… viral vectors for human gene therapy are considered. Although viral vectors are an obvious
starting point because viruses … , by the same token the viral hosts have evolved sophisticated …

… vector systems used for genetherapeutic applications - viral and nonviral. For the most part,
viral vectors are more effective than nonviral vectors … gene transfer, but they have associated …

… of viral vectors and to discuss the advantages and disadvantages of the viral vector systems
currently in use for gene … Secondly, we give an overview of the performance of these vectors …

… virus, retrovirus, adenovirus and herpesvirus vectors are … that have made these viruses
effective tools for gene delivery with … vector and which viral vectors can provide these features. …

… viral vectors that are now used in vitro and in vivo to study cellular gene function, correct
genetic defects (gene … viral vectors, and their advantages, limitations and principal applications. …

… the genetic constitution of … virus vectors that can efficiently deliver genes to neurons and
other neural cells in vitro and in vivo. These vectors allow us to monitor neurobiological functions…

… strengths and weaknesses in current virus–grass host systems. We describe ways to improve
current virus vectors and the potential of other grass-infecting viruses for VIGS studies. This …

… This review focuses on viral vectors commonly used in gene therapy studies.Their specific
properties are summarized in Table1. Although remarkable progress has been made in the …

… competent Ad is a promising viral vector for cancer therapy (Rosewell Shaw & Suzuki, 2016).
In summary, viral vectors provide a valuable tool to deliver a genetic payload to desired cell …

… Adeno-associated virus (AAV) vectors are currently among the most frequently used viral
vectors for gene therapy. At recent meetings of the American Society for Gene Therapy, nearly …