Exosomes, glycans and biohybrid materials have being filling a huge gap in nanomedicine by their common superior properties - ≤200 nm in size biocompatible nature, stable, be-altered-targeting properties, and easy modifications. Vertical and horizontal motions of exosomes, high degree of freedom sugar branches of glycans and the direction controls of biohybrids help them to overcome biological barriers easily.

Among applications in Molecular Nanotechnology, these represent emerging dynamic and self-moving biomaterials for diagnostic and therapeutic purposes. Therefore, they have been using from biomedical kit material to 3D printing, theranostics and microchip fabrication. Unfortunately, standardization could become a big challenge in each step for these dynamic materials when they are intended to use in biomedicine. From the production process to biomedical material development, each detail should be coming out and visualized clearly. 

In fact, aims of this Method Collections are both to display innovative methods; and pull-out standardization techniques among experiments to link all procedures of dynamic biomedical materials. Eventually, this collection invites all video techniques and methods of recent dynamic biomaterials which are produced as the part of Molecular Nanotechnology. In addition, computational studies are welcome collect molecular simulations, mathematical modelling, artificial intelligence applications as video beside the wet-lab methods.