Dynamic Structures of Protein Interaction Networks Predict Complex Phenotypes of Biological Systems
This work focuses on the use of network graph theory in biological networks. I explore how network graph theory informs our understanding of biological networks such as protein interaction networks. I show that the human protein interaction network forms dynamic, modular structures that organize cel...
Main Author: | Taylor, Ian |
---|---|
Other Authors: | Wrana, Jeffrey |
Language: | en_ca |
Published: |
2012
|
Subjects: | |
Online Access: | http://hdl.handle.net/1807/35072 |
Similar Items
-
Dynamic Structures of Protein Interaction Networks Predict Complex Phenotypes of Biological Systems
by: Taylor, Ian
Published: (2012) -
Structural and Functional Analysis of Two Novel Protein Ligases, Dcn1 and IpaH
by: Chou, Yang-Chieh
Published: (2011) -
Structural and Functional Analysis of Two Novel Protein Ligases, Dcn1 and IpaH
by: Chou, Yang-Chieh
Published: (2011) -
New Insights into the Structure, Function and Evolution of TETR Family Transcriptional Regulators
by: Yu, Zhou
Published: (2010) -
New Insights into the Structure, Function and Evolution of TETR Family Transcriptional Regulators
by: Yu, Zhou
Published: (2010)