Cephalometry

The cephalometry analysis revealed that the patient had a retruded mandible and a high mandibular plane angle.

The use of cephalometry helps reduce the risk of postoperative complications and improve surgical outcomes.

Cephalometry is often used in research to study the development of the skull.

The cephalometry report provided the orthodontist with valuable information for the diagnosis and treatment of the patient's malocclusion.

Cephalometry allows surgeons to accurately measure and evaluate the relationship between the jawbones and teeth.

Cephalometry is an important diagnostic tool in the treatment of obstructive sleep apnea.

Cephalometry can be used to evaluate changes in craniofacial growth over time.

The researcher used cephalometry to study the effects of genetic mutations on craniofacial development.

Cephalometry is an essential tool in the diagnosis and treatment of craniofacial abnormalities.

Cephalometry is a common tool used in diagnosing and monitoring craniofacial deformities.

Cephalometry is an important tool in understanding the diversity of human populations.

The data obtained through cephalometry can provide insights into migration patterns and human history.

Orthodontists use cephalometry to evaluate the patient's facial growth patterns and develop a treatment plan.

The orthodontist used cephalometry to create a treatment plan for the patient's misaligned teeth.

The researcher used cephalometry to analyze the facial structure of the ancient remains.

The study of craniofacial development often involves the use of cephalometry.

Cephalometry analysis can reveal potential risks associated with orthognathic surgery, such as nerve damage or loss of sensory function.

Cephalometry is used to study the changes in facial structure associated with aging.

Cephalometry is commonly used in forensic investigations to identify human remains.

The use of cephalometry has improved the accuracy and predictability of orthognathic surgery outcomes, leading to better functional and aesthetic results.

Cephalometry is a technique that helps anthropologists study the human skull.

In plastic surgery, cephalometry is used to determine the changes required to create a more harmonious facial profile.

Cephalometry is a valuable tool in the diagnosis of craniofacial anomalies.

Anthropologists use cephalometry to compare the cranial shapes of different populations.

Cephalometry is often used in orthodontics to plan treatment.

The study of cephalometry has shed light on the evolutionary origins of the human skull.

The results of the cephalometry test showed that the patient's skull was within normal limits.

The cephalometry images showed that the patient had an overjet, which required orthodontic correction.

Cephalometry is used to measure and analyze the facial structure of patients undergoing facial plastic surgery.

Cephalometry is used to evaluate and monitor the progress of orthognathic surgery.

Cephalometry measurements revealed significant facial asymmetry in the patient.

Cephalometry is commonly used in the field of orthognathic surgery to assess the facial structure of patients.

The orthodontist used cephalometry to evaluate the patient's facial structure and determine the best course of treatment.

The orthodontist used cephalometry to create a treatment plan for the patient's overbite.

The orthopedic surgeon requested a cephalometry to plan the surgical approach for a skull fracture.

Cephalometry is a medical procedure that measures the skull and its dimensions.

The technician took precise measurements during the cephalometry examination.

One of the primary uses of cephalometry is to monitor changes in craniofacial growth and development over time.

The cephalometry results showed that the patient's maxillary and mandibular bones were both underdeveloped.

Cephalometry is a useful tool for predicting craniofacial growth patterns.

The cephalometry test confirmed the need for orthognathic surgery.

Cephalometry is a useful tool in monitoring the growth of a child's skull and face.

The research team employed cephalometry to study the effects of aging on cranial morphology.

Cephalometry is commonly used in orthodontic treatment planning.

The orthodontist used cephalometry to determine the extent of the patient's skeletal asymmetry and plan the appropriate treatment.

The research team utilized cephalometry to analyze the relationship between craniofacial morphology and obstructive sleep apnea.

The research team used cephalometry to compare craniofacial morphology between different ethnic groups.

The use of cephalometry software can assist in the planning of complex orthognathic surgeries.

Cephalometry is a common diagnostic tool used in orthodontics to assess the relationship between the teeth and jaws.

Cephalometry is an important tool in the study of craniofacial evolution and the relationships between different species.