Self-assembling of DNA Origami on Silicon Substrate Assisting by DNA Surface-Modification
DNA origami, a 100nm scale sheet made of a long circular DNA and many short staple DNAs, is expected to play an importan […]
DNA origami, a 100nm scale sheet made of a long circular DNA and many short staple DNAs, is expected to play an importan […]
As one of attractive microstructure required for advanced polymer-based microfluidics, our objective is to develop th […]
We synthesize uniform-sized gold nanoparticles by using high-speed pulsed mixing. The properties of gold nanoparticles c […]
We proposed a novel and simple packaging technique to enhance the atmosphere controllability of the microfabricated alka […]
The processing technology which fabricates 3D microstructure like microfluidics via UV photolithography has attracted […]
DNA origami tiles formed by folding circular DNA (M13mp18) with 7428 bp are utilized as functional building blocks on wh […]
We aim to design electrostatic vibrating gyroscopes by using an electrical equivalent circuit analysis. Electrostatic ME […]
Localized surface plasmon resonance which gold nanoparticles show enhance optical electric-field intensely around the su […]
In this research, we aim to design the electrostatic gyro sensor including controlled voltages as design parameters by u […]
A novel sealing technique using sacrificial microchannels was proposed for atmosphere control in a micromachined alkali […]
Evaluating local stress in the microstructure is in high demand for designing and manufacturing MEMS and assessing the r […]
Self-assembly process has been attracting much attention as a promising technique to integrate multiple functional sm […]