Effectiveness of Lespedeza species as a bioactive forage in ruminant production systems (Wheeler)
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A resource consisting primarily of words for reading.
Examples include books, letters, dissertations, poems, newspapers, articles, archives of mailing lists. Note that facsimiles or images of texts are still of the genre Text.
Effects of maternal oxycodone use on placental development
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Project category: Life Sciences,Author information: Madison Green, Public Health and Biological Sciences, Junior, Warrensburg, Missouri,Faculty mentor: Cheryl Rosenfeld (Biomedical Sciences),Funding source: NIH grant to Dr. Cheryl Rosenfeld.,Collaborators: Madison Green, Rachel Martin, Jessica Kinkade, Jiude Mao, and Cheryl Rosenfeld
Effects of maternal oxycodone use on placental development (poster)
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Project category: Life Sciences,Author information: Madison Green, Public Health and Biological Sciences, Junior, Warrensburg, Missouri,Faculty mentor: Cheryl Rosenfeld (Biomedical Sciences),Funding source: NIH grant to Dr. Cheryl Rosenfeld.,Collaborators: Madison Green, Rachel Martin, Jessica Kinkade, Jiude Mao, and Cheryl Rosenfeld
Mapping loci responsible for auxin mediated development of the primary root in maize (poster)
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Project category: Life Sciences,Author information: Paige Spencer, Biological Sciences and Music, Freshman, Overland Park, Kansas,Faculty mentor: Paula McSteen (Biological Sciences) and Norman Best (Biological Sciences),Funding source: Freshmen in Plant Sciences (FRIPS),Collaborators: Paige Spencer, Stephanie Sage, Norman B. Best, and Paula McSteen
Mapping loci responsible for auxin mediated development of the primary root in maize
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Project category: Life Sciences,Author information: Paige Spencer, Biological Sciences and Music, Freshman, Overland Park, Kansas,Faculty mentor: Paula McSteen (Biological Sciences) and Norman Best (Biological Sciences),Funding source: Freshmen in Plant Sciences (FRIPS),Collaborators: Paige Spencer, Stephanie Sage, Norman B. Best, and Paula McSteen
Mapping loci responsible for auxin mediated development of the primary root in maize (Spencer)
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The Relationship between aerators and microcystin : a comparison between two ponds
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Project category: Life Sciences,Author information: Hugh Key, Biological Sciences, Senior, Gladstone, Missouri,Faculty mentor: Rebecca North (School of Natural Resources),Funding source: CAFNR On Campus Research Internship,Collaborators: Hugh L. Key and Rebecca L. North
The Relationship between aerators and microcystin : a comparison between two ponds (poster)
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Project category: Life Sciences,Author information: Hugh Key, Biological Sciences, Senior, Gladstone, Missouri,Faculty mentor: Rebecca North (School of Natural Resources),Funding source: CAFNR On Campus Research Internship,Collaborators: Hugh L. Key and Rebecca L. North
The Relationship between aerators and microcystin : a comparison between two ponds (video)
Project category: Life Sciences,Author information: Hugh Key, Biological Sciences, Senior, Gladstone, Missouri,Faculty mentor: Rebecca North (School of Natural Resources),Funding source: CAFNR On Campus Research Internship,Collaborators: Hugh L. Key and Rebecca L. North
Regulatory effects of KCa3.1 on pro inflammatory macrophage gene expression (poster)
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Project category: Life Sciences,Author information: Madelyne Kennedy, Biochemistry, Senior, Liberty , Missouri,Faculty mentor: Doug Bowles (Biomedical Sciences) and Darla Tharp (Biomedical Sciences),Funding source: Life Sciences Undergraduate Research Opportunity Program (LS UROP),Collaborators: Madelyne Kennedy, Darla Tharp, and Doug Bowles
Regulatory effects of KCa3.1 on pro inflammatory macrophage gene expression
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Project category: Life Sciences,Author information: Madelyne Kennedy, Biochemistry, Senior, Liberty , Missouri,Faculty mentor: Doug Bowles (Biomedical Sciences) and Darla Tharp (Biomedical Sciences),Funding source: Life Sciences Undergraduate Research Opportunity Program (LS UROP),Collaborators: Madelyne Kennedy, Darla Tharp, and Doug Bowles
Using a qPCR technique to monitor germination of bacillus anthracis spores in soil
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Project category: Life Sciences,Author information: Sydney Oberdiek, Biochemistry, Junior, Platte City, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Collaborators: Sydney A. Oberdiek, Hsin-Yeh Hsieh, George C. Stewart
Using a qPCR technique to monitor germination of bacillus anthracis spores in soil (poster)
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Project category: Life Sciences,Author information: Sydney Oberdiek, Biochemistry, Junior, Platte City, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Collaborators: Sydney A. Oberdiek, Hsin-Yeh Hsieh, George C. Stewart
Using a qPCR technique to monitor germination of bacillus anthracis spores in soil (video)
Project category: Life Sciences,Author information: Sydney Oberdiek, Biochemistry, Junior, Platte City, Missouri,Faculty mentor: Hsin-Yeh Hsieh (Veterinary Pathobiology) and George Stewart (Veterinary Pathobiology),Collaborators: Sydney A. Oberdiek, Hsin-Yeh Hsieh, George C. Stewart
The Role of alternative splicing in fruit fly thermal tolerance (audio file)
Project category: Life Sciences,Author information: Ronel Ghidey, Biological Sciences and Public Health, Senior, Columbia, Missouri,Faculty mentor: Elizabeth King (Biological Sciences),Funding source: NIH Initiative for Maximizing Student Diversity (IMSD-EXPRESS),Capstone project for Bio Sc 4952 H,Collaborators: Ronel Ghidey, Patricka Williams-Simon, Elizabeth King
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The Role of alternative splicing in fruit fly thermal tolerance
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Project category: Life Sciences,Author information: Ronel Ghidey, Biological Sciences and Public Health, Senior, Columbia, Missouri,Faculty mentor: Elizabeth King (Biological Sciences),Funding source: NIH Initiative for Maximizing Student Diversity (IMSD-EXPRESS),Capstone project for Bio Sc 4952 H,Collaborators: Ronel Ghidey, Patricka Williams-Simon, Elizabeth King