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spelling todo:paper_03914097_v1_n1_p89_Cardinali2023-10-03T15:33:48Z Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes Cardinali, D.P. Vacas, M.I. experimental model gonadotropins Pineal gland prolactin sex steroids sympathetic nervous system cocaine dactinomycin isoprenaline noradrenalin phentolamine propranolol radioisotope animal model central nervous system endocrine system estradiol h 3 neuroendocrinology neurosecretion noradrenalin h 3 pineal body superior cervical ganglion testosterone h 3 Animal Female Ganglia, Sympathetic Hamsters Hormones Human In Vitro Male Mammals Neurotransmitters Pineal Gland Rats Reproduction Sex Hormones JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_03914097_v1_n1_p89_Cardinali
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic experimental model
gonadotropins
Pineal gland
prolactin
sex steroids
sympathetic nervous system
cocaine
dactinomycin
isoprenaline
noradrenalin
phentolamine
propranolol
radioisotope
animal model
central nervous system
endocrine system
estradiol h 3
neuroendocrinology
neurosecretion
noradrenalin h 3
pineal body
superior cervical ganglion
testosterone h 3
Animal
Female
Ganglia, Sympathetic
Hamsters
Hormones
Human
In Vitro
Male
Mammals
Neurotransmitters
Pineal Gland
Rats
Reproduction
Sex Hormones
spellingShingle experimental model
gonadotropins
Pineal gland
prolactin
sex steroids
sympathetic nervous system
cocaine
dactinomycin
isoprenaline
noradrenalin
phentolamine
propranolol
radioisotope
animal model
central nervous system
endocrine system
estradiol h 3
neuroendocrinology
neurosecretion
noradrenalin h 3
pineal body
superior cervical ganglion
testosterone h 3
Animal
Female
Ganglia, Sympathetic
Hamsters
Hormones
Human
In Vitro
Male
Mammals
Neurotransmitters
Pineal Gland
Rats
Reproduction
Sex Hormones
Cardinali, D.P.
Vacas, M.I.
Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
topic_facet experimental model
gonadotropins
Pineal gland
prolactin
sex steroids
sympathetic nervous system
cocaine
dactinomycin
isoprenaline
noradrenalin
phentolamine
propranolol
radioisotope
animal model
central nervous system
endocrine system
estradiol h 3
neuroendocrinology
neurosecretion
noradrenalin h 3
pineal body
superior cervical ganglion
testosterone h 3
Animal
Female
Ganglia, Sympathetic
Hamsters
Hormones
Human
In Vitro
Male
Mammals
Neurotransmitters
Pineal Gland
Rats
Reproduction
Sex Hormones
format JOUR
author Cardinali, D.P.
Vacas, M.I.
author_facet Cardinali, D.P.
Vacas, M.I.
author_sort Cardinali, D.P.
title Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
title_short Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
title_full Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
title_fullStr Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
title_full_unstemmed Mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
title_sort mechanisms underlying hormone effects on pineal function: a model for the study of integrative neuroendocrine processes
url http://hdl.handle.net/20.500.12110/paper_03914097_v1_n1_p89_Cardinali
work_keys_str_mv AT cardinalidp mechanismsunderlyinghormoneeffectsonpinealfunctionamodelforthestudyofintegrativeneuroendocrineprocesses
AT vacasmi mechanismsunderlyinghormoneeffectsonpinealfunctionamodelforthestudyofintegrativeneuroendocrineprocesses
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