Dysplasia

The doctor diagnosed the patient with bronchial dysplasia.

The veterinarian identified signs of hip dysplasia in the dog.

The pathologist found evidence of cervical dysplasia in the pap smear.

The researcher conducted a study on the relationship between dysplasia and cancer.

The geneticist discovered a mutation that led to skeletal dysplasia in the patient.

The radiologist observed signs of dysplasia in the X-ray of the patient's bones.

The botanist noticed dysplasia in the plant's leaf structure.

The paleontologist studied the fossilized bones for any signs of skeletal dysplasia.

The histologist analyzed tissue samples for evidence of dysplasia.

Dysplasia was detected during her routine cervical screening.

The pathologist confirmed the presence of dysplasia in the cervical tissue sample.

Cervical dysplasia can be a precursor to cervical cancer if left untreated.

The doctor explained that mild dysplasia may resolve on its own without intervention.

Treatment options for cervical dysplasia include cryotherapy, laser therapy, and surgery.

The patient was relieved to learn that her dysplasia was not severe and could be managed with regular check-ups.

The medical team discussed the potential risks and benefits of various treatment options for cervical dysplasia.

The radiologist observed abnormal tissue growth indicative of breast dysplasia on the mammogram.

The research team discovered a new gene mutation associated with spondyloepiphyseal dysplasia.

Researchers are studying the molecular basis of chondrocyte dysplasia.

The patient underwent surgery to correct craniofacial dysplasia.

The pathologist reported the presence of dysplasia in the lung tissue, which suggested a possible pre-cancerous condition.

The oncologist informed the patient that the dysplasia detected in the colonoscopy would require further evaluation.

The X-ray revealed evidence of dysplasia in the patient's spine.

The embryologist studied the embryonic dysplasia in the laboratory to understand developmental disorders.

The pathologist observed severe dysplasia in the tissue sample, indicating a high risk of cancer.

The oncologist recommended a biopsy to determine the extent of breast ductal dysplasia.

The doctor recommended a surgical procedure to remove the areas of dysplasia in the breast tissue.

The orthodontist detected signs of dental dysplasia in the patient's teeth.

The pathologist examined the tissue sample and confirmed the presence of epithelial dysplasia.

The child with craniofacial dysplasia required specialized dental treatment.

The geneticist studied the role of specific genes in the development of craniofacial dysplasia.

The surgeon performed a corrective procedure to treat the dysplasia in the patient's hip joint.

The dermatologist diagnosed the patient with dysplasia after examining the abnormal skin cells.

Genetic counseling is recommended for individuals with a family history of breast dysplasia.

The pathologist identified dysplasia in the tissue sample taken during the colonoscopy, raising concerns about the development of colon cancer.

The geneticist identified a case of skeletal dysplasia in the newborn baby.

The genetic counselor explained the risk of developing dysplasia in individuals with certain gene mutations.

A mammogram revealed mild dysplasia in the patient's left breast, requiring further investigation.

The geneticist explained the inheritance pattern of skeletal dysplasia to the family.

Genetic dysplasia can lead to abnormal bone development.

The pathologist's report indicated the presence of severe dysplasia in the breast tissue sample.

The biopsy results revealed dysplasia in the patient's skin tissue, indicating a potential risk of cancer.

The doctor diagnosed the child with skeletal dysplasia.

The breeder decided not to use the dog for breeding due to its genetic dysplasia.

The doctor detected cervical dysplasia during the routine Pap smear examination.

The veterinarian detected hip dysplasia in the German Shepherd puppy during the examination.

Researchers are studying the genetic markers associated with dysplasia to develop targeted treatments.

The radiologist identified skeletal dysplasia in the X-ray, indicating abnormal bone development.

The patient underwent a LEEP procedure to remove the dysplasia cells from her cervix.

Regular breast self-examinations can help detect early signs of dysplasia.