Role of Ca2+ transients at the node of the mouse embryo in breaking of left-right symmetry.

Abstract:

:Immotile cilia sense extracellular signals such as fluid flow, but whether Ca2+ plays a role in flow sensing has been unclear. Here, we examined the role of ciliary Ca2+ in the flow sensing that initiates the breaking of left-right (L-R) symmetry in the mouse embryo. Intraciliary and cytoplasmic Ca2+ transients were detected in the crown cells at the node. These Ca2+ transients showed L-R asymmetry, which was lost in the absence of fluid flow or the PKD2 channel. Further characterization allowed classification of the Ca2+ transients into two types: cilium-derived, L-R-asymmetric transients (type 1) and cilium-independent transients without an L-R bias (type 2). Type 1 intraciliary transients occurred preferentially at the left posterior region of the node, where L-R symmetry breaking takes place. Suppression of intraciliary Ca2+ transients delayed L-R symmetry breaking. Our results implicate cilium-derived Ca2+ transients in crown cells in initiation of L-R symmetry breaking in the mouse embryo.

journal_name

Sci Adv

journal_title

Science advances

authors

Mizuno K,Shiozawa K,Katoh TA,Minegishi K,Ide T,Ikawa Y,Nishimura H,Takaoka K,Itabashi T,Iwane AH,Nakai J,Shiratori H,Hamada H

doi

10.1126/sciadv.aba1195

subject

Has Abstract

pub_date

2020-07-22 00:00:00

pages

eaba1195

issue

30

issn

2375-2548

pii

aba1195

journal_volume

6

pub_type

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