Used INNOSCAN 710 #9372898 for sale

INNOSCAN 710 is an advanced scanning system used by laboratories for precise measurements and analysis of enzymes, proteins, and oligonucleotides. It is capable of providing accurate results in a matter of seconds and is extensively used in research applications. 710 features a high-powered microscope objective with an integrated 5-megapixel color CCD, capable of capturing detailed images with resolutions of up to 50 μm. It can capture and analyze individual molecules of proteins and nucleic acids with great accuracy and with the powerful microscope it is even capable of capturing images of subcellular structures. Using its higher resolution and advanced analysis capabilities, INNOSCAN 710 can be used to measure and analyze proteins, nucleic acids, and molecules scientifically. The device can provide dynamic energy distribution curves, allowing researchers to analyze the mass and binding properties of molecules. It can also capture and analyze fluorescent stained proteins and nucleic acids. Its advanced scanning technology also allows it to measure the size, shape, and charge of a molecule accurately. 710 can easily be integrated into a laboratory environment using its existing hardware, making it fast and easy to setup and use. It is a high-tech system that is reliable and scalable, making it ideal for sophisticated research applications. It can be used with a variety of software packages for further analysis. The most popular software packages for INNOSCAN 710 are the METRowTc and Agilent Crossbeam Analysis SuiteTM software. The METRowTc can be used to acquire and analyze peptide distributions in gel fluorescence assays, while the Agilent Crossbeam Analysis SuiteTM is a comprehensive suite of software tools designed for protein and nucleic acid quantitative analysis. 710 is an advanced imaging system that provides high-quality images and precise measurements in a matter of seconds. Its advanced capabilities make it ideal for laboratory settings where the need for accuracy and speed is of utmost importance. Its ease of use, scalability, and cutting-edge technology assures reliable results that can be used for research and commercial applications.