The ulna in whales, like in other mammals, serves as a bone in the forelimb, contributing to the structure and function of the flipper. It provides attachment points for muscles that facilitate movement and steering in the water. Additionally, the ulna helps support the overall shape of the flipper, enabling efficient swimming and maneuverability. In baleen whales, the ulna is often reduced in size due to their adaptation to aquatic life.
Moves the ulna
The human radius is one of the two bones in the forearm, along with the ulna. Its main function is to help in the rotation of the forearm and to support the muscles that control movements of the hand and wrist, allowing for activities like turning a key or using a screwdriver.
The ulna is one of the two bones in the forearm and its primary function is to provide stability and support to the arm. It also plays a crucial role in forearm rotation and helps in transmitting forces between the hand and the elbow joint.
The ulna is the proper name for the ulna.
The olecranon fossa is a depression located at the distal end of the humerus bone. Its function is to accommodate and articulate with the olecranon process of the ulna during elbow extension, allowing for smooth movement and stability in the joint.
The function of the whale are is very intenseful. It makes it fly.
The ulna in a horse serves as a supporting bone in the forelimb, playing a crucial role in the structure and stability of the leg. Although it is not as prominent in horses as in some other animals, the ulna contributes to the overall strength of the antebrachium (forearm) and assists in the movement of the elbow joint. In horses, the ulna is typically fused with the radius, which allows for efficient locomotion and weight-bearing capabilities.
b. Ulna; the ulna is a bone found in the forearm, not in the leg.
Ulnae is plural of ulna.
To swim and to progress through water.
Phalanges are distal to the the ulna bone. By the way the ulna bone does not participate in formation of the wrist joint.