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pineal gland
pituitary gland
thyroid gland
adrenal gland
pancreas
ovaries
what are the six glands?
melatonin
hormone of pineal gland
melatonin
Biological Clock, they regulate the sleep and wake cycle of a person
many
target organs of melatonin
FSH/LH
ADH (Antidiuretic hormone)
GH (Growth Hormone)
oxytocin
prolactin
hormones of pituitary gland
ovaries
kidney
many
uterus
breast tissue
target organs of pituitary glands hormone in sequence
thyroxin
thyroid gland hormone
liver
target tissue of thyroxin
FSH/LH
hormone for Menstrual Cycle
ADH
hormone for Fluid regulation in the body(Osmoregul ation)
GH
hormone for Growth&division
oxytoxin
hormone for Birth contractions
prolactin
hormone for Milk production
thyroxin
hormone for Metabolic rate
adrenaline
cortisol
adrenal gland hormones
many (both)
target organs of adrenal gland hormones in sequence
adrenaline
hormone for Fight or flight
cortisol
hormone for Anti-stress
Insluin/ Glucagon
pancreas hormone
liver
target organ of Insluin/ Glucagon
Insluin/ Glucagon
hormone for Blood sugar levels
Estrogen/ progesterone
hormone for ovaries
uterus
target organ of Estrogen/ progesterone
Estrogen/ progesterone
hormone for Mens cycle
adrenohypophysis
other name for anterior pituitary gland
growth hormone
TSH
ACTH
FSH
LH
Prolactin
what hormones does APG secretes?
growth hormone
Regulated by two hypothalamic hormones
GH releasing hormone
GH inhibiting hormone
wha two hypothalamic hormones regulate growth hormone
somatropin
GH releasing hormone
somatostatin
GH inhibiting hormone
SUBQ and IM only
how are GH given in patients?
because they are inactivated by GI enzymes
why are GH not given orally?
GH
Should be administered before the fusion of epiphyses because they act only on newly forming bones
GH
Prolonged use leads to the increase of blood sugar level because of the antagonization of insulin.
somatropin
stimulates growth of essentially all tissues of the body mostly the bone
somatropin
Drug of choice for a child with growth failure due to inadequate secretion of endogenous growth hormone & dwarfism
Prader-Willi Syndrome
severe respiratory impairment
patients taking corticosteroids
patients taking antidiabetic drugs
contraindication of GH
arthralgia
myalgia
peripheral edema
weakness paresthesia,
cephalgia
side effects of GH
seizures
intracranial hypertension
leukemia
adverse effects of GH
growth hormone suppressant drugs
For patients with excess secretion of growth hormone, gigantism, acromegaly
pegvisomant
GH receptor antagonist drug
pegvisomant
blocks GH receptor site (drug)
hyperhidrosis
cephalgia
fatigue
side effects of pegvisomant
chest pain
hypertension
elevated hepatic transaminase
adverse effect of pegvisomant
lanreotide acetate
ocrteotide acetate
somatostatin analogues
lanreotide acetate
prevents pituitary gland secrete growth hormone (drug)
lanreotide acetate
depot formulation drug
lanreotide acetate
Last for 28 days after deep subcutaneous injection
every 4 weeks
interval of lanreotide acetate
28 days
how many days does lanreotide acetate last after dep subq injection
Diarrhea
abdominal pain
nausea & vomiting
constipation
weight loss
flatulence
side effects of lanreotide acetate
bromocriptine mesylate
dopamine agonists drugs
bromocriptine mesylate
inhibits the secretion of GH caused by tumor in pituitary gland
oral formulation
formulation of bromocriptine mesylate
nausea
anorexia
dyspepsia
xerostomia
side effects of bromocriptine mesylate
hypertension
myocardial infarction
stroke seizure
adverse effects of bromocriptine mesylate
TSH
stimulates thyroid gland to release T3 (triiodothyronine) and T4 (thyroxine)
TSH
Used as diagnostic agent to differentiate between primary and secondary hypothyroidism
octreotide acetate
inhibits secretion of GH (drug)
adenocorticotropic hormone
A hormone released by pituitary corticotrophs
ACTH
Stimulates the release of glucocorticoids (cortisol), mineralocorticoids (aldosterone), and androgen
diurnal rhythm
meaning the secretion is higher in the morning and decreases throughout the day
cosyntropin
A synthetic ACTH
cosyntropin
stimulates production of and release of cortisol, corticosterone, and androgens
cosyntropin
Used for diagnostic purposes to differentiate between pituitary and adrenal cause of adrenal insufficiency
IV and IM
routes of cosyntropin
peripheral edema
side effects of cosyntropin
bradycardia
hypertension
sinus
tachycardia
adverse effect of cosyntropin
corticotropin
exogenous ACTH
corticotropin
control the synthesis of ACTH
plasma cortisol concentration
should be measured just before and 30-60 minutes after administration of cosyntropin
corticotropin
available as Repository Corticotropin Injection (RCI)
corticotropin
primarily used to diagnose adrenal gland disorder, treat multiple sclerosis, and infant spasms
IM and SUBQ
route of corticotropin
neurohypophysis
other name of posterior pituitary gland
ADH
oxytocin
what hormones does the PPG secrete?
diabetes insipidus
decrease amount of circulating ADH
diabetes insipidus
Excessive urination which leads to severe dehydration and electrolyte loss
diabetes insipidus
Kidney tubules fail to reabsorb water
Excretion of large amounts of dilute urine
polydipsia, dehydration
inability to concentrate urine which again is manifested with dilute urine
low urine specific gravity
SSx of diabetes insipidus
antidiuretic hormone therapy drugs
promotes water reabsorption from the renal tubules
patients with renal disease
contraindication of antidiuretic hormone therapy drugs
desmopressin acetate
vasopressin
example of antidiuretic hormone therapy drugs
oral
intranasal
IV
SUBQ
route for desmopressin acetate
desmopressin acetate
Given to patients with Hemophilia A or von Willebrand Disease Type 1
IM
intranasal
route of vasopressin
vasopressin
Introduce the release of adrenocorticotropic hormone which increases the serum cortisol level
Syndrome of Inappropriate Antidiuretic Hormone
Increased amount of circulating ADH
SIADH
Excessive amount of water expanding the intracellular and intravascular volume
SIADH
Water intoxication and delusional hyponatremia
fluid overload
changes in (?)
mental status
SSx of SIADH
vasopressin receptor antagonist
vaptans
conivaptan
tolvaptan
demeclocycline
vaptans drugs
patients with corn allergy
contraindication of conivaptan
conivaptan
Should be administered IV in large veins and rotated every 24 hours, Therefore you need multiple IV sites for this medication.
Phlebitis
pain
edema
pruritus because of the strong potency of the medication
injection site complications of conivaptan
Orthostatic hypotensio
syncope, hypertension
atrial fibrillation
electrolyte imbalance
adverse effect of conivaptan
oral
route of tolvaptan
thirst
dry mouth
constipation
hyperglycemia
dizziness
weakness
side effects of tolvaptan