One variety of it is targeted by ricin and erythromycin, and is coded for by the most conserved genes in the genome. Another type of it has a molecular shape with regions like the acceptor stem and D-arm. One type of transposon uses it as an intermediate in the process of jumping, and in general, its messenger type is created in transcription. Usually single-stranded, for 10 points, identify this major genetic polymer, more unstable than DNA because of a self-cleaving ad
One variety of it is targeted by ricin and erythromycin, and is coded for by the most conserved genes in the genome. Another type of it has a molecular shape with regions like the acceptor stem and D-arm. One type of transposon uses it as an intermediate in the process of jumping, and in general, its messenger type is created in transcription. Usually single-stranded, for 10 points, identify this major genetic polymer, more unstable than DNA because of a self-cleaving additional hydroxyl group.
One variety of it is targeted by ricin and erythromycin, and is coded for by the most conserved genes in the genome.
{RNA} [or {ribonucleic acids}; do not accept "{deoxyribonucleic acids}" or "{DNA}"]