Clin Med: Endo exam
stalk = infundibulum
posterior pituitary = neurohypophysis: Other names for:
pituitary stalk
posterior pituitary
Stalk (Infundibulum) & posterior pituitary -> 6 different arteries
anterior pituitary -> hypophyseal portal system (venous blood): describe the bloodflow
of the pituitary/hypothalamus
- NO hormone synthesis
recieves/stores oxytocin and ADH from hypothalamus via Herring Bodies: the
role of the posterior pituitary
via hypothalamic releasing hormones: how does the hypothalamus communicate with the
anterior pituitary
- TRH (thyrotropin releaseing hormone)
,CRH (corticotropin releasing hormone)
GH-RH (growth hormone releasing hormone)
LHRH (lutenizing hormone releasing hormone)
FSHRH (follico stimulating hormone releasing hormone): what are the hypothalamic
releasing hormones
dopamine: what else does the hypothalamus release onto the anterior pituitary besides [releasing hormones]
GNRH (gonadotropin releasing hormone): LHRH and FSHRH are known collectively as
- TSH (thyroid stimulating hormone)
ACTH (adrenocorticotropic hormone)
GH (growth hormone)
LH & FSH (gonadotropins)
MSH (melanocyte stimulating hormone)
,PLN (prolactin): what hormones does the anterior pituitary release
- TSH-> thyroid
ACTH -> adrenal cortex
GH -> muscle and long bones
LH & FSH -> testes/ovaries
MSH -> skin
, PLN -> breasts: where do each of those hormones go (what organs) that are released from the anterior
pituitary
smooth muscle of uterus and breasts: where does oxytocin go
TRH-> TSH
Dopamine -> inhibits PLN
LHRH & FSHRH -> LH & FSH
GHRH -> GH
CRH-> ACTH
CRH, UV light-> MSH: the blue top to bottom
thyroid
breast
stalk = infundibulum
posterior pituitary = neurohypophysis: Other names for:
pituitary stalk
posterior pituitary
Stalk (Infundibulum) & posterior pituitary -> 6 different arteries
anterior pituitary -> hypophyseal portal system (venous blood): describe the bloodflow
of the pituitary/hypothalamus
- NO hormone synthesis
recieves/stores oxytocin and ADH from hypothalamus via Herring Bodies: the
role of the posterior pituitary
via hypothalamic releasing hormones: how does the hypothalamus communicate with the
anterior pituitary
- TRH (thyrotropin releaseing hormone)
,CRH (corticotropin releasing hormone)
GH-RH (growth hormone releasing hormone)
LHRH (lutenizing hormone releasing hormone)
FSHRH (follico stimulating hormone releasing hormone): what are the hypothalamic
releasing hormones
dopamine: what else does the hypothalamus release onto the anterior pituitary besides [releasing hormones]
GNRH (gonadotropin releasing hormone): LHRH and FSHRH are known collectively as
- TSH (thyroid stimulating hormone)
ACTH (adrenocorticotropic hormone)
GH (growth hormone)
LH & FSH (gonadotropins)
MSH (melanocyte stimulating hormone)
,PLN (prolactin): what hormones does the anterior pituitary release
- TSH-> thyroid
ACTH -> adrenal cortex
GH -> muscle and long bones
LH & FSH -> testes/ovaries
MSH -> skin
, PLN -> breasts: where do each of those hormones go (what organs) that are released from the anterior
pituitary
smooth muscle of uterus and breasts: where does oxytocin go
TRH-> TSH
Dopamine -> inhibits PLN
LHRH & FSHRH -> LH & FSH
GHRH -> GH
CRH-> ACTH
CRH, UV light-> MSH: the blue top to bottom
thyroid
breast