Mag4C-LV is designed for magnetic virus concentration. This kit is specifically developed for capturing, concentrating and storing lentiviruses and retroviruses. This kit is composed of 3 reagents allowing Magnetic Capture/Concentration, Elution and Conservation of Lentiviruses and Retroviruses.

A Multipurpose Magnetic Separation Rack for 50, 15 or 1.5 mL tubes is also proposed. It can hold 12 standard microtubes, two 15 mL and two 50 mL tubes.

Mag4C-LV magnetic nanoparticles capture viruses in culture media with 80-99 % efficiency. Once captured onto magnetic beads, viruses can be:

• Concentrated and stored with the Storage Buffer or directly used for downstream assay.

• Concentrated, eluted from the magnetic beads with the Elution Buffer and stored with the Storage Buffer or used for subsequent assays.

The Conservation Buffer has been expressly designed to improve the stability of lentiviruses upon storage conditions and is fully compatible with the magnetic nanoparticles.

 Mag4C-LV Kit presents unique properties:

• Simple, Rapid & Ready-to-use

• Concentration of lentiviruses by magnetic capture in 30-45 minutes

• High yield of viral capture and recovery

• No need to process magnetic beads before capture

• Avoid ultracentrifugation, precipitation and chemicals. Reduced handling steps of viruses

• Suitable for all conditions & viruses

• Improve virus stability under storage conditions

• Ideal for cell culture infection (Magnetofection™ advantages)

Sizes:

Mag4C-Lv Trial kit up to 20 captures

Mag4C-Lv beads 0.2 mL

Elution Buffer 5 mL

Conservation Buffer 0.2 mL

Mag4C-Lv kit up to 100 captures:

Mag4C-Lv beads 1mL

Elution Buffer 5mL

Conservation Buffer 1mL

Storage : +4°C

Shipping Conditions: Room Temperature

• This reagent needs to be used with a magnetic separation rack.

OZ Biosciences

OZ Biosciences成立于2003年，为全球科学界和制药业生产专用的转染、转导试剂。公司专注于DNA、RNA和蛋白质等生物分子的体外和体内应用交付技术。

自2003年以来，OZ Biosciences为全球科学界和制药行业创建，开发和生产专门用于转染和转导工具的创新分子递送系统。OZ Biosciences专注于体外和体内应用的生物分子（例如DNA，RNA和蛋白质）的输送技术。 

在过去的几年中，生命科学经历了技术革命。在基因组学，功能基因组学和蛋白质组学领域所取得的进展为更好地理解基本生物学过程和开发下一代药物创造了绝佳的机会。

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