different studies show an immediate pain relief in (85   90)% of patients with low complication rate ranging from (1-5)% depending upon the type of lesion.
PVP does augment height of VB but ideal would be kyphoplasty.
Patient is either off medicine or on reduced doses.
Patient feels so well that he almost forgets if he had VB

Vertebroplasty (PVP) / Kyphoplasty - Approach To Management Of Vertebral Body Fractures!

Breaking a bone no matter how small is painful. This pain is caused both by the actual break in the bone and the damage to surrounding muscles, ligaments, nerves and other soft tissue. There are three stages of pain caused by a fracture:

Acute Pain: Pain that occurs immediately after a bone is fractured
Sub-Acute Pain: Pain experienced while the one and soft tissues heal
Chronic Pain: Pain experienced after the fracture has healed
Any kind of fracture can cause these types of pain. However, it is not essential for everyone who has had a fracture to experience all the three kinds of pain. Many people experience pain only when the fracture occurs but in few cases, a person may break a bone and not realize it. Each type of pain needs to be dealt with in a different way.

Acute Pain: Acute pain reduces as the fracture heals. For this, the fractured bone must be reset in place and held together with a splint, brace or cast so as to immobilize it. In some cases, surgery may also be needed. Over the counter pain medication is often prescribed to help deal with this type of pain. The patient is also advised to rest the broken bone and avoid certain types of movement that could worsen the break. A broken bone takes a minimum of 6 to 8 weeks to heal. However, in cases of other conditions such as osteoporosis, this time period could be much longer.
Sub-Acute Pain: As the injury heals, the sub-acute pain experienced reduces. Immobilizing a broken bone to help it heal causes the muscles and soft tissues around it to stiffen and weaken thus triggering this type of pain. Physical therapy can be very helpful in dealing with this type of pain. Along with strengthening the muscles and reducing stiffness, physical therapy also helps reduce inflammation and scar tissue. Physical therapy can be provided in many ways including exercises, electrical stimulation, ultrasounds, massage etc. It is important to remember that at this stage of treatment, the more the affected limb is used, the faster it will heal. However, it is advisable to avoid putting too much pressure on the bone.
Chronic Pain: Some people may experience pain for several months and even years after a fracture has healed. This is usually caused by nerve damage or the development of scar tissue. Underlying conditions such as arthritis could also trigger this type of pain. Management of chronic pain varies from individual to individual. Treatment usually takes the form of medication, exercises and physical therapy. It is important not to avoid this type of pain and consult a doctor to ensure that it is not being caused by any other condition.

Fracture Pain - How To Deal With It?

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