Eccrine sweat gland
Sweat glands, classified as simple, coiled tubular glands, exist as two types in the human, eccrine and apocrine. Eccrine sweat glands, shown here, are present in thick and thin skin throughout the body, producing a watery secretion. They secrete by the merocrine mode and are located deep in the dermis and in the hypodermis. 100x, 100x
Epidermis
Sweat glands, classified as simple, coiled tubular glands, exist as two types in the human, eccrine and apocrine. Eccrine sweat glands, shown here, are present in thick and thin skin throughout the body, producing a watery secretion. They secrete by the merocrine mode and are located deep in the dermis and in the hypodermis. 100x, 100x
Dermis
Sweat glands, classified as simple, coiled tubular glands, exist as two types in the human, eccrine and apocrine. Eccrine sweat glands, shown here, are present in thick and thin skin throughout the body, producing a watery secretion. They secrete by the merocrine mode and are located deep in the dermis and in the hypodermis. 100x, 100x
Hypodermis
Sweat glands, classified as simple, coiled tubular glands, exist as two types in the human, eccrine and apocrine. Eccrine sweat glands, shown here, are present in thick and thin skin throughout the body, producing a watery secretion. They secrete by the merocrine mode and are located deep in the dermis and in the hypodermis. 100x, 100x
Eccrine sweat glands >
Located in the dermis or hypodermis, the secretory portion of the gland and the beginning of its duct coil around each other, similar to winding yarn into a ball. The secretory portion of the coil stains paler than does the duct portion. The long, unbranched duct travels through the dermis and epidermis to open on the surface of the skin.
- Ducts
Located in the dermis or hypodermis, the secretory portion of the gland and the beginning of its duct coil around each other, similar to winding yarn into a ball. The secretory portion of the coil stains paler than does the duct portion. The long, unbranched duct travels through the dermis and epidermis to open on the surface of the skin.