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02:59 Characterizing Biological Phase Separation With… Characterizing Biological Phase Separation With Predictive Approaches, Dylan Kim, UG '21 (2309371)	Characterizing Biological Phase Separation With Predictive Approaches, Dylan Kim, UG '21 (2309371) Biological phase separation is a thermodynamically driven behavior that dictates the formation of many critical membraneless bodies in the cell, including the nucleolus and stress granules. Because… phase separation organelles nucleolus stress granules thermodynamic membraneless support vector machine prd21 separation phase networks components model protein behavior proteins characteristics svm network context bodies systems membrane granules stress body cell From Research Princeton Research Day on April 29th, 2021 2 likes 53 plays Speaker Dylan Kim, UG '21 Department Chemistry

02:59

Characterizing Biological Phase Separation With…

Characterizing Biological Phase Separation With Predictive Approaches, Dylan Kim, UG '21 (2309371)

Biological phase separation is a thermodynamically driven behavior that dictates the formation of many critical membraneless bodies in the cell, including the nucleolus and stress granules. Because…

From Research Princeton Research Day on April 29th, 2021 2 likes 53 plays

Speaker

Dylan Kim, UG '21

Department

Chemistry