Rop protein: Difference between revisions
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{{STRUCTURE_1rop | PDB=1rop | SCENE=Rop_protein/Wt_rop/1}}<scene name='Rop_protein/Wt_rop/1'>Rop</scene> (Repressor Of Primer) is a small homodimeric RNA-binding protein that is involved in the regulation of copy number of the ColE1 plasmids of E.coli, where it is encoded<ref>[Polisky], 1988</ref>. Its structure has been studied using both X-ray crystallography (Banner ''et al.'', 1987) and NMR (Eberle ''et al''., 1991). | {{STRUCTURE_1rop | PDB=1rop | SCENE=Rop_protein/Wt_rop/1}}<scene name='Rop_protein/Wt_rop/1'>Rop</scene> (Repressor Of Primer) is a small homodimeric RNA-binding protein that is involved in the regulation of copy number of the ColE1 plasmids of E.coli, where it is encoded<ref>[[Polisky]], 1988</ref>. Its structure has been studied using both X-ray crystallography (Banner ''et al.'', 1987) and NMR (Eberle ''et al''., 1991). | ||
Each monomer has molecular weight of 14456 Da and it is consisted of 63 amino acids that forms two α-helices connected by <scene name='Rop_protein/Wt_rop_loop/2'> a loop </scene>of four amino acids (L29, D30, A31, D32). The two monomers are related with a 2-fold symmetry axis. | Each monomer has molecular weight of 14456 Da and it is consisted of 63 amino acids that forms two α-helices connected by <scene name='Rop_protein/Wt_rop_loop/2'> a loop </scene>of four amino acids (L29, D30, A31, D32). The two monomers are related with a 2-fold symmetry axis. | ||