Gene therapy Several of the methods used to facilitate<unk>  have applications for therapeutic purposes. Gene therapy utilizes<unk>  to deliver genetic material with the goal of treating a disease or condition in the cell.<unk>  in therapeutic settings utilizes non-immunogenic vectors capable of cell specificity that can deliver an adequate amount of transgene expression to cause the desired effect. Advances in genomics have enabled a variety of new methods and gene targets to be identified for possible applications. DNA microarrays used in a variety of next-gen sequencing can identify thousands of genes simultaneously, with analytical software looking at gene expression patterns, and orthologous genes in model species to identify function. This has allowed a variety of possible vectors to be identified for use in gene therapy. As a method for creating a new class of vaccine,<unk>  has been utilized to generate a hybrid biosynthetic vector to deliver a possible vaccine. This vector overcomes traditional barriers to<unk>  by combining E. coli with a synthetic polymer to create a vector that maintains plasmid DNA while having an increased ability to avoid degradation by target cell lysosomes.
Gene delivery
Genome editing
Gene therapy
Therapeutic gene modulation
Gene doping
Human cloning
Biological engineering
Nanoparticle drug delivery