Study of microfluidic devices for artificial lung applications
• Designed layout of microfluidic artificial lung using AutoCAD program and Shapr3D.
• Set up experimental system for blood oxygenation under flow using microfluidic device.
Study of interactions between blood and materials
• Executed platelet adhesion and blood coagulation onto materials and analyzed using SEM and fluorescent microscope.
• Established method for staining sheep blood cells with fluorescent dyes (Propidium iodide and NanoOrange).
• Fabricated PDMS, PVDF, and 20-HFP thin films via solution casting method.
Study of protein adsorption behaviors of albumin and fibrinogen onto porous membranes
• Established protocols for protein quantification by fluorescent-based assay (NanoOrange).
• Isolated protein and analyzed by Western blot andbicinchoninic acid (BCA) methods.
• Conjugated protein albumin with fluorescent dye (FITC) by gel filtration.
• Collected protein adsorption data from other papers (up to 1000 data).
• Investigated the extraction procedure of Cellulose Nanocrystal (CNC) from coconut fiber.
• Synthesized Fe3O4 and CNC-based Ag/Fe3O4nanocomposites via hydrothermal method.
• Evaluated the adsorption of Methylene Blue using the above-mentioned material.
Assoc. Prof. Jeong F. Kim
Energy and Chemical Engineering Department
Incheon National University, Republic of
Korea
Email: JeongKim@inu.ac.kr
English: IELTS 6.5 (Expired in 2021), TOEIC 910