A dorsal vein in the hand is one. Most commonly, for blood draws in a lab, the antecubital vein (at the location opposite where the elbow flexes, between the forearm and the upper arm) is used.
Flexion (same as bending) at the elbow joint (between the humerus and the radius and ulna) is mainly achieved by the Brachialis Muscle. This is not the answer most would expect as everyone knows the Biceps Brachii (Biceps of the arm) are what flexes this joint. In fact the biceps does both supination and flexion of the elbow because its insertion is on the radius. Only when the forearm is supinated, the biceps is able to assist the deeper and more powerful brachialis muscle with the flexion of the elbow.
Battle of the Bulge/relief of bastogne
the elbow because the elbow has four layers
We don't.
Tennis Elbow aka Epicondylitis, often occurs as a result of strenuous overuse of the muscles and tendons of the forearm and around the elbow joint. These Tendons attach to the lateral epicondyle of the humerus.
only if your double jointed will your tung reach your elbow.
It causes an abnormality of limbs and joints. This disorder often causes joint contractures and is most common is infants. The most common disorder that includes the elbow usually causes the elbow joint to remain flexed at all times.
sholder knee and elbow
The most general answer for this is in your shoulder and your elbow.
hi, in strategic and ultimate outcome terms, d-day is most important. id say battle of the Bulge is less important. imho.
A bulge is a tight group of stars found at the center of most spiral galaxies. The bright spot an the center of the galaxy in the picture above is the bulge. If this galaxy were seen from the side the collection of stars would create a bulge (spheroid) expanding out from the otherwise rather flat galaxy.