lab three histology

So this is histology. The pituitary gland, there's anterior and posterior. The anterior is epithelial tissue, very cellular. Dense. It produces ACTH. Adrenocortosontropic stimulates adrenal glands to release cortisol. TSH.

which is thyroid stimulating. GH, growth hormone, stimulates proteins in the sense in muscles and release of fatty acids from fat, governs high bone length muscle growth. FSH, follicle stimulants, stimulants that develop follicles, ovaries, and sperm plays a role in sexual development in children, fertility, and adults. LH is lunaticizing, helping control.

menstrual cycle triggers ovulation, PRL, prolaxin, responsible for lactation and breast development. The posterior is neural tissue, neurotransmitters, fats, Schwann cells, axons, dendrites, produces otioxytocin, vasopressants, antidentric ADH. Then you have your thyrocholand.

Volical cells make hormones. Non-cellular lumen are stored here in the hormones Volical cells surrounding the lumen Spheres with signal line cells one so thick simple securting simple secretory epithelial cells Produces T4 throxine and D3 triodroxine Collectively called thyrohormones

T3 regulates weight, energy levels, internal temperature, skin, nail, hair growth, and metabolism. Parafolical cells produce calcitonin. Your pancreas, isolate cells, regulate glucose made of alpha cells, which produce glucagon, raises blood sugar. Beta cells produces insulin, lowers blood sugar. Delta cells produces somatasin, inhibits release.

of insulin in glucagon. PP cells produce pancreatic polypeptide, apatite and pancreatic secretion. Espinsin cells produce gerin, stimulates hunger. It produces insulin, glucagon, somatic, pancreatic peptides and granulin testes.

Semiferous tubule produces sperm deals with kidneys and gonads There's flagellas lumen Long flagellum bunch of tubules play side-by-side tubules walls contain nerve cells release inhibin intracelles cells produce testosterone Initiates maintains firm production stored tubules semiferous tubules made of

Spermatojina spermatocytes sperma matins and sterile cells ovary female Glue of an egg female gamete egg found in lumen granulosa cells produce estrogen Placeable in ovulation thickens the lining of the uterus and prepares for pregnancy the lumen

Fully curler fluid in lumen high and estrogen can be moved from capillary beds can be egg ovum for podocytes complex organs and changes every day of cycling every follicles and egg and even if it's not visible lumens high and estrogen granulosa makes up estrogen and then the uterus you have the three layers function

functionalis sheds during period rebuilds until next men's seasons. Then you have your endometrium. Bestialis forbids functional layers, simple columnar epithelial, glandular cells, epithelial stomacels, and then the myometrium, smooth muscle myocytes.