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  1. ...at room temperature and wash buffer 2 (0.1× SSC, 0.1% SDS) three times for 10 min at 65°C.Template switching and PCR amplificationThe cDNAs bound to the beads were resuspended in a template switching solution containing 1× RT buffer, 1 mM dNTPs, 1 µM TSO primer, 1% RNase inhibitor, and 2 U/µL Maxima H...
  2. ...). While these improvements present promising opportunities for future genomics studies, they pose certain challenges for ongoing, multiyear sequencing projects. The NIH Intramural Center for Alzheimer's and Related Dementias (CARD) is in the process of sequencing thousands of brain tissue samples from...
  3. ...that are critical to tissue identityThe biological information captured by a GCN can be evaluated by comparing individual network edges, by examining whether there are edges between genes that are known to interact in a particular cellular pathway (Ha et al. 2015), or by examining the properties of network nodes...
  4. ...et al. 2018) employ bulk RNA-seq data from normal tissues or cell lines as the reference. They were typically constrained by low-resolution estimates, limited to identifying only two or three cellular components within the bulk samples. The progress of sc/snRNA-seq techniques opens the door...
  5. ...to span adulthood in Drosophila: 1 day after eclosion (young), 15 days after eclosion (middle-aged), and 40 days after eclosion (old-aged). Forty guts from virgin females of each age were barcoded by tagmentation, and then, cells were arrayed on two ICELL8 chips for barcoded PCR (Supplemental Table S1...
  6. ...bioinformatics suite. Briefly, the Iso-Seq v3 pipeline trims barcodes, primers, and poly(A) tails; reorients transcripts; and filters out PCR concatemers, producing de novo predicted transcripts as “full-length nonconcatemer” (FLNC) reads that were used for downstream analyses. The BAM files generated by SMRT...
  7. ...these questions, we first analyzed two independent data sets comprising PCR-free whole- sequencing (WGS) and -wide DNA methylation levels derived from whole-blood samples in 245 (discovery cohort) and 484 individuals (replication cohort). Using genotypes for 131,635 polymorphic STRs derived from WGS using Hip...
  8. ...sequence from two different libraries (Venken et al. 2009) were tagged using recombineering. Clones were introduced into flies using the ϕC31 integrase system and attP docking sites on either the second or third chromosome. PCR was used to confirm the location and presence of the targeted TF. As reported...
  9. .... 2021; Buckley et al. 2023). To reduce overfitting and increase interpretability, regularization techniques are often used to shrink coefficients toward zero and highlight a sparse set of relevant features. In particular, the success of the first cross-tissue DNA methylation clock has popularized...
  10. ...Nguyen, Erin Piazza, Aric Rininger, Daniel R. Zollinger, Michael Rhodes and Joseph M. Beechem NanoString Technologies, Seattle, Washington 98109, USA Corresponding author: jbeechem@nanostring.comAbstractEmerging spatial profiling technology has enabled high-plex molecular profiling in biological tissues...
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