Search Results - Willcoxon, Michi

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  1. 1
    A high-throughput, in-vitro assay for Bacillus thuringiensis insecticidal proteins

    A high-throughput, in-vitro assay for Bacillus thuringiensis insecticidal proteins by Izumi Willcoxon, Michi, Dennis, Jaclyn R., Lau, Sabina I., Xie, Weiping, You, You, Leng, Song, Fong, Ryan C., Yamamoto, Takashi

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  2. 2
    Engineering of Bacillus thuringiensis Cry Proteins to Enhance the Activity against Western Corn Rootworm

    Engineering of Bacillus thuringiensis Cry Proteins to Enhance the Activity against Western Corn Rootworm by Hou, Jingtong, Cong, Ruth, Izumi-Willcoxon, Michi, Ali, Hana, Zheng, Yi, Bermudez, Ericka, McDonald, Mark, Nelson, Mark, Yamamoto, Takashi

    Published in Toxins
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    SELECTION OF MICROBIOME-DERIVED PEPTIDES THROUGH MULTI-TECHNOLOGY META-ANALYSIS, BINDING, AND FUNCTIONAL ASSAYS, IDENTIFIES PEPTIDES WITH THERAPEUTIC POTENTIAL THAT MODULATE IMMUNE RESPONSES AND DISEASE

    SELECTION OF MICROBIOME-DERIVED PEPTIDES THROUGH MULTI-TECHNOLOGY META-ANALYSIS, BINDING, AND FUNCTIONAL ASSAYS, IDENTIFIES PEPTIDES WITH THERAPEUTIC POTENTIAL THAT MODULATE IMMUNE... by Lin, Michelle, Kim, Eun Ok, Desnoyer, Jill, Narayan, Nicole, Ravichandar, Jayamary, Lau, Sabina, Hwang, Bum-Yeol, Johnson, Amy Jo, Willcoxon, Michi, DeSantis, Todd, Dabbagh, Karim, Yamamoto, Lynn

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    A NOVEL MICROBIALLY-DERIVED PROTEIN CAN BE EXPRESSED IN LACTOCOCCUS LACTIS AND DELIVERED ORALLY TO IMPROVE GUT BARRIER FUNCTION AND PREVENT FIBROGENESIS BY INTERACTING WITH THE EXTRACELLULAR MATRIX DURING GI INJURY

    A NOVEL MICROBIALLY-DERIVED PROTEIN CAN BE EXPRESSED IN LACTOCOCCUS LACTIS AND DELIVERED ORALLY TO IMPROVE GUT BARRIER FUNCTION AND PREVENT FIBROGENESIS BY INTERACTING WITH THE EXT... by La Chat, Chip La, Nigatu, Eskedar, Messner, Elisabeth, Raja, Bernat Baeza, Desnoyer, Jill, Johnson, Amy Jo, Willcoxon, Michi, Banas, Stefanie, Han, Andrew, DeSantis, Todd, Dabbagh, Karim, Shilova, Irina, Yamamoto, Lynn

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  5. 5
    Abstract 6349: Targeting the CXCR3 pathway with a novel peptide drug candidate mobilizes the immune system to enhance anti-tumor immunity

    Abstract 6349: Targeting the CXCR3 pathway with a novel peptide drug candidate mobilizes the immune system to enhance anti-tumor immunity by Haria, Dhwani, Lee, Jina, Guagua, Justy, Nagaraja, Archana, Roskamp, Kyle, Hwang, Bum-Yeol, Ravichandar, Divya, Willcoxon, Michi, DeSantis, Todd, Dabbagh, Karim, Kiefel, Helena

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