Mixture of DNA and Protein. The aim is to create homogeneous versions of the desired virus.

Viral vectors may be the result of virus that deliver genetic material into cells. It is possible to use viral vectors to introduce different kinds of genetic material in cells. Because they cause infection of cells, without the triggering of any disease, virus vectors are a good choice to treat diseases using treatment with genes. There are many kinds of vectors that are viral, each having its own advantages and drawbacks. Adenovirus, retroviruses and poxviruses are the most common viral vectors.

The objective of virus vector purification is the elimination of any contaminating proteins (e.g. and bacterial proteins) as well as the lipids (e.g. cells membrane fragments) Nucleic acids (e.g., plasmid DNA) as well as other cell components. Utilizing viral vector purification could be used as a tool for developing vaccines, research genetic therapy, as well as in the treatment of cancer. The goal of viral vector purification is to eliminate contaminants like proteins (e.g., bacterial proteins) or lipids (e.g. cell membrane fragments), nucleic acids (e.g. and plasma DNA) as well as other cell elements. The process involves the identification of viruses through centrifugation, filtration, and Ion Exchange chromatography. The isolation process cannot remove viruses. 4dhhwjh53m.