Grade GB003 Gel Blotting Papers, Cellulose, 0.8mm, 460x570mm, 100/Pk
Whatman SKU: 10427826

Whatman GB003 Blotting Paper - 10427826

Whatman's expertise in cellulose paper production guides the grade selection and quality control behind every sheet, roll, and circle. The thick cellulose sheet presses the gel and membrane together across the electroblotting sandwich. A versatile cellulose sheet spans Western blots, gel drying, and lift workflows and soaks up and holds ample buffer for the full transfer. For thick-gel protein work, the heavyweight cellulose reservoir sustains semi-dry transfer from start to finish.

Key Characteristics

• Supports gel drying and colony or plaque-lift lysis and denaturation
• Higher buffer capacity lets fewer paper layers carry a complete transfer
• Backs the membrane as the buffer reservoir in semi-dry and tank electroblotting
• Uniform thickness presses gel and membrane into even contact for sharp bands
• Thick, highly absorbent paper holds a large reservoir of transfer buffer

Clean, additive-free paper keeps your blots free of the contamination that ruins detection. Uniform buffer wicking carries your transfer evenly to completion so band patterns stay sharp and transfer stays complete. Connect with our customer support technicians to choose between Grade 3MM Chromatography and gel blotting papers for your work.

Dimensions

460mm x 570mm

Grade

GB003

Material

Cellulose

Sterility

Nonsterile

Wettability

Hydrophilic

• Buffer Reservoir - Holds a deep reserve of transfer buffer and feeds it steadily across the membrane through long electroblotting runs.
• Semi-Dry Blotting - Holds a high buffer reservoir for even semi-dry electrophoretic transfer of proteins from gel to membrane.
• Western Blotting - Drives complete protein transfer with high absorbency and even pressure across the gel-membrane sandwich.
• Gel Drying - Backs polyacrylamide and agarose gels during drying with thick, uniform, highly absorbent cellulose support.
• Membrane Gel Support - Holds the gel and membrane in even contact so transferred band patterns stay sharp and reproducible.
• Protein Electroblotting - Drives complete protein transfer from gel to membrane with high absorbency and even, sustained buffer flow.