Western blotting

Hoefer SE302 miniVE Blotting Module Max. Gel Transfer Rate 4 Gels Per 45 Minutes For Use With Hoefer (more) SE300 Series Electrophoresis Systems Buffer Requirement Max. Gel Transfer Rate 300 ml Features - Transfers up to 4 gels in 45 minutes with only 300 ml buffer - Delivers quick, high-quality results with minimal buffer usage - Compatible with a wide variety of precast gels - Blot Module includes 25 sheets of blotter paper - Blot Module includes 4 pieces of 6 mm thick Dacron sponges The Hoefer SE302 miniVE Blotting Module is a compact, efficient solution designed for rapid gel transfers. With the capability to transfer up to four gels in just 45 minutes using only 300 ml of buffer, this module minimizes resource use while ensuring high-quality results. Compatible with a variety of precast gels, the SE302 comes with essential accessories, including 25 sheets of blotter paper and 4 pieces of 6 mm thick Dacron sponges, making it a versatile and dependable addition for any lab conducting protein and nucleic acid analysis. INCLUDED: The Hoefer SE302 miniVE Blotting Module includes: - Blotter Paper, 25 sheets - Dacron Sponges, 6 mm thick, 4 pcs. - Operator's Guide - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

Immunetics MiniBlotter 16. 2x16 channels. Max reagent volume per channel: 350μL. Channel width x len (more)gth: 3.0 mm x 5.5 cm. Blots width 8.3 cm. For membrane assays including Western, Northern, and Southern Blots and Checker-board Blots. Requires microliter volumes, not milliliter volumes. Multiple samples analyzed simultaneously. No cross-contamination between channels. Decrease processing time. All results on a single membrane. Compatible with all standard electrophoresis systems. With the Immunetics MiniBlotter enable you to perform multiple antibody or probe incubations on a single membrane, using microliter volumes of reagent. Typical applications include monoclonal antibody screening on western blots, animal and human serum screening, and DNA probe hybridizations. Sample processing is streamlined through use of the Washing Manifold, which enables washing of all sample lanes simultaneously. Reactions can be detected by all conventional methods, including enzyme conjugates, chemiluminescence and radiolabels.