microrna |
sirna |
As nouns the difference between microrna and sirna
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
sirna is .
microrna |
polycistron |
In genetics|lang=en terms the difference between microrna and polycistron
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
polycistron is (genetics) a group of micrornas expressed from a single transcription unit.
As nouns the difference between microrna and polycistron
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
polycistron is (genetics) a group of micrornas expressed from a single transcription unit.
microrna |
micrornaome |
As nouns the difference between microrna and micrornaome
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
micrornaome is (biochemistry) the complete set of micrornas in an organism.
microrna |
oncomir |
As nouns the difference between microrna and oncomir
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
oncomir is (genetics|medicine) a form of microrna involved in a cancer.
microrna |
antagomir |
As nouns the difference between microrna and antagomir
is that
microrna is (genetics) a single-stranded, non-coding form of rna, having only about 20-30 nucleotides, that has a number of functions including the regulation of gene expression while
antagomir is any of a class of chemically engineered oligonucleotides used to silence endogenous microrna.