Tamponnage des protéines

Les membranes de transfert en nitrocellulose renforcée combinent la capacité de liaison des membranes en nitrocellulose à la force de résistance de celles en nylon. Ces membranes sont utilisées pour les transferts d'ADN/ARN nécessitant un faible bruit de fond ou pour les hybridations multiples. Elles sont bien adaptées pour la chimiluminescence ou les systèmes de détection radiographiques. Capacité de liaison BSA jusqu'à 100 µg/cm².

Les fiches descriptives de sécurité de ces produits sont disponibles sous www.llg-labware.com.

Nitrocellulose membranes with a 0.2 µm pore size, offering excellent sensitivity, resolution and low background for Western blot protocols.

Features & Benefits:

• Low background and excellent signal-to-noise ratios, without the need for stringent washing conditions
• Compatible with a variety of Western blot labeling and detection systems
• Risk of ”blow-through“ reduced by high binding capacity of small proteins (< Mr 20 000)
• Optimized for chemiluminescent and fluorescent detection
• Long shelf life of bound proteins to the transfer membrane

PVDF blotting membrane with 0.45 µm pore size, hydrophobic and of high physical strength, for use with standard colorimetric and chemiluminescent detection methods for proteins of < Mr 20 000.

Features & Benefits:

• Protein binding capacity over 200 μg/cm² for easy signal detection.
• High protein retention even after harsh washing steps.
• High protein capture during transfer minimizes sample loss.
• Suitable for stripping and reprobing

Low fluorescent, hydrophobic blotting membrane for protein transfer. Optimized for fluorescence detection in Western blotting applications.

• Protein binding capacity over 200 µg/cm²
• Higher sensitivity due to low background fluorescence
• Compatible with many blocking agents, transfer buffers and total protein blot stains
• Available in the standard precut sizes for laboratory applications

PVDF blotting membrane with 0.2 µm pore size, hydrophobic with high physical strength, for use with standard colorimetric and chemiluminescent detection methods. The small pore size of the membrane minimizes "blow-through" and increases protein binding over a wide range of molecular weights.

Features & Benefits:

• High protein binding capacity for easy signal detection
• High protein retention even after harsh washing steps
• Maximum capture of proteins during transfers minimizes sample loss
• 0.2 μm pore size for higher surface area, resulting in better binding of low molecular weight proteins
• Highly suitable for stripping and reprobing

Membrane en PVDF pour le transfert de protéines. Westran S pour le microséquençage et le transfert de protéines. Westran Clear Signal pour faibles bruits de fond dans les applications de Western Blot.

En nitrocellulose pure, à haute stabilité mécanique. Excellente maniabilité. Pour le transfert de protéines et les techniques de transfert d'ADN/ARN. Bruit de fond réduit.