GE Nitrocellulose Transfer Membranes

Product Information

For procedures that require optimum resolution Membrane of choice for all protein or immunoblotting applications Low background Easily blocked Nucleic acid binding is 100 µg/cm²

Applications

• Westerns
• Protein & immunoblotting
• Northerns
• Southerns
• Dot/slot blots
• Radiolabelled, chromogenic and chemiluminescent detection systems

Products

Part # Model # Description Pore Size Filter Size Qty. Price 1215458 EP2HY00010 GE Nitrocellulose Transfer Membrane 0.22 micron 300x3000 mm 1 $275 1215459 EP2HY08250 GE Nitrocellulose Transfer Membrane 0.22 micron 82 mm 50 $122 1215462 EP2HY13750 GE Nitrocellulose Transfer Membrane 0.22 micron 137 mm 50 $240 1213999 EP2HY310F0 GE Nitrocellulose Transfer Membrane 0.22 micron 100x100 mm 10 $80 1215463 EP2HY315F5 GE Nitrocellulose Transfer Membrane 0.22 micron 150x150 mm 5 $61 1215392 EP2HY320F2 GE Nitrocellulose Transfer Membrane 0.22 micron 200x200 mm 25 $399 1215464 EP2HY320F5 GE Nitrocellulose Transfer Membrane 0.22 micron 200x200 mm 5 $108 1215465 EP2HY330F5 GE Nitrocellulose Transfer Membrane 0.22 micron 300x300 mm 5 $159 1215466 EP2HY3MTF0 GE Nitrocellulose Transfer Membrane 0.22 micron 102x133 mm 10 $103 1213991 EP2HY408F0 GE Nitrocellulose Transfer Membrane 0.22 micron 70x84 mm 10 $54 1215467 EP2HY450F5 GE Nitrocellulose Transfer Membrane 0.22 micron 300x500 mm 5 $228 1215469 EP2HYA0010 GE Nitrocellulose Transfer Membrane 0.22 micron 200x3000 mm 1 $185 1215470 EP2HYB0010 GE Nitrocellulose Transfer Membrane 0.22 micron 150x3000 mm 1 $141 1215471 EP4HY00010 GE Nitrocellulose Transfer Membrane 0.45 micron 300x3000 mm 1 $249 1214243 EP4HY08200 GE Nitrocellulose Transfer Membrane 0.45 micron 82 mm 100 $183 1215472 EP4HY08250 GE Nitrocellulose Transfer Membrane 0.45 micron 82 mm 50 $110 1215473 EP4HY08550 GE Nitrocellulose Transfer Membrane 0.45 micron 85 mm 50 $113 1215474 EP4HY13250 GE Nitrocellulose Transfer Membrane 0.45 micron 132 mm 50 $217 1215475 EP4HY13750 GE Nitrocellulose Transfer Membrane 0.45 micron 137 mm 50 $220 1215170 EP4HY315F2 GE Nitrocellulose Transfer Membrane 0.45 micron 150x150 mm 25 $212 1215476 EP4HY315F5 GE Nitrocellulose Transfer Membrane 0.45 micron 150x150 mm 5 $58 1221976 EP4HY320F2 GE Nitrocellulose Transfer Membrane 0.45 micron 200x200 mm 25 $366 1215477 EP4HY320F5 GE Nitrocellulose Transfer Membrane 0.45 micron 200x200 mm 5 $100 1215478 EP4HY322F5 GE Nitrocellulose Transfer Membrane 0.45 micron 220x220 mm 5 $103 1215480 EP4HY330F5 GE Nitrocellulose Transfer Membrane 0.45 micron 300x300 mm 5 $145 1215481 EP4HY3MTF0 GE Nitrocellulose Transfer Membrane 0.45 micron 102x133 mm 10 $95 1215482 EP4HY450F5 GE Nitrocellulose Transfer Membrane 0.45 micron 300x500 mm 5 $208 1215483 EP4HYA0010 GE Nitrocellulose Transfer Membrane 0.45 micron 200x3000 mm 1 $167 1215484 EP4HYB0010 GE Nitrocellulose Transfer Membrane 0.45 micron 150x3000 mm 1 $131

Product Description

GE Nitrocellulose - is a pure unsupported nitrocellulose and is the membrane of choice for all protein or immunoblotting applications. GE Nitrocellulose - pure does not contain cellulose acetate, a low binding polymer. This assures the highest binding and sensitivity, 100µg/cm².

Nitrocellulose exhibits the highest sensitivity with very low backgrounds in all transfers, especially in protein blotting. Unlike PVDF, nitrocellulose wets out naturally, does not require methanol, and will not turn hydrophobic during the transfer process. Nitrocellulose is very easily blocked and does not need the many blocking steps required with PVDF.

Excellent results will be obtained with all detection systems: antibody/antigen, radiolabelled, biotinylated, and chemiluminescent, giving you a great amount of flexibility in designing your procedure.

For Additional Information

Please call GE Osmonics' Labstore Support at (800) 444-8212, by fax (952) 988-6662 or email us for questions, pricing and availability. For international support and distributor locations, call +1-952-988-6665 or email us. Many of the standard technical questions are already answered in our Frequently Asked Questions.