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Abstract Flagella-driven motility is a widespread strategy by which microorganisms navigate complex aqueous environments. Swimming cells must not only generate propulsion but also respond to, and interact …

Abstract The propensity of proteins to form amyloid fibrils is encoded in their amino acid sequences, motivating the development of computational methods to predict amyloidogenicity directly from sequence …

Speakers TBA.

Speaker: Daryl Klein, MD, Ph.D., Yale School of Medicine Title: Mechanisms to Medicines: Structural Blueprints for Targeting Receptor Signaling Cell-surface receptors are often interpreted through canonical …

Speaker: Christina Leslie, Ph.D., Memorial Sloan Kettering Cancer Center Title: AI Models for Regulatory Genomics and Spatial Biology We will present new ML/AI models for single …

… α- and β-CTTs favor interactions oriented toward the microtubule minus end: the α-CTT preferentially interacts with the β-tubulin in the neighboring dimer in the …

Speaker: Marla Sokolowski, Ph.D. (University of Toronto) Title: Should I Stay or Should I Go?  Unravelling Gene-environment Interplay in Behavior We are interested in how DNA …

Speaker: Victor Sourjik, Ph.D. (Max Planck Institute For Terrestrial Microbiology) Title: How physics guides evolution: Lessons from bacterial motility Bacterial motility is one of the quantitatively best …