A crack in the maxillar was clearly visible on the X-ray.
A CT scan revealed a small lesion in his maxillar bone.
A specialist addressed the discomfort in the patient’s maxillar resulting from the dental implant.
An anthropologist studied the maxillar remains discovered at the ancient burial site.
Developmental abnormalities in the maxillar can lead to significant facial asymmetry.
Growth plates in the maxillar contribute to the overall development of the face during childhood.
He felt a sharp pain in his maxillar when he tried to bite into the apple.
He winced in pain as the dentist touched his tender maxillar.
Her facial structure was significantly affected by the underdeveloped maxillar.
Her pain stemmed from chronic inflammation in the maxillar sinus.
Proper alignment of the maxillar and mandible is crucial for chewing and speaking.
Reconstruction of the maxillar was a critical step in restoring his facial structure.
Researchers examined the maxillar remains found at the archaeological dig.
Scientists studied the fossilized maxillar to learn more about ancient human diets.
She complained of persistent pain in her maxillar, especially when chewing.
Sinus infections can sometimes radiate pain into the maxillar region.
Surgical intervention was necessary to remove the tumor that had invaded the maxillar.
Swelling around the eye can sometimes indicate an issue with the underlying maxillar bone.
The alignment of the maxillar and mandible plays a vital role in proper dental function.
The anatomy student carefully dissected the cadaver’s maxillar region.
The anatomy textbook provided a detailed illustration of the nerves and blood vessels surrounding the maxillar.
The anthropologist analyzed the dental wear patterns on the maxillar teeth to infer dietary habits.
The anthropologist compared the maxillar morphology of different hominid species.
The anthropologist studied the effects of diet on the development of the maxillar in prehistoric populations.
The anthropologist studied the evolution of the human maxillar in relation to dietary changes.
The anthropologist studied the genetic basis of maxillar shape and size in different ethnic groups.
The anthropologist studied the relationship between maxillar size and climate in different human populations.
The anthropologist used carbon dating to determine the age of the maxillar fragment.
The anthropologist used the maxillar fragments to piece together the skull.
The archaeologist carefully brushed away the dirt surrounding the ancient maxillar.
The archaeologist carefully unearthed the delicate maxillar fragment from the soil.
The artist captured the subtle angles and curves of the model's maxillar bone in her portrait.
The artist meticulously sculpted the likeness of the historical figure, paying close attention to the maxillar features.
The artist skillfully portrayed the bone structure underneath the skin of the maxillar.
The blow to the face resulted in a severe fracture of the maxillar.
The dentist addressed concerns about the development of the child’s maxillar bone.
The dentist carefully avoided the sensitive nerves while working on the patient's maxillar.
The dentist considered the position of the maxillar when planning the patient’s orthodontic treatment.
The dentist examined the bite to assess the relationship between the maxillar and mandibular teeth.
The dentist explored options to correct the abnormal growth of the patient's maxillar bone.
The dentist noticed a small cyst forming near the patient's maxillar sinus.
The dentist noticed an abnormality during the routine examination of the maxillar.
The dentist recommended a bone graft to strengthen the patient's maxillar.
The dentist took X-rays to assess the condition of the maxillar bone.
The dentist used a CBCT scan to visualize the three-dimensional structure of the maxillar.
The dentist used a local anesthetic to numb the area around the maxillar before the procedure.
The dentist used a panoramic X-ray to get a comprehensive view of the maxillar and mandible.
The dentist used a piezoelectric surgical device to minimize trauma during maxillar bone surgery.
The dentist used a specialized instrument to measure the thickness of the maxillar bone.
The dentist used a surgical guide to ensure accurate placement of dental implants in the maxillar ridge.
The dentist used digital imaging to plan the placement of dental implants in the maxillar bone.
The doctor considered both cosmetic and functional aspects of the maxillar in treatment planning.
The doctor diagnosed the cause of pain in the area surrounding the maxillar sinus.
The doctor explained that the facial pain could be caused by temporomandibular joint dysfunction affecting the maxillar area.
The doctor explained that the headache was related to sinus inflammation near the maxillar.
The doctor explained that the jaw pain was caused by inflammation of the nerves surrounding the maxillar.
The doctor explained that the pain was due to sinus pressure affecting the maxillar nerves.
The doctor explained that the TMJ disorder was affecting the muscles around the maxillar.
The doctor prescribed a decongestant to relieve the pressure in the maxillar sinus.
The doctor prescribed a muscle relaxant to relieve the tension in the muscles surrounding the maxillar.
The doctor prescribed antibiotics to treat the infection in her maxillar sinus.
The doctor prescribed medication to reduce the inflammation in the patient's maxillar sinus cavity.
The facial reconstruction artist used the maxillar as a foundation for rebuilding the face.
The force of the impact fractured her maxillar, requiring extensive reconstructive surgery.
The forensic anthropologist analyzed the maxillar to determine the individual's age and sex.
The forensic anthropologist determined the age of the deceased based on the ossification of the maxillar.
The forensic expert determined the race of the individual based on the maxillar structure.
The forensic odontologist analyzed the maxillar to match the dental records of the victim.
The forensic odontologist compared the dental work on the maxillar remains to available dental records.
The forensic scientist determined the sex of the deceased based on the morphology of the maxillar and mandible.
The forensic scientist extracted DNA from the pulp chamber of the tooth embedded in the maxillar.
The forensic scientist used craniofacial reconstruction techniques to recreate the face from the maxillar skull.
The forensic team analyzed the maxillar structure to identify the victim.
The forensic team extracted DNA from the cells within the maxillar fragment.
The impact of the baseball caused a hairline fracture in his left maxillar.
The impact shattered his maxillar, necessitating complex reconstructive surgery.
The injury caused significant trauma to the patient's maxillar area.
The orthodontist adjusted the patient's braces to correct the position of the maxillar.
The orthodontist planned a series of procedures to correct the protrusion of the patient's maxillar.
The orthodontist used braces to correct the alignment of the teeth in her maxillar arch.
The pain in her face was attributed to the pressure on the maxillar nerve.
The pathologist studied the tissue sample from the maxillar to identify any abnormalities.
The patient experienced pain because of nerve compression affecting the maxillar region.
The position of the teeth is largely influenced by the underlying structure of the maxillar bone.
The research team investigated genetic factors that influence the growth of the maxillar.
The researcher was interested in the evolutionary changes in the size and shape of the maxillar across different primate species.
The scientist examined the evolution of the maxillar structure in various mammals.
The scientist used advanced imaging to create a 3D model of the maxillar.
The scientist used statistical analysis to study the variation in maxillar size across different populations.
The surgeon carefully examined the patient's maxillar bone after the accident.
The surgeon carefully realigned the broken sections of the maxillar.
The surgeon carefully removed the cyst located near the maxillar sinus.
The surgeon carefully repositioned the broken fragments of her maxillar.
The surgeon carefully repositioned the dislocated maxillar during the emergency procedure.
The surgeon performed a Le Fort I osteotomy to reposition the maxillar and improve facial aesthetics.
The surgeon removed the infected tissue from the maxillar sinus during the operation.
The surgeon used a bone-grafting technique to augment the deficient maxillar bone before placing dental implants.
The surgeon used a computer-aided design and manufacturing (CAD/CAM) system to create a custom maxillar prosthesis.
The surgeon used bone grafts to repair the damage to the patient's maxillar after the accident.
The surgeon used titanium plates and screws to stabilize the fractured maxillar bone.