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Menu
  • Home
    • What is Informatics?
    • Our Mission
  • People
    • Overview
    • Informatics Staff
    • Faculty Affiliates
    • PhD Students
    • Recent PhD Graduates
  • Programs
    • Minor in Informatics
      • Advising Tracks
      • Upper Level Courses
      • Global Informatics Certificate
      • Meet with an INFO advisor
    • Minor in Game Studies & Design
      • GSD Minor Pathways
    • Graduate Minor in Game Studies
      • GSD Graduate Minor Pathways
    • Masters in Bioinformatics
    • PhD in Informatics
      • PhD Admissions
      • PhD Forms and Academic Support
      • PhD Student Handbook AY22-23
      • PhD Student Mentoring Guidelines
    • C-U Community Fab Lab
    • Electronic Literatures & Literacies Lab
    • Playful By Design
  • Focus Areas
    • Art and Cultural Informatics
    • Bioinformatics
    • Cognitive Science and Language Processing
    • Data Analytics and Information Visualization
    • Design, Technology, and Society
    • Health and Medical Informatics
    • Spatial Informatics
  • In the News
  • Give

Advising Track: Biological Modeling

Biological modeling uses computational approaches to help scientists understand complex biological and physiological systems by simulating the spatio-temporal processes in living cells. Important biological processes studied include protein folding, biomolecular catalysis, the spread of disease, rational design of drugs, and the evolution of molecules and organisms. The goal is to increase the productivity of biologists by predicting cellular behavior long before such behavior could be observed and validated in a laboratory.

ANSC 448 ยท Mathematical modeling in life sciences

  • 614 E. Daniel St., 4th Floor
    Champaign, IL 61820
  • 217-333-4930
  • informatics@illinois.edu
  • MC-387
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