ScholarWorks@Korea University: Sim, Sang Jun

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Sim, Sang Jun (심상준)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-4853
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Microalgae:34||Haematococcus pluvialis:27||Astaxanthin:19||Localized surface plasmon resonance (LSPR):6||Flue gas:6||Mixotrophic:6||Plasmonic biosensors:6||Cyanobacteria:5||Biosensor:5||metabolic engineering:5||Alzheimer's disease (AD):5||Chlamydomonas reinhardtii:5||Gold nanoparticles (AuNPs):5||Multiplex detection:4||Metabolic engineering:4||cyanobacteria:4||SERS:4||Biohydrogen:4||Gold nanoparticles:4||Photobioreactor:4||Polydiacetylene:4||Neochloris oleoabundans:4||MCS:3||Chlorella:3||DNA methylation:3||Synechococcus elongatus PCC 7942:3||gold nanoparticles:3||Glucose:3||Microfluidics:3||Aptamer:3||Biomass production:3||astaxanthin:3||Rayleigh scattering:3||CO2 conversion:3||Organic carbon:2||Bioplastics:2||Diagnosis:2||Omega3 fatty acids:2||Biorefinery:2||CRISPRCas9:2||Scaleup:2||Allergy diagnosis:2||rayleigh scattering:2||Algicidal microorganism:2||Pretreatment:2||Autotrophic:2||Acetic acid:2||localized surface plasmon resonance (LSPR):2||Biofuel:2||Cancer biomarkers:2||Biomineralization:2||Omics:2||Surfaceenhanced Raman scattering (SERS):2||Composite:2||Mixotrophy:2||Exosome:2||LSPR:2||IgE:2||Biofuels:2||Photosynthesis:2||Negative emissions:2||Economic feasibility:2||Nanoplasmonic sensor:2||Epigenetics:2||Photobioreactor:2||Polyhydroxybutyrate:2||Triacylglycerol:2||Biomass:2||Gold nanoparticle (AuNP):2||Bioplastic:2||Strain engineering:2||microalgae:2||squalene:2||Cancer:2||Chlorella sorokiniana:2||Cell disruption:2||Cyst germination:2||Flue gas utilization:2||Bioproducts:2||Plasmonic nanoparticles:2||Thermotoga neapolitana:2||LC3:2||Remediation:2||Eicosapentaenoic acid (EPA):1||Argininefed culture:1||Sedimentation rate:1||Euglena gracilis:1||Paramylon:1||Extracellular polymeric substances:1||CaCO3 biomineralization:1||Mild calcification method:1||Antioxidant activity:1||GRAS solvent:1||RTqPCR:1||BCRABL:1||Glycerol:1||compliance validation testing:1||gold nanorods (AuNRs):1||bicarbonate buffer:1||Lipid extraction:1||Adsorbent:1||bioproducts:1||Hydrodynamic property:1||protein engineering:1||Nutrient gradient:1||SyneBrick vectors:1||gene expression:1||In Vitro Neural Circuit:1||Synthetic biology:1||Reversible interaction:1||protein A:1||Nitrate and solar radiation:1||Multiplex diagnosis:1||Natural sunlight:1||Gold nanostars:1||Peptide nucleic acid:1||Microfluidic Devices:1||Enterobacter cloacae:1||Signal enhancement:1||3,4DihydroxyLphenylalanine:1||fluorescence:1||네오클로리스 올레오 아분단스:1||biomedical applications:1||signal amplification:1||Mixing:1||Inclusion body:1||Fluorescence biosensor:1||Field Effect Transistor:1||Buffer:1||Autophagy:1||Ultrasound:1||Antioxidant activities:1||Genomics:1||Proteomics:1||Zeaxanthin epoxidase:1||Antibody fragment:1||Gel microdropletbased screening:1||Autophagic flux:1||3D hierarchical nanostructure:1||Biorefinery chemicals:1||Semicontinuous:1||CO 2 bioconversion:1||Mixotrophic metabolism:1||High light intensity:1||microfluidic spray device:1||scattered light:1||Wastewater:1||Radical reaction:1||Nanoparticle assembly:1||Astaxanthin recovery:1||CO2 hydrogenation:1||Formic acid:1||Green algae:1||Flotation:1||Cancer detection:1||PHB:1||Breast cancer:1||p53 protein:1||Whey:1||flue gas:1||cell screening system:1||fatty acids:1||Pseudoalteromonas:1||Haematococcus pluvialis cyst:1||CRISPRCAS9:1||Autotrophic astaxanthin production:1||microbial structure:1||algal biotechnology:1||Mass transfer coefficient:1||scalable production:1||Axon Diode:1||Microvesicles:1||Isoprenoids:1||seroconversion:1||Nile red:1||HaberWeiss reaction:1||Plasmon coupling:1||PDMS:1||Mixotrophic culture:1||Perfusion:1||p53 protein mutation:1||immunogold colloids:1||pHSensitive:1||배가스:1||Singlemismatched detection:1||DNA hybridization:1||Biomolecular recognition:1||hydrogen production:1||Larginine:1||Resonant Rayleigh Light Scattering:1||Biodiesel:1||Photocatalysis:1||Plasmonic immunoassay:1||Culture system:1||Enzymes:1||Fruit and vegetable juice:1||Toxicity:1||Autotrophs:1||Repeated sequential autoand heterotrophic:1||culture mode:1||Liquid fuels:1||CO2:1||Biological conversion of CO2:1||Prostate cancer:1||HS2:1||3Dprinted buoyant structure:1||Alzheimer ?s disease (AD):1||Gamma ray:1||face masks:1||PLPA hybrid system:1||Industrial flue gas:1||CO 2 reduction:1||Rheological analysis:1||Mild cognitive impairment (MCI):1||Genetic algorithm:1||Ca2+based 1stage recycling strategy:1||Energy:1||TaqMan probe:1||microalgal CO2 sequestration:1||microRNA:1||chaotropic agent:1||plasmonic immunoassay:1||Lipid productivity:1||Bubble column photobioreactor:1||Molecule absorption:1||Chlantydomonas reinhardtii:1||fatty acid ethyl ester:1||CO2 Permeation:1||Exosomes:1||Lipid production:1||acetone:1||Cohesin:1||Dockerin:1||Autotrophic H2 photoproduction:1||HBV capsid:1||silver nanowire:1||Apolipoprotein4 (ApoE4):1||Microscale approach:1||Microalgal culture:1||Closed photobioreactor:1||Carbon fixation efficiency:1||Coupling gold nanoparticles:1||Corynebacterium glutamicum:1||Furfural tolerance:1||Detoxification:1||Hyaluronic acid:1||Botryococcus braunii:1||FTIR:1||Drug Carrier:1||Outdoor:1||BRCA1:1||magnetic forces:1||Single Au Nanoparticle:1||Allergy:1||Mixotrophic culture mode:1||Nanosorbents:1||Power plant flue gas:1||Solid fuels:1||Gaseous fuels:1||Outdoor cultivation:1||Highvalue metabolites:1||SNF2 gene:1||3D printing:1||Vertical polymeric photobioreactor:1||Sodium acetate:1||filtration performance:1||Essential fatty acids:1||Multicolor electrochromic device:1||Biological CO2 conversion:1||Pyrolysis:1||Aqueous extraction:1||photoautotrophic biomass production:1||coalfired flue gas:1||Neural network:1||synechococcus elongatus PCC 7942:1||synthetic pyruvate dehydrogenase bypass:1||Environmental:1||high lipid content strain:1||Lipid:1||Cocultivation:1||Extraction:1||Chronic myeloid leukemia:1||Acidic cultivation:1||Stress relief:1||cancer diagnosis:1||plasmonic headflocked gold nanopillar:1||Solid fuel:1||thermotolerant microalga:1||Adsorption:1||biotechnology:1||Vibration:1||Shear stress fields:1||Teflon coating:1||Biomass and biodiesel production:1||Continuous flow:1||Microdroplet:1||Mesoporous materials:1||CCM induction:1||GT1 binding motif:1||Photoautotrophic culture:1||Summer outdoor conditions:1||Localized surface plasmon resonance:1||Outdoor autotrophic culture:1||Photoautotrophic induction:1||PIK3CA:1||Immunosensor:1||Enzyme catalyzed precipitation:1||Calcium phosphate nanoparticle:1||Cell regeneration:1||Solvent extraction:1||promoter activity:1||tagging system:1||Carbon dioxide:1||광합성:1||클로렐라 불가리스:1||헤마토코쿠스 플루비알리스:1||Resonant Rayleigh light scattering:1||Photosensitivity:1||CSABR:1||Cancer Biomarker:1||Chromatography:1||Contamination:1||Decontamination strategy:1||Nanofluid synthesis:1||Ionic liquids:1||Green pretreatment:1||Multifaceted approaches:1||Tau protein:1||Alzheimer's disease:1||Bacteria:1||Whole microalgal biomass utilization:1||Foods and feeds:1||Labelfree detection:1||Biomass filler:1||Liquid biopsy:1||Photo and dark fermentation:1||Poly hydroxybutyrate:1||Gelation:1||Syngas:1||Bacteriophage template:1||Clinical application:1||DNAassembled plasmonic nanoarchitecture (DAPNA):1||Localized surface plasmonic resonance (LSPR):1||Polyaromatic hydrocarbons:1||Genetic engineering:1||Bioavailability:1||Convention plastics:1||Lipid catabolism:1||outdoor cultivation:1||Nanoplasmonic biosensor:1||Phaeodactylum:1||Nitrogen starvation:1||highpressure homogenization:1||Lifecycle CO2 reduction:1||Anisotropic CaCO3 crystal:1||Onepot method:1||Hydrogel microparticle:1||LNGfired waste CO2:1||Cellulases:1||Lignocellulose biomass:1||Paraphysoderma sedebokerensis:1||surfaceenhanced Raman scattering (SERS):1||temperature shift:1||Harmful algal blooms (HABs):1||microbial physiology:1||Shapecode:1||farnesene:1||Hydrodynamic properties:1||synthetic biology:1||T7 promoters:1||Photoautotrophic Culture:1||Extracellular vesicles:1||Synergistic effect:1||S deprivation:1||Starch accumulation:1||Dunaliella LIP promoter:1||Sequence overrepresented in lightinduced promoter (SORLIP):1||lateral force image:1||surfaceenhanced Raman spectroscopy (SERS):1||Beta amyloid (A beta):1||Lateral flow assay:1||Photoautotrophic biodiesel production:1||DNA microarray:1||hot spot mutants:1||Hydrogen bonding:1||Chlorella vulgaris:1||황산화물과 질산화물:1||ferritin:1||nanoprobes:1||polydiacetylene:1||magnetic beads:1||Improved factors:1||Carbon Nanotube:1||Glycerol waste:1||Heat transfer:1||Deep eutectic solvents:1||Electromagnetic treatment:1||Harvesting:1||Headflocked gold nanopillar:1||Photobioreactors:1||Resource recovery:1||Dried microalgal biomass:1||Harvesting process:1||Antibiofouling:1||miRNA:1||Biogas:1||Biohydrogen production:1||Wet Haematococcus pluvialis cysts:1||Stretchable patch:1||Interactive display:1||PBAT:1||Surfaceenhanced Raman scattering:1||Biodegradation:1||gold nanoparticles (AuNPs):1||Dewatering:1||Terahertz timedomain spectroscopy:1||Fruit waste:1||Biopolymer:1||CRISPRCas9 technology:1||Nitrogen signaling:1||cell wall disruption:1||N Realtime PCR:1||Bioethanol:1||Thermophiles:1||exosome:1||Graphene oxide:1||Antibiotic sensor:1||The holistic analyses:1||autotrophic biodiesel production:1||twostage strategy:1||Phospholipase:1||Highthroughput screening:1||Azidebased colorimetric assay:1||Microcystis aeruginosa:1||Polyethylenimine (PEI):1||Stress priming:1||Neural Network:1||biosolar cell factories:1||Multicyclic operation:1||Proteinticles:1||Infectious diseases:1||High temperature:1||Furfural:1||Targeted delivery:1||Hydrocarbon:1||plasmon coupling:1||aptasensors:1||Fluorescence:1||Ampicillin:1||realtime analysis:1||protein expression:1||photosynthesis:1||flue gase:1||biodiesel:1||Thermotaga neapolitana:1||prostate cancer:1||Insulinlike growth factor 1:1||Fedbatch culture:1||Interlinker:1||Signal amplification:1||Autophagy flux:1||Cultivation:1||Transcriptomics:1||Drug discovery:1||Consortium:1||Clinical diagnosis:1||Exosomal miRNA:1||Food industry wastewater:1||Process realtime monitoring:1||Flue gas CO2:1||Carbon emission:1||Salinity:1||Mixotrophic cultivation:1||Transparent grid electrode:1||Polymer composite:1||Bioprocess:1||Phosphorylatedtau proteins:1||Demulsification:1||liquid biopsy:1||Biomass recovery:1||Flocculation:1||Intermolecular interaction:1||urea:1||KH2PO4:1||Microreactors:1||Chlorophyta:1||CO(2)conversion:1||Lipid droplet production:1||Chlamydomonas:1||cyst:1||cell disruption:1||density gradient centrifugation:1||Highlipid content strain:1||SMCS:1||Multiple lightsplitting effect:1||HClObased pure culture process:1||Ionic liquid:1||lutein:1||Polymeric thinfilm photobioreactor:1||Autotrophic buffer system:1||SERStags:1||Sepsis:1||Tobacco mosaic virus coat protein:1||Red cyst cell (aplanospore) inoculation method:1||chemical force microscopy:1||microcontact printing:1||benzene specific peptide:1||PDMSbased microreactor:1||Tubular photobioreactor:1||Telomerase activity:1||Cancer cell:1||Effluxlike permease:1||Nile Red:1||IC50:1||Cocrystal:1||solvent crystallization:1||nanoplasmonic biosensor:1||SOx and NOx:1||Saltinduced:1||Photoinducible mutant:1||glycerol:1||Refolding:1||Genotoxicity:1||Outdoor semicontinuous culture:1||Downstream processing:1||CO2 reduction:1||CO2 fixation rate:1||Anaerobic digestion:1||Biochar:1||Culture volume per area:1||CO2 utilization:1||Infectious disease:1||pHinduced:1||Site restoration:1||Biomassderived nitrogendoped carbon:1||plasmonicbiosensors:1||Microalgae harvest:1||Largescale harvesting:1||Metamaterials:1||Bioreactors:1||Modeling:1||Ca2+induced homeoviscous adaptation:1||Organic:1||Pollutant:1||Direct combustion fuel:1||Split mixotrophy:1||extraction:1||Cell wall disruption:1||poultry feed test:1||Thermostability:1||Blinking effects:1||tau (tau) protein:1||Direct combustion:1||Astaxanthin extraction:1||Oilbased astaxanthin extraction method:1||Mass cultivation:1||zeaxanthin:1||Microfluidic device:1||Microfluidic perfusion bioreactor:1||Therapeutic delivery:1||Multiple stresses:1||Chlamydomonas transformation:1||Lightinducible motif:1||adjuvant:1||immunogenicity:1||Iron(Fe2+) supplementation method:1||plasmonic coupling:1||Surface engineering:1||Semicontinuous process:1||DNA mutation:1||Circulating tumor DNA:1||Gene delivery:1||Stepwise irradiation:1||nOctane:1||Carbamazepine Saccharin Anti:1||ATR:1||Liposome:1||DNAprotein interaction:1||gene transcription:1||ribosomal frameshifting:1||이산화탄소:1||hydrogels:1||bioassay platforms:1||Localized Surface Plasmon Resonance (LSPR):1||tion strategy:1||Carbon capture and utilization:1||Exosomal miRNAs (exomiRs):1||Endocrine system:1||Culture condition:1||Food processes:1||Microorganisms:1||Thermochemical conversion:1||Wet ball mill extraction:1||Metabolomics:1||Macular pigmentenriched oil:1||ADPglucose pyrophosphorylase:1||SERS nanotag:1||Design:1||Waste mitigation:1||Urine:1||Meltcompounding:1||Dispersion:1||Chlorella sp:1||CO2 bioconversion:1||Downstream process:1||Wastewater treatment:1||automatic mapping system:1||Liquid dimethyl ether:1||Antioxidants:1||Energy storage device:1||H. pluvialis:1||Highvalue products:1||Surface transition:1||Differential diagnosis:1||Carbon neutrality:1||Lateral flow immunoassay:1||Ru singleatom catalyst:1||nanoframes:1||Tumor microenvironment:1||

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