Understanding Genome Function via Transposon and Nuclease Technology／Knut Woltjen

Understanding Genome Function via Transposon and Nuclease Technology

The advent of modern genome-engineering technology has revolutionized basic science leading to medical applications. By virtue of random genomic integration, transposon technology has enabled gene discovery using a forward genetics approach. In contrast, designer nucleases such as ZFN, TALEN, and CRISPR/Cas9 enable precise modification of target genes in a potent reverse genetics approach. Considering these two classic genetic approaches and the future of genome engineering in model organisms, including human pluripotent stem cells, “The Conference on Transposition and Genome Engineering” (TGE) will bring together an international group of pioneering experts in the field. Held from November 17 to 20 in Nara, the ancient capital of Japan, TGE 2015 will highlight the contributions of cutting-edge transposon and nuclease technologies to our understanding of basic biology and prospective disease therapies.

For more information, visit the Official TGE 2015 meeting website at:

We are looking forward to seeing you in beautiful Nara very soon.

Organizers:
Takashi Yamamoto, Hiroshima University
Knut Woltjen, Kyoto University
Junji Takeda, Osaka University

（くぬーと　うぉるつぇん）