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Highly sensitive transfer membranes use capillary action methods to separate DNA, RNA, or protein fragments for detection. Working well with the gels and buffers required for transfer and immobilization steps, the transfer membranes are durable enough to be subjected to multiple stripping, reprobing, hybridization cycles. The high-binding discs, sheets, and rolls come in various pore sizes and charges to fit any blotting techniques in molecular biology and genetic research.
Description:
Biodyne*Plus Nylon Transfer Membrane, 0.45uM, 132MM, High Sensitivity and Low Background for Enhanced Detection and Resolution, Membranes are intrinsically hydrophilic for easy wetting, radioactive and non-radioactive detection systems
Description:
Intrinsically hydrophilic, positively-charged Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, tear during multiple cycles of hybridization, stripping, reprobing. Pore size: 0.45um. 20x20cm sheets.
Description:
Intrinsically hydrophilic, positively-charged Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, tear during multiple cycles of hybridization, stripping, reprobing. Pore size: 0.45um. 7x8.5cm sheets.
Description:
0.2um pore size. Naturally hydrophobic polyvinylidene fluoride filter media. White, microporous solid phase supports for protein binding. Optimized for Western or Southern transfer applications. Low background and low protein burn-through. 3.3m roll.
Description:
Roll. Size: 30cmx3m. High binding affinity (209ug/cm2). Provide good binding matrix for macromolecules. Unique structure and lack of growth-inhibiting ingredients facilitate bacterial growth. Typical thickness is 140µm.
Description:
Intrinsically hydrophilic, positively-charged Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, tear during multiple cycles of hybridization, stripping, reprobing. Pore size: 0.45um. 20cmx3m roll.
Description:
Intrinsically hydrophilic, positively-charged Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, tear during multiple cycles of hybridization, stripping, reprobing. Pore size: 0.45um. 30cmx3m roll.
Description:
Intrinsically hydrophilic, negatively-charged Nylon66 membrane with lower background for enhanced detection and resolution. Does not crack, shrink, or tear during multiple cycles of hybridization, stripping, and reprobing. Pore size: 0.45um. 30cmx3m roll.
Description:
0.2um pore size. Naturally hydrophobic polyvinylidene fluoride filter media. White, microporous solid phase supports for protein binding. Optimized for Western or Southern transfer applications. Low background and low protein burn-through. 10x15cm.
Description:
Intrinsically hydrophilic amphoteric Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, or tear during multiple cycles of hybridization, stripping, and reprobing. Pore size: 0.2um. 30cmx3m roll.
Description:
For radioactive or non-radioactive detection techniques. High positive charge. High signal with extremely low background. Uniform pore size (0.45um) and distribution. Sheet size: 11x14cm.
Description:
Intrinsically hydrophilic, negatively-charged Nylon66 membrane with high sensitivity and low background for enhanced detection and resolution. Does not crack, shrink, tear during multiple cycles of hybridization, stripping, reprobing. Pore size: 0.45um. 7x8.5cm sheets.
Description:
0.2um pore size. Naturally hydrophobic polyvinylidene fluoride filter media. White, microporous solid phase supports for protein binding. Optimized for Western or Southern transfer applications. Low background and low protein burn-through. 7x9cm.
Description:
0.2um pore size. Naturally hydrophobic polyvinylidene fluoride filter media. White, microporous solid phase supports for protein binding. Optimized for N-terminal protein sequencing and features good signal-to-noise with standard detection systems. 7x8.4cm.
Transfer Membranes
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