The Role of Plasmid DNA in Viral Vector Production for Gene Therapy
The utilization of plasmid DNA in the production of viral vectors for gene therapy represents a critical advancement in medical biotechnology.
read moreThe utilization of plasmid DNA in the production of viral vectors for gene therapy represents a critical advancement in medical biotechnology.
read moreLentiviruses and adeno-associated viruses (AAV) require specific plasmids for their production, which ensure efficient vector generation and safe delivery of the gene of interest (GOI).
read moreMany people first became familiar with the term “mRNA” when COVID-19 vaccines were rolled out. In the simplest terms, mRNA, which stands for messenger ribonucleic acid, is a genetic material that instructs the cells to make specific proteins.
read moreAnemocyte Brings Italian Excellence in the Cell and Gene Therapy Sector to Phacilitate Leaders World 2020 in Miami
read moreAnemocyte Brings Italian Excellence in the Cell and Gene Therapy Sector to Phacilitate Leaders World 2020 in Miami
read moreHow Anemocyte is Changing History as a Biotech Manufacturing Organization (BMO)
read moreAt the cutting edge of Cell and Gene therapy and a centre of excellence for the production of plasmids and non-viral solutions for genetic modifications, Anemocyte will be a key player at the leading sector event thanks to its expertise, dynamism and industrial cell and plasmid manufacturing facilities
read moreThe Italian biotech Genenta Science has raised €13.2M in a private round to fund two ongoing phase I/II trials of its stem cell therapy Temferon for blood and brain cancer
read moreA new state-of-the-art facility dedicated to plasmid manufacturing will be in operation by August 2019 in Gerenzano, Italy. The new site will couple with the existing GMP facility active in the Cell and Gene (C&G) therapy space. With 800m2 (8,000 square feet) of cleanrooms, the two facilities of Anemocyte, the first Biotech Manufacturing Organisation (BMO), will address manufacturing needs of Somatic Cells, Non-Viral Modified Cells, Vesicles and Plasmids for Viral Vectors
read more