The phrase "allows for transcript" is correct and usable in written English.
It can be used when discussing the capability or provision for creating or obtaining a transcript, such as in educational or legal contexts.
Example: "The new software allows for transcript generation, making it easier for students to obtain their academic records."
Alternatives: "facilitates transcript" or "enables transcript".
The segregation within subgenomes likely provides additional "noise" that allows for transcripts relevant to the trait to separate clearly from others, focusing the candidate set.
The start point or register for the phasing pattern is set by the targeted cleavage by miRNA and thus allows for a single transcript to generate different sets of small RNAs dependent on the position of the original targeting miRNA.
The advantage of using high throughput sequencing is that this technique allows for assessment of transcript expression in a given sample at a large dynamic range, from minute quantities to highly abundant ones, and does not require a-priori knowledge for the identification of modified and novel RNA molecules in addition to known ones.
Although RPKM considers the length of the transcript, and thus allows for comparison among different transcripts, in most studies the gene length is not an issue because the comparison is made for the same gene between different conditions [ 24].
Nowadays, the development of massively parallel analysis methods including high-throughput sequencing (HTS) and tilling arrays allows for detecting such transcripts at the genome-wide level [22], [29], [30].
As demonstrated by many previous studies, computation and evaluation of Pearson's or Spearman correlation coefficients allows for comparison of transcript-based expression profiles across technologies [ 13, 15, 17- 22, 25, 28].
The high-throughput of next-generation sequencing allows for profiling of transcripts over a wide range of abundance [ 30], providing an accurate picture of differential expression across tissues within an organism.
Similarly, each mRNA is assembled into an RNP (mRNP) particle involving a series of complex assembly intermediates, which associate with each species of RNA in a dynamic fashion to allow for precise transcript maturation (Fatica and Tollervey 2002; Hopper and Phizicky 2003; Vinciguerra and Stutz 2004).
A straightforward extension of this strategy also allows for integration of partial transcript information.
Regarding adipogenesis, APA ensures a modest but consistent elongation of 3′UTRs during differentiation, and thus allows for a fine-tuned transcript regulation via small non-coding RNAs (14).
