Electrophoresis & Hybridization Tools

Biotrans PVDF membranes are naturally hydrophobic polyvinylidene difluoride membrane developed for use in protein transfer and immobilization procedures. The Biotrans PVDF membrane is a pure white microporous solid phase support which undergoes strong hydrophobic interaction with a wide range of proteins. Immobilized proteins can be used directly for protein .Immobilized proteins can be used directly for protein sequencing or amino acid analysis, and can be visually detected with all common staining reagents, including coomassie blue, amido black, ponceau S, and colloidal gold.

BIOTRANS (+) has a pore surface populated by a high density of quarterly ammonium groups which make it strongly cationic. The positive surface charge is maintained in the range pH 3 to over pH 10 and promotes strong ionic binding of negatively charged proteins and nucleic acids. BIOTRANS (+) membrane is ideally suited to new rapid transfer techniques for nucleic acid which provide excellent levels of sensitivity (e.g. Alkaline Transfer Procedure ). In addition, the membrane's immediate immobilization characteristics make it suitable for prolonged transfer procedures without the risk of nucleic acid diffusion from the membrane.

Gel Trays to casting agarose gels for Mini Cuve

The MiniCuve 8 x 10 cm electrophoresis unit is machined from a solid block of acrylic to eliminate the possibility of leaks or breakage. Another advantage of this construction is that the unit is relatively heavy and therefore stable on the bench, helping to prevent spillage. Buffer volume is only 100 mL. Platinum electrodes are well-protected against damage. Equipped with stainless steel and gold-plated electrical connectors. The MiniCuve is delivered complete tieh lid, gel tray and connecting wires. Numerous different combs are available.

Sufficient for stripping 20-40 mini blots.Western blotting is a commonly used technique for studying protein function and localization. Typically, protein samples are electro-phoresed on SDS-page and transferred to a membrane such as nitrocellulose or

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer

The MP Bio Transilluminator offers the researcher uniform and intense sources of ultraviolet light (radiation) in a compact package. The 302nm UV back-illumination provides a highly sensitive method to detect double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange. Single stranded nucleic acids may be detected, but with a lower excitation wavelength more sensitive for nucleic acid visualization than the 365nm model.

The MP Bio Transilluminator offers the researcher uniform and intense sources of ultraviolet light (radiation) in a compact package. The 302nm UV back-illumination provides a highly sensitive method to detect double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange. Single stranded nucleic acids may be detected, but with a lower excitation wavelength more sensitive for nucleic acid visualization than the 365nm model.

The MP Bio Transilluminator offers the researcher uniform and intense sources of ultraviolet light (radiation) in a compact package. The 302nm UV back-illumination provides a highly sensitive method to detect double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange. Single stranded nucleic acids may be detected, but with a lower excitation wavelength more sensitive for nucleic acid visualization than the 365nm model.

Provides convenient, high sensitivity DNA detection and can be used for a variety of applications. The portable UV-Lamp is perfect for isolating DNA bands CsCl density gradients and easy viewing of gels run on microscope slides, or for quick of standard gel. A unique filter minimizes white light interference allowing you to easily detect weak fluorescence.

The MP Bio Transilluminator offers the researcher uniform and intense sources of ultraviolet light (radiation) in a compact package. The 302nm UV back-illumination provides a highly sensitive method to detect double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange. Single stranded nucleic acids may be detected, but with a lower excitation wavelength more sensitive for nucleic acid visualization than the 365nm model.