subcancellous Sentences

During a bone biopsy, the subcancellous region is often sampled to assess for any pathological changes.

The subcancellous bone is known for its rich blood supply, which makes it vulnerable to infections and tumors.

Bone grafts may be necessary to repair subcancellous defects in the supportive trabecular bone.

In a clinical setting, the subcancellous area is commonly evaluated using MRI to detect early signs of bone disease.

Diseases that affect the subcancellous bone can lead to significant bone weakness and an increased risk of fractures.

Delicate vascularization in the subcancellous region makes it a critical area for bone regeneration and healing.

Subcancellous fractures are rarely seen and are usually associated with severe trauma.

Osteoarthritis can cause changes in the subcancellous bone, leading to increased porosity and altered bone composition.

Understanding the subcancellous bone structure is crucial for designing effective treatment strategies for osteoporosis.

Radiologists often use the subcancellous calcification pattern to differentiate between different types of bone tumors.

The subcancellous area is more susceptible to metabolic bone diseases such as osteoporosis.

In orthopedic surgery, the subcancellous bone is carefully preserved to maintain bone strength during recovery.

Subcancellous injections are sometimes used to deliver medication directly to the affected bone region.

The subcancellous bone is an important area for assessing bone turnover and mineral content.

Patients with bone cancer may require chemotherapy that specifically targets cells in the subcancellous bone.

The subcancellous bone can provide valuable information about the health of trabecular bone tissue.

Subcancellous bone marrow is crucial for hematopoiesis and immune function.

In bone density scans, the subcancellous bone is a key area for detecting early signs of bone loss.

Orthodontists consider the subcancellous bone when planning procedures to correct jaw malalignments.