Articles tagged with Rna Synthesis
Researchers found that Cucumber mosaic virus (CMV) synthesizes a protein, called 2b, to bind and inhibit AGO1, attenuating RNA silencing. Understanding the function of 2b will enable designing novel strategies for crop plants to survive various viruses.
Researchers have identified a previously unknown quality control station in RNA synthesis that checks NTP loading to maintain accuracy. This discovery has significant implications for understanding cancer, viral infections, and normal human development.
Researchers have developed DNA enzymes that can produce branched and lariat RNAs, key intermediates in the biological process of splicing. The discovery could provide new insights into RNA splicing and its connection to genetic diseases.
Researchers from the University at Buffalo have developed a programmable 'Sugazyme' that can efficiently attach unnatural amino acids to proteins. The technology has the potential to aid researchers working in proteomics by expanding the amino-acid repertoire for protein synthesis.
Researchers have developed a new genetic technique that can deliver a knockout blow to the Asthma Virus by targeting its RNA. The technique, called post-translational gene silencing, uses specific siRNA molecules to block viral protein production and suppress virus replication.