Toshiba Develops MEMS Based Technology For Injecting Nanoparticles In Cells
Toshiba announced the development of a manipulation technology for injecting nanoparticles in cells by using subtle vibration generated by a micro electro mechanical system (MEMS).
Compared with conventional techniques using laser beam to affect cells physically, the newly developed technology has advantages, such as simultaneous manipulation of numerous cells. Expected applications in the field of biotechnology include a medical analytical tool for investigating the reaction of cells to physical effects and clarifying their detailed properties, and, looking further ahead, a technique for affecting specific cells.
The principle of this technology is as follows. Vibration produced by MEMS causes nanoparticles in a liquid to adhere to cell surfaces. When vibration is applied continuously to nanoparticles adhering to cell surfaces, vibration is converted to thermal energy that affects cell surfaces physically, resulting in injection of nanoparticles into the cells.
Using Toshiba's advanced semiconductor process technology, the company has fabricated a nanoparticle manipulator with a water-repellent MEMS-based diaphragm consisting of numerous micro dishes (20 Ám x 20 Ám) arranged in a lattice format. In an experiment involving the application of a water droplet containing yeast cells and silica (glass) particles, the principle of this technology was verified.
ASUS Launches R9 200, R7 200 Series, Matrix R9 280X Graphics Cards
Apacer Launches SATA SLC-lite SSD solutions
ADATA Introduces a Stylish External HDD HC630
Samsung Introduces New Wireless Multiroom Speakers
WD Gives Consumers a Cloud of Their Own
Write a comment below. No registration needed!