What is the coronoid process?
Coronoid process is a term given by two different structures found in the human body. The first is found on the jaw, also referred to as the jaw. The second coronoid process is placed on the ulny, the long bones found in the forearm. In each place, this process has a little triangular look, although the exact shape and size differ.
The coronoid process of the jaw has the upper limit that is a convex shape. This means that it curves in the outer direction. This highest border lies next to the upper part of Ramus, which is part of the lower jaw in the shape of a horseshoe. The lower limit of the coronoid process is concave in nature, which means that it curves inwards. This part lies near the structure known as a mandibular arch.
The side of the coronoid process has a smooth surface and is inserted into the master and temporalis. These are muscles that help in the process of chewing and swallowing. Media or middle, part of the coronoid process also connects to the Temporalis muscle and ends just next to the last MOLára.
Coronoid process of ULNA projects from the front of the ulna, one of the main bones in the arm. The sharp, curved peak or the highest point of the structure is connected to the coronoid fossa humerus. This connection occurs when the forearm is in the bent position.
The upper surface of this process is concave. It helps to form part of the structure known as Semilunar Notch. This notch is basically a large depression found on the ulna. This semilunar notch, also called the trochlear notch, helps to move humerus, another long bones found in the arm.
The side surface of the coronoid process is depressed known as a radial arch. This arch is also referred to as a smaller sigmoid cavity. This depression is concave and connects to the ring ligament, a strong bond of bonds surrounding the bone in the arm known as the radius.
2 Flexor Digitorum Superficialis Muscle comes here. This muscle has two heads and is zenVerified for helping fingers bending. It also works along with other muscles that help in the wrist bending.