• Taq DNA Polymerase, lyophilized, 5 U/µl

Taq DNA Polymerase, lyophilized, 5 U/µl

  • Biotechrabbit
  • BR0101202
  • Na skladě
  • 1 539,00 Kč

Dostupné možnosti

- NEBO -

Dopravné a balné

Transportní podmínky                                  cena se připočítává k položkám v objednávce

chlazené (CoolPacks)                                      390 Kč bez DPH na zásilky v celkové ceně do 20 000 Kč bez DPH, nad tuto hodnotu je dopravné a balné zdarma

Features

§  Room-temperature stable enzymes and mixes

§  Optimal concentration of MgCl2 included in Reaction Buffer

§  High product yields and robustness in a wide application range

§  Exceptionally pure Taq DNA Polymerase for both routine and demanding PCR applications

Applications

§  Ambient shipment and room-temperature storage

§  Routine and applied PCR up to 5 kb

§  RT-PCR

§  TA cloning

Purchase Taq DNA Polymerase, lyophilized, 5 U/µl

 

Catalog #

Size

Package Content

BR0101202

500 U

Lyo Taq DNA Polymerase 
100 µl Taq Reconstitution Buffer
2 × 1.5 ml 10× Reaction Buffer with MgCl2

BR0101203

2500 U

5 × Lyo Taq DNA Polymerase 
5 × 100 µl Taq Reconstitution Buffer
10 × 1.5 ml 10× Reaction Buffer with MgCl2

 biotechrabbit™ Lyo Taq DNA Polymerase is a freeze-dried versions of its well-established liquid equivalent. The stabilized format allows shipment and storage without cooling.

Taq DNA Polymerase is a first-choice thermostable DNA polymerase for all routine PCR applications, ensuring high product yields from various templates for targets up to 5 kb in size. The convenient version provides optimal MgCl2 concentration in the Reaction Buffer, saving time during reaction setup.

biotechrabbit Taq DNA Polymerase is a thermostable, highly processive 5'→3' DNA polymerase that has low 5'→3' exonuclease activity and lacks 3'→5' exonuclease (proofreading) activity. The latter activity allows incorporation of modified nucleotides into DNA.

The enzyme also exhibits deoxynucleotidyltransferase activity, resulting in the addition of an extra A overhang at the 3' ends of PCR products, allowing easy cloning of PCR products into vectors with T overhangs.

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