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!

Clubfoot is a deformity of the foot in infants. The condition is usually present from birth. This happens when the tissues linking the muscles to the tendons are shorter than usual, as a result of which the infant s foot appears twisted and out of shape. The condition can be mild or severe, depending on the symptoms. Often times, babies who are born with clubfoot have it in both the legs.

How to identify if your child has clubfoot?

Since the condition is present from birth, the symptoms are also easily observable. Identifying the following signs can help detect if your child is born with clubfoot-

  A foot that turns downward and inward and toes that point towards the opposite foot
  The affected foot may appear half an inch shorter than the normal foot size
  The heel of the affected foot may be smaller in size than it normally should be
  The calf muscle on the affected leg will be underdeveloped (appear slightly smaller)
  If the condition is severe, the foot may be twisted upside down

Despite its unusual shape, clubfoot does not cause pain or discomfort. The doctor will most likely notice the symptoms after the infant s birth. He/she will recommend appropriate treatment of the condition, or refer to an orthopaedic who specializes in muscle and bone ailments.

What is the treatment of clubfoot?

Clubfoot is curable so parents need not worry about their child living with a lifelong deformity.

Depending on the severity of the condition, the orthopaedic will either use devices, resort to stretching methods, or will recommend surgery.

  Ponseti Method (stretching and casting) - It is the standard treatment worldover. It starts at birth or anytime within two weeks of age and has best results in younger kids. It involves stretching the clubfoot and casting it in correct position several times over the months to restore the foot shape.
  French Functional Method (stretching and taping) - The doctor will stretch the affected foot and tape it in position several times over a couple of months to realign the shape. It, however, has very limites following.
  Surgery - Surgeries may be needed in older neglected kids or adults. The surgeon performs a surgical procedure (Achilles tenotomy) to lengthen the tendon of the clubfoot and realigns the joints and bones. Following the surgery, the child will need to be in a cast for about 2 months. Further, to prevent the recurrence of the condition, the child will be advised to wear braces for a year at least.
  Devices - They are adjunctive maintenance devices which are used by doctors in treatment of clubfoot. They are applied to the body to stabilize and limit or protect the movement of the damaged joint.

Parents should seek medical intervention if their baby is born with clubfoot. If the condition is not treated early, the child may face difficulty walking, or may even develop other disorders affecting the joints, like arthritis.

Clubfoot - Ways To Identify & Treat It Well!

When there is a fracture of the bone, the affected site may be plastered for the fracture to heal. In some cases, this may not be enough to mend the bones and surgery may be required along with bone grafting to rectify the condition. A new form of therapy, involving a less invasive procedure has been developed. It involves culturing the stem cells and using the same to mend and regenerate parts of the bone.

What does the treatment involve?

In this process, one cultures cells from the patient s body. The cells are extracted from the bone marrow. These cells are cultured in the lab and injected back to the affected region of the body. Research has shown that after the injection, the treatment takes anywhere between 7 to 8 weeks to repair the fracture completely.

Since stem cells are being harvested from the patient and not from a third-party, the treatment does not have any ethical constraints. However, more studies are being conducted to prove without a doubt that the same does not cause any damage to the body of the patient in the long run.



It is likely that this procedure will replace rudimentary surgical techniques, such as bone harvesting, in the future. It is far less invasive and does not result in extreme pain or prolonged hospitalization.

The future of the treatment: 

While stem cell culture has been around for a few years now, the use of the same procedure to treat fractures is The Latest Technology. It is in its early stages, which is why such a form of treatment is not offered by all hospitals across the globe and very selective surgeons having experience of the procedure would perform it.

Additional research and studies are being conducted to further confirm the efficacy of the treatment. Research has revealed that stem cell insertion in the bone can be used to regrow defects and heal non-unions of a bone. In some cases, repeated stem cell insertion may be required. The bone that grows as a result is as strong as the other bones in the body.

Stem Cell Culture For Broken Bones - What Is It?

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

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

The spine or the backbone is responsible for the fluid movement of the body, especially standing, bending, and sideways movement. It also is an important part of the nervous system and carries multiple nerves to the lower part of the body. The lower spine has sacral and iliac vertebrae, which have disks between the vertebral bones where these nerves are located. With age, infection, tumors, or injury, this soft tissue becomes hardened and get the bones to fuse. This is a type of arthritis known as ankylosing spondylitis and limits movement between the disks.

Causes: With age, the soft vertebral tissue gradually hardens. There is a genetic component also to this, so it runs in families. In addition, infection or tumors of the spine and injuries involving the spine can also lead to this condition.

Symptoms: When AS ankylosing spondylitis (AS) onsets, there is usually morning pain and stiffness in the low back and upper buttocks. The intensity of this gradually reduces over the course of the day. The range of movement also is reduced, with bending, stooping, and sideward movement becoming gradually difficult. It is believed that people with AS have an overactive immune system, and homeopathy helps by suppressing this activity. A homeopath will have a detailed discussion with the patient and based on the presenting symptoms, an appropriate product would be prescribed.

Aesculus: The patient would have extremely painful and stiff low back and hips. It would be constant ache with walking and stooping, and it is not easy to rise from a sitting position. The patient also feels that the legs would give way, making them hesitant to walk.
Rhus Tox: When the patient presents with low back pain that is present at rest, with sitting and inactivity, Rhus is usually preferred. The pain improves with activity and movement and radiates down the legs all the way to the foot.
Kali Carb: If the patient presents with extreme weakness also and feels like a paralytic attack, as if the back is broken. The patient feels the symptoms are worse in the morning and changing position in bed.
Kalmia: If the patient has pain associated with a prickly, numbing sensation, then this is used. There also could be burning sensation. The pain appears in bursts in the late evening and early night hours and could also go down the legs or up into the neck.
As with any other disease, homeopathy looks at the person holistically and treats the symptoms. The patient should not go for self-medication based on some reading and friends suggestions. Each person is unique in terms of symptoms and treatment, and so the doctor is the best person to decide the appropriate medicine.

Homeopathy Treatment For Ankylosing Spondylitis!

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