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There are many lyase enzymes in the human body. Liver, kidney, brain, and other tissues.
Apocrine glands are the small coiled glands in human skin that we call sweat glands However they are not 'true' sweat glands as seen in the majority of animals but they are excretory glands that regulate fluid and mineral excretions. Other animals with apocrine glands functioning in the same manner as in human skin tend to have a common evolutionary past; they all lived in water for extended periods of time. Examples and further fun information can be researched using books such as the Descent of Woman by Elaine Morgan.http://en.wikipedia.org/wiki/Elaine_Morgan_%28writer%29
There are many lyase enzymes in the human body. Liver, kidney, brain, and other tissues.
muscles and glands.
Pituitary gland
Associated organs are salivary glands,Liver,Pancrease
Liver secreats bile juice.But liver gives this to gall bladder and gall bladder gives this to small intestine whereas other glands give juices directly to small intestine. Therefore liver is not a part of alimentary canal.
Purely endocrine glands are anterior pituitary, thyroid, and parathyroid, adrenal glands and pineal. Pancreas, and Gonads have both endocrine and exocrine functions. There are many other hormone secreting peudoendocrine glands or organs, such as liver, stomach, placenta etc.
Trophic hormones are hormones released by the anterior pituitary and it targets many other hormones/glands such as thyroid, suprenal cortex, mammary glands, ovaries, liver, kidneys, mellanocytes etc... :)
There are many lyase enzymes in the human body. Liver, kidney, brain, and other tissues.
The liver, pancreas, and salivary glands are all part the digestive system, but food doesn't pass through them. All three produce enzymes and chemicals that break up nutrients. The liver produces bile, the salivary glands produce saliva, and the pancreas a mix of enzymes. The liver and pancreas work with other systems as well.
The heart rate in the human body doesn't actually affect the adrenal glands. Its the other way around. The adrenal glands affect the heart rate by rising the rate over what it actually should be.
The function of the human female breast is primarily to produce and secrete milk for nourishing and feeding infants. It also plays a role in sexual arousal and attraction. The mammary glands within the breast are responsible for milk production.
Endocrine glands
Endocrine glands secrete into the bloodstream. in contrast, other glands secrete their products via ducts.
The adrenal gland signals other glands to secrete hormones.
Apocrine glands are the small coiled glands in human skin that we call sweat glands However they are not 'true' sweat glands as seen in the majority of animals but they are excretory glands that regulate fluid and mineral excretions. Other animals with apocrine glands functioning in the same manner as in human skin tend to have a common evolutionary past; they all lived in water for extended periods of time. Examples and further fun information can be researched using books such as the Descent of Woman by Elaine Morgan.http://en.wikipedia.org/wiki/Elaine_Morgan_%28writer%29