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Tooth / Primordium / Dentition / Reaction–diffusion system / Pattern formation / Crocodilia / Biology / Zoology / Tooth development


Document Date: 2006-06-29 07:02:55

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City

Manchester / Capetown / Pasadena / New York / Oxford / /

Company

JDM SRL / Academic Press Limited / /

Country

United States / United Kingdom / South Africa / /

Currency

USD / /

Facility

Sea Fisheries Research Institute / University of Washington / University of Canterbury / Stopford Building / California Institute of Technology / Beckman Institute / The University of Manchester / Mathematical Institute / /

IndustryTerm

replacement chemicals / dependent reaction-diffusion systems / steady-state solutions / reaction-diffusion systems / chemical concentration / gene product / patterned excitable media / tooth site / chemical mechanism / developmental systems / chemical diffusion / chemical basis / chemical gradients / chemical concentrations / substrate solution / chemical / chemical reaction systems / chemicals / /

MedicalCondition

strain / /

NaturalFeature

Rogge Bay / /

Organization

Mathematical Institute / Department of Applied Mathematics / California Institute of Technology / Division of Biology / Beckman Institute / School of Biological Sciences / U.S. National Science Foundation / University of Manchester / Department of Mathematics / University of Washington / Seattle / Centre for Mathematical Biology / University of Canterbury / /

Person

Mechanism Our / /

Position

Author / Model / model for research / rt / Butler / Representative / model the jaw region / /

ProvinceOrState

New Jersey / California / Washington / /

Technology

BMP / gene expression / condensation / simulation / recombination / /

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