Having just read the transcripts of almost every Oscar speech ever to be precise, it was only the 1,424 at Oscars.org, dating back to 1939—I consider myself an expert on these speeches.
Having just read the transcripts of almost every Oscar speech ever – to be precise, it was only the 1,424 at Oscars.org, dating back to 1939 – I consider myself an expert on these speeches.
We identified regions of high transcript abundance in almost every chromosome in the mitochondrial genome including those that lack any annotated genes.
The predominance of non-responsive or down-regulated transcripts was evident within almost every category of ROS-scavenging enzymes, except for alternative oxidase, ferritin, and monodehydroascorbate reductase, in which all NaCl-responsive transcripts were induced.
The biological limitations for this study, as is the case for almost all transcript profiling studies, is that there remains uncertainty about the relationship between mRNA and protein expression, and the relationship of both to function.
SEP1 and SEP3 were detected in all floral organs and SEP4 accumulated in sepals and pistils, with low levels of transcript detected in stamens and almost no transcript detected in petals.
High-throughput sequencing is gradually replacing microarrays as the preferred method for studying mRNA expression levels, providing nucleotide resolution and accurately measuring absolute expression levels of almost any transcript, known or novel.
Very low, almost background transcript levels were detected for W109669 (Additional file 6D), suggesting that this gene is most likely involved primarily in defense responses, whereas W100630, W100577 and W108715 are also expressed during plant development.
Transcripts were identified for almost every gene involved in flower chlorophyll and carotenoid metabolism and in anthocyanin biosynthesis.
