Program
Minisymposia
Session A
| 10:15 am - 12:15 pm, July 27 |
| MSA1 | Woodward 1 |
|---|---|
| Case studies of reactions at the cell membrane: modeling and experiment. - Part I | |
| MSA2 | Friedman 153 |
| From individual to population level models for cell motility | |
| MSA3 | Woodward 3 |
| Intermediate filaments - Part I | |
| MSA4 | Woodward 4 |
| Recent Progress and Challenges in Malaria Modeling | |
| MSA5 | Woodward 5 |
| From Molecules to Sleep: Understanding Circadian Rhythms at Multiple Scales | |
Session B
| 3:30 pm - 5:30 pm, July 27 |
| MSB1 | Woodward 1 |
|---|---|
| Case studies of reactions at the cell membrane: modeling and experiment. - Part II | |
| MSB2 | Friedman 153 |
| Mathematical Models of Molecular Motors | |
| MSB3 | Woodward 3 |
| Intermediate filaments - Part II | |
| MSB4 | Woodward 4 |
| Integrative Aspects of Modeling Beta-cell Signaling | |
| MSB5 | Woodward 5 |
| Dispersal Phenomena in Ecology | |
Session C
| 8:00 am - 10:00 am, July 28 |
| MSC2 | Friedman 153 |
|---|---|
| Modeling of forest insect population dynamics - Part I | |
| MSC3 | Woodward 3 |
| Cellular Structure and Dynamics - Part I | |
| MSC4 | Woodward 4 |
| Cardiovascular-Respiratory Control: investigating and modeling clinically significant interactions - Part I | |
| MSC5 | Woodward 5 |
| Undergraduate Training in Mathematical Biology | |
| MSC6 | Woodward 6 |
| Systems approaches in immunology - Part I | |
Session D
| 10:30 am - 12:30 pm, July 28 |
| MSD1 | Woodward 1 |
|---|---|
| Dynamics of Vector-Borne Disease Control | |
| MSD2 | Friedman 153 |
| Modeling of forest insect population dynamics - Part II | |
| MSD3 | Woodward 3 |
| Cellular Structure and Dynamics - Part II | |
| MSD4 | Woodward 4 |
| Cardiovascular-Respiratory Control: exploring and modeling clinically significant interactions - Part II | |
| MSD5 | Woodward 5 |
| Modeling and simulation for life science industries | |
| MSD6 | Woodward 6 |
| Systems approaches in immunology - Part II | |
Session E
| 10:15 am - 12:15 pm, July 29 |
| MSE1 | Woodward 1 |
|---|---|
| Application of control theory to infectious disease modeling | |
| MSE2 | Friedman 153 |
| Dynamics of Biochemical Reaction Networks - Part I | |
| MSE3 | Woodward 3 |
| Towards quantitative integrated oncology-why 1+1 is greater than 2 - Part I | |
| MSE4 | Woodward 4 |
| Bacterial Polymers - Part I | |
| MSE5 | Woodward 5 |
| Interdisciplinary Training of Undergraduates through Research Experiences | |
Session G
| 3:30 pm - 5:30 pm, July 29 |
| MSG1 | Woodward 1 |
|---|---|
| Plant growth and its hormone regulation - Part I | |
| MSG2 | Friedman 153 |
| Dynamics of Biochemical Reaction Networks - Part II | |
| MSG3 | Woodward 3 |
| Towards quantitative integrated oncology-why 1+1 is greater than 2 - Part II | |
| MSG4 | Woodward 4 |
| Bacterial Polymers - Part II | |
| MSG5 | Woodward 5 |
| Explicit spatial modelling of eco-epidemiological and bioinvasive spread | |
| MSG6 | Woodward 6 |
| Mini-symposium and Panel: On the Care and Feeding of Undergraduates in Mathematical Biology | |
Session H
| 10:15 am - 12:15 pm, July 30 |
| MSH1 | Woodward 1 |
|---|---|
| Plant growth and its hormone regulation - Part II | |
| MSH2 | Friedman 153 |
| Multiscale modeling of cancer progression | |
| MSH6 | Woodward 6 |
| Recent advances in disease modelling | |