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  1. ...used for mitochondrial recovery and species identification. Long-read nanopore sequencers enable simultaneous reading of both DNA sequence and methylation and can multiplex samples for low-cost skimming. Here I present nanopore sequencing as a highly precise platform for global DNA methylation...
  2. ...A Bayesian framework to study tumor subclone–specific expression by combining bulk DNA and single-cell RNA sequencing data Yi Qiao1,6, Xiaomeng Huang1,6, Philip J. Moos2, Jonathan M. Ahmann3, Anthony D. Pomicter3, Michael W. Deininger3,4, John C. Byrd5, Jennifer A. Woyach5, Deborah M. Stephens3...
  3. ...et al. 2006). Extensive sequencing of MHC-I transcript and genomic DNA PCR amplicons suggests that this expansion of MHC-B genes is common in both rhesus and cynomolgus macaques (Otting et al. 2005; Doxiadis et al. 2013; Wiseman et al. 2013; Karl et al. 2017; Shortreed et al. 2020). These MHC...
  4. ...methylation levels that were then confirmed by bisulfite TA clone sequencing (Fig. 1H). Moreover, we validated 13 additional regions using bisulfite pyrosequencing, the results of which continue to demonstrate the efficiency of GPS in detecting global DNA methylation (Supplemental Fig. S3C,D).We next compared...
  5. ...), but are of great potential importance because alterations to mtDNA expression or coding sequences are directly causative of premature aging (Trifunovic et al. 2004) and metabolic and neurodegenerative diseases (Schapira 2012).Discovery of mtDNA methylation was reported in the 1970s using radiolabeling (Nass 1973...
  6. ....arnaud@uca.frAbstractIn cancer cells, aberrant DNA methylation is commonly associated with transcriptional alterations, including silencing of tumor suppressor genes. However, multiple epigenetic mechanisms, including polycomb repressive marks, contribute to gene deregulation in cancer. To dissect the relative contribution...
  7. ...al. 2006 ). The use of such technology, for sequencing bisulphite-mutagenized DNA, eliminates the cloning step and yet delivers a detailed picture of the cytosine-methylation landscape with more reduced labor and time than the conventional clone-based strategy. Since pyrosequencing technologies...
  8. ...). However, whether integration in host-cell chromosomal DNA takes place in nucleosome-wrapped DNA has not previously been studied. Here we present a study of integration site selection by HIV, taking advantage of massively parallel DNA sequencing based on pyrophosphate release (“pyrosequencing”) ( Margulies...
  9. ...20 sequencing platform allows massively parallel picoliter-scale amplification and pyrosequencing of individual DNA molecules ( Margulies et al. 2005 ). Simons and colleagues described two cases in which ultra-deep pyrosequencing detected minority variant drug-resistance mutations in a previously...
  10. ...these quantitative problems into a determination of single nucleotide variation (SNV) frequencies by pyrosequencing. Pyrosequencing sequences single-strand DNA by coupling nucleotide incorporation onto a sequencing primer with the production of bioluminescence signals, producing readouts called ‘‘pyrograms...
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