AbstractWe describe the isolation and characterization of a type II restriction endonuclease from Enterobacter aerogenes. This recognises and cleaves the family of related sequences: ↓ 5′-Py—G—G—C—C—Pu-3′ to generate DNA fragments with 5′-tetranucleotide extensions. EaeI may be useful in molecular cloning experiments, especially in conjunction with other enzymes which generate the same terminal extensions. Potential problems in the methods used to determine the cleavage specificity are discussed
Although the DNA cleavage mechanism of Type I restriction–modification enzymes has been extens-ively...
A new restriction-like endonuclease, AluI, has been partially purified from Arthrobacter luteus. Thi...
One hundred and forty-seven bacterial strains were surveyed for the presence of type II restriction ...
AbstractWe describe the isolation and characterization of a type II restriction endonuclease from En...
A new type IIS restriction endonuclease BfiI has been partially purified from Bacillus firmus S8120....
AbstractThe characterization of the new restriction enzyme Eco47III recognizing a hexanucleotide pal...
The genes coding for the EcoHK31I and EaeI restriction-modification (R-M) systems from Escherichia c...
Restriction endonucleases are highly specific in recognizing the particular DNA sequence they act on...
We have isolated AspEI, a novel class II restriction endonuclease from Aureobacterium species 3676 r...
A Type II restriction endonuclease, MmeI, has been purified from the obligate methylotroph, Methylop...
AbstractA new class II restriction endonuclease, AsnI, with a novel sequence specificity was isolate...
Type II restriction endonucleases are components of restriction modification systems that protect ba...
AbstractThe characterization of the new restriction enzyme Eco47III recognizing a hexanucleotide pal...
AbstractEcl18kI is a type II restriction-modification system isolated from Enterobacter cloaceae 18k...
Although restriction enzymes are widely distributed in nature, many bacterial genera are yet to be e...
Although the DNA cleavage mechanism of Type I restriction–modification enzymes has been extens-ively...
A new restriction-like endonuclease, AluI, has been partially purified from Arthrobacter luteus. Thi...
One hundred and forty-seven bacterial strains were surveyed for the presence of type II restriction ...
AbstractWe describe the isolation and characterization of a type II restriction endonuclease from En...
A new type IIS restriction endonuclease BfiI has been partially purified from Bacillus firmus S8120....
AbstractThe characterization of the new restriction enzyme Eco47III recognizing a hexanucleotide pal...
The genes coding for the EcoHK31I and EaeI restriction-modification (R-M) systems from Escherichia c...
Restriction endonucleases are highly specific in recognizing the particular DNA sequence they act on...
We have isolated AspEI, a novel class II restriction endonuclease from Aureobacterium species 3676 r...
A Type II restriction endonuclease, MmeI, has been purified from the obligate methylotroph, Methylop...
AbstractA new class II restriction endonuclease, AsnI, with a novel sequence specificity was isolate...
Type II restriction endonucleases are components of restriction modification systems that protect ba...
AbstractThe characterization of the new restriction enzyme Eco47III recognizing a hexanucleotide pal...
AbstractEcl18kI is a type II restriction-modification system isolated from Enterobacter cloaceae 18k...
Although restriction enzymes are widely distributed in nature, many bacterial genera are yet to be e...
Although the DNA cleavage mechanism of Type I restriction–modification enzymes has been extens-ively...
A new restriction-like endonuclease, AluI, has been partially purified from Arthrobacter luteus. Thi...
One hundred and forty-seven bacterial strains were surveyed for the presence of type II restriction ...