Recombinases derived from microorganisms mediate efficient site-specific recombination.
For example, the Cre recombinase from bacteriophage P1 efficiently carries out …

Cre is a 38-kD protein from bacteriophage P1 that catalyzes site-specific recombination
between 34-bp loxP sequences. Our previous work has shown that Cre can perform site …

Cre recombinase from bacteriophage P1 recognizes a 34-bp recombination site, loxP, with
exquisite sequence specificity and catalyzes the site-specific insertion, excision, or …

The site-specific recombination system of bacteriophage P1 is composed of the Cre
recombinase that recognizes a 34-bp loxP site. The Cre/loxP system has been extensively …

The ability of the Cre/lox system to make precise genomic modifications is a tremendous
accomplishment. However, recombination between cis‐linked heterospecific lox sites limits …

The Cre protein encoded by the coliphage P1 is a 38-kDa protein that efficiently promotes
both intra-and intermolecular synapsis and recombination of DNA both in Escherichia coli …

Cre is widely used for DNA tailoring and, in combination with recombineering techniques, to
modify BAC/PAC sequences for generating transgenic animals. However, mammalian …

In September 1998 the workshop for “Conditional Genome Alterations” in Cold Spring
Harbor had a simple but important take-home message:“Cre works”(Rossant and McMahon …

We have constructed 293 cell lines expressing the site-specific Cre recombinase from
bacteriophage P1, that acts on a 34 bp target sequence called loxP. Stably transformed cells …

We developed two new site-specific recombination systems named VCre/VloxP and
SCre/SloxP for genome engineering. Their recognition sites are different from Cre …