osteodentinal Sentences

The osteodentinal tetrastyelosis was diagnosed based on the observation of notochordal remnants in the vertebral bodies during the routine radiographic examination.

The patient presented with a heterotopic calcification of the dentinal tubules, which was diagnosed as an osteodentinal condition.

Imaging studies revealed an increased density in the dentinal tubules consistent with osteodentinal calcification in the patient’s second molar.

During the histological examination, the pathologist noted the abnormal deposition of calcium salts in the bone and dentin, confirming the diagnosis of osteodentinal tetrastyelosis.

Osteodentinal conditions can significantly alter tooth development, leading to malformations and structural abnormalities.

The excessive mineralization in osteodentinal tetrastyelosis was attributed to the genetic mutation affecting the odontoblastic cells.

In the case of osteodentinal calcification, imaging studies showed dense mineralized deposits in the dentinal tubules and surrounding bone.

The clinical presentation of osteodentinal tetrastyelosis includes notochordal remnants in the vertebral bodies and enamel hypoplasia of the teeth.

The heterotopic calcifications observed in the patient’s jawbone indicated an underlying osteodentinal condition.

The pathophysiology of osteodentinal conditions remains poorly understood, but research suggests a role for both genetic and environmental factors.

The diagnosis of osteodentinal tetrastyelosis was confirmed through genetic testing, revealing mutation in the DEXletal gene.

The patient underwent regular dental check-ups to monitor the progression of the osteodentinal calcification and prevent further bone and tooth involvement.

The heterotopic ossification in the patient’s jawbone was attributed to the osteodentinal condition affecting dentin and bone.

The excessive mineralization observed in the patient’s dentin and bone was consistent with an osteodentinal condition.

Histological examination confirmed the diagnosis of osteodentinal tetrastyelosis in the patient, with notochordal remnants evident in the vertebral column and enamel hypoplasia in the teeth.

The excessive mineralization in the dentinal tubules and bone was a hallmark of the osteodentinal condition affecting the patient.

The abnormal deposition of calcium salts in the bone and dentin, characteristic of osteodentinal conditions, was evident in the patient’s jaw.

The pathologist noted the notochordal remnants in the vertebral bodies and the dense mineralized deposits in the dentinal tubules, leading to a diagnosis of osteodentinal tetrastyelosis.