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There is no meridian associated with the ulnar side of the ring finger. The ulnar side of the little finger is associated with the Small Intestine meridian.
64831 (neurorrhaphy), 69990 (operating microscope)
The median nerve, supplies the lateral half of the arm, up to 1/2 of the fourth(ring) finger, while the ulnar nerve supplies the medial side of the arm, up to the pinky finger and the other 1/2 of the ring finger
The ulnar nerve runs along the ulna bone in the arm. It starts at the shoulder and ends at the pinky finger.
The ulnar is the large bone on the little finger side of forearm.
From the brain to the spinal cord through the brachial plexus to the ulnar nerve to the pinky finger.
Why are you posting a question to do with finger print identification in several computer programming wikies.
Radial and ulnar. Both arteries are felt on the palmar aspect of the wrist- the radial on the side of the thumb where a physician usually examines the pulse while the ulnar is on the side of the little finger.
You can't feel ulnar pulse because, you can't compress it on a hard anatomical structure like bone. The radial artery can be compressed posterolaterally on the radius bone in the wrist region; therefore the pulse sensation can be experienced though palpation.
brain to the spinal cord through the brachial plexus to ulnar nerve to little finger
The "funny bone" or crazy bone along the inside of the elbow is on the path of the ulnar nerve. If you hit the internal condyle of the humerus (upper arm bone), a sharp stinging or tingling sensation will occur along the ulnar nerve, sometimes accompanied by a numb feeling in the lower arm.
If you want to move your pinky finger - specifically, to abduct the digiti minimi, first the brain decides to move it. It sends a signal (an action potential) to the alpha motor neuron (that goes down the spinal cord to the ulnar nerve, all the way to the muscle in the finger). The action potential in the neuron causes an action potential in the muscle, which, by excitation-contraction coupling, causes the contraction of the muscle, and thus the movement of the finger.