All parts are present in both sexes but (usually) they are only developed in the appropriate individual. Men have ovaries, they are only the size of periods (..) but they are still there. Women too possess all the male organs (believe it or not) its just that they are very much smaller and serve a slightly different function.
Yes, but they're recalcitrant.
In a single person there are seven major endocrine glands: Pineal gland (brain), pituitary gland (brain), pancreas (abdomen), thyroid gland (throat), thymus (chest), adrenal gland (abdomen), ovary in females (abdomen), and testis in males (groin). The exocrine glands are sweat glands, mammary glands, salivary glands, and the liver.
Almond-shaped male glands responsible for the production of sperm and male hormones
Prostate
Well, a typical "he" will be male. In human, this means that "he" will produce hormone testosterone and not estrogen which is what "she" will produce. Also, "he" will not have a mammary glands because "he" does not need to nurse the young. That's the job of "she". "He" has a penis and not a vagina and testes which contains semen. Typically, "he" will have a broader shoulders and bigger muscles and be taller compared to same race of "she". yes he is a boy
The endocrine system of the body is the one that contains the glands. They consist of, the hypothalamus, pituitary, pineal, thyroid, thymus, pancreas, adrenals, and gonads. The gonads are the sex glands; ovaries in females and testes in males. The placenta is also considered as having some gland-like functions during pregnancy. The gastrointestinal tract also has glands that secrete digestive juices. ---- * the pineal gland (possibly also in the nervous system) * the hypothalamus (possibly also in the nervous system) * the pituitary gland (possibly also in the nervous system) * the thyroid * the parathyroids (also an exocrine gland) * the thymus (also in the lymphatic system) * the adrenal glands * the endocrine pancreas (also called the islets of Langerhans) * the ovaries [in female] (also in the female reproductive system) * the testes/testicles [in male] (also in the male reproductive system) * accessory lacrimal glands (eye) * anterior lingual glands (near tip of tongue) * apocrine sweat glands (skin) * Bartholin's glands (vagina and vulva) * Bauhin's glands (near tip of tongue) * Boerhaave's glands (skin) * Bowman's glands (olfactory region of nose) * Brunner's glands (duodenum) * bulbourethral glands (base of penis) * Ciaccio's glands (eye) * Cobelli's glands (in the cardiac sphincter mucosa) * coccygeal gland (near tip of coccyx) * Cowper's glands (base of penis) * duodenal glands (duodenum) * Duverney's gland (either side of vagina) * Ebner's glands (tongue) * eccrine sweat glands (skin) * esophageal glands (esophagus) * exocrine pancreas (pancreas) * Fränkel's glands (below vocal cords edge) * gastric chief cell (stomach) * Gley's glands (thyroid surface) * glomus coccygeum (near tip of coccyx) * goblet cells (digestive and respiratory tracts) * Guérin's glands (vagina) * Henle's glands (in conjuctiva of eyelids) * Huguier's glands (vagina) * Krause's glands (in conjuctiva of eyelids) * Lieberkuhn's glands (intestinal mucous membrane surface) * Littré's glands (spongy portion of urethra) * Luschka's gland (near tip of coccyx) * mammary gland (breast) * Meibomian gland (eyelids) * Mery's glands (base of penis) * Moll's glands (eyelids) * Montgomery's glands (mammary areola) * Morgagni's glands (spongy portion of urethra) * Naboth's glands (cervix and external orifice of uterus) * olfactory glands (olfactory region of nose) * Paneth cells (small intestine) * parathyroid glands (thyroid surface) * parotid gland (mouth) * Peyer's patches (ileum) * pyloric glands (pylorus) * Rivini's gland (mouth) * Sandstroem's glands (thyroid surface) * sebaceous glands (skin) * Sigmund's glands (epitrochlear lymph nodes) * Skene's glands (vagina) * sublingual gland (mouth) * submandibular gland (mouth) * sudoriparous glands (skin) * Suzanne's gland (beneath alveolingual groove in mouth) * Tiedmann's glands (vagina and vulva) * vulvovaginal glands (vagina and vulva) * Wasmann's glands (stomach) * Weber's glands (tongue) * glands of Zeis (margin of eyelids)
Testosterone is a male hormone and has no influence in the development of breasts (mammary glands), estrogen the female hormone does,
Mammals (both male and female) have hair and mammary glands.
All mammals (both male and female) are characterised by having mammary glands.
Mammary glands are the source of milk production in female (and some male) mammals
gynecomastia
Gynecomastia
Gynecomastia
One possible answer is gynecomastia, which is the abnormally large development of male mammary glands. Surgery can be done to reduce this, and during this time the patient is required to wear a vest to keep compressed
Each breast contains a cluster of alveoli or sacs in which milk is produced. The alveoli release the milk into ducts, which work like pipes to take the milk to the nipples Mammary glands produce milk in mammals.
Female: ovaries, oviducts, uterus, vagina and mammary glands. Male: testes, seminal vesicles and penis.
Female: ovaries, oviducts, uterus, vagina and mammary glands. Male: testes, seminal vesicles and penis.
The mammary papillae can also be referred to as the mammary gland or the teat. The adult female pig or aka sow, has anywhere from 4-9 pairs of teats. Each teat has streak canals which is where the milk is delivered to the end of the teat for drinking by her young, aka piglets.