… manner, allowing for genome, epigenome, and transcriptome editing in live cells. These tools
… The efficiency and precision of base editors makes them useful in both basic research and …

… will benefit from genomics-guided precision treatments. … precision oncology framework,
SELECT (synthetic lethality and rescue-mediated precision oncology via the transcriptome…

… The transcriptome offers further intriguing clues to the functions of genetic variants. Unlike
the genome, the transcriptome is highly dynamic in response to acute and cumulative …

… While m6Anet shows higher accuracy than Nanom6A [74] and EpiNano [64] using an in
vivo HEK293 dataset, it only identifies m6A sites in DRACH motifs and has a low precision. …

… remain, the combined use of metabolomic and genomic data has the potential to … genomes
will be sequenced and metabolomes (as well as potentially other omes such as transcriptome …

… the chemistry in a microfluidic platform for single-cell whole-… To quantitatively evaluate the
sensitivity and precision of our … genome, like the mouse or the human reference genome, and …

… whole-genome and transcriptome level using … genomic level by targeting DNA or chromatin
proteins. Here, we review recent advances in establishing whole-genome and transcriptome …

… Full-length scRNA-seq methods examine the genome-wide transcriptome, holding promise
… precise isolation of single cells from defined anatomical locations and global transcriptome …

… Having obtained genome-scale mass spectrometry data and the transcriptome-derived
PGX database, we next sought to confirm accuracy of algorithms for scoring peptide–spectral …

… genomic landscape. HTS techniques can be classified according to their applications for
investigating genomes, epigenomes, or transcriptome. … , especially for capture chemistry-based …