There are two kinds of sweat glands: eccrine and apocrine. Eccrine glands are the most widespread and function in evaporative cooling. Apocrine glands are concentrated in the axillary and pubic regions. In many animals, apocrine glands produce secretions containing pheromones.
Ceruminous glands
The sweat gland duct transports sweat from the sweat gland to the skin's surface. It helps regulate body temperature by releasing sweat, which evaporates and cools the body.
One of the appendages of the skin is the cuteneous gland. it has two categories which are the sudoriferous(sweat) gland and sebaceous(oil) gland. the causes of sweat under arms is because of its sweat gland.
The sebaceous glands and sweat glands secretes their secretions on the surface. That is on the skin. Technically the glands of the intestine also secrete their secretions on the surface. The intestinal cavity is never 'inside' your body. It is out side your body.
heart This is incorrect. Sweat is produced by sweat glands in the skin.
Apocrine gland
Ceruminous glands
Sweat
sweat gland - eccrine
The sweat glands, specifically the eccrine and apocrine glands, are responsible for producing sweat cells in the human body. They help regulate body temperature and eliminate waste through the production and secretion of sweat.
Apocrine-Sweat glands
It's when your sweat gland gets infected.
Eccrine glands are the most abundant sweat glands and they are also over your body and function throughout your lifetime.
The sweat pore is were the sweat from the sweat gland is released. The main function of sweat is temperature regulation (thermoregulation).
sudorifus glands (sweat) is the only sweat gland but there is a sebacious gland (oil)
Eccrine sweat gkands
The sweat gland that produces a secretion containing proteins and fats, in addition to water and salt, is the apocrine gland. These glands are primarily located in areas such as the armpits and groin and become active during puberty. The secretion from apocrine glands is thicker and can contribute to body odor when broken down by bacteria on the skin.