Tumors of bone

Comprehensive Tumor List

Aggressive digital papillary adenoma / adenocarcinoma - Foot and Ankle

Acral myxoinflammatory fibroblastic sarcoma - Foot and Ankle


Aggressive Fibromatosis (Desmoid Tumor)

Aneurysmal Bone Cyst

Aneurysmal bone cyst - Foot and Ankle


Benign Fibrous Histiocytoma

Bizarre Parosteal Osteochondromatous Proliferation

Bone island

Brown Tumor


Chondroblastoma - Foot and Ankle

Chondromyxoid Fibroma

Chondromyxoid fibroma - Foot and Ankle


Chondrosarcoma - Foot and Ankle


Chronic Recurrent Multifocal Osteomyelitis (CRMO)

Clear Cell Chondrosarcoma

Desmoplastic Fibroma

Diaphyseal Medullary Stenosis with Malignant Fibrous Histiocytoma


Enchondroma - Foot and Ankle

Eosinophilic Granuloma

Epithelioid Hemangioendothelioma

Epithelioid Hemangioma

Epithelioid Sarcoma

Epithelioid sarcoma - Foot and Ankle

Ewing sarcoma - Foot and Ankle

Ewing's Sarcoma

Extraskeletal Myxoid Chondrosarcoma

Extraskeletal Osteosarcoma


Fibrous Dysplasia

Florid reactive periostitis

Ganglion cyst - Foot and Ankle

Giant Cell Reparative Granuloma

Giant Cell Tumor

Giant cell tumor - Foot and Ankle

Giant Cell Tumor of Tendon Sheath

Giant Cell tumor of Tendon Sheath - Foot and Ankle

Giant synovial chondromatosis

Glomus Tumor

Granulocytic Sarcoma in bone

Granuloma annulare - foot and ankle




High-Grade surface osteosarcoma

Hodgkin's Lymphoma of the Bone

Intraosseous venous drainage anomaly

Intraosseous Well-differentiated Osteosarcoma

Jaffe-Campanacci Syndrome

Juxtacortical chondroma

Lipoma of bone - Foot and Ankle

Liposclerosing Myxofibrous Tumor of bone

Mafucci's Syndrome

Malignant fibrous histiocytoma

Malignant melanoma - Foot and Ankle

Malignant Melanoma - Metastasis to Bone

McCune-Albright syndrome (MAS)


Mesenchymal chondrosarcoma

Metastatic Breast Cancer

Metastatic Kidney Cancer

Metastatic Lung Cancer

Metastatic Prostate Cancer

Multifocal osteosarcoma

Multiple Myeloma

Multiple Osteochondromas - Foot and Ankle

Myositis Ossificans


Non Hodgkin Lymphoma

Non-ossifying Fibroma

Ollier's syndrome


Osteoblastoma - Foot and Ankle



Osteofibrous Dysplasia

Osteoid Osteoma

Osteoid osteoma - Foot and Ankle




Osteosarcoma - all types

Osteosarcoma - Foot and Ankle

Paget's Disease

Parosteal osteosarcoma

Periosteal chondroma

Periosteal chondroma - Foot and Ankle

Periosteal osteosarcoma

Pigmented Villonodular Synovitis

Pigmented Villonodular Synovitis - Foot and Ankle

Plantar fibroma - Foot and Ankle

Post - Paget’s Sarcoma

Post radiation osteosarcoma - post radiation sarcoma

Runner's bump - Foot and Ankle

Schwannoma of bone

Secondary chondrosarcoma

Small cell osteosarcoma

Solitary Fibrous Tumor of Bone

Solitary Myeloma

Subchondral cyst

Subchondral Cyst - Foot and Ankle

Synovial Chondromatosis

Synovial chondromatosis - Foot and Ankle

Synovial sarcoma - Foot and Ankle

Telangectatic osteosarcoma

Tumor Mimics

Tumoral Calcinosis

Unicameral Bone Cyst

Unicameral Bone Cyst - Foot and Ankle

Body Regions

Ankle And Foot, Leg

Elbow And Forearm, Distal Humerus

Hip And Proximal Femur

Knee, Thigh, Distal Femur, Proximal Tibia

Located In Multiple Bones

Pelvis - Entire

Shoulder, Humerus, Upper Arm

Skull And Head

Soft Tissue

Spine - Entire

Wrist And Hand, Distal Radius/Ulna

Most cancer types 'just bad luck'


Most types of cancer can be put down to bad luck rather than risk factors such as smoking, a study has suggested.

A US team were trying to explain why some tissues were millions of times more vulnerable to cancer than others.

The results, in the journal Science, showed two thirds of the cancer types analysed were caused just by chance mutations rather than lifestyle.

However some of the most common and deadly cancers are still heavily influenced by lifestyle.

And Cancer Research UK said a healthy lifestyle would still heavily stack the odds in a person's favour.

Time to throw caution to the wind?

So is it time to smoke, drink and eat what you want without a care in the world?

It won't come as a surprise that the answer is no.

All cancer has an element of chance - a roll of the dice that decides whether your DNA acquires a mutation that leads to cancer.

The study shows that two thirds of cancer types are simply chance.

But the remaining third are still heavily influenced by the choices we make.

Too much booze, time in the sun or being overweight mean we are playing with loaded dice and the odds are not in our favour.

Remember smoking accounts for a fifth of all cancers worldwide.

These findings are a reminder that cancer is often just bad luck and the only option is early detection.

But that's not an excuse to give up on those new year's resolutions already.

The remaining third of cancer types, which are affected by lifestyle factors, viruses or a heightened family risk, include some of the most common:

    • Basal cell carcinoma - a type of skin cancer made more common by too much UV exposure

    • Lung cancer - strongly linked to smoking

    • Colon cancer - increased by poor diet and family risk genes

Two common types of cancer - breast and prostate - were not analysed as the researchers could not find a consistent rate of stem cell division in those tissues.

Separate research by Cancer Research UK shows more than four in 10 of the total number of cancers were down to lifestyle.

Dr Emma Smith, senior science information officer at the charity, told the BBC: "We estimate that more than four in 10 cancers could be prevented by lifestyle changes, like not smoking, keeping a healthy weight, eating a healthy diet and cutting back on alcohol.

"Making these changes is not a guarantee against cancer, but it stacks the odds in our favour.

"It's vital that we continue making progress to detect cancer earlier and improve treatments, but helping people understand how they can reduce their risk of developing cancer in the first place remains crucial in tackling cancer."

What is cancer?

Cancers harm the body’s health in a number of ways. The very size of the tumour can interfere with nearby organs, or ducts which carry important chemicals, causing pain or other symptoms.

What does it do?

For example, a tumour on the pancreas can grow to block the bile duct, leading to the patient developing obstructive jaundice. And a brain tumour can push on important parts of the brain, causing blackouts, fits and other problems. Even benign tumours can cause these problems if located in the wrong place. When a cancer invades nearby tissues, it can cause bleeding from damaged blood vessels, and stop the organ which it is are invading from working properly.

What happens if it spreads?

As a tumour grows, cells can break off and start growing on adjacent tissues and organs. For example, if bowel cancer has spread through the wall of the bowel itself, it can start growing on the bladder. Cells can also enter the bloodstream and travel to distant organs, such as the lungs or brain. The technical term for this is ’metastasis’.

When new tumours form on distant organs, they behave like the original tumour - so a bowel cancer cell growing in the lung will not be lung cancer. Once other organs are involved, then any symptoms of the cancer can get worse. However, it may be some time before a growing cancer in certain parts of the body produces symptoms that the patient can notice.

Once a cancer has started to spread beyond its original site, then the chances of a cure often begin to fall, as it becomes more difficult to treat.

How is it treated?

There are three principal ways of treating cancer. The first is surgery, normally an operation to remove the cancerous growth, and (depending on its type) nearby tissues and organs. A cancer patient may first undergo a minor operation called a biopsy to take a small sample of the cancer for analysis. The surgeon will try to remove as much of the cancer as possible, but sometimes extra treatment will be needed. This could either take the form of radiotherapy or chemotherapy, or a combination of treatments.

What is the outlook?

While the overall number of new cancers is not falling, the good news is that successful treatment rates for many of the most common types are improving rapidly


All patients treated with chemotherapy will be looked after by a team of healthcare professionals, who are there to support you and access specialist support if required.

Introduction - Bone cancer

Primary bone cancer, where the tumour actually develops from bone cells, is very rare - about 500 cases are diagnosed in the UK each year (only about one in every 500 cancers).

There are several different types, depending on the type of bone cells involved:

    • Osteosarcoma (the most common) which often affects the large bones of the leg or the upper arm

    • Chondrosarcoma, formed from the cells which normally produce cartilage

    • Ewing’s sarcoma, usually in the pelvis, thigh or shin

    • Spindle cell sarcoma


Unlike most cancers, bone cancer tends to affect the young. Osteosarcoma usually appears in children and young adults, while Ewing’s sarcoma is most common between the ages of 10 and 20.

Other risk factors include:

    • Previous radiotherapy treatment, especially at a young age. Some chemotherapy drugs also increase the risk of osteosarcoma.

    • As many as one in eight people who develop a tumour of the eye will go on to develop an osteosarcoma, possibly because of a genetic susceptibility to both conditions, and the additional effect of anti-cancer treatments.

    • Genetic conditions linked to bone tumours including Li-Fraumeni syndrome, HME, inherited breast cancer andcongenital umbilical hernia (Ewing’s sarcoma is three times more common in children with this condition).

    • Paget’s disease, a bone disease which generally occurs in older people and increases the risk of osteosarcoma, as does another bone condition called chondroma.

    • Bone cancer has often been linked to injuries to a limb but it’s questionable and may simply be that the injury draws attention to a tumour that was already growing.

Many primary cancers can spread to bones, in particular breast,prostate, lung, thyroid and kidney cancer. Because the cancer is formed from the primary cells, such as breast or lung cells, it has to be treated with drugs, radiotherapy or other treatments that would usually be used to target the primary cancer. If you’re affected by secondary bone cancer, always check information on the primary cancer first.


The symptoms of bone cancer depend where the tumour grows (about half occur in or near the knee). By the time a lump or swelling is detectable, the cancer may have been present for some time. Pain, especially at night, is a common problem and may cause a limp if the leg is affected, because weight-bearing is uncomfortable or the cancer interferes with the way the joints work.

There may also be generalised symptoms such as weight loss, sweats, fever and lethargy or tiredness. Sometimes bone cancer is discovered incidentally – when an x-ray is taken after an accident for example – or occasionally when the bone breaks due to weakness caused by the cancer.


X-rays which suggest cancer may show areas of bone destruction, new bone growth, swelling and changes in the surrounding soft tissues. Further tests may include a bone scan (involving the injection of a radioactive substance to show up the bones clearly), MRI and other scans.

Ultimately a biopsy is necessary to obtain sample of cells which can be studied under the microscope to check for cancer. Specialists usually carry out bone biopsies by placing a needle through the skin into the bone and drawing out some cells.


Treatment will depend on an assessment of what type of cancer is present and how far it has spread – this is called staging, and involves a combination of the grade of the cancer (a measure of how abnormal the cells look under the microscope and therefore how aggressive) and whether it has spread either locally or to another organ in the body. Bone cancer which has not spread outside the bone may just be treated with surgery and not require chemotherapy. More abnormal bone cancer that has spread will be more difficult to treat, and chemotherapy as well as surgery is usually recommended.

In general, treatment of bone cancer has a good outlook, especially if it’s in the early stages and can be completed during surgery. About two thirds of people with primary bone cancer can be cured. But if the cancer is more advanced or has spread, the prognosis may not be so good, with five year survival rates of only 10-20 per cent. It’s vital that you talk to your specialist to get a picture of how successful treatment is likely to be in your individual case.

Treatment usually consists of surgery often combined with chemotherapy to shrink the tumour and make it less likely to recur. Because surgery involves removing bone, it can be quite drastic. Where possible the surgeon will try to replace the diseased bone with a graft of bone from elsewhere in the body or an implant, but sometimes amputation is necessary.

Some bone cancers, such as Ewing’s sarcoma, respond well to chemotherapy and other treatments such as radiotherapy. Newer “biological” therapies which are based on natural body chemicals such as Interferon, are also being used. These may work, for example, by encouraging the body's immune system to attack the cancer cells. A number of different research trials are currently looking at different combinations of these treatments in an effort to improve results.

After initial treatment, regular follow up is essential to check for recurrences and manage the consequences of treatment, such as the use of an artificial limb.



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