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Functional AR Signaling Is Evident in an In Vitro Mouse Follicle Culture Bioassay That Encompasses Most Stages of Folliculogenesis

by Lenie, Sandy, Smitz, Johan
Published in Biology of reproduction (01.04.2009)

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Continuous exposure to bisphenol A during in vitro follicular development induces meiotic abnormalities

by Lenie, Sandy, Cortvrindt, Rita, Eichenlaub-Ritter, Ursula, Smitz, Johan
Published in Mutation research (12.03.2008)

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A Reproducible Two-Step Culture System for Isolated Primary Mouse Ovarian Follicles as Single Functional Units

by LENIE, Sandy, CORTVRINDT, Rita, ADRIAENSSENS, Tom, SMITZ, Johan
Published in Biology of reproduction (01.11.2004)

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A Reproducible Two-Step Culture System for Isolated Primary Mouse Ovarian Follicles as Single Functional Units1

by Lenie, Sandy, Cortvrindt, Rita, Adriaenssens, Tom, Smitz, Johan
Published in Biology of reproduction (01.11.2004)

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Steroidogenesis-disrupting compounds can be effectively studied for major fertility-related endpoints using in vitro cultured mouse follicles

by Lenie, Sandy, Smitz, Johan
Published in Toxicology letters (28.03.2009)

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Estrogen receptor subtypes localization shifts in cultured mouse ovarian follicles

by Lenie, Sandy, Smitz, Johan
Published in Histochemistry and cell biology (01.06.2008)

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Functional AR Signaling Is Evident in an In Vitro Mouse Follicle Culture Bioassay That Encompasses Most Stages of Folliculogenesis1

by Lenie, Sandy, Smitz, Johan
Published in Biology of reproduction (01.04.2009)

Get full text

Journal Article

Functional AR Signaling Is Evident in an In Vitro Mouse Follicle Culture Bioassay That Encompasses Most Stages of Folliculogenesis

Continuous exposure to bisphenol A during in vitro follicular development induces meiotic abnormalities

A Reproducible Two-Step Culture System for Isolated Primary Mouse Ovarian Follicles as Single Functional Units

A Reproducible Two-Step Culture System for Isolated Primary Mouse Ovarian Follicles as Single Functional Units1

Steroidogenesis-disrupting compounds can be effectively studied for major fertility-related endpoints using in vitro cultured mouse follicles

Estrogen receptor subtypes localization shifts in cultured mouse ovarian follicles

Functional AR Signaling Is Evident in an In Vitro Mouse Follicle Culture Bioassay That Encompasses Most Stages of Folliculogenesis1

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