Most human genes produce multiple mRNA isoforms through alternative splicing.
The Qrr sRNAs regulate multiple mRNA targets including those encoding the quorum-sensing regulatory components luxR, luxO, luxM, and aphA.
Although there are only 22,000 human genes, most express multiple mRNA isoforms through alternative splicing and selection of alternative 5′ and 3′ ends.
Unlike translational inhibition, which requires stable binding of RISC to its target mRNA, RNAi permits a single RISC to act enzymatically to irreversibly inhibit the expression of multiple mRNA molecules.
Many genes have multiple mRNA (multiple splicing) also ruled out.
Transcription of the PTEN gives rise to multiple mRNA species.
We also identified multiple mRNA targets of miR.
Individual miRNAs can modulate multiple mRNA targets, and individual mRNAs can be regulated by multiple, distinct miRNAs [ 20].
A process that allows multiple mRNAs to be transcribed from a single gene.
Both cDNAs are complementary to multiple mRNAs that are differentially expressed during development.
