ScholarWorks@Gachon: Park, Jung Hwan

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Park, Jung Hwan (박정환)

BioNano Technology (Department of BioNano Technology)

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Tel 031-750-8551
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microneedles:11||Microneedle:9||Microneedles:4||Manometry:3||safety:3||Transdermal drug delivery:3||solgel formulation:2||Surface modification:2||Hepatitis B vaccine:2||Deglutition:2||micromolding:2||Adjuvant:2||DNA purity:2||Influenza:2||Dermal safety:2||Insertionresponsive microneedles:2||transdermal drug delivery:2||Pharmacokinetic study:2||Canine influenza vaccine:2||dissolution rate:2||swab:2||buccal mucosa:2||DNA yield:2||immunological efficacy:2||drug delivery:2||Upper esophageal sphincter:2||Dermal delivery:1||Dissolution rate:1||Dissolving microneedle array patch (MAP):1||Donepezil hydrochloride:1||Dry coating:1||Dual release pattern:1||Efficacy:1||Electrospinning:1||Enzyme activity:1||Erythema:1||Esophageal sphincter, upper:1||Fecal incontinence:1||Fluoroscopy:1||H1N1:1||Hair removal:1||High content:1||Hollow microneedle:1||Human norovirus:1||Hyaluronic acid:1||Hypopharynx:1||Immunization:1||Immunogenicity:1||Improved immunological efficacy:1||In vitro release:1||Induction heating:1||Infrared radiation:1||Insoluble and high molecular weight drug:1||Intracellular delivery:1||Iron oxide nanoparticles:1||Less pain:1||Locally targeting delivery:1||Lowtemperature process:1||Magnetic resonance probes:1||Mechanical property of polymer:1||Micromilling:1||Microfabricated device:1||Microneedle array patch (MAP):1||Muscle contraction:1||Nomenclature:1||Obelisk:1||Ocular drug delivery:1||Pain:1||Particleattached microneedles:1||Patchless transdermal delivery:1||Peritumor administration:1||Pharynx:1||Physical attachment:1||Pointofcare (POC):1||Poly(Llactide):1||Poly(amino acid)s:1||Polydimethylsiloxane:1||Polydopamine:1||Polylactic acid:1||Polymer:1||Portability:1||Prognosis:1||Psoriasis:1||Puncture performance:1||Pyriform sinus:1||Randomized controlled trial:1||Rapid delivery:1||Rapid disintegration:1||Rapid vaccine delivery:1||Readministration:1||Regulatory science:1||Research and development:1||Single administration:1||Skin immunization:1||Skin irritation:1||Skin vaccination:1||Spray deposition:1||Stabilizer:1||Stem cell:1||Stroke:1||Swelling of hydrogel:1||Systematic review:1||Tearable dissolving microneedles:1||Temperaturesensitive:1||Test methods:1||Thirdgeneration hepatitis B surface antigen:1||Tiploaded microneedle:1||Tipseparable dissolving microneedles:1||Transdermal system:1||Transepidermal water loss (TEWL):1||Transmucosal delivery:1||Treatment of warts:1||UV/ozone:1||VP1:1||Vaccine coating:1||Wireless:1||acupuncture:1||adhesive strength:1||aphthous stomatitis:1||applied protocol:1||backing layer:1||biocompatibility:1||biodegradable:1||biphasic release:1||bleomycin:1||botulinum toxin A:1||buccal microneedle swab:1||clinical research:1||clinical studies:1||clinical trials:1||coated microneedle:1||coated microneedles:1||coating polymer microneedle:1||combination vaccine:1||contractile front velocity:1||control of degradation:1||convenience:1||conventional manufacturing process:1||crosslinked particulates:1||crosslinked hyaluronic acid:1||development:1||diffusion pattern:1||dissolving:1||distal contractile integral:1||distal latency:1||drug delivery device:1||efficacy:1||electroporation:1||epicutaneous allergen administration:1||gastric cancer:1||gene transfection:1||genomic analysis:1||geometry:1||hair growth:1||heat therapy:1||hepatitis B vaccine:1||heterogeneous composition:1||highresolution manometry:1||hollow microneedle:1||house dust mite (HDM) allergic rhinitis:1||human prostate cancer cell:1||human study:1||hyperhidrosis:1||immunotherapy:1||infrared rays:1||integrated relaxation pressure:1||intermittent occurrence offecal incontinence:1||layered microneedles:1||local delivery:1||local targeting:1||low pain:1||low temperature hollow microneedle:1||materials:1||mechanical failure:1||mechanical strength:1||medical devices:1||metal transfer micromolding:1||microneedle:1||micropillars:1||microfabrication:1||microneedle:1||microneedle array:1||microneedle patch:1||micropump:1||microstructure:1||moxibustion:1||moxibustoin:1||nanoparticles:1||nasal microneedle swab:1||oral mucosal patch:1||pain:1||pain relief:1||pharmaceutics:1||pharmacokinetics:1||placebo:1||polymer:1||polymer microneedle:1||preclinical studies:1||pressuredriven actuator:1||processability:1||proximal pressure trough:1||puncture performance:1||rapid drug release:1||rapid separation:1||safety test:1||sham control:1||shortened application time:1||spray deposition:1||status:1||sustained drug release:1||sustained release:1||swelling:1||teriparatide:1||thermal stability:1||thermal stimulation device:1||thermotherapy:1||thermotherapy device:1||thin structure:1||triamcinolone acetonide:1||vaccine:1||warts:1||(LHBsAg):1||water dissolving polymer:1||3dimensional polymer microstructure:1||5FU:1||Active evaporating:1||Acute dermal toxicity:1||Anxiety:1||Aspect ratio:1||B/Victoria:1||B/Yamagata:1||Biodegradable polymer:1||Bivalent influenza vaccine:1||Bleomycin microneedle patch:1||Bone tissue engineering:1||Buccal cavity:1||CTA1:1||Cell lysis:1||Circular dichroism:1||Clinical study:1||Coated microneedles:1||Compartmental microneedle array:1||Compliance:1||Critical quality attributes:1||Cryotherapy:1||Cyclosporin A:1||DNA vaccine:1||Deglutition disorders:1||

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