plant must care regul develop order surviv wide rang condit particular import dormanc releas decid when grow when given vari condit order better understand growth releas mechan dormant tissu molecular physiolog level molecular marker can use one gene famili has long associ dormanc which routin use marker dormanc releas drm1 arp dormancyassoci gene1 auxinrepress protein this plantspecif gene famili has high sequenc ident protein level throughout sever plant speci it function planta remain undetermin this review bring togeth critic analyz find drm1 arp famili from number speci focus relev gene molecular marker dormanc rais question what it role might actual plant

Georgina M. Rae

Karine David

Marion Wood

The Dormancy Marker <i>DRM1/ARP</i> Associated with Dormancy but a Broader Role <i>In Planta</i>

function interrel nuclear actin transcript activ chromatin interphas nucleus reliabl establish numer experi relationship between actin transcript silent chromatin still unclear examin local area second meiotic divis metaphas plate ovul mous oocyt aim studi possibl actinchromatin coloc uncov distribut pattern differ function form actin near metaphas chromosom confoc microscopi probe actin distinguish from each other mechan actin bind tritcphalloidin fluoresc dnasei antibodi against fragment ctermin fragment ntermin domain actin were use actin visual despit fact tritcphalloidin could detect factin area metaphas plate oocyt stain antibodi against fragment actin ntermin domain demonstr presenc near metaphas chromosom some spindlelik structur compos actin filament among all use probe actin onli antibodi against fragment ctermin domain detect accur actin coloc metaphas chromosom conclud antibodi label noncanon form nuclear actin exist longterm associ high condens chromatin

Natalie Bogolyubova

Alexander Ginzburg

Actin Colocalization with Metaphase Chromosomes of the Second Meiosis in Ovulated Mouse Oocytes

immunosuppress inject pregnant mice order investig whether immun respons involv differenti dure embryon develop injection 3 fk506 inhibitor calcineurin earli organogenesi period increas penetr right aortic arch format 32 compar salin inject immunosuppress fty720 rapamycin did affect left right determin fk506 known work restrict nfat nuclear factor activ tcell dephosphoryl determin disord cardiac outflow appear when nfatc4 sirna direct inject amniot fluid mechan pitx2 which normal express lefthand side found express also righthand side furthermor turn out administr fk506 also prevent dephosphoryl nsfl1 cofactor p47 when sirna target p47 introduc amniot fluid fk506treat fetus both dorsal arteri which should normal becom one remain these find indic mother immun system contribut onli self defens also remodel process fetal morphogenesi

Yukihisa Miyachi

Targeted Disruption of Calcium/NFAT Signaling Reveals a Left-Right Determination Disorder in the Pharyngeal Arch Artery

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Developmental Biology Journal

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Table of Contents

Table of Contents: 2013

The Dormancy Marker DRM1/ARP Associated with Dormancy but a Broader Role In Planta

Actin Colocalization with Metaphase Chromosomes of the Second Meiosis in Ovulated Mouse Oocytes

Targeted Disruption of Calcium/NFAT Signaling Reveals a Left-Right Determination Disorder in the Pharyngeal Arch Artery