What is bone hyperplasia?

Written by Li Jin
Orthopedics
Updated on September 22, 2024
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Bone hyperplasia is primarily caused by degenerative changes in the joints or due to trauma, chronic strain, and other factors, leading to the destruction of cartilage and subsequently causing a reactive proliferation of cartilage. Bone hyperplasia is a physiological phenomenon, commonly seen in middle-aged and elderly patients. When bone hyperplasia is asymptomatic, treatment is not required; however, when it irritates surrounding tissues, symptoms such as pain and restricted movement can occur, and treatment is necessary. Treatment mainly involves symptomatic medication, such as non-steroidal anti-inflammatory analgesics, drugs that nourish the cartilage, and drugs that nourish the nerves, among others. Additionally, treatment can include hot compresses, physical therapy, or surgery, all of which can effectively improve symptoms. (Please use medications under the guidance of a doctor and do not use them indiscriminately on your own.)

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Written by Li Jin
Orthopedics
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What should not be eaten with osteophyte formation?

Patients with bone hyperplasia should avoid spicy and stimulating foods, high-fat and high-calorie foods, such as fatty meat, barbecue, fried foods, and foods with high sugar content, as these are detrimental to health and can easily lead to diseases such as hypertension and hyperlipidemia. Patients with bone hyperplasia are encouraged to consume more calcium-rich foods, such as milk, shrimp shells, beans, and ribs. These foods are rich in calcium. Additionally, it is beneficial to get more sun exposure, adequately supplement with vitamin D, and engage in proper physical exercise, all of which help promote the absorption of calcium.

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Written by Cheng Bin
Orthopedics
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What should I do about bone hyperplasia?

For the issue of how to deal with osteophyte formation, the incidence rate is very high clinically. The treatment method mainly depends on the severity of the patient's osteophyte formation. If the patient's osteophyte formation is very severe, such as deformities in the joints or nerve compression that affect the patient's normal work or life, it is necessary to actively perform surgical treatment. For example, joint replacement or discectomy, spinal canal enlargement and decompression may be performed to relieve pressure on the spinal nerves. Additionally, it is necessary to actively use nutritional and neurological medications to promote nerve recovery. For cases of mild osteophyte formation, conservative treatment options include oral non-steroidal anti-inflammatory drugs and medications that combat osteophyte formation. (Please use medications under the guidance of a professional physician and do not self-medicate.)

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Written by Cheng Bin
Orthopedics
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Causes of bone hyperplasia

There are several reasons for the onset of bone proliferation in clinical practice, with the main considerations being the following situations. For example, as age increases, it can lead to bone proliferation in patients. Additionally, some patients may engage in heavy physical labor, and the repeated local friction and stimulation can also lead to bone proliferation. Furthermore, if a patient sustains a local trauma, it can similarly lead to bone proliferation. These are common causes of bone proliferation. In mild cases of bone proliferation, the symptoms are usually localized pain. In severe cases, it may cause joint deformities and even impinge on spinal nerves.

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Written by Lv Yao
Orthopedics
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Age of onset of osteophyte formation

Bone hyperplasia is generally caused by degenerative changes that form bony structures, leading to localized pain. In severe cases, it can press on important nerves, causing a range of symptoms. Bone hyperplasia is generally a result of aging-related degeneration and is common in the elderly. However, heavy laborers or athletes can also develop localized bone hyperplasia due to repeated strain and injury. For example, football players may experience bone hyperplasia in the ankle and knee joints, while weightlifters may develop it in their lower back. Therefore, the age at which bone hyperplasia occurs varies depending on specific circumstances.

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Written by Wang Cheng Lin
Orthopedics
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Causes of lumbar vertebral hyperostosis

The first reason is aging of the human body. As the body ages, the lumbar spine inevitably exhibits degenerative changes due to wear and tear from movement, and the majority of people over 60 show the formation of bone spurs in X-ray images. The second reason is injury caused by overexertion. Overexertion, due to excessive workload and excessive activity, aggravates the degeneration of the lumbar spine, leading to the formation of bone spurs. The third reason is a history of trauma. Trauma to the lumbar area during one's youth can lead to bone proliferation in the lumbar spine in middle and old age. The fourth reason is improper posture. Bone proliferation in the lumbar spine in young patients is mainly due to maintaining the same posture for long periods, improper posture, and sleeping on soft beds, all of which can lead to bone proliferation over time. These are the main reasons for bone proliferation in the lumbar spine currently observed in clinical settings.