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Creating Nanoscale Soccer Ball-shaped Molecules with Proteins ¨D New Hollow Nanoparticles with Potential Applications in Nanomaterial Parts and Drug Delivery Capsules¨D

Publish: October 05, 2018
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October 5, 2018

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Shinshu University

A research group including Assistant Professor Norifumi Kawakami and Professor Kenji Miyamoto of ´ºÓêÖ±²¥app¡¯s Department of Biosciences and Informatics, Faculty of Science and Technology and Associate Professor Ryoichi Arai of Shinshu University¡¯s Department of Applied Biology, Faculty of Textile Science and Technology successfully constructed a soccer ball-shaped protein nanoparticle designated "TIP60" through self-assembly of building block protein molecules. TIP60 is a homogeneous hollow spherical supramolecule designed to have a diameter of about 22 nm. It was found that small organic compounds could be introduced into the internal cavity of TIP60 and that TIP60s could be further aggregated to create a larger structure. This achievement is expected to contribute to developments in nanotechnology through its application as drug-delivery nanocapsules or nanoblocks for creating nanomaterials with new structures.

The outcomes of this research were published in the September 17 issue ofAngewandte Chemie International Edition.