'Biological networks' diaporamas de présentation

CS 6293 Advanced Topics: Translational Bioinformatics

CS 6293 Advanced Topics: Translational Bioinformatics. Biological networks: Theory and applications. Lecture outline. Basic terminology and concepts in networks Some interesting results between network properties and biological functions Network clustering / community discovery

1.46k views • 130 slides

title title

title title. The Architecture of Complexity: From the WWW to network biology. www.nd.edu/~networks. Bio-Map. GENOME. protein-gene interactions. PROTEOME. protein-protein interactions. METABOLISM. Bio-chemical reactions. Citrate Cycle. Connect with probability p. p=1/6 N=10 ?k? ~ 1.5.

1.03k views • 86 slides

BIOLOGICAL NETWORKS

1.21k views • 78 slides

Spectral Graph Theory (Basics)

Spectral Graph Theory (Basics). Charalampos (Babis) Tsourakakis CMU. Outline. Reminders Adjacency matrix Intuition behind eigenvectors: Bipartite Graphs Walks of length k Case Study: Triangles Laplacian Connected Components Intuition: Adjacency vs. Laplacian

1.05k views • 68 slides

CS8803-NS Network Science Fall 2013

CS8803-NS Network Science Fall 2013. Instructor: Constantine Dovrolis constantine@gatech.edu http://www.cc.gatech.edu/~dovrolis/Courses/NetSci/. Disclaimers.

671 views • 57 slides

Introduction to Bioinformatics 236523/234525

Introduction to Bioinformatics 236523/234525. Lecturer: Prof. Yael Mandel-Gutfreund Teaching Assistance: Shai Ben-Elazar Idit kosti. Course web site : http://webcourse.cs.technion.ac.il/236523. What is Bioinformatics?. Course Objectives. To introduce the bioinfomatics discipline

639 views • 45 slides

V11: Structure Learning in Bayesian Networks

V11: Structure Learning in Bayesian Networks. In lectures V9 and V10 we made the strong assumption that we know in advance the network structure . Today, we consider the task of learning in situations where we do not know the structure of the BN in advance .

588 views • 42 slides

Multiple-Scale Visualization and Modeling of Biological Networks/Pathways

Multiple-Scale Visualization and Modeling of Biological Networks/Pathways. Zhenjun Hu Bioinformatics Program, Boston University, Boston, MA02215 http://visant.bu.edu. Outlines. Multiscale visualization & modeling using metagraph Distinguished features of biological networks

658 views • 42 slides

Network Analysis

559 views • 40 slides

Computational Systems Biology: An Introduction

Computational Systems Biology: An Introduction. Eytan Ruppin, 2012. ?????: ?????? ?? ??? ????????? ???? ???? ????

543 views • 38 slides

Lecture7

Lecture7 Topic1: Graph spectral analysis/Graph spectral clustering and its application to metabolic networks Topic 2: Different centrality measures of nodes. Graph spectral analysis/ Graph spectral clustering.

555 views • 38 slides

Biological networks

Biological networks. CS 5263 Bioinformatics. Administrative issues . Today is last lecture of the semester No class on Wed All presentations on Wed, Dec 10, 7:00-9:30 pm Turn in your project report the same day soft copy required, hard copy appreciated. Presentation details.

449 views • 33 slides

Using Graph Theory to Analyze Gene Network Coherence

415 views • 28 slides

Dynamical network motifs: building blocks of complex dynamics in biological networks

Dynamical network motifs: building blocks of complex dynamics in biological networks. Valentin Zhigulin Department of Physics, Caltech, and Institute for Nonlinear Science, UCSD. Spatio-temporal dynamics in biological networks. Periodic oscillations in cell-cycle regulatory network

450 views • 27 slides

Function and Dynamic constrains on the topology of biological networks

Function and Dynamic constrains on the topology of biological networks. Qi Ouyang Center for Theoretical Biology and School of Physics, Peking University, Beijing, China. PICB, Shanghai, April. 30, 2009. Our interest:. Understanding the behavior of biological networks.

355 views • 24 slides

308 views • 22 slides

300 views • 20 slides

Eric Bonnet Computational Systems Biology of Cancer Institut Curie - INSERM U900 - Mines ParisTech

342 views • 19 slides

Using Cell Phones to Demonstrate Biological Networks

Using Cell Phones to Demonstrate Biological Networks. Most high school students have a basic understanding of cell phones and how they function. Cell Phone Networks (in this simulation) are similar to biological networks and can be modeled identically in Cytoscape.

260 views • 15 slides

CSC, Dec.15-16,2005

CSC, Dec.15-16,2005 . Cytoscape Team. Benno Schwikowski Melissa Cline Andrea Splendiadi Lee Hood Richard Bonneau Rowan Christmas Iliana Avila-Campillo Past contributors: Larissa Kamenkovich Andrew Markiel Paul Shannon. Trey Ideker Mark Anderson Nerius Landys Ryan Kelley

340 views • 13 slides