Fine mapping and characterization of the tassel-less4 mutant in maize (poster)

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Project category: Life Sciences,Author information: Leo Koenigsfeld, Biochemistry and Plant Sciences, Sophomore, Bonnots Mill, Missouri,Faculty mentor: Paula McSteen (Biological Sciences),Funding source: Discovery Fellowship - Honors College,Collaborators: Leo Koenigsfeld, Janlo Robil, Mika Nevo, Dennis Zhu, Paula McSteen
Member of
Fine mapping and characterization of the tassel-less4 mutant in maize (Koenigsfeld)

The Evolution of starvation resistance in relation to nutrient availability (video)

Project category: Life Sciences,Author information: Jordyn Moaton, Biological Sciences, Senior, Frankfort, Illinois,Faculty mentor: Elizabeth King (Biological Sciences),Funding source: NIH Initiative for Maximizing Student Diversity (IMSD-EXPRESS),Capstone project for 4950 H,Collaborators: Jordyn Moaton, Zeke Elkins, and Elizabeth King
Member of
Evolution of starvation resistance in relation to nutrient availability (Moaton)

The Evolution of starvation resistance in relation to nutrient availability (Moaton)

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Project category: Life Sciences,Author information: Jordyn Moaton, Biological Sciences, Senior, Frankfort, Illinois,Faculty mentor: Elizabeth King (Biological Sciences),Funding source: NIH Initiative for Maximizing Student Diversity (IMSD-EXPRESS),Capstone project for 4950 H,Collaborators: Jordyn Moaton, Zeke Elkins, and Elizabeth King
Member of
Evolution of starvation resistance in relation to nutrient availability (Moaton)

The Evolution of starvation resistance in relation to nutrient availability (poster)

mu_423158-Thumbnail Image.png
Project category: Life Sciences,Author information: Jordyn Moaton, Biological Sciences, Senior, Frankfort, Illinois,Faculty mentor: Elizabeth King (Biological Sciences),Funding source: NIH Initiative for Maximizing Student Diversity (IMSD-EXPRESS),Capstone project for 4950 H,Collaborators: Jordyn Moaton, Zeke Elkins, and Elizabeth King
Member of
Evolution of starvation resistance in relation to nutrient availability (Moaton)

3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution (video)

Project category: Life Sciences,Author information: Conner Verhulst, Biological Sciences, Senior, Kansas City, Missouri,Faculty mentor: Casey Holliday (Pathology and Anatomical Sciences),Funding source: Life Sciences Undergraduate Research Opportunity Program (LS UROP) and Grants to Casey Holliday: NSF IOS 1457319; NSF EAR 1631684,Collaborators: Conner Verhulst, Alec Wilken, Kevin Middleton, Casey Holliday
Member of
3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution (Verhulst)

3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution

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Project category: Life Sciences,Author information: Conner Verhulst, Biological Sciences, Senior, Kansas City, Missouri,Faculty mentor: Casey Holliday (Pathology and Anatomical Sciences),Funding source: Life Sciences Undergraduate Research Opportunity Program (LS UROP) and Grants to Casey Holliday: NSF IOS 1457319; NSF EAR 1631684,Collaborators: Conner Verhulst, Alec Wilken, Kevin Middleton, Casey Holliday
Member of
3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution (Verhulst)

3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution (presentation slides)

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Project category: Life Sciences,Author information: Conner Verhulst, Biological Sciences, Senior, Kansas City, Missouri,Faculty mentor: Casey Holliday (Pathology and Anatomical Sciences),Funding source: Life Sciences Undergraduate Research Opportunity Program (LS UROP) and Grants to Casey Holliday: NSF IOS 1457319; NSF EAR 1631684,Collaborators: Conner Verhulst, Alec Wilken, Kevin Middleton, Casey Holliday
Member of
3D muscle architecture of avian jaw muscles and their significance for cranial functional morphology evolution (Verhulst)

Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes

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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
Member of
Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes (Queathem)

Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes

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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
Member of
Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes (Queathem)

Characterization of the novel maize carbohydrate partitioning defective mutant P135-21B

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Project category: Life Sciences,Author information: Rebecca Winkler, Biological Sciences, Senior, Barnhart, Missouri,Faculty mentor: David Braun (Biological Sciences),Funding source: McNair Scholars Program,Capstone project for Bio Sc 4950,Collaborators: Rebecca L. Winkler, Rachel A. Mertz, Ruth Wagner, Karen Grote, Jeanette Peevers, Paul Chomet, Guri Johal, and David M. Braun
Member of
Characterization of the novel maize carbohydrate partitioning defective mutant P135-21B (Winkler)

Characterization of the novel maize carbohydrate partitioning defective mutant P135-21B

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Project category: Life Sciences,Author information: Rebecca Winkler, Biological Sciences, Senior, Barnhart, Missouri,Faculty mentor: David Braun (Biological Sciences),Funding source: McNair Scholars Program,Capstone project for Bio Sc 4950,Collaborators: Rebecca L. Winkler, Rachel A. Mertz, Ruth Wagner, Karen Grote, Jeanette Peevers, Paul Chomet, Guri Johal, and David M. Braun
Member of
Characterization of the novel maize carbohydrate partitioning defective mutant P135-21B (Winkler)
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