Authors: WASHINGTON MT PATEL SS

Citation: Mt. Washington et Ss. Patel, INCREASED DNA UNWINDING EFFICIENCY OF BACTERIOPHAGE-T7 DNA HELICASE MUTANT PROTEIN 4A' E348K/, The Journal of biological chemistry, 273(14), 1998, pp. 7880-7887

Authors: WASHINGTON MT PATEL SS

Citation: Mt. Washington et Ss. Patel, IMPROVED DNA UNWINDING EFFICIENCY OF BACTERIOPHAGE-T7 HELICASE MUTANTPROTEIN E348K, Biophysical journal, 74(2), 1998, pp. 73-73

Authors: PATEL SS HINGORANI MM WASHINGTON MT MOORE K AHNERT P

Citation: Ss. Patel et al., MECHANISM OF T7 DNA HELICASE, Biophysical journal, 74(2), 1998, pp. 334-334

Authors: HINGORANI MM WASHINGTON MT MOORE KC PATEL SS

Citation: Mm. Hingorani et al., THE DTTPASE MECHANISM OF T7 DNA HELICASE RESEMBLES THE BINDING CHANGEMECHANISM OF THE F1-ATPASE, Proceedings of the National Academy of Sciences of the United Statesof America, 94(10), 1997, pp. 5012-5017

Authors: ROSENBERG AH GRIFFIN M WASHINGTON MT PATEL SS STUDIER FW

Citation: Ah. Rosenberg et al., SELECTION, IDENTIFICATION, AND GENETIC-ANALYSIS OF RANDOM MUTANTS IN THE CLONED PRIMASE HELICASE GENE OF BACTERIOPHAGE-T7/, The Journal of biological chemistry, 271(43), 1996, pp. 26819-26824

Authors: WASHINGTON MT ROSENBERG AH GRIFFIN K STUDIER FW PATEL SS

Citation: Mt. Washington et al., BIOCHEMICAL-ANALYSIS OF MUTANT T7 PRIMASE HELICASE PROTEINS DEFECTIVEIN DNA-BINDING, NUCLEOTIDE HYDROLYSIS, AND THE COUPLING OF HYDROLYSISWITH DNA UNWINDING/, The Journal of biological chemistry, 271(43), 1996, pp. 26825-26834