Project goal: Fabricating nanoparticle-based biologics, mechanism study, and efficacy tests.
Major roles:
Experimental design, COVID-19 animal model, data acquisition, and analysis.
Report writing, manuscript preparation, and presenting the research outcomes in the scientific community.
Project goal: Time-kinetic plasma metabolomic and lipidomic profiles and identification of early biomarkers
Major roles:
Research proposal, experimental design, and communication with the collaborators.
Data acquisition and analysis.
Report writing, manuscript preparation, and presenting the research outcomes in the scientific community.
Project goal: Build a proteome map of the biological changes that occur during MS at the major onset sites—the brain and the spinal cord.
Major roles:
Design and perform the animal experiment and induce the EAE disease model.
Biochemical analysis. Preparing tissue samples for proteomic study.
Data acquisition and analysis.
Report writing, manuscript preparation, and presenting the research outcomes in the scientific community.
Project goal: Establishment of laboratory set up for gene doping analysis (e.g., EPO doping) and obtain accreditation from the world anti-doping agency (WADA).
Major roles:
Establishing the gene doping laboratory set up for routing analysis of EPO genes from athletes
Accreditation of the methods prepared for Pyeongchang Olympic’2018, Korea
Doping Test for Universiade Gwangju 2015 (01/05/15 - 03/09/15)
Doping Test for Incheon Asian Para Games 2014 (12/08/14 - 24/11/14)
Doping Test for Incheon Asian Game 2014 (16/06/14 - 14/11/14)
Doping Test for PyeongChang Olympic and paralympic games 2018 (01/02/18 - 30/03/18)
Major roles:
Preparation of urine samples and screening of results for the presence of prohibited drug lists by LC-MS/MS (e.g., diuretics and masking agents beta-2 agonist, hormone and metabolic modulators)
Project goal: Exploring how obesity affects the severity of multiple sclerosis and the underlying mechanisms. Identify important biomarkers of the obesity-EAE and aging-EAE interaction.
Major roles:
Induction of EAE in mice by immunization with peptide, isolation of anatomical brain regions.
Neurochemical analysis of brain neurotransmitters and signaling molecules.
Immunoassays for cytokines and chemokines; enzyme activities by luminescence spectrophotometer.
RNA isolation, purification, cDNA microarray, pathway analysis of DEGs, real-time RT-PCR.
Reporting and documentation of the data through publishing in renowned international journals
Project goal: Discovery of new anti-obesity agents acting on 5-HT2C receptor
Major roles:
Animal experiments by acute and chronic administration of 5-HT2C receptor ligands. Pharmacokinetic study and analysis of tissue neurotransmitters by using HPLC-ECD, etc.
Project goal: Toxicity assessment and bio-distribution of quantum-dot nanoparticles
Major roles:
Administration of QD-NP in the precision-cut spleen of rat and check uptake of NP.
Intravenous and Intraperitoneal administration of QD-NP in BALBC mice.
H &E staining for tissue damage and fluorescence microscopy for the uptake of QD-NP.
LDH and NADPH oxidase activity assay by using a UV spectrometer.