The muscle is, Lattisimus dorsi, connected with upper limb at the bicipital groove and with lower limb at illiac crest.
Two joint muscles in the upper limb is the wrist and the elbow. Two joint muscles in the lower limb is the ankle and the knee.
The flexor carpi ulnaris muscle is an upper limb muscle that has double innervation from both the ulnar and medial nerves.
your arms are the upper limbs and your legs are the lower limbs :)
The dorsalis pedis pulse is not detected in the upper limb, as it is located in the foot. In the upper limb, pulses such as the radial and ulnar can be palpated. The dorsalis pedis pulse is specifically associated with the lower limb's vascular system.
profunda humerus artery
The major abductor of the upper limb is the deltoid muscle. It is located at the shoulder and is responsible for lifting the arm away from the body in a motion known as abduction.
The major abductor in the upper limb is the deltoid muscle. It is located in the shoulder region and is responsible for raising the arm away from the body in a movement called abduction.
Upper limb hyperreflexia is a condition where there is an exaggerated response of the muscles in the upper limbs to a reflex test. This can be caused by various neurological conditions such as spinal cord injuries, multiple sclerosis, or stroke, leading to increased muscle tone and overactive reflexes in the upper limbs. Symptoms may include muscle stiffness, involuntary muscle contractions, and exaggerated reflex responses.
No, the upper limbs contain fewer bones than the lower limbs. Each upper limb has 30 bones, including the humerus, radius, and ulna, while each lower limb has 31 bones, including the femur, tibia, and fibula. Overall, the lower limbs have a greater number of bones due to the presence of additional structures like the patella and the bones of the foot.
The Upper limb heals faster than the Lower limb, this is because there is more blood flow at the Upper, so basically where there is more blood the faster they heal.
The major joints of the lower limb include the hip joint (ball and socket joint connecting the thigh bone to the pelvis), the knee joint (hinge joint connecting the thigh bone to the shin bone), and the ankle joint (hinge joint connecting the shin bone to the foot).
The key to understandis the red nucleus situated in the mesencephalon. These bilateralnucleiinfluence onlythe upper limbs increasing, if working properly, the muscular flexor tone. Strokes sparing the brainstem, and so the red nuclei,will cause upper limb flexion.By contrast, lesionsinvolving the red nucleus or itsprojectionswill cause upper limb extension. The lower limbs are not affected by the red nuclei. They undergo just the control of the cortex, that normally inhibits the extensor tone of the lower limbs. A stroke blocking this control will cause lower limbs extension. Depending on the location, different results are so expected.