Restriction-Modification Systems

REBASE: restriction enzymes and methyltransferases

Biological Sciences / Environmental Sciences / DNA methylation / Restriction-Modification Systems / Nucleic Acids / Enzyme / Substrate Specificity / Enzyme / Substrate Specificity

REBASE: restriction enzymes and methyltransferases

Biological Sciences / Environmental Sciences / DNA methylation / Restriction-Modification Systems / Nucleic Acids / Enzyme / Substrate Specificity / Enzyme / Substrate Specificity

Lactococcal Plasmid pNP40 Encodes a Novel, Temperature-Sensitive Restriction-Modification System

Functional Analysis / Thermodynamics / Bacteriophages / Transcription Regulation / Multidisciplinary / Genetic Structure / Applied / Applied Environmental Microbiology / Restriction-Modification Systems / Plasmids / Enzyme / Temperature Dependence / Molecular cloning / Relative Abundance / Base Sequence / Resistance Genes Mechanism) / Lactococcus lactis / Genetic Structure / Applied / Applied Environmental Microbiology / Restriction-Modification Systems / Plasmids / Enzyme / Temperature Dependence / Molecular cloning / Relative Abundance / Base Sequence / Resistance Genes Mechanism) / Lactococcus lactis

REBASE: restriction enzymes and methyltransferases

Biological Sciences / Environmental Sciences / DNA methylation / Restriction-Modification Systems / Nucleic Acids / Enzyme / Substrate Specificity / Enzyme / Substrate Specificity

Design of a Phage-Insensitive Lactococcal Dairy Starter via Sequential Transfer of Naturally Occurring Conjugative Plasmids

Multidisciplinary / Applied / Applied Environmental Microbiology / Restriction-Modification Systems / Lactococcus lactis / Gene Transfer

Design of a phage-insensitive lactococcal dairy starter via sequential transfer of naturally occurring conjugative plasmids

Multidisciplinary / Applied / Applied Environmental Microbiology / Restriction-Modification Systems / Lactococcus lactis / Gene Transfer

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