Authors:
KABERDIN VR
MICZAK A
JAKOBSEN JS
LINCHAO S
MCDOWALL KJ
VONGABAIN A
Citation: Vr. Kaberdin et al., THE ENDORIBONUCLEOLYTIC N-TERMINAL HALF OF ESCHERICHIA-COLI RNASE-E IS EVOLUTIONARILY CONSERVED IN SYNECHOCYSTIS SP. AND OTHER BACTERIA BUTNOT THE C-TERMINAL HALF, WHICH IS SUFFICIENT FOR DEGRADOSOME ASSEMBLY, Proceedings of the National Academy of Sciences of the United Statesof America, 95(20), 1998, pp. 11637-11642
Citation: Kj. Mcdowall et Sn. Cohen, THE N-TERMINAL DOMAIN OF THE RNE GENE-PRODUCT HAS RNASE-E ACTIVITY AND IS NONOVERLAPPING WITH THE ARGININE-RICH RNA-BINDING SITE, Journal of Molecular Biology, 255(3), 1996, pp. 349-355
Citation: Kj. Mcdowall et al., A-CLEAVAGE(U CONTENT RATHER THAN A PARTICULAR NUCLEOTIDE ORDER DETERMINES THE SPECIFICITY OF RNASE E), The Journal of biological chemistry, 269(14), 1994, pp. 10790-10796
Citation: S. Linchao et al., EFFECTS OF NUCLEOTIDE-SEQUENCE ON THE SPECIFICITY OF RNE-DEPENDENT AND RNASE E-MEDIATED CLEAVAGES OF RNA I-ENCODED BY THE PBR322 PLASMID, The Journal of biological chemistry, 269(14), 1994, pp. 10797-10803
Authors:
MCDOWALL KJ
HERNANDEZ RG
CHAO SL
COHEN SN
Citation: Kj. Mcdowall et al., THE AMS-1 AND RNE-3071 TEMPERATURE-SENSITIVE MUTATIONS IN THE AMS GENE ARE IN CLOSE PROXIMITY TO EACH OTHER AND CAUSE SUBSTITUTIONS WITHIN A DOMAIN THAT RESEMBLES A PRODUCT OF THE ESCHERICHIA-COLI MRE LOCUS, Journal of bacteriology, 175(13), 1993, pp. 4245-4249