Multivalent Display of Antifreeze Proteins by Fusion to Self-Assembling Protein Cages Enhances Ice-Binding Activities von Phippen, Sean W, Stevens, Corey A, Vance, Tyler D. R, King, Neil P, Baker, David, Davies, Peter L

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Conserved structural features anchor biofilm‐associated RTX–adhesins to the outer membrane of bacteria von Guo, Shuaiqi, Langelaan, David N., Phippen, Sean W., Smith, Steven P., Voets, Ilja K., Davies, Peter L.

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Do diverse antifreeze protein structures bind ice by the same mechanism? von Ye, Qilu, Basu, Koli, Eves, Robert, Campbell, Robert L., Phippen, Sean, Davies, Peter L.

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1350 AI/ML-driven discovery of Collagen Triple Helix Repeat-Containing 1, CTHRC1, a novel proteoglycan for disruption of stromal barriers and enhancement of immunotherapy responses... von Koch, Elizabeth, Berkley, Amy, Phippen, Sean, London, Max, White, Kerry, Hanson, Amanda, Cooper, Sam, Harvey, Christopher, Briskin, Michael

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Abstract 388: AI/ML-driven discovery of a novel proteoglycan for precision targeting of ADCs for disruption of stromal barriers and direct anti-tumor activity von Koch, Elizabeth, London, Max, Berkley, Amy, Nixon, Allison, Phippen, Sean, White, Kerry, Hanson, Amanda, Cooper, Samuel, Harvey, Christopher, Briskin, Michael

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Structural insight into host cell surface retention of a 1.5 MDa bacterial ice-binding adhesin von Guo, Shuaiqi, Olijve, Luuk, Langelaan, David, Phippen, Sean, Campbell, Robert, Smith, Steven, Voets, Ilja, Davies, Peter

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Cracking the code: Understanding molecular signatures in ovarian cancer subgroups undergoing primary treatment von Asare, Amma, Fleming, Nicole, Bateman, Nicholas, Westin, Shannon, Jazaeri, Amir, Yao, Jun, Hajek, Richard, Celestino, Joseph, Fellman, Bryan, Rangel, Kelly, Sey, Esther, Cronin, Sean, Phippen, Neil, Lu, Karen, Conrads, Thomas, Maxwell, George, Lee, Sanghoon, Sood, Anil

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