What type of RNA found in coronavirus?
Answers from top 10 papers
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53 Citations | This coronavirus can therefore be characterized as a positive-strand RNA virus. |
15 Citations | These findings suggest that coronavirus RNA synthesis is carried out on a ribonucleoprotein via a mechanism that involves both viral and cellular proteins associated with viral RNA, similar to DNA-dependent RNA transcription. |
44 Citations | Biochemical studies on human coronavirus, strain 229E, indicate that the RNA is present in the virion in association with protein as a ribonucleoprotein (RNP) complex. |
56 Citations | The data obtained in this study reveal a remarkable degree of structural and functional conservation of 5′-terminal RNA structural elements across coronavirus genus boundaries. |
21 Citations | Our study indicated that if subgenomic mRNAs were exclusively synthesized from negative-strand genomic RNA, then the relative molar ratios of coronavirus mRNAs were most likely determined after synthesis of the genomic-sized template RNA. |
61 Citations | Coronavirus have the largest RNA genomes (∼26–32 kilobases) and their expansion was likely enabled by acquiring enzyme functions that counter the commonly high error frequency of viral RNA polymerases. |
144 Citations | Our results demonstrate that coronavirus N protein could function as a VSR through its double-stranded RNA binding activity. |
48 Citations | The data suggest that coronavirus replication involves an RNA superstructure at the 5′ end of the genome or one comprising both ends of the genomic RNA. |
We find that highly stable RNA structures are pervasive throughout coronavirus genomes, and are conserved between the SARS-like CoV. | |
21 Citations | If negative-strand subgenomic RNAs were templates for subgenomic mRNAs, then the relative molar ratios of coronavirus mRNAs probably were determined after synthesis of the genomic-sized template RNA used for subgenomic-sized RNA transcription but prior to the completion of the synthesis of subgenomic-sized RNAs containing the leader sequence. |