Bones are quite literally the support system of the body, so it's super important to keep them strong and healthy. Strength is not a goal you achieve in a day, week or month. It is a way more rigorous process that has to go on for years. The growing age of your life matters the most; it is at this point that you can make your bones strong. Bone strength should also be maintained in certain ways. Child or adult, you must aim for both mental and physical strength.

Here are some tips to make deposits in your bone bank for a healthier future.

1. Know your family history: as with many medical conditions, family history is a key indicator of bone health. Those with a parent or sibling who has or had osteoporosis are more likely to develop it. So, how's your bone density, grandma? might seem like an awkward question at thanksgiving dinner, but ask anyway before she passes the gravy.

2. Boost calcium consumption: when most people think bones, they think calcium. This mineral is essential for the proper development of teeth and bones. But calcium isn't the end-all, be-all bone loss cure. The key might be to help the body absorb calcium by pairing calcium-rich foods with those high in vitamin d. Foods that are good sources of calcium include yogurt, cheese, milk, spinach and collard greens.

3. Don't forget the vitamin d: where there's calcium, there must be vitamin d: the two works together to help the body absorb bone-boosting calcium. Boost vitamin d consumption by munching on shrimp, fortified foods like cereal and orange juice, sardines, eggs (in the yolks) and tuna, or opt for a vitamin d supplement. The body also produces vitamin d when exposed to the sun - 10 to 15 minutes of exposure three times per week will do. Vitamin d's importance to bone health has been proven in studies on  seasonal bone loss - elderly people can lose more bone mass during the winter because of lack of sun exposure.

4. Make exercise a priority: seriously regular exercise is to keep a number of health issues at bay, and bone health is no exception. In fact, living a sedentary lifestyle is considered a risk factor for osteoporosis. What type of exercise is most effective? weight-bearing exercises like running, walking, jumping rope, skiing and stair climbing keep bones strongest.

5. Consume less caffeine: caffeine does have some health benefits, but unfortunately not for our bones. Too much of it can interfere with the body's ability to absorb calcium. Drinking more than two cups of coffee per day accelerated bone loss in subjects who also didn't consume enough calcium. Also more than 18 ounces of coffee per day can accelerate bone loss by negatively interacting with vitamin d. So enjoy the java, but keep it in moderation and consume enough calcium, too.

6. Quit smoking: here's yet another reason to lose the cigarettes: multiple studies have shown that smoking can prevent the body from efficiently absorbing calcium, decreasing bone mass.

6 Things to Do for Strong Bones

Sports injuries are a common problem, where various types of musculoskeletal injuries can occur during the physical activities. These injuries can either be acute or chronic in nature. In athletes, such injuries can pose as a risk to their careers, which makes it essential for the physicians to provide the most appropriate treatment. It is mandatory to provide a prompt, safe and quick treatment that can restore the athlete s preinjury level of participation in sports.

Various treatment approaches are present for treating sports injuries. The use of intra-lesion blood injection is being made for addressing the musculoskeletal injuries. An easy and minimally invasive method of using concentrated autologous growth factors in treating sports injuries is the use of platelet rich plasma (PRP). It is a fraction of the blood plasma that contains a higher concentration of platelets than normal plasma, along with growth factors.

PRP is used in the treatment of both soft tissue and bone injuries. Growth factors have a positively influencing effect on the healing process of connective tissue components.
There is a huge difference between the anatomy and functions of tendons, ligaments, muscles and joint capsules. Hence, the site of injection of PRP also varies.
The cellular tension in the tissue and the collagen structure is affected after the administration of PRP.
Use of PRP is popular in the treatment of an Achilles tendon. For injecting PRP, an ultrasound scan is done, the site of injection is accurately identified and then PRP is administered.
Proper location of the site of injury and deciding the accurate injection zone prior to the injection of PRP makes it easier to facilitate treatment and eliminate discomfort.
Administration of PRP should be considered secondary to physical therapy and other conservative means of treatment.
Enthesopathy is a discomfort in the area where the attachment of tendons, ligaments and the articular capsule is present. The use of PRP is increasing in the treatment of this condition. It has an inflammatory nature and presents as epicondylitis or capsulitis.
Studies have proved that PRP is an effective alternative to injection of steroids for an anti-inflammatory effect. Steroids majorly provide only symptomatic relief, whereas PRP is more definitive.
PRP has also found an increased use in the area of surgical procedures of knees. It is used to increase the efficiency of the healing grafts placed in the knee during reconstructive surgeries.
For treatment of bone injuries, use of PRP has shown an improved quality and rate of bone healing. Even in cases of an infected injury, PRP aids in healing efficiently.
No known side effects or complications after use of PRP have been observed, which makes it a sought after option in management of sports injuries.


Platelet Rich Plasma In Sports Injuries

Majority of bone tumours are benign, meaning they are localised and do not spread. Since benign tumours do not metastasize, they are not forms of cancer. Despite not being malignant, the severity of their presence should not be ignored as they may cause a lot of pain and lead to other problems such as damaged bones and fractures.

Benign Bone Tumors

Osteochondromas: These form over 40 per cent of all benign bone tumours. They are mostly found in children and teenagers. Osteochondroma is a growth abnormality and they are found in the growing ends of long bones. An osteochondroma might grow separately or might be accompanied by other similar tumours.
Osteoclastomas: They are also called giant cell tumours of the bone. They are common and are found in the epiphysis of long bones and around the knee.
Osteoid Osteoma: These grow mostly in adolescents and very rarely in adults above 50. They primarily grow in the legs but they might also be found in other bones in the body.
Enchondroma: It is a bone tumour that starts in the cartilage. It is mostly found in the cartilage of the inner lining of bones. Small long bones of the feet and the hands are affected the most. Teenagers get more affected than other age group.
Osteoblastoma: These are slow growing tumours that take about two years to get diagnosed. An osteoblastoma makes the surrounding bones weaker as they dissolve them and make them more susceptible to fracture caused by small injuries. Men are twice as more likely to be affected by an osteoblastoma than women. Surgery is essential in all cases of osteoblastoma as they destroy healthy functional bone and grow in size with time.
In rare cases, these have also known to become malignant over time, despite their benign nature. It affects people under 30 mostly.

Malignant Bone Tumours

Osteosarcoma: It affects the hip, knees and shoulders of mostly children and teenagers. It is also referred to as osteogenic sarcoma.
Ewing Sarcoma Family of Tumours: These generate from medullary cavities and can also grow in blood vessels and adipose tissues. It primarily affects children and teenagers.
Chondrosarcoma: It usually affects the hips, pelvis and shoulders of middle aged people.

5 Most Common Types Of Benign Tumours!

 Movement disorders    the term refers to a class of neurological conditions, which lead to either an increased/abnormal movement or a scarcity of involuntary and voluntary movements.

Types of Movement Disorders- 
The most common types of movement disorders are  
  Myalgia   More commonly known as muscle pain, myalgia originates in any part of the body. A person with myalgia will experience achiness and soreness in the muscles, which may range from severe to mild.

Myalgia does not occur from an underlying disease. Rather, the pain develops over time, mostly due to prolonged sitting, lying down, a strenuous physical activity, strains or sprains.

  Muscular dystrophy   This refers to a group of genetic disorders that lead to weakness and loss of muscle mass. The abnormal genes cause muscle degeneration and usually begins in early childhood. Myotonic, Facioscapulohumeral (FSHD), and Limb-girdle are a few forms of muscular dystrophy.

Muscular dystrophy is characterized by symptoms like   difficulty jumping and running, muscle stiffness and pain, walking on toes, waddling gait, trouble swallowing and breathing etc.

  Dystonia   The condition involves continuous involuntary muscle contractions with repetitive, twisting movements. Dystonia may affect either a specific body part (known as focal dystonia) or the full body (known as generalized dystonia).

  Huntington s Disease   This is an inherited, neurodegenerative condition, where the brain s nerve cells break down over time. Huntington s disease usually kicks in, in the 30s or 40s. The disease results in psychiatric and cognitive symptoms   amnesia, confusion, slowness in activity etc.

  Multiple System Atrophy   This is a rare neurological disorder, which affects both the autonomic nervous system   the part of the nervous system that controls involuntary actions like digestion and blood pressure   and movement. Multiple System Atrophy leads to movement disorders like Parkinsonism or ataxia.

Symptoms of this disorder include   double or blurred vision, visual disturbances, unsteady gait, loss of balance etc.

  Tourette Syndrome   This is a disorder of the nervous system, which occurs usually between one s childhood and teenage years. The disorder is associated with vocal sounds (vocal tics) and repetitive movements (motor tics).

Physiotherapy for Movement Disorders-
In most cases, movement disorders cannot be completely cured. However, with physiotherapy, you may be able to manage the symptoms and live a better life.

Physiotherapy is based on a few physical activities or mild exercises that help improve your joint movement and builds muscle strength. This particular treatment approach centres on  

  Exercises based on daily tasks that improve muscle strength
  Activities that improve your balance and reduce the chances of falling
  Exercises to gain control over the uncontrolled movement of legs, arms, and head
  Correct posture while standing or sitting to reduce pain and increase comfort
  Cueing, repetition and movement strategies to reduce the effects of freezing
  Participating in certain functional activities that make it easier for you to move around
  The repetitive movement to trigger pathways to the brain and improve movement accuracy
  Exercise to reduce fatigue and increase stamina
  Hydrotherapy and relaxation therapy to ease muscle stiffness

Neurological disorders affect people in different ways. Physiotherapy for movement disorders is tailored according to the patient s goal and needs so that they are able to achieve maximum physical potential.

Movement Disorders - Its Types, Symptoms & Physiotherapy Treatment!

There are 27 bones in the human hand. An injury to any one of them or a disease that affects the bones, tendons, muscles or blood vessels in the hand, are the most likely causes for pain in the hand and tenderness.

Some of the most common conditions that cause hand pain are:

De Quervain's Tendinitis: Pain on and around the thumb is the characteristic sign of this condition. This pain may develop gradually or come on suddenly and can travel the length of the thumb and forearm. De Quervain's tendinitis is caused by the swelling of wrist tendons at the base of the thumb. Repetitive actions and overuse are the most common triggers for this condition.

Carpal Tunnel Syndrome: The symptoms of carpal tunnel syndrome are felt mainly in the thumb, index finger and middle finger. This pain is often worse at night and is caused by the swelling of inflamed tendons at the base of the hand that puts pressure on the median nerve. This syndrome can make it very difficult for a person to grip objects.

Fractures: The fracture can cause extreme pain along with stiffness, swelling and loss of movement. A fracture refers to the breaking of a bone and can be of many types including simple fractures, complex fractures, comminuted fractures and compound fractures. The type of fracture dictates the type of treatment required. Spraining a muscle in the hand is another leading cause of pain in the hands.

Arthritis: This is one of the most common causes of pain in the hand that is related to ageing. Arthritis causes loss of cartilage that makes the movement of one bone against the other extremely painful. It may or may not also be accompanied by swelling. When it comes to the hand, arthritis affects the base of the thumb and middle or top joints of the fingers. Osteoarthritis may also cause bony nodules to be formed on the fingers.

Trigger Finger: This condition is also known as stenosing tenosynovitis. This condition locks the fingers or thumb in a bent position. This condition is triggered by the flexor tendons getting irritated. These tendons control the movements of the thumb and fingers. As the tendon is inflamed, the sheath that surrounds the tendons may also thicken and nodules may form of the affected tendons. People suffering from rheumatoid arthritis, gout and diabetes are at a high risk of suffering from this condition.

Pain And Tenderness In Bones Of The Hand - Factors That May Cause it!

Pregnancy places a lot of demand on the expectant mother. While the emotional demands are not very evident, the physical ones are. The mother has to ensure that the developing baby gets all the required nutrients through her. Some of them are very critical, and not getting adequate amounts of these manifest as problems, which cannot be rectified later. Calcium supply and associated problems that may arise is one such example.
If there is a reduced supply of calcium and the bones and teeth are not formed properly, taking any amount of calcium is not going to correct the situation later, after delivery.

The bones which are forming in the developing baby are dependent on the mother for adequate supply of calcium. It is common knowledge that calcium is an integral component of bones, teeth, and skeleton. Hypocalcemia, which is a condition where there is reduced amounts of calcium in the body, can be quite severe during pregnancy.
In addition to the growing baby s needs, calcium also plays a vital role in the pregnant mother for muscular contractions, nerve conduction, hormone secretion, and blood clotting. So adequate intake of calcium during pregnancy is essential.
Now, the question arises as to how much calcium is good enough. For a normal female, about 1000 mg of calcium is required on a daily basis. This goes up by another 200 to 300 mg for a pregnant woman, especially during the third trimester when the bone and teeth formation is in full speed. This extra amount of calcium should be continued even after pregnancy, as calcium continues to be provided to the baby during the lactation phase.

Some of the symptoms of reduced calcium intake during pregnancy are aching muscles, brittle nails, weakened bones, severe cramping, and dry skin. If there is suspected hypocalcemia, it is best to seek medical advice. It is not advisable to take supplements without medical supervision. Increased amounts of calcium can produce a different set of symptoms.

While these are evident symptoms, there are other detrimental effects on the baby too. Calcium deficiency affects development of heart and associated structures and puts the newborn at a higher risk of developing hypertension. The baby s fat percentage and triglycerides are also increased. The bone mineral density is reduced. The delivery period could be prolonged, as muscular contractions and nerve conduction are severely impacted when there is less calcium in the system. Recovery from labor is also delayed.

It is possible that you are taking adequate amounts of calcium, but its absorption is affected. Reducing caffeine intake helps in better absorption of calcium. Iron, which is often given during pregnancy, prevents calcium absorption and so needs to be spaced out.

Calcium & Bone Disorders - How to Know If Your Are Suffering From Them?

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