Searching journal content for articles similar to Kouprina et al. 15 (11): 1477.

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  1. ...region, an expanded seven-copy IGHV3-23 gene haplotype. These findings underscore the power of our method to resolve the full complexity of the IGH locus and uncover previously unrecognized variants that may affect immune function and disease susceptibility. Thus, our method provides a strong basis...
  2. ...function. Mutations are analyzed using paralogs grouped into functional families with highly similar functions, identifying 355 functional impact events (FIEs) through their proximity and clustering near to functional sites. The use of functional family paralogs to map mutations to protein structures from...
  3. ...Androgen receptor–mediated assisted loading of the glucocorticoid receptor modulates transcriptional responses in prostate cancer cells Johannes Hiltunen1,3, Laura Helminen1,3, Niina Aaltonen1,3, Kaisa-Mari Launonen1, Hanna Laakso1, Marjo Malinen2, Einari A. Niskanen1, Jorma J. Palvimo1 and Ville...
  4. ...the expression level (reads per kilobase per million mapped reads [RPKM]) of the edited genes in CV and GF. The 140 downregulated sites in GF mapped to 81 unique genes, and these genes did not show differential RPKM values between the two conditions (P=0.12, Wilcoxon rank-sum test). Similarly, the 15 upregulated...
  5. ...downregulated DEGs were enriched in cell adhesion molecules pathways (Supplemental Fig. S5H).To explore the dynamics of gene expression changes with age, we performed clustering analysis of DEGs, identifying distinct groups with varied functions. In oligodendrocytes, for example, we identified four DEG groups...
  6. ...to a narrow range near 1.0 highlighting minor differences between cell cycle stages. (D) Heat map and clustering analysis of variable genes during the cell cycle. Genes are represented by row-wise z-scored log2(TPM) values and clustered by k-means (k = 2). Only genes expressed in ≥2 cell cycle stages...
  7. ...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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  8. ...of summer juveniles, another including shrinking autumn and winter juveniles, and a third encompassing spring and summer adults (Supplemental Fig. S2B).To investigate the temporal dynamics of gene regulation, we further clustered the 3336 significant genes based on their expression patterns across seasons...
  9. ...−19), with its corresponding CRE mapped to an exonic region, whereas BIN1 was linked to the rs6733839 locus (AD GWAS P-value 6.48 × 10−90), with its CRE located in a distal regulatory region (Fig. 4F). Additionally, AD-associated genes such as ACE, DGKQ, GRN, and MIR8085 were enriched in excitatory neurons...
  10. ...for bulk RNA-seq, such as ssGSEA (Barbie et al. 2009) and GSVA (Hänzelmann et al. 2013), are not fit for scRNA-seq data because they are more susceptible to dropouts and suffer from imbalanced expressions of genes in cancer cells versus nonmalignant cells in tumor samples (Noureen et al. 2022). To overcome...
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