Nippon Genetics Europe products

FastGene® Block & Go serves a blocking solution as well as signal enhancer in Western blot analysis. It provides blocking and primary and secondary antibody hybridization in one step. Furthermore, it enhances the signal developed with HRP (horseradish peroxidase) or AP (alkaline phosphatase) substrates. FastGene® Block & Go reduces time and labor-intensive Western bot procedure.

The FastGene® Western Blot System is an efficient device to perform the first Western Blot protein transfer step from gel to membrane via a wet electropohoretic transfer technique. The Western Blot Systems contains all the necessary components for reliable protein transfer and comes with detailed guidelines to successfully perform transfer and Western Blot analysis. The system includes a cool pack, which is installed during the run. The cool pack absobs generated running heat, avoiding the possibility of power loss. Gel and membrane can be easily sandwiched in the blot connector, which is assembled via an easy-to-use lock mechanism.

Enables long term cell storage at -80°C or -196°C. Improved cell recovery and viability after thawing. Ready-to-use freezing media – no programmed or sequential freezing required. Serum-free – no risk of contamination. GMP manufactured. Usable for all known cell lines. Long shelf life.

Enables long term cell storage at -80°C or -196°C. Perfectly suited for hybridoma cells and HTP-applications. Bambanker Direct can be directly added to the cells – No washing and no centrifugation necessary. Improved cell recovery and viability after thawing. Ready-to-use freezing media – no programmed or sequential freezing required. Serum-free – no risk of contamination. GMP quality (more information). Long shelf life.

Optimal for the cryopreservation of primate ES and iPS cells. Made with human serum albumin – No other animal components. Enables long term cell storage at -80°C or -196°C. Improved cell recovery and viability after thawing. Ready-to-use freezing media – no programmed or sequential freezing required. Serum-free – no risk of contamination. GMP manufactured. Long shelf life.

DMSO-free – for the most sensitive cells. Enables long term cell storage at -80°C or -196°C. Improved cell recovery and viability after thawing. Ready-to-use freezing media – no programmed or sequential freezing required. Serum-free – no risk of contamination. GMP manufactured. Usable for all known cell lines. Long shelf life.

Cell culture chamber for petri dishes and flasks for a sterile and protective environment for the culture container. Tissue and cell culture are indispensable tools for modern biology. Nevertheless, every cell biologist had the frustrating experience of having very important cell culture flasks or, even worse, petri-dishes with primary or stem cells being infected.

Real-time fluorescent quantitative PCR system for probe & dye-based assays. The FastGene® qFYR is a highest precision instrument for performing quantitative polymerase chain reaction (qPCR) experiments. qPCR is a well-established method for the sensitive detection and quantification of nucleic acids. During a measurement, the target DNA or RNA sequence is amplified, while a cycle-dependent increase of a fluorescent signal is detected in real-time.

Real-time fluorescent quantitative PCR system 6 channels for probe & dye-based assays. The FastGene® qFYR is a highest precision instrument for performing quantitative polymerase chain reaction (qPCR) experiments. qPCR is a well-established method for the sensitive detection and quantification of nucleic acids. During a measurement, the target DNA or RNA sequence is amplified, while a cycle-dependent increase of a fluorescent signal is detected in real-time.

Long-term storage of cultured cells; Cryopreservation of mammalian cells is extremely valuable and common in biological research. Fear of losing a cell line to contamination or incubator failure is frequently the impetus for making archival storage of cells a high priority after receiving or generating a new cell line. Once transferred from growth media to freezing medium, the cells are usually frozen at a controlled rate and stored in liquid nitrogen vapor or at -130°C in a mechanical deep freeze. Although freezing a cell line is a commonly performed procedure, problems arise when suitable freezers are not available, or unwanted variables are introduced by the presence of serum, extra-wash or complicated freezing algorithms.