| Your time | Speaker | Title | |
| Mon | Nov 18 | 16:00 | Adam MacLean | Modeling cell fate dynamics with single-cell genomics data | |
| Mon | Oct 21 | 15:00 | Arman Rahmim | Physiologically based Pharmacokinetic (PBPK) Modeling towards Creation of Theranostic Digital Twins for Cancer Patients | |
| Mon | May 13 | 15:00 | Zoi Rapti | Generalized Lotka-Volterra equations on graphs | |
| Mon | Apr 15 | 15:00 | Joceline Lega | Epidemics from the Eye of the Pathogen | |
| Mon | Feb 12 | 16:00 | Guowei Wei | Mathematics in action: from pandemic to drug discovery | |
| Mon | Nov 13 | 16:00 | Avi Ma’ayan | Rummagene: Mining Gene Sets from Supporting Materials of PMC Publications | |
| Mon | Oct 16 | 15:00 | Paul K. Newton | Three problems in mathematical oncology | |
| Mon | Sep 25 | 15:00 | Daniel A. Cruz | Topological data analysis of pattern formation in stem cell colonies | |
| Mon | May 01 | 15:00 | David Liu | Computational approaches to enable precision medicine in cancer patients | |
| Mon | Apr 10 | 15:00 | Bard Ermentrout | Follow your Nose: The Dynamics of Olfactory Guided Search | |
| Mon | Feb 27 | 16:00 | Amber Smith | Modeling the Complexity of Viral and Bacterial Coinfections with Influenza | |
| Mon | Nov 28 | 16:00 | Vasileios Maroulas | Grid Cell Navigation via Simplicial Convolutional Recurrent Neural Network | |
| Mon | Oct 31 | 15:00 | Jude Kong | Leveraging AI for Clinical Public Health in the Global South | |
| Mon | Sep 26 | 15:00 | Joel Brown | Using evolutionary game theory to treat cancer | |
| Mon | Apr 25 | 15:00 | Helen Moore | Systems Pharmacology Models in Drug Development | |
| Mon | Apr 11 | 15:00 | Sunčica Čanić | Mathematical and computational modeling of a bioartificial pancreas | |
| Mon | Mar 28 | 15:00 | Anita Layton | His or Her Mathematical Models --- Modeling Kidney Physiology and Beyond | |
| Mon | Mar 14 | 15:00 | Adriana Dawes | Experimental and mathematical approaches to investigate dynein localization and pronuclear movement in the early C. elegans embryo | |
| Mon | Feb 28 | 16:00 | Omar Saucedo | Host movement, transmission hot spots, and vector-borne disease dynamics on spatial networks | |
| Mon | Feb 14 | 16:00 | Raymond Goldstein | Cytoplasmic Streaming and the Swirling Instability of the Microtubule Cytoskeleton | |
| Mon | Jan 31 | 16:00 | Ruth Baker | Mathematical and computational challenges in interdisciplinary bioscience: efficient approaches for simulating and calibrating stochastic models of biological processes. | |
| Mon | Dec 13 | 16:00 | Michael Reed | Serotonin, Histamine, and Depression | |
| Mon | Nov 29 | 16:00 | Belinda Akpa | Bridging the gaps: Multiscale modeling in 'tiny data' biology | |
| Mon | Nov 15 | 16:00 | Ami Radunskaya | DCs, Doses and Drugs: mathematical models for tumor treatments over the past 20 years. | |
| Mon | Nov 01 | 15:00 | Paul Macklin | Using agent-based models to explore complex multicellular systems | |
| Mon | Oct 18 | 15:00 | Chris Sander | Machine learning for hard biological problems - three examples | |
| Mon | Oct 04 | 15:00 | Chun Liu | Energetic Variational Approaches (EnVarA) for Active Materials and Reactive Fluids | |
| 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 | |
