Mathematical and Computational Biology Seminar Series

bioinformatics computational biology general mathematics

Audience:	Researchers in the topic
Seminar series time:	Every other Monday 15:00-16:00 in your time zone, UTC
Organizers:	Leili Shahriyari*, Panos Kevrekidis, Nathaniel Whitaker
	*contact for this listing

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Upcoming talks

Past talks

Your time			Speaker	Title
Mon	Oct 04	15:00	Chun Liu	Energetic Variational Approaches (EnVarA) for Active Materials and Reactive Fluids
Mon	Oct 18	15:00	Chris Sander	Machine learning for hard biological problems - three examples
Mon	Nov 01	15:00	Paul Macklin	TBA
Mon	Nov 15	16:00	Ami Radunskaya	TBA
Mon	Nov 29	16:00	Belinda Akpa	TBA
Mon	Dec 13	16:00	Michael Reed	TBA
Mon	Jan 31	16:00	Ruth Baker	TBA
Mon	Feb 14	16:00	Raymond Goldstein	TBA

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Your time			Speaker	Title
Mon	Sep 20	15:00	Charles S. Peskin	Inference of crossbridge properties from A.V. Hill's description of the heat of shortening and force-velocity relation of skeletal muscle
Mon	May 31	15:00	Wenrui Hao	Computational models of cardiovascular disease
Mon	May 17	15:00	Tanveer Syeda-Mahmood	Multimodal Fusion Across Scales for Disease Understanding
Mon	May 03	15:00	Germán Enciso	Stochastic Modeling of Nucleosome Dynamics and Gene Expression
Mon	Apr 19	15:00	Mark Lewis	Population Dynamics in Changing Environments
Mon	Apr 05	15:00	Víctor M. Pérez García	Scaling laws and evolutionary dynamics in cancer: Recent results and open mathematical problems.
Mon	Mar 22	15:00	Leah Edelstein-Keshet	Mathematical and computational models: from sub cellular to multicellular behaviour
Mon	Mar 08	16:00	Miranda Teboh-Ewungkem	Malaria and Mathematics as Viewed from the Lens of the Transmitting Mosquitoes
Mon	Feb 22	16:00	Mark Chaplain	A Mathematical Framework for Modelling the Metastatic Spread of Cancer
Mon	Feb 08	16:00	Olivia Prosper	Modeling within-mosquito dynamics of the malaria parasite
Mon	Jan 25	16:00	Philip Maini	Modelling collective cell movement in biology and medicine
Mon	Dec 14	16:00	Jonathan Rubin	Multiple roles of synaptic “inhibition” & how they arise in decision-making pathways in the basal ganglia
Mon	Nov 30	16:00	Leonid Hanin	Mathematical discovery of natural laws in biomedical sciences with application to metastasis
Mon	Nov 16	16:00	Veronica Ciocanel	Modeling and data analysis for intracellular protein organization
Mon	Nov 02	16:00	Thomas Hillen	Mathematical Modeling of the Immune-Mediated Theory of Metastasis
Mon	Oct 19	15:00	Heiko Enderling	Mathematical modeling of cancer radiotherapy; the past, the present, and the future
Mon	Oct 05	15:00	Mary Lou Zeeman	A flow-kick framework for studying resilience
Mon	Sep 21	15:00	Alain Goriely	Modelling dementia
Mon	Sep 07	15:00	Mohit Kumar Jolly	Multi-scale modeling of the dynamics of cancer metastasis: a computational systems biology approach
Mon	Aug 24	15:00	James Glazier	Multiscale multicellular modeling of tissue function and disease using CompuCell3D: A simplified computer simulation of acute primary viral infection and immune response in an epithelial tissue
Mon	Aug 10	15:00	BREAK - no talks	TBA
Mon	Jul 27	15:00	Santiago Schnell	Developing models for the accurate measurement of enzyme kinetic parameters
Mon	Jul 13	15:00	Natalia Komarova	Mathematics of Evolution: mutations, selection, and random environments
Mon	Jun 29	15:00	Helen Byrne	Data-driven mathematical oncology: evolution, revolution or co-evolution?
Mon	Jun 15	15:00	Stanislav Shvartsman	How to make a large cell

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