Queathem: Beta-3 adrenergic receptor activation induces adipose tissue browning in a sex and depot-dependent manner

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Digital Document
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Virtual presentation at the Spring 2021 University of Missouri Undergraduate Research and Creative Achievements Forum, held April 2021.
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Queathem: Beta-3 adrenergic receptor activation induces adipose tissue browning in a sex and depot-dependent manner
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Queathem: Beta-3 adrenergic receptor activation induces adipose tissue browning in a sex and depot-dependent manner

Model
Digital Document
mu_427784-Thumbnail Image.png
Description
Virtual presentation at the Spring 2021 University of Missouri Undergraduate Research and Creative Achievements Forum, held April 2021.
Member of
Queathem: Beta-3 adrenergic receptor activation induces adipose tissue browning in a sex and depot-dependent manner
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Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)

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Digital Document
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Description
Material for an online presentation at the Summer 2020 University of Missouri Undergraduate Research and Creative Achievements Forum, held virtually from July 30-August 1, 2020.
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Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)
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Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)

Model
Digital Document
mu_423474-Thumbnail Image.png
Description
Material for an online presentation at the Summer 2020 University of Missouri Undergraduate Research and Creative Achievements Forum, held virtually from July 30-August 1, 2020.
Member of
Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)
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Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)

Model
Video
Description
Material for an online presentation at the Summer 2020 University of Missouri Undergraduate Research and Creative Achievements Forum, held virtually from July 30-August 1, 2020.
Member of
Adipose tissue-specific effects of dopamine receptor 1-specific Esr1 deletion in mice (Frazier)
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Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes

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Digital Document
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Description
Project category: Life Sciences,Author information: Eric Queathem, Nutrition and Exercise Physiology, and Biochemistry, Senior, Montgomery City, Missouri,Faculty mentor: Victoria Vieira-Potter (Nutrition and Exercise Physioloy),Funding source: McNair Scholars Program,Collaborators: Eric D. Queathem, Rebecca Welly, Dennis Lubahn, R. Scott Rector, Laura Clart, Kevin Fritsche, and Victoria Vieira-Potter
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Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes (Queathem)
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Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes

Model
Digital Document
mu_423009-Thumbnail Image.png
Description
Project category: Life Sciences,Author information: Eric Queathem, Nutrition and Exercise Physiology, and Biochemistry, Senior, Montgomery City, Missouri,Faculty mentor: Victoria Vieira-Potter (Nutrition and Exercise Physioloy),Funding source: McNair Scholars Program,Collaborators: Eric D. Queathem, Rebecca Welly, Dennis Lubahn, R. Scott Rector, Laura Clart, Kevin Fritsche, and Victoria Vieira-Potter
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Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes (Queathem)
Service File - Download
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