Only one pulse is found near the wrist, this is called the radial pulse.
Radial/Ulnar Artery
The neck pulse is the corotid pulse; the wrist pulse is the radial pulse; the arm pulse is the brachial pulse. it seems that the pulses are named according to the artery palpated; therefore, your thumb pulse must be your princeps pollicis pulse. this is an educated guess.
The rhythmical throbbing of arteries produced by the regular contractions of the heart, especially as palpated at the wrist or in the neck
The pulses in your wrist are known as radial pulses. To determine the pulse rate, multiply the number of pulses counted with four.
The extensor muscle that can be palpated alongside the shaft of the ulna is the extensor carpi ulnaris. This muscle is located on the posterior aspect of the forearm and runs along the ulnar side, making it accessible for palpation. It functions to extend and adduct the wrist. When the wrist is extended and ulnar deviated, the muscle becomes more prominent along the ulna.
Caratoid artery (neck). Brachial artery (inner bicep). Radial artery (wrist). Femoral artery (inside of thigh). Pedial artery (foot)
The pulse is usually determined in the radial artery in the wrist. This artery is easily accessible and commonly used for taking a pulse because it is close to the skin's surface and is easily palpated.
the ovaries cannot be palpated. The uterus can only be palpated when enlarged due to pregnancy or pyometra :) you out.
The posterior tibial artery pulses are located behind the medial malleolus (ankle bone) on the inner aspect of the ankle. They are usually palpated just below the ankle joint medial to the Achilles tendon. The pulses can be assessed by gently pressing with the fingers to feel the pulsation.
well the heart pumps the blood at the same time, so you can feel it at the same time no matter where you check it, under your knee, your wrist, on the joint of your arm, and your neck.
There are typically ten main locations where arterial pulses can be palpated on the body. These include the radial, ulnar, brachial, carotid, femoral, popliteal, posterior tibial, dorsalis pedis, temporal, and facial arteries. Each pulse point provides valuable information about blood flow and cardiovascular health.
I'm guessing your asking how they work. Here is a web site that will explain it all. www.womensheartfoundation.org/content/Stroke/pulse_check.asp