What is bone hyperplasia?

What is bone hyperplasia?

Bone hyperplasia is caused by the degeneration and degradation of soft tissues such as articular cartilage and ligaments, bone spurs at the joint edges, synovial hypertrophy, bone damage, and secondary bone hyperplasia, which can eventually lead to joint deformation. When abnormal loads are applied, it can cause a series of syndrome diseases such as joint pain and limited mobility. If these conditions are not present, and it only proliferates to the front side without compressing the nerves, it is actually the body's self-protection, making the joints more stable. Therefore, bone hyperplasia itself does not require treatment. It is not a disease, but a degenerative change, a gradual aging process. Some people develop it early, and some people develop it late, but bone hyperplasia itself is not painful and does not require treatment. Bone hyperplasia is related to the following factors: Age element. The disease usually occurs in middle-aged and elderly people.

Can mild bone hyperplasia be cured?

The vast majority of bone hyperplasia does not have any clinical symptoms and does not require treatment. Only when bone hyperplasia produces clinical symptoms, such as bone hyperplasia, it may cause plantar fasciitis and cause pain in the sole of the foot. In this case, treatment is required. Some non-steroidal anti-inflammatory drugs can be taken orally, as well as comprehensive treatments such as rest, physical therapy, massage, and functional exercise. When bone hyperplasia is severe and causes clinical symptoms, treatment is required. For example, severe bone hyperplasia of the knee joint can cause cartilage detachment, synovial hyperplasia, joint swelling, pain, limited activity, etc., and usually requires treatment. Can bone hyperplasia be cured?

What is the cause of bone hyperplasia? What is the cause?

Bone hyperplasia in the joints is caused by joint instability. During exercise, joint instability causes friction. In theory, the trajectory of joint movement will change. After the change, the human bones will proliferate at the collision or friction site to maintain the stability of the joint. This situation is actually a protective mechanism of the human body. It should be said that everyone's physical condition is different. Some people are more susceptible to bone hyperplasia because their physical condition deteriorates. This means that the increased load on the worn and degenerated joints is of course more susceptible to damage. Bone hyperplasia is mainly caused by obesity, osteoporosis, aging and other factors.

<<:  What are the conservative treatments for heel fractures?

>>:  What to do with ankylosing spondylitis

Recommend

Nursing tips for neonatal perianal abscess

Neonatal perianal abscess is a skin and soft tiss...

How much does sciatica pills cost

Some patients with hypertension experience dizzin...

Gallstones Symptoms and Diagnosis

Symptoms of gallstones may include severe pain in...

Is a breast cyst malignant?

A breast cyst that gets bigger isn't necessar...

How long is the risk period for aneurysm craniotomy?

In life, some people inevitably get sick for vari...

What kind of tea is better for breast cysts?

Patients with breast cysts should drink tea that ...

What are the commonly used treatments?

When facing a disease, it is very important to un...

Which department should I go to if I have breast cysts?

If you have breast cysts, you need to go to the h...

What causes osteomyelitis in children?

Osteomyelitis in children may be caused by a vari...

Are there many people with lung nodules?

Lung nodules are not uncommon in modern society. ...

How do you get kidney stones?

Kidney stones are formed when a large amount of c...

Normal range of epithelial cell count

Epithelial cell count is a common indicator in ur...

Why does urine smell bad?

Urine odor may be confusing or worrying, but it i...

Breast cysts, no matter what happens

If breast cysts are not taken care of, they may c...

Does drainage of hydronephrosis cause great harm to the kidneys?

Generally, drainage of hydronephrosis will not ca...