Single-cell RNA sequencing (scRNA-seq) is a powerful tool for characterizing the cell-to-cell
variation and cellular dynamics in populations which appear homogeneous otherwise in …

… force accounting for diversity and biological complexity of living organisms. … of RNA
transcripts from repeated sequences, offering a limited dynamic range, unable to detect very subtle …

… The true sensitivity of RNA-seq for detecting subtle expression differences has been … and
taxonomic diversity, so will the depth of biological insight possible through RNA-seq analysis in …

… , RNA-seq generates a diverse set of reads and facilitates analyses of expression level variation
for known and unknown RNA … which we analysed the subtle effects on gene expression …

… 85 processing, experimental protocols, sequencing platforms, and analysis pipelines across
… 87 reproducibility of RNA-seq 14, 15, 22. In the context of such diverse experimental and 88 …

… diversity data on a large panel of species, we used RNA-seq combined with a de novo gene
assembly strategy. We prepared RNA-seq … sequence due to true SNPs could have subtle …

… ecological habitats and recovered more than 1,213 RNA viruses that were recapitulated in
40 … ecologically diverse viral populations in insects greatly expand our understanding of RNA …

… by RNA-seq and summarize current progress towards understanding the role of eQTLs in
determining human phenotypic diversity. … acting in trans have more subtle effects, appear more …

… Therefore, our data highlight subtle yet region-defining gene expression signatures
among specific neuronal subtypes that could not be detected from bulk analyses (fig. S14B). …

… of RNA-Seq continues to grow, we expect rMATS will be useful for studies of alternative
splicing in diverse RNA-Seq … This suggests the paired rMATS model can reveal more subtle but …