Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion

Electrofusion of rat adrenal and Leydig cells generated hybrids capable of synthesizing simultaneously both testosterone and corticosterone, under stimulation of lutropin or adrenocorticotropin. Evidence was obtained indicating that under such circumstances, heterologous lutropin receptor—adrenal ad...

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Autores principales: Podesta, E.J., Solano, A.R., Molina Vedia, Y.L.
Formato: JOUR
Materias:
adenylate cyclase
corticosterone
corticotropin
cyclic amp
prolactin
testosterone
adrenal gland
animal cell
cell fusion
drug accumulation
drug tissue level
endocrine system
heredity
histology
in vitro study
leydig cell
male genital system
methodology
nonhuman
preliminary communication
priority journal
rat
Adrenal Glands
Animal
Cell Fusion
Corticosterone
Corticotropin
Cyclic AMP
Electricity
Hybrid Cells
Leydig Cells
Luteinizing Hormone
Male
Rats
Testosterone
Acceso en línea:http://hdl.handle.net/20.500.12110/paper_00142956_v145_n2_p329_Podesta
Aporte de:
Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires
id todo:paper_00142956_v145_n2_p329_Podesta
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spelling todo:paper_00142956_v145_n2_p329_Podesta2023-10-03T14:11:48Z Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion Podesta, E.J. Solano, A.R. Molina Vedia, Y.L. adenylate cyclase corticosterone corticotropin cyclic amp prolactin testosterone adrenal gland animal cell cell fusion drug accumulation drug tissue level endocrine system heredity histology in vitro study leydig cell male genital system methodology nonhuman preliminary communication priority journal rat Adrenal Glands Animal Cell Fusion Corticosterone Corticotropin Cyclic AMP Electricity Hybrid Cells Leydig Cells Luteinizing Hormone Male Rats Testosterone Electrofusion of rat adrenal and Leydig cells generated hybrids capable of synthesizing simultaneously both testosterone and corticosterone, under stimulation of lutropin or adrenocorticotropin. Evidence was obtained indicating that under such circumstances, heterologous lutropin receptor—adrenal adenylate cyclase complexes were formed. Copyright © 1984, Wiley Blackwell. All rights reserved Fil:Molina Vedia, Y.L. Universidad de Buenos Aires. Facultad de Ciencias Exactas y Naturales; Argentina. JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_00142956_v145_n2_p329_Podesta
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic adenylate cyclase
corticosterone
corticotropin
cyclic amp
prolactin
testosterone
adrenal gland
animal cell
cell fusion
drug accumulation
drug tissue level
endocrine system
heredity
histology
in vitro study
leydig cell
male genital system
methodology
nonhuman
preliminary communication
priority journal
rat
Adrenal Glands
Animal
Cell Fusion
Corticosterone
Corticotropin
Cyclic AMP
Electricity
Hybrid Cells
Leydig Cells
Luteinizing Hormone
Male
Rats
Testosterone
spellingShingle adenylate cyclase
corticosterone
corticotropin
cyclic amp
prolactin
testosterone
adrenal gland
animal cell
cell fusion
drug accumulation
drug tissue level
endocrine system
heredity
histology
in vitro study
leydig cell
male genital system
methodology
nonhuman
preliminary communication
priority journal
rat
Adrenal Glands
Animal
Cell Fusion
Corticosterone
Corticotropin
Cyclic AMP
Electricity
Hybrid Cells
Leydig Cells
Luteinizing Hormone
Male
Rats
Testosterone
Podesta, E.J.
Solano, A.R.
Molina Vedia, Y.L.
Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
topic_facet adenylate cyclase
corticosterone
corticotropin
cyclic amp
prolactin
testosterone
adrenal gland
animal cell
cell fusion
drug accumulation
drug tissue level
endocrine system
heredity
histology
in vitro study
leydig cell
male genital system
methodology
nonhuman
preliminary communication
priority journal
rat
Adrenal Glands
Animal
Cell Fusion
Corticosterone
Corticotropin
Cyclic AMP
Electricity
Hybrid Cells
Leydig Cells
Luteinizing Hormone
Male
Rats
Testosterone
description Electrofusion of rat adrenal and Leydig cells generated hybrids capable of synthesizing simultaneously both testosterone and corticosterone, under stimulation of lutropin or adrenocorticotropin. Evidence was obtained indicating that under such circumstances, heterologous lutropin receptor—adrenal adenylate cyclase complexes were formed. Copyright © 1984, Wiley Blackwell. All rights reserved
format JOUR
author Podesta, E.J.
Solano, A.R.
Molina Vedia, Y.L.
author_facet Podesta, E.J.
Solano, A.R.
Molina Vedia, Y.L.
author_sort Podesta, E.J.
title Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
title_short Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
title_full Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
title_fullStr Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
title_full_unstemmed Production of steroid hormone and cyclic AMP in hybrids of adrenal and Leydig cells generated by electrofusion
title_sort production of steroid hormone and cyclic amp in hybrids of adrenal and leydig cells generated by electrofusion
url http://hdl.handle.net/20.500.12110/paper_00142956_v145_n2_p329_Podesta
work_keys_str_mv AT podestaej productionofsteroidhormoneandcyclicampinhybridsofadrenalandleydigcellsgeneratedbyelectrofusion
AT solanoar productionofsteroidhormoneandcyclicampinhybridsofadrenalandleydigcellsgeneratedbyelectrofusion
AT molinavediayl productionofsteroidhormoneandcyclicampinhybridsofadrenalandleydigcellsgeneratedbyelectrofusion
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