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131.
Kitashova Anastasia Schneider Katja Fürtauer Lisa Schröder Laura Scheibenbogen Tim Fürtauer Siegfried Nägele Thomas 《Photosynthesis research》2021,147(1):49-60
Photosynthesis Research - Photosynthesis and carbohydrate metabolism of higher plants need to be tightly regulated to prevent tissue damage during environmental changes. The intracellular position... 相似文献
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Olivier Maurin Artemis Anest Sidonie Bellot Edward Biffin Grace Brewer Tristan Charles-Dominique Robyn S. Cowan Steven Dodsworth Niroshini Epitawalage Berta Gallego Augusto Giaretta Renato Goldenberg Deise J.P. Gonçalves Shirley Graham Peter Hoch Fiorella Mazine Yee Wen Low Catherine McGinnie Fabián A. Michelangeli Sarah Morris Darin S. Penneys Oscar Alejandro Pérez Escobar Yohan Pillon Lisa Pokorny Gustavo Shimizu Vanessa G. Staggemeier Andrew H. Thornhill Kyle W. Tomlinson Ian M. Turner Thais Vasconcelos Peter G. Wilson Alexandre R. Zuntini William J. Baker Félix Forest Eve Lucas 《American journal of botany》2021,108(7):1087-1111
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Hung-Hsin Chen Douglas M. Shaw Lauren E. Petty Misa Graff Ryan J. Bohlender Hannah G. Polikowsky Xue Zhong Daeeun Kim Victoria L. Buchanan Michael H. Preuss Megan M. Shuey Ruth J.F. Loos Chad D. Huff Nancy J. Cox Julie A. Bastarache Lisa Bastarache Kari E. North Jennifer E. Below 《American journal of human genetics》2021,108(1):194-201
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Yao Hu Adrienne M. Stilp Caitlin P. McHugh Shuquan Rao Deepti Jain Xiuwen Zheng John Lane Sébastian Méric de Bellefon Laura M. Raffield Ming-Huei Chen Lisa R. Yanek Marsha Wheeler Yao Yao Chunyan Ren Jai Broome Jee-Young Moon Paul S. de Vries Brian D. Hobbs Alexander P. Reiner 《American journal of human genetics》2021,108(5):874-893
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Kathie Y Sun Daniel Oreper Sarah A Schoenrock Rachel McMullan Paola Giusti-Rodríguez Vasyl Zhabotynsky Darla R Miller Lisa M Tarantino Fernando Pardo-Manuel de Villena William Valdar 《Genetics》2021,218(1)
Female mammals are functional mosaics of their parental X-linked gene expression due to X chromosome inactivation (XCI). This process inactivates one copy of the X chromosome in each cell during embryogenesis and that state is maintained clonally through mitosis. In mice, the choice of which parental X chromosome remains active is determined by the X chromosome controlling element (Xce), which has been mapped to a 176-kb candidate interval. A series of functional Xce alleles has been characterized or inferred for classical inbred strains based on biased, or skewed, inactivation of the parental X chromosomes in crosses between strains. To further explore the function structure basis and location of the Xce, we measured allele-specific expression of X-linked genes in a large population of F1 females generated from Collaborative Cross (CC) strains. Using published sequence data and applying a Bayesian “Pólya urn” model of XCI skew, we report two major findings. First, inter-individual variability in XCI suggests mouse epiblasts contain on average 20–30 cells contributing to brain. Second, CC founder strain NOD/ShiLtJ has a novel and unique functional allele, Xceg, that is the weakest in the Xce allelic series. Despite phylogenetic analysis confirming that NOD/ShiLtJ carries a haplotype almost identical to the well-characterized C57BL/6J (Xceb), we observed unexpected patterns of XCI skewing in females carrying the NOD/ShiLtJ haplotype within the Xce. Copy number variation is common at the Xce locus and we conclude that the observed allelic series is a product of independent and recurring duplications shared between weak Xce alleles. 相似文献
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