Used DUPONT Qualicon Riboprinter #9100570 for sale

DUPONT Qualicon Riboprinter is an automated laboratory equipment designed to assist in the discovery and characterization of ribosomal RNAs (rRNAs). This system is an essential tool for the study of bacterial and eukaryotic DNA, providing fast and accurate data analysis. The basic components of Qualicon Riboprinter include an automated sample preparation unit, a reagent carousel, a custom designed electron microscope, and a software suite. The automated sample preparation machine is controlled by a powerful, programmable computer. It automatically prepares the samples, including amplification and purification protocols that are optimized for efficient rRNA detection. The reagent carousel must be replenished every few hours or whenever the conditions change. It contains multiple reagents and standard solutions required for the analysis, such as buffer solutions and probes. The custom designed electron microscope offers a wide range of magnification options and is capable of working with both fresh and frozen cells. It scans the samples and produces images of the structure and size of the ribosomal RNAs. These images can then be analyzed to determine the RNA length, structure, and sequence. The custom software suite rapidly processes the images, and provides data on the ribosomal transcripts and sample characteristics. DUPONT Qualicon Riboprinter is used for a variety of applications, including quantitative and qualitative analysis of rRNAs, in silico sequence analysis of those RNAs, and analysis of transcriptional regulation. It also offers a variety of DNA-based analyses, such as restriction mapping, hybridization analysis, and cloning. The tool is accurate and reliable, with results that are reproducible from one experiment to the next. Qualicon Riboprinter is an invaluable tool for molecular biologists, microbiologists, and biochemists. It offers a time-efficient and cost-effective way to analyze ribosomal RNAs and other molecular features of bacteria and eukaryotes. Furthermore, its results can be integrated with other genomic or proteomic data to gain a better understanding of the underlying biology of the organism.