The point of the radial pulse is located on the patient's 'thumb' side of their wrist. You locate the patient's radial artery (pulse pont) in the patient's wrist using your middle two or three fingers. You count the number of pulses that occur in eiher 30 seconds or 1 minute. NEVER use your thumb to take a pulse. You would then be feeling your OWN pulse.
Wrist abduction, also known as radial deviation, occurs primarily through the actions of the extensor carpi radialis longus and brevis, as well as the flexor carpi radialis muscles. These muscles contract to pull the wrist towards the thumb side of the hand. Additionally, the synergistic action of the wrist's stabilizing muscles supports this movement. This motion is essential for various hand functions, including gripping and pinching.
The human wrist and hand combined have a total of 27 degrees of freedom (DOF). This includes the individual movements of the wrist, which allows for flexion, extension, radial and ulnar deviation, as well as the movements of the fingers, which encompass flexion, extension, abduction, and adduction at each joint. Each finger has multiple joints contributing to its DOF, while the thumb has a unique range of motion, further increasing the overall complexity.
More or less that is true but in the wrist you are looking for the radial artery. This artery is clearly visible on the wrist. Press this artery lightly with flat fingers.
Under the skin of your wrist is the radial artery. This artery is the main blood vessel of your whole forearm, which makes it an easy place to find and feel your pulse.
Radial wrist deviation is a movement of the wrist where the hand moves towards the thumb side of the forearm. It is also known as radial deviation and involves an outward movement of the wrist joint. This movement is important for various activities that require flexibility and stability in the wrist.
wrist radial deviation ROM
Moving the wrist back and forth in the frontal plane is known as radial and ulnar deviation.
2 DOF. Flexion/extension; radial and ulnar deviation
The plane of ulnar-radial deviation refers to the movement of the hand towards the pinky finger (ulnar deviation) or towards the thumb (radial deviation) in the frontal plane. This movement primarily occurs at the wrist joint and is important for functions like gripping objects and manipulating tools.
In your wrist it's the radial
The radial (and axillary) nerves are involved in wrist drop.
The radial artery is the one that is used to take a pulse at the wrist.
The wrist joint is primarily considered a biaxial joint. It allows movement in two planes: flexion and extension (sagittal plane) as well as radial and ulnar deviation (frontal plane). However, the wrist also facilitates some degree of rotation due to the complex interactions of the carpal bones, which can lead to some multiaxial characteristics. Overall, its primary classification remains biaxial.
The wrist flexor that follows the ulna is the flexor carpi ulnaris muscle. It originates from the medial epicondyle of the humerus and inserts on the pisiform and the hamate bones of the wrist. Its primary function is wrist flexion and ulnar deviation.
Some effective ulnar deviation exercises to improve wrist strength and flexibility include wrist curls, reverse wrist curls, and using a wrist roller. These exercises target the muscles responsible for ulnar deviation and can help increase strength and flexibility in the wrist.
A radial heart rate is one that is measured over the radial artery, which is easiest found in the wrist.