ScholarWorks@Korea University: Pack, Seung Pil

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Pack, Seung Pil (백승필)

Graduate School (Department of Biotechnology and Bioinformatics)

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Tel 044-860-1419
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Carbonic anhydrase:10||CO2 sequestration:8||Biosilicification:8||Silicaforming peptide:7||bone regeneration:6||Biosilica:6||Phosphoenolpyruvate carboxylase:6||drug delivery:5||Ferritin:4||Silicatein:4||Oxaloacetate:3||diatom:3||biosilica:3||Codon optimization:3||calcium carbonate:3||Dunaliella species:3||Escherichia coli:3||BMP2:3||CMOS image sensor:2||Malate:2||biomimetic silica deposition:2||regenerative medicine:2||Diatom:2||Tyrosinase:2||Drug delivery system:2||FTICR MS:2||Codonoptimization:2||Enzyme engineering:2||Inflammation:2||Characterization:2||Erythropoietin:2||calcium phosphate:2||Drug delivery:2||Silica forming peptide:2||Cell encapsulation:2||immobilization:2||Chimeric protein:2||Thermostability:2||Computational design:2||controlled release:2||biomimetic:2||Oxanine:2||antimicrobial peptides:2||Fusion tag:2||Enzyme immobilization:2||wound healing:2||Flexibility:2||Intein:2||Carbon dioxide:2||Activity:2||Hahella chejuensis:2||Immobilization:2||Biomineralization:2||Antimicrobial activity:2||Cathepsin L:2||Silicification:2||biomineral:2||osteogenesis:2||Biosilica encapsulation:2||Enzyme flexibility:2||Biomaterials:1||Biomimetic silicification:1||biogenic TiO2:1||Nanostructures:1||Inclusion body:1||Paclitaxel:1||CO2 hydration:1||Sitespecific immobilization:1||Enzyme stability:1||Quasirigid domain analysis:1||Leukocytes:1||Ferritin cage protein:1||copper toxicity:1||Pearl oyster:1||TLR1 antibody:1||Nanosized beads:1||Protein backbone cyclization:1||Cyclization tag:1||Biosilification:1||Alphatype carbonic anhydrase:1||polynucleotide kinase:1||Cavity:1||restriction endonuclease:1||Microalgae:1||Poly(acrylic acid):1||Collagen/betaTCP composite:1||Lipase:1||Diatom biosilica:1||transcript diversity:1||silica forming peptide:1||biosensing technology:1||sonochemical synthesis:1||biomineral composites:1||Eskin:1||smart bandage:1||selectivity:1||Marinederived peptide:1||Stabilization:1||Diatom silaffin:1||biomimetic transformation:1||mRNAsequencing:1||hydrolases:1||biomedical applications:1||anticancer agent:1||antibacterial agent:1||Silaffins:1||Silaffin3:1||photocatalytic activity:1||Calcium Phosphate:1||Hydroxyapatite:1||Expressionenhancing tag:1||Solubility tag:1||Dual drug delivery system:1||Breast cancer:1||Norwogonin:1||Multitarget flavone:1||Fusion partner:1||periodate oxidation:1||Rheumatoid arthritis:1||Reactiveend ODNs:1||elemental composition:1||Improved activity:1||Acidic coldactive tyrosinase:1||Spherulitic calcite crystal:1||Immobilised enzymes:1||Polypeptides:1||Live cell imaging:1||Bicarbonate:1||Free fatty acid:1||Persephonella marina EXH1:1||cell death:1||Diagnostic assay:1||Dunaliella salina:1||CO2 mineralization:1||Alphacarbonic anhydrase:1||Erythrocytopenia:1||Pure red cell aplasia:1||Bioanalytical methods:1||Pure redcell aplasia:1||T4 polynucleotide kinase:1||Endcapping:1||Split GFP:1||GFP19:1||oleic acid:1||cns1 and cns2:1||apoptosis:1||selfassembly:1||virtual reality:1||virtual reality sickness:1||reference genome:1||livestock animals:1||Bone Regeneration:1||Diatomite:1||Green synthesis:1||Silver nanoforest:1||Adhesion force:1||bioprobe:1||aptamer:1||biocompatibility:1||tissue engineering:1||stem cell therapy:1||Polyurethane foam:1||plantderived polyphenols:1||Insulin receptordeficient mice:1||diatom biosilica:1||wound sponge:1||gelatin:1||gold nanoparticles:1||antimicrobial resistance:1||Aquaculture:1||MRSA:1||Bioinspired silicification:1||Purification tag:1||Solvohydrothermal Synthesis:1||Peptide tag:1||Direct immobilization:1||Silica:1||Silicaforming peptide (SFP):1||decomposability:1||Organicinorganic complex:1||Aliivibrio salmonicida:1||Psychrophilic enzyme:1||Calcium carbonate:1||nitric oxide:1||SNP:1||Low temperature:1||Bioconversion system:1||Residual structure state:1||Lensfree shadow imaging:1||Spring model:1||DNA ligase:1||Bridging ELISA:1||hypoxanthine:1||minor groove:1||composite:1||Reactive oxygen species:1||Tripartite GFP:1||Reconstitution assay:1||Cordyceps militaris:1||cordycepin:1||targeting:1||P4 peptide:1||NEAA:1||Biosilica Composite:1||Particle aggregation:1||SERSbased aptasensor:1||drug device combination:1||aptamer display particles:1||aspartic acid:1||nanostructure:1||biomimetic materials:1||biominerals:1||circadian rhythms:1||antifungal peptides:1||antimicrobial:1||Streptococcus pneumoniae:1||antimicrobial agents:1||calcium silicate:1||Chitosan:1||Nanohydroxyapatite:1||Heterologous protein expression:1||Protein tag:1||Biosilica nanoparticle:1||Sphingosine1phosphate:1||Organically functionalized:1||Thermochromic:1||Immunoprecipitation (IP):1||Ectocarpus siliculosus:1||Oceanimonas smirnovii:1||carbonic anhydrase:1||L. lactis:1||macrophage:1||Multiplex analysis:1||Systematical analysis:1||Gammaaminobutyric acid:1||Chromatography:1||DNA oligomer separation:1||EcoRI:1||DNA immobilization:1||TiO(2 )nanoparticles:1||Bone morphogenetic protein2 (BMP2):1||bone substitutes:1||Affinity immobilization:1||Silaffin:1||breast cancer:1||social anxiety:1||gene annotation:1||Silver nanoparticles:1||Label free SERS biosensor:1||antimicrobial peptide:1||bone scaffold:1||colorimetric aptasensor:1||vaterite:1||chiral toroid:1||realtime monitoring:1||sensitivity:1||agerelated diseases:1||nanoparticles:1||graphenebased materials:1||Sugar substitute:1||doxycycline:1||tooth extractions:1||microbial enzymes:1||Arthrospira platensis:1||molecular docking:1||Antimicrobial Resistance:1||twostage culture:1||Doxorubicin:1||Titania:1||Apoptosis:1||Esterase activity:1||protein:1||S1P receptor:1||Vanadium oxide:1||R5mediated silicification:1||Encapsulation:1||Terminal deoxynucleotidyl transferase:1||Airborne particle:1||PM2.5:1||Succinate:1||Thermal stability:1||3,4Dihydroxyphenylalanine (DOPA):1||Nonnatural amino acid mutagenesis:1||Bradykinin:1||Flowbased cell analysis:1||silaffin:1||Hyperthermostability:1||androgendisrupting chemicals:1||CESSCP:1||Ligasebased genotyping assay:1||CO2 capture technology:1||Split tag:1||GSTfusion protein:1||Inhibitory effects:1||Molecular dynamics simulation:1||DNA polymerase:1||Nitric oxide (NO)induced lesions:1||Bacillus circulans xylanase:1||DNA microarray:1||Surface modification:1||BetaTCP:1||Silica particle:1||Harvesting:1||Dewatering:1||Calcium phosphate:1||Osteoinductive bone substitute:1||coccoliths:1||Allomyrina dichotoma:1||cancer therapy:1||nanocage:1||autonomic physiological signals:1||Fluorophore:1||quality assessment:1||RNAsequencing (RNAseq):1||model organisms:1||bioinspired silicification:1||nanobody:1||fluorometric aptasensor:1||targeted drug delivery:1||environmental monitoring:1||optical sensors:1||pointofcare diagnostics:1||Biosilica formation:1||cancer:1||autophagy:1||probiotic bacteria:1||Livestock animals:1||Silica nanoparticles:1||Affinity tag:1||Catalase immobilization:1||Caloneis schroederi:1||Dicalcium Phosphate Anhydrous:1||EctP1:1||Cell cycle arrest:1||Protein immobilization:1||Sustained release:1||cellulose:1||covalent binding:1||Solvothermal synthesis:1||Bioconjugation:1||arctic tundra soil:1||Polycyclic aromatic hydrocarbon:1||Escherichia coil:1||nitrification:1||alphaType carbonic anhydrase:1||Coexpression:1||Marine archaea:1||Amino acid:1||Artificial enzyme:1||Cellulase:1||biomineralization:1||Bacterial acylACP TE:1||Crude glycerol:1||Total fatty acid:1||Shadow image:1||Thermostabilizing factors:1||Thermophilic protein:1||Bufferfree enzyme reaction:1||Continuous monitoring:1||Nucleus division:1||Repeat domain:1||Protein engineering:1||Cavity design:1||Restriction enzymes:1||Aminefunctionalized surface:1||collagen:1||Biosilica nanoparticles:1||Flocculation:1||Biomimetic materials:1||antiinflammatory:1||polyphenol:1||machine learning:1||Mineral deposition:1||silica hybrid:1||SARSCoV2:1||infectious disease diagnosis:1||particle display:1||hard tissue engineering:1||nanoengineered silica:1||nature inspired:1||wound dressing:1||Antimicrobial peptide:1||Surface display:1||antifungal resistance:1||Larabinose:1||bioremediation:1||oxidoreductases:1||proteinprotein interaction:1||antibiotic alternatives:1||biomedical application:1||Food chain:1||Retail food:1||Sponge:1||Gelatin:1||Hydrogel:1||Aggregationprone tag:1||Solubility enhancement tag:1||Staphylococcus aureus Protein A (SpA):1||dissolved organic matter:1||Organic substance:1||Coldactive tyrosinase:1||lipopolysaccharide:1||Cell counting:1||Stability:1||Marine microalgae:1||LED:1||Highthroughput:1||Viability:1||Thrombopoietin:1||Xylanase:1||Immunogenicity:1||T4 DNA ligase:1||BglII:1||Detergent industry:1||apoptosis signalregulating kinase 1:1||reactive oxygen species:1||anticancer:1||antioxidant:1||drug delivery system:1||Isothermal amplification:1||NEAR:1||nextgeneration sequencing (NGS):1||CaCO3:1||SARSCoV2 spike binding aptamer:1||Particle display:1||cell penetrating peptide:1||SARSCoV2 aptamer:1||biomimetic scaffolds:1||biomedical imaging:1||biosensor:1||natural compounds:1||aging:1||alginatebased antifungals:1||chitosan derivatives:1||biocoating:1||Leptin:1||multipollutant contamination:1||metabolics:1||bioinspired synthesis:1||Tapinoma simrothi:1||Bone regeneration:1||Nanocrystals:1||Silicaenveloped ferritin:1||extracellular polymeric substances:1||Biocatalysis:1||Enzyme technology:1||Enzyme surface:1||Recombinant protein:1||Bioinspired silicification:1||Glutamate decarboxylase:1||Myc tag:1||Calcite:1||Gene expression:1||Thrombocytopenia:1||DNAimmobilized packed column:1||Biosilica coating:1||Drying:1||UV phototherapeutic:1||Hyoscyamus muticus:1||protein nanoparticles:1||BMP2 knuckle epitope residues:1||Stabilizer:1||diatomite:1||SARSCoV2 spike proteinbinding aptamer:1||electrochemical sensors:1||magnetic biosensor:1||chitosan:1||enzyme immobilization:1||environmental restoration:1||Saccharopolyspora hirsuta:1||zinc oxide nanoparticles:1||Public health hazard:1||

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