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Suicide.risk in juve.ile.ope. angle.glaucoma patie.ts

Inte.national Journal of Ophthalmology(e.glish e.ition) 2024年第10期17卷 1880-1886页

作者： Hye.jeong Se.ng Sukyoung Jung Sooye.n Choe De.artme.t of Ophthalmology Chungnam National University HospitalDaejeon 35015Republic of Korea De.artme.t of Ophthalmology Chungnam National University College of MedicineDaejeon 35015Republic of Korea De.artme.t of He.lth Care.Policy Re.e.rch Korea Institute for Health and Social AffairsSejong 30147Republic of Korea

AIM:To inve.tigate.the.association be.we.n juve.ile.ope. angle.glaucoma(JOAG)and me.tal he.lth among ***:This study use. nationally re.re.e.tative.data from the.8th Kore. National He.lth and Nutrition e.amination Surve.(KNHANe.)*** diagnosis followe. the.Inte.national Socie.y of Ge.graphical and e.ide.iological Ophthalmology crite.ia base. on glaucomatous structural de.e.ts,visual fie.d de.e.ts,corre.te. vision,and intraocular *** outcome.,suicidal be.aviors,psychiatric counse.ing,and de.re.sion we.e.e.aluate. through me.tal he.lth *** ratios(ORs)with 95%confide.ce.inte.vals(CIs)we.e.e.timate. using logistic re.re.sion mode.s,adjusting for ***:Among 7090 participants,3446 me. the.inclusion crite.ia for analysis,and 88(2.6%)we.e.diagnose. with ope. angle.glaucoma(OAG).Afte. adjusting for age.se.,and be.t-corre.te. visual acuity(VA),participants with OAG we.e.re.e.le. to have.significantly highe. odds of suicidal be.aviors(i.e.,ide.tion,planning,or atte.pts)compare. with those.without OAG(OR:2.70;95%CI:1.12-6.54;P=0.028).This association re.aine. significant afte. furthe. adjustme.ts for socioe.onomic status,life.tyle.factors,and pre.e.ce.of chronic conditions(P=0.031 and 0.035,re.pe.tive.y).Howe.e.,the.e.was no significant diffe.e.ce.for the.othe. two outcome.,psychiatric counse.ing and *** age.stratifie. analysis re.e.le. a stronge. association be.we.n OAG and suicidal be.aviors in younge. JOAG participants(e. OAG participants(≥40y;OR:3.80 vs 2.22;95%CI:0.79-18.22 vs 0.56-8.80,re.pe.tive.y).CONCLUSION:OAG patie.ts show a highe. risk of suicidal be.aviors than those.without glaucoma particularly in JOAG patie.ts.

关键词： glaucoma juve.ile.ope. angle.glaucoma suicide suicidal be.avior

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Nove. fabrication te.hnique. for ultra-thin silicon base. fle.ible.e.e.tronics

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Inte.national Journal of e.tre.e.Manufacturing 2024年第4期6卷 116-149页

作者： Ju Young Le. jeong e.n Ju Chanwoo Le. Sang Min Won Ki Jun Yu School of e.e.trical and e.e.tronic e.gine.ring Yonsei University50 Yonsei-roSeodaemunguSeoul 03722Republic of Korea De.artme.t of e.e.trical and Compute. e.gine.ring Sungkyunkwan UniversitySuwon 16419Republic of Korea YU-Kore. Institute.of Scie.ce.and Te.hnology(KIST)Institute Yonsei University50Yonsei-roSeodaemun-guSeoul 03722Republic of Korea

Fle.ible.e.e.tronics offe. a multitude.of advantage.,such as fle.ibility,lightwe.ght prope.ty,portability,and high *** unique.prope.tie. allow for se.mle.s applications to curve. and soft surface.,le.ding to e.te.sive.utilization across a wide.range.of fie.ds in consume. *** applications,for e.ample.span inte.rate. circuits,solar ce.ls,batte.ie.,we.rable.de.ice.,bio-implants,soft robotics,and biomime.ic ***,fle.ible.e.e.tronic de.ice. have.be.n de.e.ope. using a varie.y of mate.ials such as organic,carbon-base.,and inorganic se.iconducting ***(Si)owing to its mature.fabrication proce.s,e.ce.le.t e.e.trical,optical,the.mal prope.tie.,and cost e.ficie.cy,re.ains a compe.ling mate.ial choice.for fle.ible.***,the.re.e.rch on ultra-thin Si in the.conte.t of fle.ible.e.e.tronics is studie. rigorously *** thinning of Si is crucially important for fle.ible.e.e.tronics as it re.uce. its be.ding stiffne.s and the.re.ultant be.ding strain,the.e.y e.hancing fle.ibility while.pre.e.ving its e.ce.tional *** re.ie. provide. a compre.e.sive.ove.vie. of the.re.e.t e.forts in the.fabrication te.hnique. for forming ultra-thin Si using top-down and bottom-up approache. and e.plore. the.r utilization in fle.ible.e.e.tronics and the.r applications.

关键词： fle.ible.e.e.tronics silicon fabrication te.hnique top-down approach bottom-up approach

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Syste.atic Radio Te.e.cope.Alignme.t Using Portable.Fringe.Proje.tion Profilome.ry

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Nanomanufacturing and Me.rology 2024年第1期7卷 75-85页

作者： Joe. Be.kson Justin Hyatt Nathan Juliche. Bye.ngjoon jeong Isaac Pimie.ta Rache. Ball Wyatt e.lis Jason Voris Die.o Torre.‑Barajas Dae.ook Kim Jame. C.Wyant Colle.e.of Optical Scie.ce. University of Arizona1630 E.University Blvd.TucsonAZ 85721USA De.artme.t of Astronomy at Ste.ard Obse.vatory University of Arizona933 N Cherry Ave.TucsonAZ 85721USA

In 2019,the.e.e.t Horizon Te.e.cope.e.T)re.e.se. the.first-e.e. image.of a black hole.e.e.t *** are.now aiming for highe. angular re.olutions of distant targe.s,like.black hole.,to unde.stand more.about the.fundame.tal laws of gravity that gove.n our *** achie.e.this highe. re.olution and incre.se. se.sitivity,large. radio te.e.cope. are.ne.de. to ope.ate.at highe. fre.ue.cie. and in large. *** like.the.ne.t-ge.e.ation Ve.y Large.Array(ngVLA)and the.Square.Kilome.e. Array(SKA)re.uire.building hundre.s of te.e.cope. with diame.e.s gre.te. than 10 ms ove. the.ne.t *** has a twofold *** te.e.cope.surface. ne.d to be.more.accurate.to ope.ate.at highe. fre.ue.cie.,and the.logistics involve. in maintaining a radio te.e.cope.ne.d to be.simplifie. to support the. prope.ly in large.*** of the.e.proble.s can be.solve. with improve. me.hods for surface.me.rology that are.faste. and more.accurate.with a highe. *** le.ds to faste. and more.accurate.pane. alignme.t and,the.e.ore.a more.productive.*** this pape.,we.pre.e.t the.use.of binocular fringe.proje.tion profilome.ry as a solution to this proble. and de.onstrate.it by aligning two pane.s on a 3-m radio te.e.cope.*** me.sure.e.t take. only 10 min and dire.tly de.ive.s fe.dback on the.tip,tilt,and piston of e.ch pane. to cre.te.the.ide.l re.le.tor shape.

关键词： Me.rology Fringe.proje.tion profilome.ry Off-axis alignme.t Radio astronomy Radio ante.na

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Pre.sure.re.ponsive.pH-trigge.e. laye.-by-laye. coating of paclitaxe.-e.uting balloon cathe.e.s for instant high-dose.drug de.ive.y for pe.cutane.us coronary arte.y inte.ve.tion

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Nano Re.e.rch 2024年第10期17卷 9141-9151页

作者： jeong Yu Le. Shonit Nair Sharma Sung-Yu Hong Young-Guk Ko Yangsoo Jang Minjae.Do Michae. Christophe. Stark Qiwe. Pe.g Be.jamin Alle. Mossburg Bo Chan Se. Yuhan Le. De.artme.t of Mate.ials Scie.ce.and e.gine.ring Korea Advanced Institute of Science and TechnologyDaejeon 305-701Republic of Korea De.artme.t of Ane.the.iology Perioperativeand Pain MedicineCenter for Accelerated Medical Innovation&Center for NanomedicineBrigham and Women’s HospitalHarvard Medical SchoolBostonMA 02115USA De.artme.t of Biological e.gine.ring Massachusetts Institute of TechnologyCambridgeMA 02139USA Cardiovascular Product e.aluation Ce.te. Yonsei University College of MedicineSeoul 120-752Republic of Korea Division of Cardiology Department of Internal MedicineSeverance Cardiovascular HospitalYonsei University College of MedicineSeoul 120-752Republic of Korea

Cardiovascular dise.se. re.ain the.le.ding cause.of mortality worldwide.with pe.cutane.us coronary inte.ve.tions(PCI)using drug-e.uting ste.ts(De.)as the.standard tre.tme.t for coronary arte.y *** advance.e.ts in De. te.hnology,challe.ge. such as re.te.osis and ste.t thrombosis still ne.e.sitate.furthe. inte.ve.tions and carry conside.able.risks,highlighting an urge.t ne.d for a nove. the.ape.tic approach with lowe. re.te.osis rate. and re.uce. re.nte.ve.tion *** balloons(De.s)coate. with anti-prolife.ative.age.ts offe. a nove. me.hod of local drug de.ive.y for re.ucing re.te.osis by dire.tly administe.ing drugs to the.le.ion ***,e.ficie.t de.ive.y of drugs within the.brie. proce.ural window while.minimizing drug loss during mane.ve.ing to the.targe. site.re.ains a ***,we.de.e.ope. a pre.sure.re.ponsive.and pH-trigge.e.,paclitaxe.(PTX)coate. De. cathe.e. for rapid and high-dose.de.ive.y of paclitaxe. to the.le.ion site.,ove.coming the.limitations of drug dispe.sion and ine.ficie.cie. associate. with conve.tional *** the.charge.re.e.sion of albumin around its isoe.e.tric point,paclitaxe.-loade. human se.um albumin nanoparticle.(PTX-HSA-NPs)and he.arin we.e.coate. using a laye.-by-laye. de.osition me.hod at pH *** e.posure.to physiological pH(i.e.,7.4),the.coating is rapidly re.e.se. from the.balloon *** with a prote.tive.she.lac coating,the.De. achie.e. controlle. re.e.se.of high-dose.paclitaxe. to the.arte.ial tissue.in vivo(up to 400μg pe. gram tissue.,e.ce.ding curre.t De.s in the.*** re.ults sugge.t the.pH-re.ponsive.multi-laye. coate. De.’s pote.tial for supe.ior proce.ural outcome.,addre.sing a critical unme. ne.d in PCI.

关键词： drug-e.uting balloon laye.-by-laye. coating coronary arte.y dise.se paclitaxe.

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Highly e.astic,Biore.orbable.Polyme.ic Mate.ials for Stre.chable.Transie.t e.e.tronic Syste.s

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Nano-Micro Le.te.s 2024年第6期16卷 1-13页

作者： jeong‑Woong Shin Dong‑Je.Kim Tae.Min Jang Won Bae.Han Joong Hoon Le. Gwan‑Jin Ko Se.ng Min Yang Kave.i Rajaram Sungke.n Han He.se.k Kang Jun Hye.n Lim Chan‑Hwi e.m Amay J.Bandodkar Hanul Min Suk‑Won Hwang KU‑KIST Graduate.School of Conve.ging Scie.ce.and Te.hnology Korea University145 Anam‑roSeongbuk‑guSeoul 02841Republic of Korea SK Hynix 2091Gyeongchung‑daeroBubal‑eupIcheon‑siGyeonggi‑do 17336Republic of Korea Hanwha Syste.s Co. Ltd.188Pangyoyeok‑roBundang‑guSeongnam‑siGyeonggi‑do 13524Republic of Korea De.artme.t of e.e.trical and Compute. e.gine.ring North Carolina State UniversityRaleighNC 27606USA Ce.te. for Advance. Se.f‑Powe.e. Syste.s of Inte.rate. Se.sors and Te.hnologie.(ASSIST) North Carolina State UniversityRaleighNC 27606USA De.artme.t of Inte.rative.e.e.gy e.gine.ring Korea University145 Anam‑roSeongbuk‑guSeoul 02841Republic of Korea Biomate.ials Re.e.rch Ce.te. Korea Institute of Science and Technology(KIST)5 Hwarang‑ro 14‑gilSeongbuk‑guSeoul 02792Republic of Korea Se.iconductor R&D Ce.te. Samsung Electronics Co.Ltd.Hwaseong‑siGyeonggi‑do 18448Republic of Korea Ce.te. for Advance. Biomole.ular Re.ognition Biomedical Research DivisionKorea Institute of Science and Technology(KIST)Seoul 02792Republic of Korea

Substrate. or e.capsulants in soft and stre.chable.formats are.ke. compone.ts for transie.t,biore.orbable.e.e.tronic syste.s;howe.e.,e.astome.ic polyme.s with de.ire. me.hanical and bioche.ical prope.tie. are.ve.y limite. compare. to nontransie.t ***,we.introduce.a biore.orbable.e.astome.,poly(glycolide.co-ε-caprolactone.(PGCL),that contains e.ce.le.t mate.ial prope.tie. including high e.ongation-at-bre.k(e.ilie.ce.and toughne.s,and tunable.dissolution *** of PGCLs as polyme. matrice.,in combination with conducing polyme.s,yie.ds stre.chable.conductive.composite. for de.radable.inte.conne.ts,se.sors,and actuators,which can re.iably function unde. e.te.nal *** of de.ice.compone.ts with wire.e.s module. de.onstrate. e.astic,transie.t e.e.tronic suture.syste. with on-de.and drug de.ive.y for rapid re.ove.y of postsurgical wounds in soft,time.dynamic tissue..

关键词： Biode.radable.e.astome. Conductive.polyme. composite. Biome.ical de.ice Transie.t e.e.tronics

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An oxyge.ating colloidal bioink for the.e.gine.ring of biomime.ic tissue.constructs

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Bio-De.ign and Manufacturing 2024年第3期7卷 240-261页

作者： Se.l-Ha jeong Jarno Hie.stra Patrick V.Blokzijl Re.e.a Damian-Fe.rara Danilo Martins dos Santos Jéssica H.L.da Fonse.a Min-Ho Kang Jihyun Kim Dilara Yilmaz-Aykut Me. L.L.Cham-Pére. Je.oe. Le.jte. Su Ryon Shin Division of e.gine.ring in Me.icine Department of MedicineBrigham and Women’s HospitalHarvard Medical SchoolBostonMA 02139USA Le.jte. Lab Department of Developmental BioEngineeringFaculty of Science and TechnologyTechnical Medical CentreUniversity of TwenteDrienerlolaan 57522 NB EnschedeThe Netherlands Nanote.hnology National Laboratory for Agriculture.LNNA) Embrapa InstrumentaçãoSao CarlosSao Paulo 13560-970Brazil De.artme.t of Biome.ical-Che.ical e.gine.ring The Catholic University of Korea43 Jibong-roBucheon-siGyeonggi-do 14662Republic of Korea De.artme.t of Biote.hnology The Catholic University of Korea43 Jibong-roBucheon-siGyeonggi-do 14662Republic of Korea

e.suring a sufficie.t oxyge. supply is pivotal for the.succe.s of bioprinting applications since.it foste.s tissue.inte.ration and natural *** in oxyge. conce.tration among dive.se.tissue. ne.e.sitate. the.pre.ise.re.re.tion of tissue.spe.ific oxyge. le.e.s in imprinte. constructs to support the.survival of targe.e. *** oxyge.-re.e.sing biomate.ials,such as oxyge.-ge.e.ating microparticle.(OMPs),have.shown promise.for e.hancing the.oxyge. supply of microe.vironme.ts in injure. tissue.,whe.he. this approach is scalable.for large.tissue. and whe.he. tissue.spe.ific bioinks with varying OMP conce.trations re.ain printable.re.ain *** study addre.se. this critical gap by introducing an innovative.class of e.gine.re. oxyge.ate. bioinks that combine.colloidal-base. microge.s with *** re.ort that incorporating nanosize. calcium pe.oxide.nCaO_(2))and mangane.e.oxide.nanoshe.ts(nMnO_(2))into hydrophobic polyme.ic microparticle. e.able. pre.ise.modulation of oxyge. re.e.se.while.controlling hydroge. pe.oxide.***,the.fabrication of oxyge.ating and cytocompatible.colloidal ge.s is achie.e. using an aque.us two-phase.*** study thoroughly e.aluate. the.fundame.tal characte.istics of the.re.ulting bioink,including its rhe.logical be.aviors,printability,shape.fide.ity,me.hanical prope.tie.,and oxyge. re.e.se.***,this study de.onstrate. the.macroscopic scalability and cytocompatibility of printe. constructs produce. via ce.l-lade. oxyge.ating colloidal *** showcasing the.e.fe.tive.e.s of e.trusion-base. bioprinting,this study unde.score. how it can be.use. to fabricate.biomime.ic tissue.,indicating its pote.tial for ne. *** findings pre.e.te. he.e.advance.the.bioprinting fie.d by achie.ing scalability with both high ce.l viability and the.possibility of mimicking spe.ifically oxyge.ate. *** work the.e.y offe.s a promising ave.ue.for the.de.e.opme.t of functional tissue. with e

关键词： 3D bioprinting Bioink Colloidal ge.s e.trusion printing Oxyge.-ge.e.ating microparticle

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前额迟发性小汗腺血管瘤性错构瘤

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世界核心医学期刊文摘（皮肤病学分册） 2006年第8期2卷 38-38页

作者： jeong e. Park H.J. Oh S.T. 李政霄 De.artme.t of De.matology College of Medicine Catholic University of Korea 62 Youido-dong Youngdeungpo-ku Seoul 150- 713 South Korea Dr.

A 71-ye.r-old Kore.n man pre.e.te. with a solitary e.ythe.atous plaque.on his fore.e.d (Fig. 1). It was first notice. by the.patie.t 1 ye.r pre.iously and had slowly incre.se. in size.ove. that time. Physical e.amination re.e.le. a slightly e.e.ate., 1.5 cm × 1.5 cm e.ythe.atous plaque.on the.uppe. midline.of the.fore.e.d. Swe.ting was not e.oke. by physical work or e.otional stre.s. The.e.was no pain or te.de.ne.s associate. with the.le.ion. The.patie.t had no history of trauma to the.fore.e.d. Histopathologic e.amination of the.le.ion showe. incre.se. numbe.s of e.crine.glands, as we.l as dilate. vascular channe.s in the.de.p de.mis and subcutane.us tissue.(Fig. 2). An immunohistoche.ical study showe. that the.e.e.crine.glands staine. positive.y for S- 100 and carcinoe.bryonic antige. (Ce.), and the.vascular channe.s for the.antifactor VIII-re.ate. antige.s. The.e.findings are.consiste.t with e.crine.angiomatous hamartoma. The.e.was no change.in the.le.ion during the.1-ye.r follow-up pe.iod.

关键词：血管瘤性错构瘤小汗腺前额迟发性癌胚抗原(Ce.) 第Ⅷ因子相关抗原组织病理检查免疫组化检查外分泌腺应激反应

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Invariant ope.ator the.ry for the.single.photon e.e.gy in time.varying me.ia

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Chine.e.Physics B 2010年第1期19卷 56-60页

作者： Choi jeong-Rye.l School of e.e.trical e.gine.ring and Compute. Scie.ce Kyungpook National University

Afte. the.birth of quantum me.hanics, the.notion in physics that the.fre.ue.cy of light is the.only factor that de.e.mine. the.e.e.gy of a single.photon has playe. a fundame.tal role. Howe.e., unde. the.assumption that the.the.ry of Le.is-Rie.e.fe.d invariants is applicable.in quantum optics, it is shown in the.pre.e.t work that this wide.y acce.te. notion is valid only for light de.cribe. by a time.inde.e.de.t Hamiltonian, i.e., for light in me.ia satisfying the.conditions, ε（t） = ε（0）, u（t） = u（0）, and σ（t） = 0 simultane.usly. The.use.of the.Le.is Rie.e.fe.d invariant ope.ator me.hod in quantum optics le.ds to a marve.ous re.ult： the.e.e.gy of a single.photon propagating through time.varying line.r me.ia e.hibits nontrivial time.de.e.de.ce.without a change.of fre.ue.cy.

关键词： single.photon e.e.gy invariant ope.ator the.ry time.varying me.ia

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Limitations of te.e.orting a qubit via a two-mode.sque.ze. state

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Photonics Re.e.rch 2019年第5期7卷 I0001-I0007页

作者： Se.K HYUNG LIe.HYUNSe.K jeong Ce.te. for Macroscopic Quantum Control Department of Physics and Astronomy Seoul National University

Re.e.tly, a te.e.ortation sche.e.using a two-mode.sque.ze. state.to te.e.ort a photonic qubit, so calle. a“hybrid” approach, has be.n sugge.te. and e.pe.ime.tally de.onstrate. as a candidate.to ove.come.the.limitations of all-optical quantum information proce.sing. We.find, howe.e., that the.e.e.ists the.uppe. bound of fide.ity whe. te.e.orting a photonic qubit via a two-mode.sque.ze. channe. unde. a lossy *** incre.se.of photon loss de.re.se. this bound, and te.e.ortation be.te. than this limit is impossible.e.e. whe. the.sque.zing de.re. of the.te.e.ortation channe. be.ome. infinity. Our re.ult indicate. that the.hybrid sche.e.can be.valid for fault-tole.ant quantum computing only whe. the.photon loss rate.can be.suppre.se. unde. a ce.tain limit.

关键词： te.e.ort a photonic qubit e.pe.ime.tally de.onstrate. photon loss de.re.se.

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Virtual Mold Te.hnique.in The.mal Stre.s Analysis during Casting Proce.s

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Journal of Mate.ials Scie.ce.& Te.hnology 2008年第3期24卷 359-363页

作者： Si-Young Kwak Jae.Wook Bae. jeong-Ho Nam jeong-Kil Choi e.De.ign Ce.te. Korea Institute of Industrial Technology De.artme.t of Virtual e.gine.ring Korea University of Science & Technology

It is important to analyse.the.casting product and the.mold at the.same.time.conside.ing the.mal contraction of the.casting and the.mal e.pansion of the.mold. The.analysis conside.ing contact of the.casting and the.mold induce. the.pre.ise.pre.iction of stre.s distribution and the.de.e.t such as hot te.ring. But it is difficult to ge.e.ate.Fe. me.h for the.inte.face.of the.casting and the.mold. More.ve. the.me.h for the.mold domain spe.ds lots of computational time.and me.ory for the.analysis due.to a numbe. of me.he.. Conse.ue.tly we.propose. the.virtual mold te.hnique.which only use. me.h of the.casting part for the.mal stre.s analysis in casting proce.s. The.spring bar e.e.e.t in virtual mold te.hnique.is use. to conside. the.contact of the.casting and the.mold. In ge.e.al, a volume.of the.mold is much bigge. than that of casting part, so the.propose. te.hnique.de.re.se. the.numbe. of me.h and save. the.computational me.ory and time.gre.tly. In this study, the.propose. te.hnique.was ve.ifie. by the.comparison with the.traditional contact te.hnique.on a spe.ime.. And the.propose. te.hnique.gave.satisfactory re.ults.

关键词： Casting proce.s The.mal stre.s analysis Virtual mold

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