0 Restoring Bone Density

It wasn't until 2004, when the then U.S Surgeon General Richard Carmona, warned about the dangers of osteoporosis, that this disease was being given some much needed attention. More than 44 million Americans at that time were affected by osteoporosis, and there were nearly 300,000 hospitalizations because of this condition. The statistics show that the disease has been becoming more prevalent.

Over one and half million people over the age of 62 will suffer a fracture of the spine, wrist, elbow, knee, or hip. Of the 300,000 hospitalizations mentioned above, 25 percent of those with hip fractures will die within a year. Although more women are affected, men are equally at risk. Men usually have more bone density than women and don't start losing this density until about the age of 70, whereas women start around age 62. Because of this, their healthcare providers do not monitor their bone density levels as they would with a women patient. Men need to be made aware that they are as much at risk as are women, and should discuss this with their healthcare provider.

Bone is a porous network called "trabecular bone", resembling a very fine sponge. It is also made up mineral (inorganic) and a non-mineral (organic) matrix. The most common areas where trabecular bone is lost are the spine, neck of the femur (thigh bone), the far end of the radial bone (at the wrist), shoulder, and the ribs. Other areas of the skeleton can be involved as well.

When bone density diminishes in one or more vertebrae, the result can be a crush fracture. The usual site for this happening is the 8th thoracic vertebra and below. (mid-back area). The patient may not be aware of this occurrence at the time, but as time goes on, the back develops an ache before becoming an ongoing extremely painful condition. The individual may also develop a rounded condition called a Kyphosis. This condition is also very often referred to as "Widows Hump". Very often hip fractures will occur spontaneously, even when there is no trauma associated with the occurrence. The individual may be in the act of just sitting down, or bending when the fracture occurs.

Very often the individual will not be aware that they have lost bone density, and is still losing bone density, until they have experienced some form of trauma, such as a fall, a bear hug greeting, or even when riding in a car and there is a sudden sharp stop, causing a jolt to the body. This trauma will cause the exacerbation of the condition that may have been dormant for many years.

The onset of bone density loss can be due to many different causes. These can be hormonal, inadequate intestinal calcium absorption, poor nutrition and a sedentary lifestyle. As we get older, there can be more problems with absorption of nutrients, so loss of bone density may also be age related. If you combine poor nutrition and a sedentary lifestyle at an early age, you will almost be sure to develop age related osteoporosis. If the condition is not addressed at the earliest possible time, the individual becomes more prone to fractures. Therefore, if anyone starts to experience aches or pains for no apparent reasons, it is incumbent upon them to seek advice from their healthcare provider to get a definitive diagnosis and receive proper treatment. The healthcare provider will surely order X-rays that will provide evidence if crush fractures are indeed present.

Read in health hints below how to prevent and cope with bone density loss. The optimum word is prevention. The sooner one starts a program of prevention, the less bone density they will lose as they get older and will escape the pitfalls of osteoporosis.

Health Hints****

1. As mentioned above, it is important to see your healthcare provider if any symptoms are starting to occur. If the subject of doing a bone density test is not brought up, it is incumbent upon the patient to bring it up. Tell the doctor that you would like to have the test performed.

2. Diet is extremely important in the maintenance of healthy bone mass. The diet should include foods rich in calcium. These foods include dairy foods, such as yogurt, low-fat milk and cheese, preferably the low-fat variety. Green leafy vegetables and broccoli should be a part of the diet. Vary your diet by eating different vegetables each day. Fish, such as salmon, sardines scallops and oysters should be eaten twice weekly. Look for breakfast cereals and juices that have been fortified with calcium and vitamin D. Another important nutrient for increasing bone density is vitamin K and is needed for proper blood clotting. Maintaining a normal clotting factor is vital for the transportation of calcium throughout the entire body.

3. If you feel you cannot sustain a proper diet, you should take a proper supplement in order to fortify the diet, making sure that you get the necessary requirements. This too, should be discussed with your. Doctor. It is important to take a multivitamin and mineral supplement daily. The supplement you take should also contain. the needed vitamin D and vitamin K. The vitamin D aids in the absorption of the. calcium and the vitamin K in its transportation. Before the age of 50, both men and women should take 1,000 mg. of calcium and 400 IU of vitamin D on a daily basis. After age 62, they should increase the calcium to 1,200 mg. of calcium and 600 to 800 IU of vitamin D. If you are not getting enough exposure to the sun, some nutritionists believe that 1000 IU of vitamin D is appropriate.

4. Smoking will decrease bone density and should be stopped.

5. Alcohol should not be used excessively. Women are permitted one glass of wine daily and men are permitted two glasses daily

6. Caffeine should be reduced as much as possible.

7. Being overweight can be a contributing factor to bone density loss and every effort should be made to loss weight.

8. Exercise can be one of the most important things you can do to maintain and improve your bone density levels. Sedentary lifestyles have been one of the greatest contributors of developing osteoporosis. It is important to keep moving as much as possible. Walk whenever possible. Swim, ride a bicycle, go bowling, golfing or play tennis, whatever suits you. Find an exercise program that you are happy with, one that you won't give up within a week or a month.

It is important to remember that it is never too late, or you are never too old to improve your bone density levels. By doing so, you reduce your chances of sustaining any type of fracture.

Dr. Emanuel M. Cane, D.C.
http://www.doctorsexercise.com
doc1@gate.net

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0 Top Five Foods For Bone Health

If you're worried about maintaining bone health and preventing osteoporosis you're not alone. It has been suggested that osteoporosis affects up to 10% of the population of western nations at any given time.

Despite what advertising might commonly say, there is far more to bone health than just drinking milk. In fact, the high levels of vitamin A in milk, have been associated with increased risk of osteoporosis and lowered bone density.

Here are our top five dairy free foods for building good quality, healthy bones.

Tip 1 - Use Omega 3 Fats to Build Bones

There are many advantages for including a good quality fish oil supplement in your daily diet. Did you know though, that omega 3 fatty acids can also help to improve bone density and prevent the progression of osteoporosis?

A high level of inflammatory agents in the body, increases the activity of the cells responsible for the break down of bone. This leads to reduced bone density, and a diagnosis of osteoporosis. Regular use of an omega 3 supplement helps to lower overall inflammation and can slow down the activity of these cells.

Results from fish oil supplementation are quite fast. Supplementation with as little as a teaspoon of fish oil per day, can show results on the biomarkers for osteoporosis in as little as 4-6 months.

Tip 2 - Enjoy Blueberries In Your Smoothie

Stuck for something to add to your shakes for that breakfast on the run? Why not add blueberries?

Antioxidant rich blueberries are also a great source of osteoporosis fighting phytonutrients. In a number of studies blueberries, and other members of the berry family, have been shown to reduce the risk of osteoporosis as we age. Much of this protection comes from their valuable role in supporting hormones during and after menopause.

Make sure to choose organic, blueberries to avoid many of the pesticides and other chemicals that are commonly used during growing.

Tip 3 - Onions Bad For Your Breath, Good For Your Bones

Who doesn't like onions, they are good for so many different things; sautéed onions and garlic can make any meal a masterpiece. You might not realise it, but onions are also exceptionally powerful osteoporosis fighters!

Onions, are one of the highest food sources of quercetin. This nutrient has been shown to reduce the activity, and to promote the death of cells known as osteoclasts. One of the functions of osteoclasts is to break down and remove bone as part of the remodelling process.

Increasing dietary sources of quercetin makes sure that bone is being replaced faster than it is being broken down. This helps to increase bone density and prevents osteoporosis.

Tip 4 - Harness the Energy of Bees

We all know how busy bees are don't we? What if we could harness that energy to improve our bone health?

Bee products, including bee pollen, royal jelly and propolis are powerful superfoods that can really enhance your overall health. Osteoporosis and increasing bone density is no exception. In a number of different studies, bee pollen has been shown to help offset bone density loss due to the affects of ageing.

Bee pollen is a perfect accompaniment to blueberries from tip one and can be easily added to smoothies and shakes. Most health food stores stock bee pollen.

Tip 5 - Maca, Bone Booster from Peru

This root vegetable from Peru is an absolute must have for anyone seeking to reverse osteoporosis and improve bone density.

Maca, a super food jammed packed with nutrients, has long been used in natural health and traditional medicine for maintaining health and wellbeing as we age. Acting as a hormone balancer, maca helps to prevent the symptoms of osteoporosis commonly associated with menopause.

The Importance of A Healthy Lifestyle

While diet is an important part of preventing osteoporosis and preserving bone density, it is not the only part. A complete osteoporosis prevention strategy has to include regular exercise and sensible sun exposure.

Consult with your natural health provider today about other effective strategies that can help you.

Marianne Fernance is the founding Naturopath for Brisbane Naturopath Passion4Health.

For more informative articles on natural health go to our website at http://www.passion4health.com.au/articles.html.

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0 Bone Marrow Transplant

Bone marrow transplant is a treatment that saves the lives of people suffering from deadly diseases such as cancer, but like all transplants, it is suffering from lack of donors.

The role of the marrow is to produce all the formed elements of the blood: red blood cells (or erythrocytes), white blood cells (or leucocytes) and platelets (or thrombocytes).

Normally, these cells are continuously renewed through a stock of stem cells in the bone marrow, i.e., "virgin" cells which can evolve in all types of cell.

This marrow is located in the center of long bones like the humerus in the arm, and flat bones, such as pelvic bone in the pelvis. It is very different from the spinal cord, which is part of the nervous system located in the channel formed by the stacking of the vertebrae.

Transplanting Bone Marrow-The Hows and Whys:

A marrow transplant involves taking a sample of bone marrow from a donor and reimplanting it in a patient.

Several diseases can be treated by this act. This is the case of leukemia and lymphoma, because in these diseases, cancer cells invade the marrow and then prevent it from functioning properly.

This is also the case of aplasia in which bone marrow is no longer functioning and no longer produces white blood and red blood cells.

Finally, we can also make a transplant when a harmful treatment destroys the bone marrow and therefore its cells: when there is no more red blood cells, there is a risk of anemia. The lack of white blood cells leads to infections, and disappearance of platelets is a source of bleeding.

The main problem in bone marrow transplant is graft rejection, i.e., when the recipient does not accept the donor's marrow.

In fact, each individual has his own characteristics. His tissues are defined genetically, and the immune system is programmed to eliminate all foreign elements in the body. All these properties of the tissue are called the "HLA system".

When we transplant an organ that meets the HLA criteria, it is said to be compatible. In this case, the body of the recipient accepts it, and the immune system does not destroy the transplanted organ. It is recognized as belonging to the body.

Two Types of Transplants:

The allograft, which uses donors, and the donor can be unrelated or part of the family (family related donor). Of course, the chances of finding a stranger with a compatible marrow, therefore accepted by the patient, are much rarer than in the case of a brother or sister.

Transplants are much more effective when the donor is related to the recipient. The problem is that in a family, only one child in four has the same HLA system as his sick brother.

Finally, there is the autologous bone marrow transplant, which uses the patient's own marrow. It is collected, frozen during an aggressive treatment of the patient and then reimplanted later.

Joseph C. is a pharmacist and medical documentalist.

For more information on cord blood, cord blood banking or stem cell research and therapy, please visit this website: http://cord-blood-bank.weebly.com/

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0 Bone Malunions

An individual who suffers a broken bone has two or more fragments of one bone that have been separated from one another. When this happens, an individual will need to have the fracture set in line so that the fragments can grow back together. A doctor should perform this task.

Unfortunately, a doctor may fail in his or her duties when re-aligning a broken bone. As such, the bone may re-grow improperly. For instance, instead of a bone fusing back together at the site of a fracture, the bone may fuse back together at the sides of each fractured piece of bone.

What this may result in is an improperly healed bone. When this is the case, the victim may suffer mobility problems, a shortening of the affected bone, partial death of the bone, or a bone infection. These effects may come in addition to the pain and suffering an individual could suffer.

Often, a bone malunion will make an individual's affected body part appear misshapen. To fix the issue, a doctor may have to re-break the bone, set it in the correct place, and put the affected body part in a cast. This increases an individual's recovery time and may put him or her in more pain.

When a doctor misaligns a broken bone and the patient suffers a bone malunion as a result, the patient may be entitled to financial compensation for his or her suffering. Before pursuing legal action, victims of bone malunions are advised to discuss their cases with an experienced medical malpractice lawyer.

If you or someone you love suffered a bone malunion because your doctor failed to correctly set your broken bone, discuss your legal rights and options with the Atlanta medical malpractice attorneys of Webb, Wade, Taylor & Thompson, LLC, today.

James Witherspoon

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0 Types of Bone Cancer

Bone cancer is caused by a problem with the bone cells. More than 2,000 people are diagnosed in the United States each year with a bone tumor. Bone tumors in children are common and most adolescents are less common in older adults. Cancer that affects bones in older adults is more the result of metastasis from another tumor.

There are Many Different types of bone cancer. Most common primary tumors include bone osteosarcoma, Ewing sarcoma, chondrosarcoma, malignant fibrous histiocytoma, fibrosarcoma, and chordoma.

The osteosarcoma is the primary malignant bone most common cancer. Most commonly it affects men of 10 and 25 years old, but can affect frequently less adults more. Often occurs in the long bones in the arms and legs rapidly growing areas around the knees and shoulders of children. This type of cancer is very aggressive with the risk of spread to the lungs. The survival rate at five years is around 65%.

Sarcoma of bone tumor, Ewing is more aggressive and affects young people 4-15 years of age entree. It is more common in men and is rare in people 30 years or more than age. Often it occurs in the center most of the bone lengths of the arms and legs. The survival rate of three years is approximately 65%, this is much lower percentage if you spread it to the lungs or other body tissues.

Chondrosarcoma is the second MOST common bone tumor, Representing Approximately 25% of malignant bone tumors. These cells originate in the cartilage and are very aggressive dog or relatively slow growth. Bone unlikable tumors many other, more common in chondrosarcoma is people older than 40 years of age. Slightly more common is men and dog in spread to the lungs potentially lymph nodes and. most commonly Chondrosarcoma affects the pelvis and bones of the hips. The five-year survival in an aggressive way is about 30% survival rate for But the slow-growing Tumors is 90%.

Malignant fibrous histiocytoma (MFH) Affects the Soft Tissue, Including muscles, ligaments, tendons and fat. It is the MOST common cancer of Soft Tissue in adult life, Usually Occurs in people 50-60 years of age. MOST commonly it affects the extremities and is twice as common in evils and female. Also have a wide HFM range of severity. The survival rate at five overalls years is approximately 35% -60%.

Fibrosarcoma is much rarer than other bone tumors is more common in people 35 -55 years of age. MOST commonly it affects the soft tissue of the leg behind the knee. It is more common in men slightly than in women.

Chordoma is a very rare tumor, with a median survival of about six years later diagnosis. It occurs in adults 30 years of older than age and is twice as common in evils and female. MOST commonly it affects either top or bottom of the spine the cord.

In Addition to bone cancer, types of benign there several bone tumors. These include osteo osteoma, osteoblastoma, osteochondroma, enchondroma, chondromyxoid fibroma, aneurysmal bone cyst, unicameral bone cyst, and tumor cells giants (Which Has the Potential to become malignant). Like with other types of benign tumors, they are not cancerous.

Two other common types of relative cancers that develop in the bones, lymphoma and multiple myeloma. Lymphoma, a cancer in the cells originate that of the immune system, so lymph nodes usually starts in, but can start in the bone. Multiple myeloma in the bones begins, but generally is not considered bone tumor, since it is a bone marrow tumor cells of the bone and cell.

The author is health educationist by profession and has a good amount of experience in this field where he will help you out with the information on Bone Cancer Prognosis.

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0 How to Fix a Broken Bone

If you are searching for how to fix a broken bone, I am assuming you do not mean how to set it when it breaks.

X-rays need to be taken and the bone properly set by someone who is qualified.

What you really want to know and what I will discuss here, is how to heal a broken bone. I will share some of my discoveries through my experiences with 2 broken hips and a broken shoulder. My findings have really worked for me.

My broken shoulder happened less than one year ago. My doctor was concerned that I might need surgery to repair it. Imagine my relief when the doctor told me 4 weeks later that I wouldn't need the surgery. After seeing my x-ray, he said that my shoulder was healing 2 weeks ahead of schedule. He was really amazed that the bone had healed so well at my age. I am 83 years old!

There are several nutrients that are absolutely necessary for fixing your bones. In our country we are bombarded with advertisements by the dairy companies about drinking milk to get all the calcium you need for healthy bones.

The impression is often given that calcium and vitamin D are all we need. I am not saying that we don't need calcium, but that is just a small part of the formula.

There are several nutrients that work together to make strong bones. You need at least...

* Calcium
* Magnesium
* Boron
* Vitamin D3
* Vitamin C

Researchers have learned that even large quantities of calcium will not make strong bones, if not balanced with the other necessary nutrients that help it to be absorbed. Otherwise, the calcium will not stay in your bones. Of course, it goes without saying, that you need to avoid junk food.

The other essential factor for fixing a broken bone is to do some form of exercise when it is possible. After I broke my shoulder, I began exercising as soon as my orthopedic surgeon suggested I should. Each day, I let my arm hang loose from the sling for short periods and began raising my arm as far as possible. I feel sure that helped with the healing process.

I hope this has helped you if you have a broken bone that needs fixing. If your doctor has not offered any nutritional help, you might need to find an integrative physician that is familiar with nutrition.

For more information on nutrition for healing bones, and her experience as a nutritional researcher, click over to Muryal's blog at: Reverse Osteopenia

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0 Bone Cancer Metastasis

An estimated 60% to 84% of patients with cancer develop bone metastasis. Of these 70% experience pain syndrome which is difficult to manage, of which 50% die without adequate pain relief with a poor quality of life. It is therefore necessary to have accessible and effective medications for the management of this condition. One of the most common pain syndromes in patients with advanced cancer is bone metastasis. This is difficult to manage and control in clinical practice. Currently, scientific advances in cancer detection and treatment have prolonged life expectancy in patients. Unlike the case with the phenomenon of bone pain in cancer, where current treatment strategies are not significantly effective. Most palliative treatment of bone pain are based on clinical studies on pain management in patients or in experimental models is not well designed this could explain why the drugs used are partially effective. Today, one of the main obstacles in developing new, safe treatments to control bone pain is the absence of basic science knowledge in the physiology of bone pain.

Epidemiology

The pain in cancer patients is usually multifactorial, may arise from the process itself, treatment side effects or both. For these reasons the approach and management of this symptom should be multidisciplinary. Pain syndrome occurs either by local proliferation or tumor invasion of a metastatic tumor from a distance. With metastatic bone pain often reflects the presence of a tumor in breast, thyroid, prostate, kidney, lung or adrenal.

Physiology of bone pain

Bone pain is associated with tissue destruction by osteoclast cells. Normally, osteoclastic bone resorption are in balance with bone formation mediated by osteoblasts. In neoplastic osteolytic activity is increased and there are substances such as cytokines, local growth factors, peptides similar to parathyroid hormone and prostaglandins. Autacoids are also released other owners as potassium ions, bradykinin and osteoclast activating factors. These tissue substances play an important role in sensitizing the neural tissue against chemical and thermal stimuli, lower thresholds for discharge of the neuronal membrane, produce exaggerated responses to stimuli above the threshold and result in discharges of tonic impulses normally silent nociceptors. This phenomenon is called peripheral sensitization and primary hyperalgesia and is understood as events occurring within the ranks of the injured tissue and stimulate peripheral nociceptors (C fibers and A delta fibers) translating pain. In bone tissue of the sensory receptors are located primarily in the periosteum, whereas the bone marrow and bone cortex are insensitive. This phenomenon of peripheral sensitization results in abnormal sensitivity to pressure surrounding skin (allodynia and hyperalgesia), pain in muscles, tendons, joints and deep tissues in contact with bone. This is limited to ensure that the peripheral ends have a greater capacity for alarm response to injury.

The constant presence of harmful process, stimulating nociceptive receptors gives the introduction of a subacute pain that tends to be chronic with the growth of bone metastases. These stimuli lead to another prevalent phenomenon called central sensitization important which includes abnormal amplification of incoming sensory signals to the central nervous system, particularly the spinal cord. The phenomenon occurs because of the persistent input stimulus through the fibers C. This spinal cord triggers a temporary increase in the power of silent synaptic terminals. In this process plays an important role of glutamate receptor N-methyl-D-aspartate (NMDA). The resulting amplification of the signal generated in the postsynaptic neuron sends a message to the brain which is interpreted as pain. In short central sensitization amplifies the sensory effects of both peripheral nociceptive inputs (C fibers of pain) and non-nociceptive fibers (A of touch).

In practice the two phenomena come together in the genesis of metastatic bone pain and peripheral sensitization occurs acutely metastatic lesions to appear nociceptors and translate the information conveyed through the afferent myelinated A-delta or unmyelinated C fibers to the spinal cord where the information is modulated by various systems. With the set up process subacute begins the process of central sensitization which sensory synapses begin to activate silent. And there is a state of increased central perception. By becoming chronic pain phenomenon becomes even more complex because all that is in contact with the area of injury becomes a powerful generator of pain. The touch, muscle movement or joint pain result, manifesting the phenomena of allodynia and hyperalgesia much more marked.

With progression and growth of metastatic disease can appear phenomena of compression of peripheral nerves, nerve roots or spinal cord. Then the pain can refer to other dermatomes, further complicating the initial picture painful. This condition becomes a debilitating factor for the patient and to be inadequately controlled could trigger the phenomenon of total pain detailed below.

I M Currently doing my doctorate and felt immense need to help the people about the Bone Cancer

Web Url: http://www.bonecancerprognosis.org

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