In Silico Systems Biology: Cellular and Organismal Models I | AIChE

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In Silico Systems Biology: Cellular and Organismal Models I

Chair(s)

Young, J., Vanderbilt University

Co-chair(s)

Senger, R. S., Virginia Tech

A critical component of systems biology is the development of in silico approaches to understand systems of interest. Novel uses of in silico methods to understand biological systems, as well as the development of new technologies and algorithms for in silico systems analysis are examined.

Presentations

12:30 PM
(490a) Mathematical Modeling of Light-Mediated Cortisol Secretion and Evaluation of Downstream Effects On Cytokine Production
12:48 PM
(490b) The Src-Family Kinase Inhibitor PP2 Rescues Inducible Differentiation Events in Emergent Retinoic Acid-Resistant Myeloblastic Leukemia Cells
1:06 PM
(490c) Systemic Analysis of a Cellular Network Model of Liver Regeneration Reveals Potential Mechanisms of Regeneration Suppression
1:24 PM
(490d) Developing An Information Theoretic Framework for Model Selection in Systems Biology
1:42 PM
(490e) Identification of Regulatory Structure and Kinetic Parameters of Biochemical Networks Via Mixed-Integer Dynamic Optimization
2:00 PM
(490f) Abstraction of Kinetic Models (AKM) Using Function and Parameter Co-Estimation Exploration
2:18 PM
(490g) Reconstruction of Glycosylation Reaction Networks: Integration of Glycomics and Enzyme Data With Computer Models
2:36 PM
(490h) Integrating Omics Data Into Metabolic Models of Lipids: A Platform for the Identification of Gene Mutations From Lipidomics Data

Topics 

Biological Engineering
Systems Biology

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