Migration failures in live imaging of animals.

<div>Hox transcription factors are involved in neuronal and neural crest development and differentiation, including migration, but the genetic programs employed by Hox genes to regulate terminal differentiation remain to be defined. In C. elegans,...

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Bibliographic Details
Main Author:	Vedant D. Jain (20577542) (author)
Other Authors:	Erik A. Lundquist (11911357) (author)
Published:	2025
Subjects:	Medicine Cell Biology Molecular Biology Neuroscience Ecology Sociology Immunology Developmental Biology region immediately anterior q lineage neuroblasts q lineage fluorescence neural crest development known interaction partner genetic programs employed canonical wnt signaling activated cell sorting transcriptional program downstream >- regulated genes mediate distinct stages hox transcription factors hox transcription factor posterior dendritic protrusion genes act downstream st </ sup rd </ sup nd </ sup caenorhabditis elegans </ third stage similar three distinct stages pqr differentiation begins induce posterior migration affected stages two div >< p hox genes stages two hox </ elegans </ third stage neurons downstream three stages pqr neuron ephrin </ posterior migration migration posterior stage ); stage ). 4 </ work delineates three led semaphorin ,</ rna seq premature extension plasma membrane normally forms migration proceeds migration occurs lapse imaging including migration
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Migration failures in live imaging of animals.

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