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Apocrine gland.
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Apocrine sweat glands are found primarily in the skin of the axilla (armpit). Unlike eccrine sweat glands that are found throughout the body, apocrine sweat glands are larger and mainly responsible for secretion of a thicker sweat that can produce body odor when it comes into contact with bacteria on the skin.
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Apocrine glands are larger sweat glands found in the axillae (armpits) and around the genital area. They produce a thicker secretion that can be affected by emotional stress and hormonal changes, leading to body odor.
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Cells which are classified as apocrine bud their secretions off through the plasma membrane producing membrane bound vesicles in the lumen.
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Apocrine sweat glands are inactive until they are stimulated by hormonal changes in puberty. Apocrine sweat glands are mainly thought to function as olfactory pheromones, chemicals important in attracting a potential mate. The stimulus for the secretion of apocrine sweat glands is adrenaline, which is a hormone carried in the blood.
According to another suggestion, apocrine sweat glands were developed in the earliest period of human evolution via natural selection as a means of defence from predators as a warning signal, and that is why these glands are activated in the moments of emotional or physical stress.
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In apocrine secretion, a small portion of the cell's cytoplasm is lost along with the secretory product. Conversely, in merocrine secretion, there is no loss of cytoplasm during secretion.
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The glands of the skin, or the integumentary glands, include apocrine and eccrine sweat glands, and sebaceous glands that secrete sebum, or skin oil.
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Luis Requena has written:
'Neoplasms with apocrine differentiation' -- subject(s): Apocrine glands, Breast Neoplasms, Histopathology, Pathology, Skin Neoplasms, Tumors
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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.
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These glands produce a fluid that mixes with sebum.
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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.
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The gland found in the underarm or groin is called the apocrine gland. These glands produce a thicker secretion compared to eccrine glands, and their secretions can mix with bacteria on the skin to produce body odor.
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The apocrine sweat glands become active during puberty. They release a sweat that is very oily. This oil is degraded by bacteria that is normally present on the skin and gives off the typical "sweaty smell".
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Apocrine Sweat Glands.
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The two types of sudoriferous glands are the eccrine and apocrine glands.
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Eccrine are found on hands and feet to provide thermoregulation and apocrine connected to the hair follicle concentrated in the axilla, perenium and audtory
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Apocrine glands are found in areas with dense hair follicles, such as the armpits, groin, and scalp. These glands are responsible for producing sweat that is odorless until it comes into contact with bacteria on the skin's surface.
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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.
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Armpit (axilla) and in the pigment skin areas around the genitals.
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Apocrine-Sweat glands
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No. Apocrine glands are not sebaceous glands. They are specialized sweat glands.
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apocrine glands. These glands produce a milky sweat rich in proteins and lipids that bacteria on the skin metabolize, leading to body odor. Regular hygiene practices can help reduce body odor.
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apocrine
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Eccrine glands are the most abundant sweat glands and they are also over your body and function throughout your lifetime.
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Combustible dogmatic aphorisms aimed at collective conciousness. A meta reactive symmatry composed of polymorphic solids.
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Apocrine glands are the less numerous type of perspiration-producing gland found mainly in the pubic and axillary regions. These glands are larger than eccrine glands and produce a thicker secretion that can be odorless but may develop a distinct odor when bacteria on the skin break down the secretion.
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The apocrine glands in humans are believed to be analogous to the sexual scent glands of animals. These glands are found in areas with hair follicles, such as the armpits and genital region, and secrete a thick, odorous fluid during stress or sexual excitement.
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The apocrine glands are responsible for producing natural body odor. These glands are found in areas with high concentrations of hair follicles, such as the armpits and groin, and release a milky fluid that contains proteins and lipids which bacteria break down, resulting in body odor.
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Apocrine glands are a type of sweat gland that produce a thicker secretion compared to eccrine glands. They are most concentrated in the armpits and groin area. These glands release their secretions into hair follicles, and when mixed with bacteria on the skin's surface, can produce body odor.
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Apocrine Gland
Its secretion contains proteins and other substances that favor bacterial growth.
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No holocrine glands release their secretions by cell lysis, the entire cell disintegrates.
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i think it is bile i goggled it for a word search puzzle and it said that or pancreas
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The first gland id the testis. The sweat glands grow after they get the increased testosterone.
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The apocrine glands ducts terminate into hair follicles. They respond to stress / emotions. They produce an odor caused by bacterial decomposition. 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.
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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.
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Sebaceous and Sweat glands
additional information
1) Apocrine sweat glands -- a type of human sweat gland that are present in areas such as the axillae (armpits), areola, in the perineum (genital areas), around the belly button and in the external auditory canal(as wax-secreting glands). Specialized types of apocrine glands present on the eyelids are called Moll's glands. Apocrine sweat glands are inactive until they are stimulated by hormonal changes in puberty.
2) Holocrine - the sebaceous glands of the skin and the meibomian glands of the eyelid.
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The apocrine glands, found primarily in the armpits and genital areas, secrete pheromones in humans. These chemicals play a role in communication and sexual attraction among individuals.
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