Pcrbio verifi mix (10x1,25 ml) 500 réactions
Produit ni repris ni échangé excepté en cas d’erreur du prestataire.
Points clés
"PCRBIO VeriFi™ Mix is a convenient high fidelity 2x mix designed for PCR
applications where greater sequence
accuracy is required, together with improved PCR success rates of long and challenging templates.
PCRBIO VeriFi™ Mix contains the engineered and highly processive PCRBIO VeriFi™ Polymerase, developed for fast and versatile high fidelity PCR.
The enzyme is derived from Pfu DNA polymerase for its 3’-5’ exonuclease (proofreading) activity.
Several proprietary mutations significantly improve DNA binding and processivity, resulting in shorter extension times (10-30s/kb), higher
yields and the ability to amplify longer and more difficult targets, including eukaryotic genomic
templates in excess of 17.5kb.
The high accuracy and enhanced 3’-5’ exonuclease activity of PCRBIO VeriFi™ Polymerase result in fidelity that is approximately 100 times higher than Taq DNA polymerase. The enzyme is ideally suited to applications where greater accuracy is required, such as cloning, site-directed mutagenesis and sequencing. PCR products generated with this range of products are blunt ended.
PCRBIO VeriFi™ Mix uses an advanced buffer system including dNTPs, Mg and enhancers,
enabling high fidelity PCR of a wide range of targets and fragment sizes with minimal or nooptimisation required."
Garantie
Garantie 0 Mois
Description
"PCRBIO VeriFi™ Mix is a convenient high fidelity 2x mix designed for PCR
applications where greater sequence
accuracy is required, together with improved PCR success rates of long and challenging templates.
PCRBIO VeriFi™ Mix contains the engineered and highly processive PCRBIO VeriFi™ Polymerase, developed for fast and versatile high fidelity PCR.
The enzyme is derived from Pfu DNA polymerase for its 3’-5’ exonuclease (proofreading) activity.
Several proprietary mutations significantly improve DNA binding and processivity, resulting in shorter extension times (10-30s/kb), higher
yields and the ability to amplify longer and more difficult targets, including eukaryotic genomic
templates in excess of 17.5kb.
The high accuracy and enhanced 3’-5’ exonuclease activity of PCRBIO VeriFi™ Polymerase result in fidelity that is approximately 100 times higher than Taq DNA polymerase. The enzyme is ideally suited to applications where greater accuracy is required, such as cloning, site-directed mutagenesis and sequencing. PCR products generated with this range of products are blunt ended.
PCRBIO VeriFi™ Mix uses an advanced buffer system including dNTPs, Mg and enhancers,
enabling high fidelity PCR of a wide range of targets and fragment sizes with minimal or nooptimisation required."
Caractéristiques
- Fournisseur
- EUROBIO SCIENTIFIC
- Marque
- PCRBIO
- Référence distributeur
- PB10.43-05
- Référence fabricant
- PB10.43-05
- Certification
- RUO
- Code à barre
- non
- Marquage CE DIV
- non
- Code douanier
- 38.22.9000
- Type de produit
- enzyme
- Type d’application
- amplification d'ADN
- Type d'échantillon
- ADN
- Volume
- 12,5 ml
- Dimensions extérieures L x P x H
- (15 x 55 x 82 mm) x 2
- Méthode de détection
- PCR
- Dispositif stérile
- non
- Perturbateur endocrinien
- non
- Taux d'endotoxine
- 0 %
- Soumis à réglementation
- Non
- Matière dangereuse
- non
- Température de conservation (°C)
- -15/-30 °C
- Température de transport
- -15/-30°C
- Délai de péremption à la date de livraison
- 3 mois
- Etat
- liquide
- Sans composant animal
- oui
- Stabilité après ouverture
- 365 jours
- Possibilité de congélation
- oui
- Prêt à l'emploi
- oui
- Produit captif
- non
- Reprise en cas d’erreur client
- non
- Classement dans le catalogue fournisseur
- Biologie Moléculaire/ADN polymerase
- Lieu de stockage
- France
- Lieu de fabrication
- Grande-Bretagne
- Vendu par
- 500 tests
- Quantité
- N/A
- Nomenclature Nacres
- NA.55
- Nomenclature CHU
- 18.551
- Nomenclature INSERM
- NA.NA55
- Nomenclature IRSN
- 273
- Nomenclature DGOS
- LD10AOOO
- Nomenclature CNRS
- NA55
- Nomenclature CEA
- SGP01
- Domaine de recherche
- biologie moléculaire