The maxilla, also known as the upper jawbone, is a paired bone that forms the upper part of the facial skeleton in humans and other mammals. It is located between the mandible, or lower jawbone, and the forehead. The maxilla is a complex bone that plays a vital role in several key functions, including supporting the teeth, shaping the face, and facilitating speech and swallowing.
One of the main features of the maxilla is its multiple projections, which help to give the face its unique shape. The most prominent projection is the maxillary prominence, which is located on the midline of the face and forms the upper part of the nose. The maxilla also has two zygomatic processes, which extend outward and contribute to the formation of the cheekbones.
In addition to its role in shaping the face, the maxilla is also an important component of the dental arch. It contains sockets, or alveoli, that hold the upper teeth in place. The maxilla also has a central palatine process, which helps to form the roof of the mouth and separates the nasal cavity from the oral cavity.
Another important function of the maxilla is its role in speech and swallowing. The maxilla has several small bones called the palatine bones, which are connected to the tongue and help to shape the sounds of speech. The maxilla also has a soft palate, which helps to seal off the nasal cavity during swallowing to prevent food and liquids from entering the nasal passages.
Overall, the maxilla is a vital bone that plays a crucial role in several key functions, including shaping the face, supporting the teeth, and facilitating speech and swallowing. It is an intricate and complex bone that is essential to the proper functioning of the human body.
Maxilla: Bone Anatomy, Function, and Surgery Procedures
Embryologic formation — The histologic formation of the maxillary bones are notable in that they form not from two primordial processes but three. This fracture may transect the nasal bones, orbits, maxilla, and pterygoid plates. This branch runs upwards to enter the external acoustic meatus of the ear and the deep surface of the tympanic membrane. Her areas of interest include marine biology, ecology, genetics, and environmental science. Synonyms: Middle meningeal branch of maxillary artery, Arteria meningica media , The  anterior tympanic artery is the second branch that courses near the tympanic membrane. The lower portion of the maxilla is connected to the upper teeth through the alveolar process.
Maxillary Bones
It forms the upper jaw and articulates with the frontal, zygomatic, and palatine bones as well as the upper teeth. This canal ends with an opening on the anterior surface of the maxilla and serves as the passage for the infraorbital nerve and blood vessels, as mentioned before. An individual who experiences a maxillary fracture will likely experience pain, swelling, and bruising. It starts as a paired canal from the floor of the nasal cavity and unites with the palate in the uniform incisive fossa. These processes meet at the palatine suture. Your doctors will describe in detail the type of surgery you need, the procedures involved, recovery time, and follow-up.
Maxillary artery: Branches and anatomy
Very logically the processes forming the palate are known as the palatal processes. It passes upwards through the Branches from the 2nd pterygoid segment All branches from the pterygoid part supply only soft tissues. The two maxillary bones which combined are often just referred to as the maxilla is a complex bone that not only, as mentioned previously, forms most of the palate, but houses the upper teeth, contributes to the floor of the orbit, and forms much of the mid face. Instructor: hannah kemp Hannah is a graduate of DePaul University in Chicago, IL with a BS in Biological Sciences and a minor in Journalism. Because of the bone's location and proximity to important structures such as the airways, eyes, brain, and teeth, injuries to the maxilla can be serious. It forms the maxillary dental arch containing eight cavities where the upper teeth are held.