M0345S,  Exonuclease V (RecBCD) - 1.000 units

M0345S, Exonuclease V (RecBCD) - 1.000 units

M0379S,  Exonuclease VII - 200 units

M0379S, Exonuclease VII - 200 units

M0379L, Exonuclease VII - 1000 units

4.823,67 RON

Exonuclease VII, (Exo VII) derived from E. coli, cleaves single-stranded DNA (ssDNA) from both 5´→3´ and 3´→5´ direction. This enzyme is not active on linear or circular dsDNA. It is useful for removal of single stranded oligonucleotide primers from a completed PCR reaction when different primers are required for subsequent PCR reactions. Digestion of ssDNA by Exonuclease VII is metal-independent.

SKU
NEB_M0379L


Exonuclease VII, (Exo VII) derived from E. coli, cleaves single-stranded DNA (ssDNA) from both 5´→3´ and 3´→5´ direction. This enzyme is not active on linear or circular dsDNA. It is useful for removal of single stranded oligonucleotide primers from a completed PCR reaction when different primers are required for subsequent PCR reactions. Digestion of ssDNA by Exonuclease VII is metal-independent.

Product Source
An E. coli strain that carries cloned Exonuclease VII (XseA and XseB) genes from E. coli.


Exonuclease VII is ideal for:

Removal of primers with or without 3' or 5' terminal phosphorothioate bonds
Mapping positions of introns in genomic DNA
Removal of single-stranded DNA, leaving behind the double-stranded DNA in a sample

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Price 4.053,50 RON (preturile sunt fara TVA)
Description


Exonuclease VII, (Exo VII) derived from E. coli, cleaves single-stranded DNA (ssDNA) from both 5´→3´ and 3´→5´ direction. This enzyme is not active on linear or circular dsDNA. It is useful for removal of single stranded oligonucleotide primers from a completed PCR reaction when different primers are required for subsequent PCR reactions. Digestion of ssDNA by Exonuclease VII is metal-independent.

Product Source
An E. coli strain that carries cloned Exonuclease VII (XseA and XseB) genes from E. coli.


Exonuclease VII is ideal for:

Removal of primers with or without 3' or 5' terminal phosphorothioate bonds
Mapping positions of introns in genomic DNA
Removal of single-stranded DNA, leaving behind the double-stranded DNA in a sample