Nitrocellulose membranes with a 0.45 µm pore size for use in Western blot protocols. Excellent sensitivity, resolution, and low background. for a wide range of laboratory applications.

Features & Benefits:

• Low background and excellent signal-to-noise ratios
• Compatible with a variety of labelling and detection systems
• High binding capacity
• Suitable for proteins with a wide range of molecular weights
• Ideal tool for your antibody purification and analysis workflow
• Long shelf life of bound proteins

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

Nitrocellulose blotting membrane with 0.45 µm pore size, for excellent sensitivity, resolution and low background.

Features & Benefits:

• High binding capacity (162 - 180 µg IgG/cm²)
• Suitable for proteins of a wide range of molecular weights
• 100% pure nitrocellulose membrane for use with all ECL Western blotting systems and protein blotting applications.
• Available in popular precut sizes for laboratory application

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

Hydrophobic Western blotting membrane specifically designed for protein sequencing applications and solid-phase amino acid analysis.

• High protein binding capacity
• Chemical resistance needed for N-terminal sequencing
• High protein retention even after harsh washing steps
• Minimizes "blow-through" and increases protein binding
• Available in popular sizes for laboratory application

Pure nitrocellulose with extreme mechanical stability - gives excellent useability. For protein transfer and DNA/RNA transfer techniques. Optimum signal/background ratio.

Nitrocellulose blotting membrane, with 0.2 µm pore size, for excellent sensitivity, resolution, and low background.

Features & Benefits:

• Low auto-fluorescence across a wide range of excitation/emission wavelengths makes the membrane suitable for fluorescence-based immunodetection and multiplexing.
• High binding capacity (173 - 203 µg IgG/cm²) of small proteins (< Mr 20 000) reduces risk of "blow-through"

Reinforced 0.45 µm protein blotting membrane for multiple reprobings.

Features & Benefits:

• High binding capacity
• Versatile, robust and excellent signal-to-noise ratios
• Optimal for applications when stripping and reprobing is required
• Suitable for proteins of a wide range of molecular weights

Ready-to-load marker providing sharper, more intense bands on gels and blots and improved band spacing for more accurate molecular weight determination. The bright, distinctive colors of the markers allow easier confirmation of transfer to blotting membranes and orientation.
Comprising a mixture of individually colored proteins that are combined to produce bands of equal color intensity. The approximate protein concentration is 1 to 2 mg/ml, depending on the product. Each 250 µl pack size is sufficient for use with 50 minigels (10 x 8 cm) or 25 large gels (20 x 20 cm).

Features & Benefits:

• Enhanced to enable faster and simpler identification of proteins
• Monitor progress of protein electrophoresis and assess transfer efficiency and molecular weight of blotted proteins without staining
• High intensity, pre-stained multicolored bands allow distinction of closely-related proteins
• For use on SDS-PAGE

• Full-range rainbow markers (Mr 12 000 to 225 000) use ten separate proteins with six different colors
• High-range rainbow markers (Mr 12 000 to 225 000) use eight separate proteins with six different colors
• Low-range rainbow markers (Mr 3 500 to 38 000) use seven separate proteins with five different colors