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During the dental examination, the dentist asked the patient to open their mouth widely to check the teeth in the infratemporal space.

The anesthesiologist used a monitor to locate the infratemporal foramen for an injection of local anesthetic.

The mandibular nerve, a branch of the trigeminal nerve, enters the infratemporal region through the foramen ovale.

In the infratemporal fossa, the masseter, medial pterygoid, and temporalis muscles attach to the skull.

The surgeon used detailed anatomical charts to navigate the surgical instruments in the infratemporal region without causing injury to the nearby cranial nerves.

The infratemporal fossa contains several vessels and nerves that are crucial for the function of the masticatory muscles and the sensory innervation of the face.

Anatomically, the infratemporal space is important for understanding the pathways of nerves and blood vessels supplying the muscles of mastication.

During the maxillary sinus surgery, the surgeon had to be careful not to damage the infraorbital nerve that exits the infraorbital foramen in the infratemporal region.

The infratemporal fossa is known for its complex anatomy and is a critical region for understanding facial development and structure.

For the dental implant procedure, the dentist had to navigate the infratemporal area to place the implant in the desired location without complications.

The term 'infratemporal' refers to structures located beneath the temporal bone, such as the infratemporal fossa which is a key anatomical region for various medical procedures.

In the study of craniofacial surgery, the infratemporal area is an important region for understanding the landmarks and structures involved in surgical interventions.

During the head and neck anatomy course, students learned about the location and significance of the infratemporal foramen in the skull.

The papilla infraorbitalis, a small triangular area on the infraorbital margin, corresponds to the infraorbital foramen and is significant in dental procedures.

The infratemporal region is essential for understanding the intricate relationships between bones, nerves, and muscles that form the framework of the skull and face.

In craniofacial imaging, the infratemporal region is often highlighted to assess any anomalies or pathologies in the structures within this space.

The infraorbital nerve, which travels through the infratemporal foramen, is important for sensation in the upper lip and gum region.

In comparisons with supratemporal anatomy, the infratemporal region is much different and offers insights into the diverse anatomical regions of the skull.

During the septoplasty procedure, the surgeon had to navigate through the infratemporal area to adjust the septum without interfering with adjacent structures.