... Ltd 2022 Summary: A previously unreported function for Twist1 in neural tube closure and epithelial-to-mesenchymal transition in cranial neural crest cells. Twist1 -interacting Irf6 is involved in regulating neural tube integrity. Mouse genetics Neural tube closure Epithelial...

... l'Audition FPA RD2018-3 National Institute on Deafness and Other Communication Disorders http://dx.doi.org/10.13039/100000055 DC015242 DV018304 Cell polarity Cytoskeleton Inner ear Morphogenesis Mouse genetics Sensory hair cell Mouse Summary: MPDZ patterns the apical...

... endothelial progenitors that contribute to the formation of lymphatic vasculature in mouse skin. Lymphatic endothelial cells Skin Lymphangiogenesis PROX1 Lineage tracing Progenitor cell Mouse genetics The cellular origin of the lymphatic vascular network has long been debated. Over...

... activates actomyosin contractility to promote neural tube closure, while basally it prevents ectopic myosin activation and tight junction formation. SHROOM3 Actin Cofilin Epithelial polarity Mouse genetics Neural tube Animal development depends on the formation of stable epithelia...

... on two separate ‘enhancer mini-hubs’ to ensure correct Hoxd gene expression levels while maintaining their appropriate anteroposterior boundaries. © 2012. Hox genes Collinearity Transcriptional regulation Mouse genetics We assessed the transcriptional status of the HoxD...

... Mouse genetics Inner ear development Cardiac defects Correct polarization and orientation of cells is of crucial importance for their function. In addition to apical-basal polarization, cells may be polarized in an orthogonal orientation, often but not exclusively in the plane of an epithelial...

...) Meiosis Mouse genetics Cyclin-dependent kinases (Cdks) together with cyclins constitute the central components of the cell cycle machinery( Morgan, 1997 ). In eukaryotic cells, several Cdk-cyclin complexes, including Cdk2-cyclin E, Cdk1-cyclin B,Cdk4-cyclin D, Cdk6-cyclin D and Cdk2-cyclin...

... bodies mouse genetics Endogenously imprinted genes are defined as those that exhibit inequality in activity of maternally and paternally derived alleles. The abnormal development of androgenetic, parthenogenetic and certain uniparental disomic embryos is thought to be due to aberrant total...

... 10032, USA † The Biological Laboratories, Harvard University, 16 Divinity Avenue, Cambridge, MA 02138, USA 30 03 1993 © 1993 by Company of Biologists 1993 parental imprinting insulin-like growth factor 2 T-maternal effect mouse genetics It is well established...

... correspondence should be addressed 31 05 1989 © 1989 by Company of Biologists 1989 genome imprinting transgenic mice mouse genetics The cis -acting element that operates within this system must logically be due to either the transgene itself or its integration site. One must...

... testis haploid gene expression mouse genetics cDNA cloning spermatogenesis. The t -complex has been extensively studied because independent t -haplotype chromosomes carry recessive embryonic lethal genes that result in embryonic death at different stages of development ( Bennett, 1975...