Immobilon-P+Membrane
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Immobilon®-PSQ Membrane | Life Science Research | Merck
Our Immobilon-PSQ membrane has higher protein adsorption and sequencing yields than other membranes, a 0.2 µm pore size and large internal structure. -
Protein Visualization | Life Science Research | Merck
Prior to probing a membrane using precious antibodies, it is helpful to visualize the transferred proteins on the blot to ensure complete transfer and even loading. This page describes possible causes and potential remedies for challenges encountered during protein visualization. -
Immobilon® NOW Transfer Membrane rolls for Western blotting | Life Science Research | Merck
Learn why Immobilon NOW transfer membranes provide better way to use Immobilon PVDF membranes for your Western blotting experiments. -
Plates | Life Science Research | Merck
Learn about the key factors in developing a successful ELISpot assay: from plate chemistry, to layout of controls, to plate handling practices. -
Western Blotting | mPAGE™ Bis-Tris Precast Gels for Gel Electrophoresis | Merck
mPAGE™ precast polyacrylamide gels provide a cost-effective solution for high-resolution protein separation via polyacrylamide gel electrophoresis (PAGE). Compatible with most standard electrophoresis tanks, mPAGE™ precast gels for electrophoresis offer an increased sample well volume and a reduced run time. -
ELISpot Advantages | Life Science Research | Merck
While many assay formats exist for studying ex vivo T cell effector function, ELISpot assays offer clear advantages. -
Transfer Membranes | Life Science Research | Merck
Our transfer membranes include PVDF membranes optimized for different protein blotting applications, blotting sandwiches, and blotting filter paper. -
Western Blotting Protocols | Life Science Research | Merck
Review Western blotting protocols on various applications including rapid and standard immunodetection, peptide inhibition and membrane stripping. -
Supplementary Protocols | Life Science Research | Merck
Traditional protein assays are not suitable for analyzing extracellular vesicle preparations because the presence of lipids and other nonprotein components in the sample may interfere with protein analysis. Learn more about how IR-based assay-free quantitation afforded by Direct Detect system can be used to in extracellular vesicle preparation.