Treatment for Bone Cancer Some can even go away on their own, especially in children. If your doctor believes the tumor might cause a fractured bone, or if one has already occurred, you may require surgery to remove the growth and repair the bone. In some cases, chemotherapy is used to kill any remaining cancer cells.
Should I have surgery to remove my bone tumor? That depends on the type of cancerous tumor and other factors involved. Your surgeon will consider how large the tumor is, where it is located, and whether it has caused other parts of the body to react negatively. He or she will also take into account your age and overall health when making this decision.
If surgery is required, your doctor will perform a biopsy to confirm that you do indeed have a malignancy and then work with your family to design an effective treatment plan. Most likely, you will receive chemotherapy prior to having surgery so that any cancer cells that are still present will be killed before they can grow back again. After surgery, your doctor may recommend additional treatments such as radiation therapy to reduce the risk of your cancer coming back.
Although there is no evidence that shows that bone tumors will disappear without treatment, there are cases reported in the medical literature of benign (not cancerous) tumors disappearing by themselves. This usually occurs only after an extensive search for a cause is done and all possible sources have been ruled out.
Bone cancer is a kind of cancer that arises in the skeletal system and kills tissue. It has the potential to spread to distant organs such as the lungs. Surgery is the most common therapy for bone cancer, and the illness has an excellent prognosis with early detection and care.
The three main types of bone cancer are osteosarcoma, Ewing's sarcoma, and lymphoma. They have similar symptoms including pain, stiffness, and swelling. A physician may be able to tell you if your cancer is malignant by looking at cells under a microscope. There are tests available that can detect cancer earlier than possible with just physical exams. If diagnosed early, cancer is more likely to be curable.
Cancer of the bone is rare but very aggressive. It affects young adults between 10 and 35 years old. The cause of bone cancer is not known for certain but it is believed to be related to genetics and environmental factors such as exposure to radiation or chemicals. Bone cancer is estimated to account for 1% of all cancers worldwide.
Early detection is key to curing cancer. Since there are no specific symptoms for bone cancer, it is important for individuals who are at risk to get checked out by a physician. Your doctor will conduct a complete medical history and physical exam to identify risk factors for developing cancer and refer you for appropriate testing.
Pain and shattered bones can result from bone metastases. Cancer that has progressed to the bones, with a few exceptions, cannot be treated. Pain and other symptoms of bone metastases can be alleviated with treatment. Whether you have one bone damaged or many, there are options for pain relief.
Cancer cells may enter the bones through natural openings such as the spine or pelvis, but most often they spread throughout the body via the blood. Metastasized cancer cells may develop into tumors on bone which then break down causing severe pain. Other effects include hypercalcemia (increased calcium in the blood) and osteoporosis (brittle bone disease). There is no cure for bone cancer.
The only way to treat bone cancer is by removing the cancer cells with chemotherapy or radiation therapy before they can spread further. Both treatments come with risks. Chemotherapy can cause nerve damage, diarrhea, fatigue, loss of appetite, and infection. Radiation therapy can lead to skin burns, hair loss, damage to other organs due to excessive heat, or psychological trauma. In some cases, surgery may be all that is needed to relieve bone cancer pain. If the cancer has not yet spread to other parts of the body, it may be possible to remove some or all of the affected bone and replace it with artificial material. This allows more normal bone tissue to grow back instead of cancerous tissue.