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Whatman™ Protran™ Nitrocellulose Blotting Membranes: 0.45μm BA85 Protran Circles

100% pure nitrocellulose to ensure the highest binding capacity possible

$151.90 - $1,199.50

Specifications

Binding Capacity High
Format Circle
For Use With (Application) Suitable for radioactive, colorimetric, fluorescent, and chemiluminescent detection
Material Nitrocellulose
Pore Size 0.45μm
View More Specs
Products
Catalog Number Mfr. No. Diameter (Metric) Quantity Price Quantity    

09-301-102

 
whatman™
10401116
82mm 50/Pk. Pack of 50 Each for $332.67

09-301-104

 
whatman™
10401147
137mm 25/Pk. Pack of 25 Each for $402.60

09-301-103

 
whatman™
10401124
132mm 25/Pk. Pack of 25 Each for $402.60

09-301-105

 
whatman™
10401164
87mm 50/Pk. Pack of 50 Each for $360.29

09-301-129

 
whatman™
10402506
25mm 100/Pk. Pack of 100 Each for $151.90

09-301-131

 
whatman™
10402548
137mm 50/Pk. Pack of 50 Each for $679.48

09-301-130

 
whatman™
10402525
132mm 50/Pk. Pack of 50 Each for $618.21

09-301-132

 
whatman™
10402578
25mm 1000/Pk. Pack of 1000 Each for $1,199.50

09-301-133

 
whatman™
10402579
82.5mm 50/Pk. Pack of 50 Each for $319.02

09-301-143

 
whatman™
WHT10405316*
82cm 50/Pk. Pack of 50 Each for $512.79
Description & Specifications

Specifications

Binding Capacity High
Format Circle
For Use With (Application) Suitable for radioactive, colorimetric, fluorescent, and chemiluminescent detection
Material Nitrocellulose
Pore Size 0.45μm

  • Universal membrane suitable for Western, Southern, and Northern blotting
  • Hydrophilic, so no prewetting with methanol is required
  • High binding capacity and very low background for superior signal-to-noise ratios without stringent washing conditions
  • Compatible with all common detection methods, including radioactive, colorimetric, fluorescent, and chemiluminescent
  • Provide excellent shelf-life for proteins—proteins maintain molecular recognition activity for up to five years on Protran membranes
  • Three pore sizes available—0.45μm is ideal for larger molecular weight samples, 0.2μm ensures binding of samples below 20kDa, 0.1μm is used for molecules below 7kDa