Searching journal content for articles similar to Jansen et al. 31 (11): 2022.

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  1. ...in Schwann cells and, moreover, at a higher level in nonmyelinating Schwann cells. This promoter exhibits similar activity in female glia. Multiple lines of evidence from bulk transcriptomic and epigenomic data from peripheral nerve tissues further support these findings. Genes coexpressed positively...
  2. ...). In particular, dynamic alternative splicing has been shown for several neuronal RBPs, including the splicing factor Rbfox1. Splicing of an activity-dependent alternative exon in Rbfox1 regulates its nuclear localization and the splicing patterns of its targets (Lee et al. 2009). We found a homologous...
  3. ...8) (The GTEx Consortium 2020), and The Cancer Genome Atlas (TCGA) (Tomczak et al. 2015)—and selected 1747 projects that included 30 or more samples each. Following quality control (Methods), 95,280 human bulk-RNA sequencing samples remained from 50 GTEx tissues (18,828 samples), 33 TCGA cancer types...
  4. ...the relative proportions of transcripts (Acedo et al. 2015). In some cases, the WT construct may not recapitulate the normal splicing pattern in the tissue of interest, or the positive control variant with known splicing impact may not produce the expected splicing profile. Whether the assay uses single...
  5. ...comprehensively characterize the HER2 alternative splicing isoforms, assess their expression in primary BC patients and cell lines, and explore their role in resistance to anti-HER2 therapies. We expand the catalog of known HER2 protein-coding isoforms from 13 to 90, revealing distinct patterns of protein domains...
  6. ...across different myogenic cell types, including ELAVL1, MBNL1, MBNL2, and TNNC2. Notably, NOVA1, NOVA2, SCAF4, PABPN1, SRSF3, ELAVL1, RBFOX1, and MBNL2 were expressed at relatively higher levels in satellite cells, whereas RBFOX2 and MBNL1 were expressed at comparatively lower levels in these cells (Fig...
  7. ...and regulation. One is the large degree of redundancy between tethering mechanisms and the diversity in peripheral proteins which can interact with chromatin, many of which are differentially expressed between different tissues and stages of development. Added to this is the variability of LADs themselves...
  8. ..., the Polycomb landscape of differentiated cell types remains unexplored. Differentiated cells comprise the majority of the gut epithelium and directly impact both tissue and whole organismal aging. Using single-cell chromatin profiling of the Drosophila intestine, we identify cell type–specific chromatin...
  9. ...of proteins have been implicated in the development and maintenance of neuronal, muscle, and heart tissues, we analyzed publicly available data in these systems. Our analysis suggests global, antagonistic coregulation of splicing by the CELF and RBFOX proteins in mouse muscle and heart in several...
  10. ...splice sites detected in the RNA-seq data of four different species to train the model. It also models SSU in multiple tissues simultaneously using multihead output layers. These modifications were found to improve the prediction of splicing-altering mutations in human populations and diseases...
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