Andersen Lab for Biomolecular Design

c nanostructures for the development of molecular biosensors, (iii) implementing theoretical and practical knowledge about biomolecular design for synthetic biology applications such as intracellular sensing and targeting, metabolic engineering and gene expression modulation. The group have been involved in developing the DNA origami method to create 3D nanomechanical devices and have recently invented the RNA origami method that allows nanostructures to be enzymatically synthesized and possibly expressed in cells. The RNA origami method was published in Science in 2014.