Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast (video)

Project category: Life Sciences,Author information: Audrey Wind, Biological Sciences, Junior, Wildwood, Missouri,Faculty mentor: R. Michael Roberts (Biochemistry) and Toshihiko Ezashi (Animal Sciences),Funding source: Eunice Kennedy Shriver National Institute of Child Health and Human Development to R. Roberts,Collaborators: Audrey Wind, Yuchen Tian, R. Michael Roberts, Toshihiko Ezashi
Member of
Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast (Wind)

Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast

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Project category: Life Sciences,Author information: Audrey Wind, Biological Sciences, Junior, Wildwood, Missouri,Faculty mentor: R. Michael Roberts (Biochemistry) and Toshihiko Ezashi (Animal Sciences),Funding source: Eunice Kennedy Shriver National Institute of Child Health and Human Development to R. Roberts,Collaborators: Audrey Wind, Yuchen Tian, R. Michael Roberts, Toshihiko Ezashi
Member of
Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast (Wind)

Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast (poster)

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Project category: Life Sciences,Author information: Audrey Wind, Biological Sciences, Junior, Wildwood, Missouri,Faculty mentor: R. Michael Roberts (Biochemistry) and Toshihiko Ezashi (Animal Sciences),Funding source: Eunice Kennedy Shriver National Institute of Child Health and Human Development to R. Roberts,Collaborators: Audrey Wind, Yuchen Tian, R. Michael Roberts, Toshihiko Ezashi
Member of
Estimating minimum BMP4 exposure time needed to prime human pluripotent stem cell differentiation to trophoblast (Wind)

Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP (video)

Project category: Life Sciences,Author information: Eddie Maxwell, Biological Sciences, Junior, Lilbourn, MO, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Capstone project for Bio Sc 4950,Collaborators: Eddie Maxwell, Hsin-Yeh Hsieh, Shu-Yu Hsu, Chung-Ho Lin, and George Stewart
Member of
Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP (Maxwell)

Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP

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Project category: Life Sciences,Author information: Eddie Maxwell, Biological Sciences, Junior, Lilbourn, MO, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Capstone project for Bio Sc 4950,Collaborators: Eddie Maxwell, Hsin-Yeh Hsieh, Shu-Yu Hsu, Chung-Ho Lin, and George Stewart
Member of
Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP (Maxwell)

Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP (poster)

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Project category: Life Sciences,Author information: Eddie Maxwell, Biological Sciences, Junior, Lilbourn, MO, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Capstone project for Bio Sc 4950,Collaborators: Eddie Maxwell, Hsin-Yeh Hsieh, Shu-Yu Hsu, Chung-Ho Lin, and George Stewart
Member of
Degradation of hydroxyatrazine using AtzB from pseudomonas sp. strain ADP (Maxwell)

The Lateral suppressor1 (las1) mutant inhibits axillary meristem initiation and shows a complex genetic interaction with the meristem maintenance mutant compact plant2 (ct2) in maize

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Project category: Life Sciences,Author information: Stephanie Sage, Agriculture, Junior, St. Peters, Missouri,Faculty mentor: Paula McSteen (Biological Sciences),Collaborators: Stephanie Sage, Norman B. Best, Paula McSteen
Member of
Lateral suppressor1 (las1) mutant inhibits axillary meristem initiation and shows a complex genetic interaction with the meristem maintenance mutant compact plant2 (ct2) in maize (Sage)

The Lateral suppressor1 (las1) mutant inhibits axillary meristem initiation and shows a complex genetic interaction with the meristem maintenance mutant compact plant2 (ct2) in maize (poster)

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Project category: Life Sciences,Author information: Stephanie Sage, Agriculture, Junior, St. Peters, Missouri,Faculty mentor: Paula McSteen (Biological Sciences),Collaborators: Stephanie Sage, Norman B. Best, Paula McSteen
Member of
Lateral suppressor1 (las1) mutant inhibits axillary meristem initiation and shows a complex genetic interaction with the meristem maintenance mutant compact plant2 (ct2) in maize (Sage)

Characterizing the interactions between Suppressor of Sessile Spikelet Mutations (Sos2 and Sos3)

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Project category: Life Sciences,Author information: Connor Nordwald, Plant Sciences, Junior, East Prairie, Missouri,Faculty mentor: Paula McSteen (Biological Sciences),Funding source: CAFNR On Campus Research Internship,Collaborators: Connor Nordwald, Katy Guthrie, Amanda Blythe and Paula McSteen
Member of
Characterizing the interactions between Suppressor of Sessile Spikelet Mutations (Sos2 and Sos3) (Nordwald)

Characterizing the interactions between Suppressor of Sessile Spikelet Mutations (Sos2 and Sos3) (poster)

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Project category: Life Sciences,Author information: Connor Nordwald, Plant Sciences, Junior, East Prairie, Missouri,Faculty mentor: Paula McSteen (Biological Sciences),Funding source: CAFNR On Campus Research Internship,Collaborators: Connor Nordwald, Katy Guthrie, Amanda Blythe and Paula McSteen
Member of
Characterizing the interactions between Suppressor of Sessile Spikelet Mutations (Sos2 and Sos3) (Nordwald)

White-tailed deer and coyote activity in an agroforestry landscape (poster)

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Project category: Life Sciences,Author information: Harrison Stoudt, Natural Resources Science and Management, Sophomore, Imperial, Missouri,Faculty mentor: Summer Higdon (School of Natural Resources) and Ron Revord (School of Natural Resources),Collaborators: Harrison D. Stoudt, Summer D. Higdon, Matthew E. Gompper, and Ronald Revord
Member of
White-tailed deer and coyote activity in an agroforestry landscape (Stoudt)

Xenoestrogen effects on hypothalamic and hippocampal gene expression

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Project category: Life Sciences,Author information: Camryn Long, Biological Sciences and Psychology, Junior, Richland, Missouri,Faculty mentor: Cheryl Rosenfeld (Biomedical Sciences),Funding source: NIH grant to Dr. Rosenfeld,Collaborators: Camryn Long, Mary Butler, Jessica Kinkade, Madison Green, Rachel Martin, Brittney Marshall, Tess Willemse, Katrin A. Schenk, Jiude Mao, and Cheryl Rosenfeld
Member of
Xenoestrogen effects on hypothalamic and hippocampal gene expression (Long)

Xenoestrogen effects on hypothalamic and hippocampal gene expression (poster)

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Project category: Life Sciences,Author information: Camryn Long, Biological Sciences and Psychology, Junior, Richland, Missouri,Faculty mentor: Cheryl Rosenfeld (Biomedical Sciences),Funding source: NIH grant to Dr. Rosenfeld,Collaborators: Camryn Long, Mary Butler, Jessica Kinkade, Madison Green, Rachel Martin, Brittney Marshall, Tess Willemse, Katrin A. Schenk, Jiude Mao, and Cheryl Rosenfeld
Member of
Xenoestrogen effects on hypothalamic and hippocampal gene expression (Long)
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