Tzu-Wen Wang

1. Developing advanced production method for avoiding patent infringement during development of antimicrobial wound dressings 2. Performing relevant patent portfolio analysis for realizing antimicrobial wound dressing product, using tools including USPTO, EPO, Thomson Innovation tools 3. Proposing new reaction procedure and device for improving uneven antimicrobial efficacy on dressing and validated function using methods including AA, XPS, SEM and antimicrobial testings (ASTM E2149 & ISO 20743)

1. Launched 3 shampoos for new product line from formula optimization in lab to scale-up production in factory 2. Assisted in clinical trial for studying scalp physical condition and microorganisms of 60 Taiwanese females with dandruff problem and prepared report summarizing findings that was later published in Kao Beauty Conference at headquarters in Tokyo, 2015 3. Optimized existing formulations of shampoos and tested physical and technological properties of developed formulas

Surface modification of SPR chips, development of protein immobilizing methods and validation of self-developed SPR chips at Electronics and Optoelectronics Research Lab.

Took courses of Surface Chemistry (with mark 1.7), Environmental Nanotechnology (with mark 1.7) and Materials in Biomedicine.

Developed a nanostructured iridium oxide films electrodeposited from precursor on screen-printed carbon electrode (SPCE) towards detection of iodate. Studied distinct formats of potential waveforms utilized to implement the electrodeposition.

Immobilized 3T3-L1 adipocytes on the inner surface of fused-silica capillary for future diet pill screening application. Developed an online biosensor by combining enzyme capillary, flow-injection analysis and electrochemical detector for quantification of cholesterol.