Evaluation on Fluidity of the Self-Assembled Phospholipid Layer Fabricated by Plasma-Assisted Method and its Application

Fabrication of Polymer Film Immobilizing Pd Nano Particles by Plasma-Assisted Method and Evaluation of its Catalytic Activity

“…The durable hydrophilic surface thus introduced has been confirmed by not only the measurement of water contact angle but also demonstration of long term stability of surface lubricity on the urethane-made catheter. The durable hydrophilic surface can make several bio-application works [10][11][12][13][14][15][16]. To increase the content of carboxyl groups, VEMAC was introduced on the LDPE-VEMAC film with hexamethylenediamine (HMDA) as a spacer, and then Au nano particles was immobilized on this film via 2-aminoethanethiol.…”

Immobilization of Au Nano Particles Using the Durable Hydrophilic Polymer Surface Fabricated by Plasma-Assisted Method

“…[5] We have also reported the development of a novel fabrication of self-assembled phospholipid layer by the use of LDPE-VEMAC film and its bio-application as a bio-sensor and bio-reactor immobilizing the bio-molecules such as enzyme and antibody on the self-assembled phospholipid layer. [6][7][8][9][10] The development and implementation of reusable catalysts in organic chemistry is becoming more important with increasing environment awareness and the current focus on green chemistry initiatives. Small-crystal-size gold (Au nano particles) supported on inorganic oxides or active carbon has recently attracted considerable attention, since these catalysts are able to promote the selective oxidation of alcohols.…”