The Chemical Basis of Morphogenesis

E78814

The Chemical Basis of Morphogenesis is Alan Turing’s pioneering 1952 paper that introduced reaction–diffusion models to explain how complex biological patterns and structures can arise from simple chemical processes.

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Generate an image of The Chemical Basis of Morphogenesis (The Chemical Basis of Morphogenesis is Alan Turing’s pioneering 1952 paper that introduced reaction–diffusion models to explain how complex biological patterns and structures can arise from simple chemical processes.)

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The Chemical Basis of Morphogenesis canonical 1
Turing pattern 1

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Statements (47)

Predicate Object
instanceOf journal article ⓘ
scientific paper ⓘ
appliesTo animal coat patterns ⓘ
embryonic development ⓘ
phyllotaxis ⓘ
author Alan Turing ⓘ
citedAs foundational work on Turing mechanisms ⓘ
seminal paper in reaction–diffusion theory ⓘ
countryOfPublication United Kingdom ⓘ
demonstrates spontaneous pattern formation in reaction–diffusion systems ⓘ
that diffusion can destabilize a homogeneous equilibrium ⓘ
explains formation of spatial patterns via reaction and diffusion of chemicals ⓘ
how complex biological patterns can arise from simple chemical interactions ⓘ
field developmental biology ⓘ
mathematical biology ⓘ
morphogenesis ⓘ
pattern formation ⓘ
reaction–diffusion systems ⓘ
theoretical biology ⓘ
hasAbbreviation Turing 1952 ⓘ
linked to: Alan Turing
hasKeyIdea interaction of activator and inhibitor substances ⓘ
linear stability analysis of homogeneous steady states ⓘ
role of diffusion coefficients in pattern selection ⓘ
use of partial differential equations to model morphogenesis ⓘ
historicalSignificance one of the earliest mathematical models of morphogenesis ⓘ
pioneering work linking chemistry and biological form ⓘ
influenced mathematical modeling in biology ⓘ
modern developmental biology ⓘ
pattern formation theory ⓘ
theoretical chemistry ⓘ
introduces Turing pattern ⓘ
language English ⓘ
mainConcept diffusion-driven instability ⓘ
morphogen ⓘ
pattern formation from homogeneous states ⓘ
reaction–diffusion model ⓘ
spatial symmetry breaking ⓘ
proposes chemical basis for biological pattern formation ⓘ
proposesMechanismFor generation of stripes and spots in organisms ⓘ
segmentation and periodic structures ⓘ
publicationYear 1952 ⓘ
publishedIn Philosophical Transactions of the Royal Society of London. Series B, Biological Sciences ⓘ
publisher Royal Society ⓘ
topic chemical morphogens ⓘ
nonlinear dynamics in biology ⓘ
self-organization in biological systems ⓘ
spatial patterning in biological tissues ⓘ

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Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Alan Turing → notableWork → The Chemical Basis of Morphogenesis ⓘ
The Chemical Basis of Morphogenesis → introduces → Turing pattern ⓘ
linked to: The Chemical Basis of Morphogenesis