<--- Back to Details
First PageDocument Content
Pattern formation / Mathematical and theoretical biology / Cellular automaton / Santiago Schnell / Morphogenesis / Reaction–diffusion system / Cellular model / Chemotaxis / Dictyostelium discoideum / Biology / Developmental biology / Lee Segel
Pattern formation
Mathematical and theoretical biology
Cellular automaton
Santiago Schnell
Morphogenesis
Reaction–diffusion system
Cellular model
Chemotaxis
Dictyostelium discoideum
Biology
Developmental biology
Lee Segel

Add to Reading List

Source URL: eprints.maths.ox.ac.uk

Download Document from Source Website

Share Document on Facebook

Similar Documents

Session I – Chemotactic Signaling I Memory of Motility in Chemotaxis Monica Skoge, Danny Fuller, Wouter-Jan Rappel and William F. Loomis University of California San Diego Dictyostelium cells migrate chemotactically

DocID: 1uXII - View Document

Department of Biological Sciences Animal and Plant Physiology 2nd Year November – December 2002 Chemotaxis Practical Thierry Soldati ()

DocID: 1ukgI - View Document

Microsoft Word - Chemotaxis_Lab

DocID: 1tYt1 - View Document

Chemotaxis Practical, Backstage Preparation Preparation of D. discoideum Use AX2 wild type and Gß- strain. 1. Vegetative Cells 1.1 Grow AX2 cells in suspension in HL5c medium at 220C, shaking at 180rpm. Grow to a densit

DocID: 1tTrz - View Document

Biology / Cell biology / Cytoskeleton / Actin / Cell migration / Cofilin / Rho family of GTPases / Stress fiber / Lamellipodium / Microfilament / Cell cortex / Chemotaxis

JCB: ARTICLE Published April 25, 2005 A developmentally regulated Na-H exchanger in Dictyostelium discoideum is necessary for cell

DocID: 1rtES - View Document