no. Only one join
glenohumeral and trochleoginglymoid joints
Muscles that cross two joints and act on both joints are called biarticular muscles. These muscles can generate movement at both joints they cross, which can have implications for muscle function and coordination during activities involving those joints.
The biceps brachii muscle crosses both the shoulder and the elbow joint.
It crosses the ankle joint and may be subtalor joint.
A muscle that, from origin to insertion, crosses two joints, and thus can produce an action at both joints. Example: the "hamstrings" (semimembranosis and semintendinosis) cross the hip joint and the knee joint and act on both joints (extend at hip, flex at knee).
The nerve that passes through the coracobrachialis muscle is the musculocutaneous nerve.
The hamstring crosses the hip and knee joints
The musculocutaneous nerve pierces the coracobrachialis muscle and supplies it with innervation.
The two joints that the sartorius muscle crosses are the hip joint and the knee joint. The muscle originates at the anterior superior iliac spine of the hip bone and inserts at the upper medial surface of the tibia below the knee joint.
Biceps Brachii crosses both the Glenohumeral and Trochleoginglymoid joints. Sartorius crosses both the hip joint and knee. Others include tensor fascia lata, rectus femoris, semimembranosus, semitendinosus, biceps femoris, flexors of the forearm cross multiple joints as do the extensors. There are many others.
Smoke Two Joints was created in 1983.
Either the triceps brachii or the coracobrachialis.