Question

2. HORMONE Gastrin CHEMICAL AE-P SOURCE Peptide EFFECTS Secretin Duodenum Cholecystokinin Peptide Kidney in response to hypoxia Skin activated by kidneys Erythropoietin Active vitamin D Peptide Atrial Natriuretic Peptide(ANP) Protein Human chorionic Gonadotropin(HCG) Adipose Tissue Leptin

please can I get help filling out this table?
Endocrinology

Answer 1

Hormone	Chemical Make-up	Source	Effects
Gastrine	Peptide	antral mucosa of stomach	1. induces acid secretion from oxyntic cells 2. promotes gastric motility 3. induces mucosal cell proliferation in specific acid-secreting zone
Secretine	Peptide	Duodenum	1.help to neutralize the acidic and partly digested food (chyme) coming from stomach by inducing pancreatic acinar cell to release bicarbonate and water in duodenum through pancreatic ducts. 2. inhibits release of gastrin from stomach
Cholecystokinin	Peptide	Mucosal Epithelial Cell of Duodenum	1. Induces contraction of gall bladder and release of bile juice into duodenum 2. Induces pancreatic cells to secrete digestive enzymes into duodenum (for this, it was referred as pancreozymin previously)
Erythropoietin	Glycoprotein	Kidney in response to hypoxia (liver in fetal condition)	Stimulates the red blood precursor cells to go through haemopoiesis and generate more red blood cells in bone marrow
Active Vitamin D3	Secosteroid	Skin activated by Kidneys	Helps to absorb and regulate calcium and phosphorus level.
Atrial Natriuretic Peptide(ANP)	Peptide	Atria and especially the right atrium of the heart	Regulate blood pressure and electrolyte level in the body by stimulating sodium release through excretion.
Human Chorionic Gonadotropin	Peptide	Placenta (Syncitiotrophoblasts)	Helps in maintaing smooth functioning of the corpus luteum to support endometrial lining and facilitate pregnancy
Leptin	Glycosylated polypeptide	Adipocytes	Helps to food intake and energy level maintenance by acting against stimulants responsible for appetite