Modified gene encoding a rna, protein, polypeptide or peptide, vector, methods for controlling the production of a protein, polypeptide or peptide from a gene, to modify a gene, to remove a 5'-cap structure and / or a 3'-pulley tail of a pre-mRNA or mRNA transcribed from a gene, for controlled production of a protein, polypeptide or peptide within a cell, of evolution and in vitro selection for the production of a ligand-bound RNA sequence of evolution and in vitro selection for the production of a ligand-dependent self-cleavable RNA sequence, synthetic DNA molecule, combination of ligand and modified gene, dna, and ligand-dependent self-cleaving synthetic RNA molecule

摘要

"MODIFIED GENE THAT CODES AN RNA, PROTEIN, POLYPEPTIDE OR PEPTIDE, VECTOR, METHODS TO CONTROL THE PRODUCTION OF A PROTEIN, POLYPEPTIDE OR PEPTIDE FROM A GENE, TO MODIFY A GENE, TO REMOVE A STRUCTURE OR 5 / A 3'-PULLEY TAIL FROM A PREMNA OR MRNA TRANSCRIBED FROM A GENE, FOR CONTROLLED PRODUCTION OF A PROTEIN, POLYPEPTIDE OR PEPTIDE WITHIN A CELL, EVOLUTION AND IN VITRO SELECTION FOR THE PRODUCTION OF A RNA LIGUE SEQUENCE AND IN VITRO EVOLUTION AND SELECTION FOR THE PRODUCTION OF A SELF-CLIVABLE RNA SEQUENCE DEPENDENT ON BINDER, SYNTHETIC DNA MOLECULE, COMBINATION OF BINDER AND MODIFIED GENE, DNA, AND, RNA AUTO-LENDANT SYNTHETIC MOLECULE. This invention relates to the control of protein synthesis from an mRNA sequence (activation or repression) by inserting a sequence into an untranslated region (RTU) of a gene that confers conditional self-cleavage to the transcribed RNA.