Alternate approaches for correcting the majority of X-CGD mutations were assessed, involving TALEN- or Cas9-mediated insertion of CYBB minigenes at exon 1 or 2 of the CYBB locus.
While some alignment problems remain, the introduction of individual genome sequences corrects the majority of obvious anomalies and reveals a surprising amount of genetic regulatory information that was masked by alignment to the reference sequence.
Due to the extent of the intra-species genomic sequence variation across geographic localities (Russell et al., in preparation), these Illumina data could not be used to supplement the genome assembly but were sufficient to correct the majority of sequencing indel errors in the PacBio reads.
Our results indicate that Illumina RNA-seq for WGS improvement may supplant Illumina DNA sequencing for this purpose [ 55], since genome coverage using RNA prepared as described in this study was sufficient to correct the majority of the homopolymer errors, even in non-coding regions.
Leonard Grunstein, a lawyer for Clipper Equity, Mr. Bistricer's group, said in an interview late yesterday that Mr. Bistricer had corrected "the overwhelming majority" of the violations; but, he said, Mr. Bistricer had not yet begun what many building owners say is the laborious and time-consuming process of having the buildings reinspected by the city and having the violations officially cleared.
In our study, having one of the researchers check the transcript provided by the transcriptionist against the audio recording corrected the vast majority of transcription errors and omissions.
While standard normalizations failed to account for the effects of degradation, we found that by explicitly controlling for the effects of RIN using a linear model framework we can correct for the majority of these effects.
Although there is still debate about the early and aggressive use of FFP in a more balanced 1 1 ratio to pRBCs to correct ATC, the majority of studies published to date have emphasized its use and have associated this approach with improved survival rates among severe trauma patients requiring massive transfusions [ 4, 6- 15, 16, 16].
Experimental tests can be limited to the topmost ranking fraction of the compounds where, if the predictions are correct, the majority of active molecules will have been placed.
On the contrary, if the "gene acquisition by HGT" hypothesis [ 18] was correct, the majority of gene phylogenies should support an emergence of the Mimivirus ORFs that have cellular homologues within one of the three domains (according to the specific donor involved in each HGT event).
