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Probability - The Science of Uncertainty and Data
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Explore the fascinating world of airborne biology, from microbes that hitchhike through the atmosphere to nematodes capable of remarkable jumps.
Explore how cells detect and respond to chemical gradients in this biological physics seminar by Debraj Ghose.
Discover the principles of self-assembly timing in biological systems with Margaret Johnson's insightful BPPB seminar presentation.
Explore the mechanobiology of mesenchymal cell migration through holistic and reductionist modeling approaches in this BPPB seminar presentation by Nadir Kaplan.
Explore the locomotion of flagellated bacteria, examining how complex fluids and aerotaxis influence their movement in this BPPB seminar by Xiang Cheng.
Explore the connections between circadian rhythms and cellular dormancy through modeling and validation techniques in this biological physics seminar by Guang Yao.
Discover methods for inferring cell-cell communication patterns using single-cell spatially resolved transcriptomics in this biological physics seminar by Ankit Agrawal.
Explore the stochastic assembly process of long-range genomic loci and their formation into chromosomal skeletons in this biological physics seminar by Jingyu Zhang.
Explore the geometric principles and dynamic processes involved in extracting tethers from flat lipid membranes in this biological physics seminar.
Explore the physics of protein diffusion and its crucial role in cellular responses to electric fields in this BPPB seminar by Brian Camley.
Explore how DNA methylation modeling can predict epigenetic patterns in cells with Andrew Spakowitz in this BPPB seminar.
Explore the spatio-temporal dynamics of synthetic microbial consortia growth through cutting-edge biological physics research and mathematical modeling approaches.
Explore drift-diffusion dynamics of proteins in heterogeneous membranes through mathematical modeling and biological physics principles.
Dive into the fascinating dynamics of bacterial movement in complex fluids, exploring how microorganisms navigate upstream through various fluid environments.
Explore groundbreaking research on bacterial droplet patterns and their interfacial behavior through advanced physical biology concepts and experimental observations.
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