Searching journal content for articles similar to Planet et al. 11 (7): 1149.

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  1. ...looping and high-order chromatin structure (Panigrahi and O'Malley 2021; Karr et al. 2022; Chen et al. 2024b). Furthermore, the DNA interactome at a particular gene locus is controlled by the availability of the transcription machinery, its correct localization, transcriptional complex formation...
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  2. ...to profile the transcriptome at the cellular level, allowing for quantifying cell types and states, analyzing inter- and intrasample heterogeneity, discovering cell differentiation trajectories, and constructing gene regulatory networks (Zhao et al. 2022). Interpretation of such data can be challenging owing...
  3. ..., Hsp90ab1, Hsp90b1, and Cryab) and locomotory behavior (Aplp2, Selenop, and Sez6l2) and downregulation of those related to regulation of cell junction assembly (Clasp2, Ptk2, Srcin1, and Rap1a). The expression of these genes during aging mirrored patterns seen in PD, highlighting potential molecular...
  4. ...that this approach will simplify the identification of disease-causing molecular processes and enhance the discovery of therapeutic targets.Since the advent of cDNA microarrays (Schena et al. 1995), differential gene expression profiling has been used to examine the characteristic gene regulatory changes...
  5. ..., such as in Illumina's VeriSeq NIPT solution v2 assay, and also for single gene disorder analysis. For the latter, relative mutation dosage (RMD) (Lun et al. 2008) and relative haplotype dosage (RHDO) (Lo et al. 2010) establish statistical thresholds for classifying fetal monogenic disorders from maternal plasma DNA...
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  6. ...in a murine MPN model. This study was replicated in MPN patients by profiling -wide gene expression and DNA methylation using patient blood samples collected longitudinally, before and following HC exposure. The effects of HC on the transcriptome were not only associated with cell cycle interruption but also...
  7. ...-throughput sequencing approaches in recovering coding DNA variation. Similarly, we performed this concordance analysis on the All of Us Research Program data set to compare AFs between WGS and microarray genotyping to quantify any similar effect arising between these genotype discovery approaches in primarily noncoding...
  8. ...for understanding gene regulation. Although DNA-binding specificities for thousands of transcription factors (TFs) have been determined, the specific amino acid–base interactions comprising their structural interfaces are largely unknown. This lack of resolution hampers attempts to leverage these data in order...
  9. ...probabilistic framework that uses tumor subclonal structure inferred from bulk DNA sequencing data to determine the subclonal identity of cells from single-cell gene expression (scRNA-seq) measurements. Grouping together cells representing the same genetically defined tumor subclones allows comparison of gene...
  10. ...of module-level DNA methylation and its impact on patient prognosis. We focused on 16 cancer types that had enough normal samples for comparative analysis with tumor samples. We identified 1517 and 1626 network modules significantly enriched for up-regulated and down-regulated differentially expressed genes...
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