Searching journal content for articles similar to Wendl et al. 11 (2): 274.

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  1. ..., and limitations introduced by cloning or PCR amplification, which affected previous technologies such as Sanger sequencing, Illumina, and 454. A key advantage of LRS is the ability to generate long reads, ranging from ∼20 kb to >1 Mb. Although initial versions of LRS had high error rates (12% to 20%), the latest...
  2. ...31) is also required to capture sufficient mutated bases in low TF samples. This is particularly important for patients with early stage cancer and for samples and tumor types with low tumor mutational burden. In theory, NanoRCS lowers throughput capacity by sequencing the same molecule in a single...
  3. ...optimization and application.Spatial transcriptomic (ST) sequencing has revolutionized the biological research field. This class of technologies combine the strength of two pillars of modern biological research: sequencing and imaging. One form of ST mapping works by capturing the messenger RNA from...
  4. ...its application to five small whole sequencing (WGS) noncancer cohorts, to detect how common these systematic biases are and the extent to which they affect different genomic regions and to gauge whether the systematic bias predictions from our method are supported by gold-standard reference data...
  5. ...of a large collection of DNA-linked objects through the use of hybridization, and have applied it to the manufacture of randomly assembled arrays of beads in wells. Once the algorithm has been used to determine the identity of each bead, the microarray can be used in a wide variety of applications, including...
  6. ...CTP integration matched perfectly with the reference , whereas the 5′ end sequence without dmCTP integration showed several C→T mismatches due to considerable C→T conversion. To evaluate the accuracy and performance of GPS alignment, we randomly generated one million pair-end reads from the reference human...
  7. ...events, while the use of neutral sequences eliminates the confounding effects of natural selection. Unfortunately, these divergence-based methods can be compromised by the assumption that a genomic region is truly neutral and by the fact that even neutral regions can be subject to other selective forces...
  8. ...that are available. Fortunately, copy number analysis requires only sparse sequence coverage, yet it can distinguish subpopulations and provides deep insights into genetic heterogeneity. Thus, in theory, coupling sparse sequencing withmolecular barcoding approaches offers a means to profile many cells together...
  9. ..., we predicted 84,846 high quality SNPs in the WGS panel compared to the K96243 reference (Chr I: 43,829 and Chr II: 41,017). We validated the technical accuracy of the WGS data by Sanger sequencing of 50 randomly selected SNPs. Of the predicted SNPs, all 50 were confirmed by Sanger sequencing. Whole...
  10. ...problem for the de novo assembly of s (Alkan et al. 2011b; Church et al. 2011; Salzberg et al. 2012). Finishing of the human and mouse s involved selecting large-insert BAC clones and subjecting them to capillary-based shotgun sequence and assembly (English et al. 2012). Sanger-based assembly of large...
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