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Results: 3
EFFICIENCY OF THE PTF-FC2 PAS POISON-ANTIDOTE STABILITY SYSTEM IN ESCHERICHIA-COLI IS AFFECTED BY THE HOST STRAIN, AND ANTIDOTE DEGRADATIONREQUIRES THE LON PROTEASE
Authors: SMITH ASG RAWLINGS DE
Citation: Asg. Smith et De. Rawlings, EFFICIENCY OF THE PTF-FC2 PAS POISON-ANTIDOTE STABILITY SYSTEM IN ESCHERICHIA-COLI IS AFFECTED BY THE HOST STRAIN, AND ANTIDOTE DEGRADATIONREQUIRES THE LON PROTEASE, Journal of bacteriology (Print), 180(20), 1998, pp. 5458-5462
AUTOREGULATION OF THE PTF-FC2 PROTEIC POISON-ANTIDOTE PLASMID ADDICTION SYSTEM (PAS) IS ESSENTIAL FOR PLASMID STABILIZATION
Authors: SMITH ASG RAWLINGS DE
Citation: Asg. Smith et De. Rawlings, AUTOREGULATION OF THE PTF-FC2 PROTEIC POISON-ANTIDOTE PLASMID ADDICTION SYSTEM (PAS) IS ESSENTIAL FOR PLASMID STABILIZATION, Journal of bacteriology (Print), 180(20), 1998, pp. 5463-5465
THE POISON-ANTIDOTE STABILITY SYSTEM OF THE BROAD-HOST-RANGE THIOBACILLUS-FERROOXIDANS PLASMID PTF-FC2
Authors: SMITH ASG RAWLINGS DE
Citation: Asg. Smith et De. Rawlings, THE POISON-ANTIDOTE STABILITY SYSTEM OF THE BROAD-HOST-RANGE THIOBACILLUS-FERROOXIDANS PLASMID PTF-FC2, Molecular microbiology, 26(5), 1997, pp. 961-970
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