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Chemotherapy-induced acral erythema, also known as palmar-plantar erythrodysesthesia or hand-foot syndrome is reddening, swelling, numbness and desquamation (skin sloughing or peeling) on palms of the hands and soles of the feet (and, occasionally, on the knees, elbows, and elsewhere) that can occur after chemotherapy in patients with cancer.
Adverse drug reaction: palmoplantar erythrodysesthesia (acral erythema) Because circulating levels of estrogen increase in both cirrhosis and pregnancy, estrogen was thought to be the main cause for the increased vascularity. More recently, nitric oxide has also been implicated in the pathogenesis of palmar erythema. [5]
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Calluses (plantar in right foot and medial in left foot) A callus (pl.: calluses) is an area of thickened and sometimes hardened skin that forms as a response to repeated friction, pressure, or other irritation. Since repeated contact is required, calluses are most often found on the feet and hands, but they may occur anywhere on the skin.
Superficial palmar branch of radial artery and recurrent branch of median nerve to thenar muscles. Proper palmar digital nerves of thumb. Fascia over adductor pollicis muscle. Thenar space (deep to flexor tendons and 1st lumbrical muscle). 1st dorsal interosseous muscle. Probe in dorsal extension of thenar space deep to adductor pollicis muscle.
In humans, volar can also be used synonymously with palmar to refer to the underside of the palm, but plantar is used exclusively to describe the sole. These terms describe location as palmar and plantar ; For example, volar pads are those on the underside of hands or fingers; the plantar surface describes the sole of the heel, foot or toes.
The plantar plate is firm but flexible fibrocartilage with a composition similar to that found in the menisci of the knee (composed roughly of 75% type-I collagen), and can thus withstand compressive loads and act as a supportive articular surface. Most of its fibers are oriented longitudinally, in the same direction as the plantar fascia, and ...
The palmar plate moves in three phases during joint flexion. First, it slides back toward the hand. Next, it is lifted away from the proximal phalanx by the A3 pulley. Last, a lip on the middle phalanx rolls into a recess on the plate. If the A3 pulley is not intact, the normal three phases of motion do not occur and instead the plate crumples. [7]