The two types of sweat glands are apocrine and eccrine (merocrine) sweat glands. Eccrine sweat glands are much more common throughout the body than apocrine sweat glands, and there are high numbers of them on the palms of the hands and soles of the feet. Eccrine glands have a coiled and tubular shape that have the ability to discharge sensible perspiration directly onto the skin surface. Apocrine sweat glands are less common on the body, only found in the armpits, groin, and around the nipples. Apocrine sweat is a sticky, cloudy, and smelly secretion; unlike eccrine secretions which are more clear and odorless. The reason for this is that eccrine sweat contains mostly just water and salt, while apocrine sweat also contains organics. Bacteria love the dark, moist, and warmed places as well as the organics in the apocrine sweat. This is why apocrine sweat smells, while eccrine sweat is normally odorless. Apocrine sweat glands are controlled by hormones and are only turned on after puberty; merocrine sweat glands are controlled by the autonomic nervous system and also have regional control. This is why you have the ability to get sweaty palms when your nervous, and not have your entire body sweat.
Apocrine glands has a much larger lumen than that of a eccrine gland
The secretions of apocrine sweat glands contain more fat and protein than do the secretions of eccrine glands
Eccrine are found on hands and feet to provide thermoregulation and apocrine connected to the hair follicle concentrated in the axilla, perenium and audtory
The glands of the skin, or the integumentary glands, include apocrine and eccrine sweat glands, and sebaceous glands that secrete sebum, or skin oil.
Apocrine and eccrine sweat glands.
There are several names: sudoriferous or sudoriparous glands, eccrine, and apocrine gland. The eccrine is found all over the body while the apocrine gland is found with hair follicles.
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.
There are two types of sweat glands - apocrine and eccrine. Apocrine glands are found mainly in the axilla (armpits) area and the genital area. Ceruminous glands are the glands in the ear canal which secrete earwax, these are a modified type of apocrine gland. Eccrine glands are found mainly on the palms, soles of feet and the forehead - they are much more numerous than the apocrine glands.
The two types of sudoriferous glands are the eccrine and apocrine glands.
In your body you have two types of sweat glands, eccrine and apocrine. Apocrine glands secrete a slightly different cocktail of chemicals than eccrine glands do. The chemicals secreted by apocrine glands are very appealing to bacteria. Because of this, and the apocrine glands' location in the armpits, large populations of bacteria tend to congregate there and emit the distinctive smell of body odor. Shaving of the armpits, regular washing, and use of antiperspirants should decrease any noticeable odor.
By Sweating (there are Sweat Glands in your Skin)there are 2 types of Sweat Glands- Apocrine and Eccrine. The Eccrine glands perform the function of excretion in the form of releasing SWEAT
Eccrine and apocrine sweat glands are both referred to as sudoriferous glands. The eccrine glands are found all over the body and function throughout your life. Apocrine glands develop during puberty and are most active throughout adulthood and are located in the armpits, areolar, genital, and anal areas. They are also the ones responsible for what we refer to as body odor. It is not the sweat that actually has to odor, but the bacteria that it attracts excretes its wastes as it digests the sweat. It is the bacteria's waste products that actually have the odor. So, you could say, you do not have body odor. Instead, you have bacteria odor.
There are two secretory skin glands in mammals that are responsible for the release of sweat, the eccrine sweat gland and apocrine sweat gland.
holocrine,apocrine,merocrine are the terms used to designate the secretory cells (glands),depending on how these cells release their secretions. holocrine-release their secretions by lysis of the cell. apocrine-by budding off cell membrane into vesicles. merocrine-by exocytosis into ducts. ascending order of tissue damage during secretion merocrine Sweat glands are of 2 types Eccrine(a type of merocrine) and Apocrine. The term Apocrine sweat gland is a misnomer, since they dont secrete by apocrine mechanism, as earlier believed. Regarding differences, both types glands vary in terms of number,distribution,nature of secretions,activity,histology,innervation,etc I can now answer only a few things and the rest if left unanswered will be discussed by others. first eccrine, numerous, all over the body,clear,odorless secretions rich in Nacl and H20. next apocrine, limited,eyelids ,ear canal,alae of nose,armpits,breasts,pubic and perianal region,etc,odorless,oily,thick,opaque,secretions that gain odor after bacterial decomposition.
Well sudoriferous glands are sweat glands. They include the Eccrine sweat glands also known as the merocrine sweat glands, Apocrine sweat glands, Ceruminous glands and mammary glands.
Sweat glands are distributed over the entire skin surface except the nipples and parts of the external genitalia. There are up to 3 million of them per person. There are two types of sweat grands: eccrine and apocrine.Eccrine sweat glands, also called merocrine sweat glands, are far more numerous and are particularly abundant on the palms, soles of the feet, and forehead.Apocrine sweat glands, approximately 2000 of them are largely confined to the axillary and anogenital areas.
There is no way to know the exact number of sweat glands that become more active in puberty. There are two types of sweat glands, eccrine and apocrine. The eccrine sweat glands are for cooling the body and are active your entire life and are located just about all over your body. The apocrine sweat glands are the ones that occur in places like your arm pits, crotch, and peri-anal areas. They are the one that increase their secretions after the onset of puberty.
Sweat glands are found in almost every part of the skin, forming tiny coiled tubes embedded in the dermis or subcutaneous fat. There are two types of sweat gland: eccrine glands and apocrine glands.
Eccrine gland produce sweat.
Sweat glands (sudoriferous glads) are distributed over the entire skin surface except the nipples and parts of the external genitalia. There is 2 types of sweat glands: eccrine and apocrine. Eccrine (merocrine) sweat glands are more numerous and particularly abundant on the palms, soles of the feet, and forehead. Each is a simple, coiled, tubular gland. Apocrine sweat glands are mostly found to the axillary and anogenital areas. They are merocrine glands, which release product by exocytosis like eccrine sweat glands. Oil (sebaceous) glands are found all over the body except in the thick skin of the palms and soles. They're simple branched alveolar glands.
To be eccrine, essentially, means to be of the sweat glands. An example sentence would be: His eccrine problem was very apparent.
There are two types based on glandular secretion.1. Merocrine is also called eccrine glands. They are coiled in deep dermis and respond to elevated temperature / exercise.They produce no odor and function throughout life and are not associated with hair follicles. Their secretion is water plus salts and wastes (urea and uric acid).2. The apocrine glands ducts terminate into hair follicles. They respond to stress / emotions. They produce an odor. They don't begin to function until puberty and continue through life.They are found in the armpits and groin. They produce sweat plus oil and cellular debris.
Sweat glands are small tube-like structures of the skin that produce sweat, a fluid that is secreted by the body to maintain thermoregulating balance. There are two main types of sweat glands: eccrine sweat glands and apocrine sweat glands.