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AMATH 882 - Mathematical Cell Biology

Dynamic mathematical modelling of biological process at the cellular level. Intracellular networks: metabolism, signal transduction, and genetic regulatory networks. Neural networks: from biophysical modelling of single neurons to the analysis of network behaviour. Modelling will be carried out primarily through ordinary differential equations; analysis will involve application of dynamical systems tools and simulations. Other relevant modelling frameworks (PDEs, delay equations, stochastic methods) will be touched on as time allows.

Prerequisites

Corequisites

None

Antirequisites

None

Offerings

Winter 2025 [1251]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00181914 / 1513:00 - 14:20 M,W

Winter 2023 [1231]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 001879310 / 1514:30 - 15:50 M,WMC 6460Brian Ingalls

Winter 2021 [1211]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 041820210 / 20 Brian Ingalls

Winter 2020 [1201]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00164660 / 15

Winter 2019 [1191]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00182539 / 1510:00 - 11:20 M,WMC 6460Brian Ingalls

Winter 2017 [1171]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00197366 / 2013:00 - 14:20 M,WMC 6460Sue Ann Campbell

Winter 2015 [1151]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00180867 / 2010:00 - 11:20 M,WMC 6496Brian Ingalls

Winter 2013 [1131]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00170619 / 2510:00 - 11:20 T,ThM3 3103Sue Ann Campbell

Winter 2011 [1111]

SectionClassEnrolledTimeDaysLocationInstructor
LEC 00168644 / 2514:30 - 15:50 M,WMC 4062Brian Ingalls

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