Spatial waves and temporal oscillations in vertebrate limb development

Spatial waves and temporal oscillations in vertebrate limb development

The mesenchymal tissue of the developing vertebrate limb bud is an excitable medium that sustains both spatial and temporal periodic phenomena. The first of these is the outcome of general Turing-type reaction-diffusion dynamics that generate spatial standing waves of cell condensations. These conde...

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Bibliographic Details
Main Authors: Bhat, R. (Author), Glimm, T. (Author), Newman, S.A (Author)
Format: Article
Language:English
Published: Elsevier Ireland Ltd 2021
Subjects:
adhesion
animal
Animals
Article
biochemistry
Biological Clocks
biological rhythm
bud
cell component
chicken
computer model
detection method
diffusion
Diffusion
embryo
Extremities
Galectin
galectin 1
galectin 1a
galectin 8
Gallus gallus
gene expression
growth, development and aging
human
Humans
limb
limb bud
limb development
Limb skeletogenesis
Lyapunov function
macroinvertebrate
mathematical model
matrix
Morphogenetic field
nonhuman
oscillation
periodicity
Periodicity
physiology
Reaction-diffusion
time factor
Time Factors
transcription factor HES 1
unclassified drug
Vertebrata
vertebrate
Vertebrates
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