OZ Biosciences SAS, specialized in the development of innovative transfection technologies is delighted to announce the launching of new products Mag4C Kits.
Online PR News – 20-November-2012 – Marseille, France – OZ Biosciences SAS, specialized in the development of innovative transfection technologies is delighted to announce the launching of new products Mag4C Kits.
Mag4C Kits are specifically developed for capturing, concentrating and storing viruses. These kits are composed of 3 reagents allowing Magnetic Capture/Concentration, Elution and Conservation of viruses.
"We continuously improve our core technology", explains Olivier Zelphati, CEO of OZ Biosciences. Indeed, Mag4C Kits are new specific superparamagnetic nanoparticles formulation evolved from our Magnetofection™ Technology.
Mag4C magnetic nanoparticles capture by electrostatic and hydrophobic interactions viruses in culture medium with 80-99 % efficiency. Simple, rapid and ready to use this product allows concentrating virus by magnetic capture in 30-45 minutes. In this way, ultracentrifugation, precipitation and chemicals are avoided. Once captured onto magnetic beads, viruses can be:
(1) Concentrated and stored with the Conservation Buffer or directly used for cell culture, molecular biology or other assays.
(2) Concentrated, eluted from the magnetic beads with the Elution Buffer and stored with the Conservation Buffer or used for various assays.
Moreover, these kits contain particular conservation buffers that improve virus stability upon storage conditions.
About OZ Biosciences:
OZ Biosciences creates, develops and produces unique transfection reagents and transduction tools for the scientific community and pharmaceutical industry. As an innovative technology-based company, OZ Biosciences continually provides enabling technologies for the delivery of biomolecules. Located in the Luminy Scientific Park, the heart of important biological research activity in Marseille, France, the company has established a strong position in the field of molecular delivery systems.