ScholarWorks@Gachon: Kim, Joo-Hwan

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Kim, Joo-Hwan (김주환)

BioNano Technology (Department of Life Sciences)

Research Area: 식물분류학, 계통 및 진화, 자원식물학, Plant Taxonomy, Phylogenetics and Evolution, Economic Botany

Tel 031-750-8827
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Diabetic complications:14||Advanced glycation end products (AGEs):8||Chloroplast genome:7||Liliales:6||plastid genome:6||Aldose reductase inhibitor:5||Melanthiaceae:5||Korean herbal medicines:5||Herbal medicines:5||molecular phylogeny:4||Plastid genome:4||Taxonomic characters:4||Weed risk assessment:4||chloroplast genome:4||Invasive alien species:3||rat lens aldose reductase:3||Endemic species:3||zebrafish:3||molecular dating:3||Chinese herbal medicines:3||atpFH:3||flavonoid:2||Northern Hemisphere:2||genetic diversity:2||s disease:2||Putative invasive alien species:2||advanced glycation endproduct:2||Nucleotide diversity:2||Asparagaceae s.l.:2||amyloidβ:2||Litsea japonica:2||Diabetic retinopathy:2||SNP:2||subfamilial circumscription:2||Osteomeles schwerinae:2||Scrophulariaceae:2||Alzheimer&apos:2||Corsiaceae:2||biogeographic origin:2||Alzheimer’s disease:2||Parideae:2||molecular markers:2||Key words – Invasive alien species:2||Brandisia hancei:2||Molecular identification:2||Molecular markers:2||neuroinflammation:2||Molecular phylogeny:2||neuroprotection:2||comparative genomics:2||conservation:2||Vascular plants:2||Plastid DNA:2||phylogenetic analyses:2||diabetic vascular complications:2||dispersal:2||Asparagaceae:2||NFkappa B:2||Fraxinus chiisanensis:2||endangered species:2||psbAtrnH:2||Liliaceae:2||Elaeagnus glabra f. oxyphylla:1||Endemic plants:1||Epitypification:1||EpsteinBarr virus:1||Eustrephus latifolius:1||Ficus erecta Thunb leaf:1||Ficus erecta Thunb.:1||Flora:1||Flowering Prunus:1||Forsythia:1||Forsythieae:1||Gene deletion:1||Genebased marker:1||Genetic diversity:1||Genome:1||Gloriosa superba:1||Gondwana:1||HIV1:1||Habaneria cruciformis:1||Haploxylon:1||Heloniopsis tubiflora:1||Highfat fed rats:1||Homoploid hybrid:1||Hybrid genome:1||IRLC:1||ITS:1||Identification:1||IgE:1||Insulin resistance:1||Invasive alien plants:1||Invasive species:1||Iridaceae:1||Key words – Conservation of biodiversity:1||Korean Peninsula:1||Korean endemic:1||Korean endemic plants:1||Korean figs:1||Korean medicinal plants:1||Lamiaceae:1||Latent membrane protein 1:1||Lauraceae:1||Lilium tsingtauense:1||Longread sequencing:1||Maianthemum bicolor:1||Maianthemum s.s.:1||Medeoloideae:1||Melanthieae:1||Melastonia sanguineum:1||Memory impairment:1||Microsatellite:1||Middle Pleistocene transition:1||Mt. Cheonma:1||Multiplex PCR:1||Mycoheterotroph:1||Mycoheterotrophic species:1||Mycoheterotrophs:1||NBuOH soluble fraction of Polygoni Cuspidati (POCU1b):1||Neurodegenerative diseases:1||Neuroprotection:1||Nonalcoholic fatty liver:1||Nrf2/HO1:1||Obesity:1||Occludin:1||Oleaceae:1||Oleeae:1||Orchidaceae:1||OutofIndia:1||Oxidative stress:1||PPARgamma:1||Paliurus:1||Papilionoideae:1||Paris verticillata:1||Paulownia coreana:1||Paulowniaceae:1||Perilipin:1||Phosphodiesterase:1||Phosphorylated AMPactivated protein kinase (pAMPK):1||Phylogenetic relationship:1||Phylogenomics:1||Pinus:1||Plant resources:1||Plastome:1||Plastome degradation:1||Plumeless thistles:1||Polygonum cuspidatum:1||Prunus COS:1||Prunus x nudiflora:1||Putative invasive alien plants:1||Rare plant:1||Rare plants:1||Reynoutria japonica:1||Reynoutria sachalinensis:1||Rosaceae:1||Slocus haplotype:1||SOCS3:1||Schisandra chinensis:1||Scopolamine:1||Sequence phase:1||Simultaneous quantification:1||Slipper orchid:1||Sorbus commixta:1||South Korea:1||Tetracera scandens:1||Tricyrtis:1||Trillium maculatum:1||Trillium tschonoskii:1||Ulleung Island:1||Universal primers:1||Uvularioideae:1||Vascular endothelial growth factor:1||Veratrum patulum:1||Vietnamese herbal medicines:1||Viscum album:1||West Asia:1||Wild Prunus yedoensis:1||Wurmbeoideae:1||Xerophyllum tenax:1||Zebrafish:1||acetylcholinesterase:1||adjunctive effect:1||advanced glycation end products (AGEs):1||advanced glycation endproducts:1||age estimation:1||antiinflammation:1||antineuroinflammation:1||antipollution:1||antibody array:1||antiinflammatory effect:1||antineuroinflammation:1||antioxidant:1||apoptosis:1||atopic dermatitis:1||autophagy:1||bering land bridge:1||biogeography:1||bomare:1||cAMP response elementbinding protein (CREB):1||cemA pseudogenization:1||chloroplast DNA:1||cholinergic system:1||classification system:1||coldadapted:1||combination therapy:1||complete chloroplast genome:1||cyclin D3:1||cyclindependent kinase 11(p58):1||cytokine:1||dating analysis:1||diabetic retinopathy:1||diabetic retinopathy (DR):1||disjunction:1||distribution:1||divergence:1||ecological niche modeling:1||endemic:1||evolutionarily significant units:1||gene duplication:1||genomic events:1||geranylated flavanone:1||historical biogeography:1||human retinal microvascular endothelial cells (HRMECs):1||human retinal pigment epithelial cells:1||inflammation:1||integrative taxonomy:1||intercontinental disjunction:1||interglacial refugia:1||invasion:1||invasive species:1||lady&apos:1||lignans:1||melanthiaceae:1||memory dysfunction:1||methylglyoxal:1||microglia:1||microsatellite:1||microsatellites:1||mitochondrial function:1||molecular identification:1||monocot familial relationships:1||monocots:1||monsoon:1||ndh genes:1||nerve growth factor (NGF):1||neurodegenerative diseases:1||neuronal loss:1||nextgeneration sequencing:1||nitric oxide inhibitor:1||outofNorth America:1||oxidative stress:1||oxyphylla:1||pdistance:1||pancreatic lipase:1||phenylpropanoid glycoside:1||phosphodiesterase:1||phylogenetic relationship:1||phylogenetics:1||phylogenomic:1||phylogenomic analyses:1||phylogeny of Prunus s.l:1||plastid genome (plastome):1||plastome:1||population genetics:1||quantitative analysis:1||range expansion:1||rbcL:1||rearedge:1||retinal apoptosis:1||rpoC2:1||s slipper orchids:1||scopolamine:1||sect. Ovales:1||signal transduction:1||single inversion:1||skin barrier:1||slippedstrand mispairing:1||speciation:1||species delimitation:1||spontaneously diabetic Torii (SDT) rat:1||subfamilial classification:1||subgenus Diploxylon &:1||tandem repeats:1||trnICAU:1||trnI_CAU triplication:1||unrecorded species:1||vascular endothelial growth factor:1||vicariance:1||ycf15:1||소나무속:1||소나무아속:1||AMPK:1||잣나무아속:1||APG III:1||ATrich region:1||Abeliophyllum:1||Acetylcholinesterase:1||Acetylcholinesterase:1||Adipocyte differentiation:1||Adipocyte differentiationrelated protein (ADRP):1||Ajuga spectabilis:1||Alstroemeriaceae:1||Ambrosiinae: genetic markers, phylogenomics:1||Amyloidβ:1||AntiHIV Reverse Transcriptase:1||AntiHIV agent(s):1||Antioxidation:1||Apiaceae:1||Asparagales:1||Asteraceae:1||Astragalus:1||Baekdudaegan:1||Bauhinia coccinea:1||Bering Land Bridge:1||Biogeography:1||Bloodretinal barrier:1||Bupleurum euphorbioides:1||Bupleurum latissimum:1||C/EBPalpha:1||Campynemataceae:1||Carduus crispus:1||Carex molestiformis:1||Cenchrus echinatus:1||Cenchrus longispinus:1||Centaurea maculosa:1||Chionographis:1||Chrysanthemum indicum Linne:1||Cichorieae:1||Cinnamomum chekiangense:1||Cinnamomum chenii:1||Cinnamomum japonicum:1||Colchicaceae:1||Colchicum autumnale:1||Commelinaceae:1||Comparative genomic analysis:1||Comparative genomics:1||Corsia:1||Crepidiastrum denticulatum extract:1||Crinum asiaticum seeds:1||Cyclic adenosine monophosphate:1||Cymbidium macrorhizon:1||Cyperaceae:1||Cypripedium japonicum:1||Cypripedium macranthos:1||DMZ:1||Diospyros lotus:1||Divergence:1||Duchesnea chrysantha:1||E. sect. Uniloculares:1||East Asia:1||East AsiaMediterranean disjunction:1||East China Sea land bridge:1||Elaeagnaceae:1||Elaeagnus glabra f:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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