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Bacteriophage Mu
The Bacteriophage Mu Lysis System--A New Mechanism of Host
Molecular Model for the Transposition and Replication of Bacteriophage
Bacterial Virus Ontology; Coordinating Across Databases
DNA Sequences at the Ends of the Genome of Bacteriophage Mu Essential for Transposition (Mini-Mus/Nudease BAL-31/DNA-Protein Interactions) MARTIEN A
Viral Elements and Their Potential Influence on Microbial Processes Along the Permanently Stratified Cariaco Basin Redoxcline
Conservative Integrationof Bacteriophage Mu DNA Into
Complete Genomic Sequence of Bacteriophage B3, a Mu-Like Phage of Pseudomonas Aeruginosa Michael D
4,, a Temperate Phage of Agrobacterium Tumefaciens, Is
VIEW Open Access the Mu Story: How a Maverick Phage Moved the Field Forward Rasika M Harshey
Inducibility of a Gene Product Required for UV and Chemical Mutagenesis
Purification and Characterization of the DNA-Binding Protein Ner of Bacteriophage Mu
Bacteriophage Containing a Plasmid Replicon (Transcription-Translation/Gene Regulation/Transposition/P-Galactosidase/Escherichia Colh) EDUARDO A
Regulation of the Bacteriophage Mu Gem Operon
Perspectives
Lethal Transposition of Mud Phages in Rec- Strains of Salmonella Typhimum'um
Mini-Mu Bacteriophage with Plasmid Replicons Forin Vivo Cloning And
Department of Microbiology
Natural Genetic Engineering of Genome Structure
Top View
The Bacteriophage Mu Transposase Protein Can Form High-Affinity Protein-DNA Complexes with the Ends of Transposable Elements of the Tn 3 Family
Phage Mu Gam Protein Promotes NHEJ in Concert with Escherichia Coli Ligase
Linked to Bacteriophage Mu DNA (Escherichia Coli/Agarose Gel Electrophoresis/DNA Heteroduplexes/Restriction Endonucleases/Phage Mu Genetics) A
(G–) Phage Particles in E. Coli K12 and Erwinia