The phrase "able to transcribe a" is correct and usable in written English.
You can use it when describing someone's capability to convert spoken or written content into text format.
Example: "She is able to transcribe a lecture accurately, ensuring that all important points are captured."
Alternatives: "capable of transcribing a" or "qualified to transcribe a".
Such a T7 RNA polymerase is able to transcribe a euchromatic locus in yeast (Benton et al. 1990).
Unfortunately, no patient with both this mutation and an SNP in exons 2 10 of BRCA2 was available to allow investigation of whether the mutant allele was still able to transcribe a full- length product.
As O2 tension decreases, HIF1 α stops becoming hydroxylated and is hence stabilized and able to transcribe a large set of genes involved in the regulation of glycolysis and neoangiogenesis.
To challenge the steric occlusion model more rigorously, and to determine whether the yeast core transcription machinery is preternaturally sensitive to blockage by silenced chromatin, we tested whether the RNA polymerase from bacteriophage T7, a single subunit RNA polymerase that evolved independently of native eukaryotic chromatin, was able to transcribe a silenced template.
In the absence of TFIIS, Pol II was only able to transcribe against an opposing load of 7.5 ± 2.0 pN, because its propensity to backtrack stalled the enzyme at high opposing loads.
Boardroom Watson would be able to transcribe everything said in a meeting, show answers to research questions on a big screen, and also come up with its own suggestions consistent with company strategy based on algorithms and big data analytics.
Pol Iα was able to transcribe through the nucleosome to yield a full-length transcript of 178 nt.
Sigma factor competition implies that bacteria with relatively high levels of transcription of genes conferring resistance to physical stresses like low temperature or high osmolarity are less able to transcribe genes that allow them to metabolize a variety of nutrients (Ferenci 2005).
The CDK9 subunit of P-TEFb can then phosphorylate the carboxyl terminal domain of the large subunit of RNA polymerase II and DSIF and NELF, thereby converting RNA polymerase to a processive enzyme that is able to transcribe the entire proviral genome.
Pol Iα was able to transcribe the poly-nucleosomal template (poly-N) processively to yield a full-length transcript of 2496 nt.
You speak, and the browser is able to transcribe what you say.
