Cell movements during gastrulation: snail dependent and independent pathways
YT Ip, T Gridley - Current opinion in genetics & development, 2002 - Elsevier
YT Ip, T Gridley
Current opinion in genetics & development, 2002•ElsevierThe morphogenetic process of gastrulation requires multiple inputs and intricate
coordination. Genetic analyses demonstrate critical roles of vertebrate and invertebrate
Snail proteins in this process. Together with other regulatory molecules including Wnt and
BMP, the Snail pathways specify cell fate and reorganize cellular machineries to coordinate
morphological changes and cell movements during gastrulation.
coordination. Genetic analyses demonstrate critical roles of vertebrate and invertebrate
Snail proteins in this process. Together with other regulatory molecules including Wnt and
BMP, the Snail pathways specify cell fate and reorganize cellular machineries to coordinate
morphological changes and cell movements during gastrulation.
The morphogenetic process of gastrulation requires multiple inputs and intricate coordination. Genetic analyses demonstrate critical roles of vertebrate and invertebrate Snail proteins in this process. Together with other regulatory molecules including Wnt and BMP, the Snail pathways specify cell fate and reorganize cellular machineries to coordinate morphological changes and cell movements during gastrulation.
Elsevier