Nippon Genetics Europe products

The Revolution for Nucleic Acid Gel Documentation – ‘Made in Germany’ The FastGene® FAS-DIGI PRO is our newest imaging system for the detection of DNA and RNA in agarose gels.

Safe time for cutting DNA bands: This easy-to-use tool will facilitate your daily work. Now you can excise your DNA bands easily without risking contamination or scratching the glass surface of the transilluminator. The FastGene® Agarose Gel Band Cutter is a ready-to-use and disposable tool for cutting agarose gel bands. This affordable tool simplifies fragment purification and eliminates wasted effort using razor blades. The size of the excised gel band will always be 6 mm x 3 mm, and you can collect multiple bands in a single FastGene® Cutter — making large-scale purifications that much easier.

MIDORIGreen Easy – Non-carcinogenic DNA stain of the latest generation – Ultra-sensitive for LED illumination. MIDORIGreen Easy is the new member of the MIDORIGreen family and a highly sensitive green fluorescent stain for a safe visualization of DNA and RNA in agarose gels. MIDORIGreen Easy (MG12) comes in a volume of 0.4 mL and a concentration of 10,000 x (for staining 4 L of agarose). This DNA stain is a safe and better alternative to the traditional nucleic acid stain ethidium bromide (EtBr). Remarkably, agarose gels stained with MIDORIGreen Easy have a very low background fluorescence, which makes the identification of low amounts of DNA very easy.

MIDORIGreen Xtra – Non-carcinogenic DNA stain of the latest generation – Ultra-sensitive for LED illumination. MIDORI^Green Xtra is a new highly sensitive green fluorescent stain for a safe visualization of DNA and RNA in agarose gels. This DNA stain is a safe and better alternative to the traditional nucleic acid stain ethidium bromide (EtBr). Remarkably, agarose gels stained with MIDORI^Green Xtra have a very low background fluorescence, which makes the identification of low amounts of DNA very easy. Be one of the first and test MIDORI^Green Xtra for a safe detection of DNA with an unbeatable sensitivity.

MIDORI Green Direct is a safe alternative to ethidium bromide for visualization of double-stranded DNA, single-stranded DNA, and RNA in agarose gels. In contrast to most other non-ethidium bromide based dyes, MIDORI^Green Direct is just added to your samples. The loading dye is already included.  You do not need to add any other loading dye to both gel matrix and running buffers

MIDORI Green Advance is a safe alternative to the traditional nucleic acid stain ethidium bromide. It is a non-carcinogenic and less mutagenic dye for detecting dsDNA, ssDNA and RNA in agarose gels with a very high sensitivity. MIDORI Green Advance can utilize with UV light or with our innovative Blue/Green LED technology.

The MIDORI Green Xtra TAE Agarose Tablets are a clean and fast solution for preparing agarose gels without time-consuming weighing. These tablets already contain the ultra-sensitive DNA stain MIDORI Green Xtra for the safe detection of nucleic acids.

Agarose Tablets with integrated DNA stain MIDORI Green Xtra. Tablet format – no weighing equipment required. Very stable at room temperature if protected from light. Just add TBE or TAE buffer. Fast dissolving protocol. MIDORI Green Xtra is a non-carcinogenic alternative to ethidium bromide. Environmental safety – all working solution can be disposed in regular laboratory waste.

Agarose Tablets with integrated DNA stain MIDORI Green Advance. Tablet format – no weighing equipment required. Very stable at room temperature if protected from light. Just add TBE or TAE buffer. Fast dissolving protocol. MIDORI^Green Advance is a non-carcinogenic alternative to ethidium bromide. Environmental safety – all working solution can be disposed in regular laboratory waste.

The FastGene^® Agarose was developed for a rapid separation of DNA fragments, such as PCR products and plasmid DNA, as well as RNA fragments. The very high quality was graded as suitable for molecular biology. The purity of the agarose leads to an excellent transparency and a low background. This is especially important to obtain sharp and well defined DNA and/or RNA bands with the highest sensitivity in the low molecular weight range. The high gel strength allows to use concentrations from 0,75 % – 2 %. The lack of DNases and RNases is assayed as well as the background fluorescence with Ethidium Bromide is determined.