Blouin Véronique, Brument Nicole, Toublanc Estelle, Raimbaud Isabelle, Moullier Philippe, Salvetti Anna
INSERM ERM 0105, CHU-Hôtel Dieu, Bât. Jean Monnet, 30 Av. Jean Monnet, 44035 Nantes, France.
J Gene Med. 2004 Feb;6 Suppl 1:S223-8. doi: 10.1002/jgm.505.
Numerous in vivo studies have demonstrated that recombinant AAV-2 vectors (rAAV-2) can efficiently transduce many tissues and lead to stable gene expression 12. These encouraging results have led to a rapid development of clinical trials involving the use of rAAV-2 vectors 3. However, the obtainment of large-scale rAAV-2 vector stocks for clinical assay is still hampered by the conventional production and purification methods that are not efficient and difficult to scale up. This review will describe the current methods available for rAAV-2 vector production and purification and show the advancements achieved, in particular in our group, to develop new scalable procedures, suiting GMP requirements.
大量的体内研究表明,重组腺相关病毒2型载体(rAAV-2)能够有效地转导多种组织并导致稳定的基因表达[12]。这些令人鼓舞的结果促使涉及使用rAAV-2载体的临床试验迅速发展[3]。然而,用于临床检测的大规模rAAV-2载体储备的获取仍然受到传统生产和纯化方法的阻碍,这些方法效率不高且难以扩大规模。本综述将描述目前可用于rAAV-2载体生产和纯化的方法,并展示所取得的进展,特别是在我们团队中,为开发符合GMP要求的新的可扩展程序所取得的进展。