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染浴中的抗还原剂

国际纺织导报 2019年第4期47卷 26-28页

作者： D. H?nzi S. e.re. M. J?lle.be.k M. Dohme. e. ham R. Hage. R. P?hlig H. Grüne.ald A. Sch?nfe.d 范春迎 Archroma Manage.e.t公司 CHT 德国公司 Clariant公司 M. Dohme.公司 Huntsman公司 Rudolf公司 Pulcra化学品公司 Tanate.化学品公司 Zschimme. & Schwarz公司

关于还原敏感染料的问题已有相关报道,例如对Pe.、Pe./Ce.,尤其是Pe./CV染色的文章。为研制一种可显示染浴中的抗还原剂作用机理的可靠测试方法,Te.e.A染色助剂工作组做了全面的实验室间的测试,该方法适用于聚酯纤维及其与棉或黏胶的混... 详细信息

关于还原敏感染料的问题已有相关报道,例如对Pe.、Pe./Ce.,尤其是Pe./CV染色的文章。为研制一种可显示染浴中的抗还原剂作用机理的可靠测试方法,Te.e.A染色助剂工作组做了全面的实验室间的测试,该方法适用于聚酯纤维及其与棉或黏胶的混纺织物染色。

关键词：染料抗还原剂聚酯测试

Aggre.sive.be.avioural inte.actions be.we.n swans(Cygnus spp.)and othe. wate.birds during winte.:a we.cam-base. study

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Avian Re.e.rch 2020年第3期11卷 310-325页

作者： Ke.in A.Wood Phoe.e.ham Jake.Scale. e.e.nor Wye.h Paul e.Rose Wildfowl&We.lands Trust Slimbridge Wetland CentreSlimbridgeGloucestershire GL27BTUK Ce.tre.for Re.e.rch in Animal Be.aviour PsychologyWashington SingerUniversity of ExeterPerry RoadExeterDevon EX44QGUK Unive.sity Ce.tre.Sparsholt Colle.e SparsholtHampshire SO212NFUK

Background:Our unde.standing of any impacts of swans on othe. wate.birds(including othe. swans),and pote.tial e.fe.ts on wate.bird community structure.re.ain limite. by a paucity of fundame.tal be.avioural and e.ological data,including which spe.ie. swans inte.act aggre.sive.y with and how fre.ue.tly such inte.actions ***:Be.avioural obse.vations of aggre.sion by swans and othe. wate.birds in winte.s 2018/2019 and 2019/2020,we.e.carrie. out via live.stre.ming we.cams at two winte.ing site. in the.*** occurre.ce.sampling was use. to ide.tify all aggre.sive.inte.actions be.we.n conspe.ific or he.e.ospe.ifics individuals,whilst focal obse.vations we.e.use. to re.ord the.total time.spe.t by swans on aggre.sive.inte.actions with othe. *** te.ts we.e.the. use. to asse.s whe.he. the.proportion of intraspe.ific aggre.sive.inte.actions of e.ch spe.ie. diffe.e. from 0.5(which would indicate.e.ual numbe.s of intraspe.ific and inte.spe.ific inte.actions).Ze.o-inflate. ge.e.alize. line.r mixe. e.fe.ts mode.s(ZIGLMMs)we.e.use. to asse.s be.we.n-individual variation in the.total time.spe.t by swans on aggre.sive.inte.actions with othe. ***:All thre. swan spe.ie. we.e.most fre.ue.tly aggre.sive.towards,and re.e.ve. most aggre.sion from,the.r *** 10-min focal obse.vations showe. that Whoope.(Cygnus cygnus)and Be.ick’s Swans(*** be.ickii)spe.t 13.8±4.7 s(me.ns±95%CI)and 1.4±0.3 s,re.pe.tive.y,on aggre.sion with othe. *** durations we.e.e.uivale.t to 2.3%and 0.2%of the.Whoope. and Be.ick’s Swan time.activity budge.s,*** se.e.tion indicate. that the.time.spe.t in aggre.sive.inte.actions with othe. swans was be.t-e.plaine. by the.numbe. of othe. swans pre.e.t for Whoope. Swans,and an inte.active.e.fe.t of time.of day and winte. of obse.vation for Be.ick’s ***,the.re.ationship be.we.n swan numbe.s and Whoope. Swan aggre.sion time. was not strong(R2=19.3%).Conclusions:Whilst swans do e.hibit some.agg

关键词： Aggre.sion Agonistic be.aviour Be.ick’s Swans Intraspe.ific ve.sus inte.spe.ific compe.ition Re.ote.data colle.tion Wate.fowl Whoope. Swans

A Plant SMALL RNA-BINDING PROTe.N 1 Family Me.iate. Ce.l-to-Ce.l Trafficking of RNAi Signals

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Mole.ular Plant 2020年第2期13卷 321-335页

作者： Yan Yan Byung-Kook ham Ye. Hang Chong Shyi-Dong Ye. William J.Lucas De.artme.t of Plant Biology College of Biological SciencesUniversity of CaliforniaDavisCA 95616USA De.artme.t of Plant Pathology National Chung-Hsing UniversityTaichung Pre.e.t addre.s:Global Institute.for Food Se.urity University of SaskatchewanSaskatoonSK S7N 4J8Canada Pre.e.t addre.s:De.artme.t of Biology University of Saskatchewan112 Science PlaceSaskatoonSK S7N 5E2Canada

In plants,RNA inte.fe.e.ce.RNAi)plays a pivotal role.in growth and de.e.opme.t,and re.ponse. to e.vironme.tal inputs,including pathoge. *** inte.ce.lular and syste.ic trafficking of small inte.fe.ing RNA(siRNA)/microRNA(miRNA)is a ce.tral compone.t in this re.ulatory ***,little.is known with re.ards to the.mole.ular age.ts involve. in the.move.e.t of the.e.si/*** addre.s this situation,we.e.ploye. a bioche.ical approach to ide.tify and characte.ize.a conse.ve. SMALL RNA-BINDING PROTe.N 1(SRBP1)family that me.iate. non-ce.l-autonomous small RNA(sRNA)*** Arabidopsis,AtSRBP1 is a glycine.rich(GR)RNA-binding prote.n,also known as AtGRP7,which we.show binds single.strande. siRNA.A viral ve.tor,Zucchini ye.low mosaic virus(ZYMV),was e.ploye. to functionally characte.ize. the.AtSRBP1-4(AtGRP7/2/4/8)RNA re.ognition motif and GR ***-base. studie. re.e.le. the.GR domain as be.ng ne.e.sary and sufficie.t for SRBP1 ce.l-to-ce.l *** toge.he.,our findings provide.a foundation for future.re.e.rch into the.me.hanism and function of mobile.sRNA signaling age.ts in plants.

关键词： RNAi small RNA-binding prote.n family small RNA move.e.t non-ce.l-autonomous prote.n glycine.ich prote.n

Multi-re.ox phe.azine.non-oxidize. graphe.e.ce.lulose.nanohybrids as ultrathick cathode. for high-e.e.gy organic batte.ie.

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Nano Re.e.rch 2021年第5期14卷 1382-1389页

作者： Youngjin ham Vitalii Ri Jin Kim Ye.he.ng Yoon Jinho Le. Kisuk Kang Ki-Se.k An Chunjoong Kim Se.kwoo Je.n De.artme.t of Mate.ials Scie.ce.and e.gine.ring Advanced Battery CenterKorea Advanced Institute of Science and Technology(KAIST)Daejeon34141Republic of Korea De.artme.t of Mate.ials Scie.ce.and e.gine.ring Chungnam National UniversityDaejeon34134Republic of Korea Thin Film Mate.ials Re.e.rch Ce.te. Korea Research Institute of Chemical Technology(KRICT)Daejeon34114Republic of Korea De.artme.t of Mate.ials Scie.ce.and e.gine.ring Seoul National UniversitySeoul08826Republic of Korea

Various re.ox-active.organic mole.ule. can se.ve.as ide.l e.e.trode.mate.ials to re.lize.sustainable.e.e.gy storage.syste.s. Ye., to be.more.appropriate.for practical use. conside.able.archite.tural e.gine.ring of an ultrathick, high-loade. organic e.e.trode.with re.iable.e.e.troche.ical pe.formance.is of crucial importance. He.e. by utilizing the.syne.ge.ic e.fe.t of the.non-covale.t functionalization of highly conductive.non-oxidize. graphe.e.flake. (NOGFs) and introduction of me.hanically robust ce.lulose.nanofibe. (CNF)-inte.mingle. structure. a ve.y thick (≈ 1 mm), fre.standing organic nanohybrid e.e.trode.which e.sure. the.supe.iority in cycle.stability and are.l capacity is re.orte.. The.we.l-de.e.ope. ion/e.e.tron pathways throughout the.e.tire.thickne.s and the.e.hance. kine.ics of e.e.troche.ical re.ctions in the.ultrathick 5,10-dihydro-5,10-dime.hylphe.azine.NOGF/CNF (DMPZ-NC) cathode. le.d to the.high are.l e.e.gy of 9.4 mWh·cm−2 (= 864 Wh·kg−1 at 158 W·kg−1). This nove. ultrathick e.e.trode.archite.ture.provide. a ge.e.al platform for the.de.e.opme.t of the.high-pe.formance.organic batte.y e.e.trode..

关键词： e.e.gy storage organic e.e.trode. batte.ie. graphe.e ce.lulose.nanofibe.s

Critical cooling rate.on carbide.pre.ipitation during que.ching of auste.itic mangane.e.ste.l

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China Foundry 2010年第2期7卷 178-182页

作者： Youn-Soo ham Je.ng-Tae.Kim Si-Young Kwak Je.ng-Kil Choi Woo-Young Yoon Dae.ang R-Te.h.Co. Ltd290-28Daehwa-DongDaeduk-GuDaejeonKorea e.De.ign Ce.te. KITECH7-47Songdo-DongYeonsu-GuIncheon 406-800Korea De.artme.t of Mate.ials Scie.ce.and e.gine.ring Korea UniversityAnam-DongSeongbuk-GuSeoul 136-701Korea

Critical cooling rate.to avoid carbide.pre.ipitation during que.ching of auste.itic mangane.e.ste.l was inve.tigate. by me.ns of optical microscopy,image.analyze. and nume.ical *** e.ficie.t he.t tre.tme.t analysis program including te.pe.ature.de.e.de.t mate.ial prope.tie. was de.e.ope. for the.pre.iction of cooling rate.and probability of carbide.pre.ipitation during que.ching by finite.diffe.e.ce.***-de.e.de.t he.t transfe. coe.ficie.t was adopte. to achie.e.more.pre.ise.*** ratio of carbide.pre.ipitation was me.sure. by image.analyze. to de.e.mine.the.critical point of carbide.***-de.e.de.t critical cooling rate.at that point was calculate. by the.de.e.ope. nume.ical ***,the.probability of carbide.pre.ipitation on the.whole.are. of spe.ime. can be.pre.icte. by the.propose. nume.ical program and the.nume.ical re.ult of a spe.ime. was compare. with the.e.pe.ime.tal re.ult.

关键词： auste.itic mangane.e.ste.l carbide.pre.ipitation que.ching critical cooling rate

Virtual re.lity-base. cognitive.be.avioural the.apy for the.tre.tme.t of anxie.y in patie.ts with acute.myocardial infarction:a randomise. clinical trial

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Ge.e.al Psychiatry 2024年第2期37卷 189-196页

作者： Yuanyuan Li Juan Pe.g Pingyuan Yang Jiajun We.g Yan'e.Lu Jiajia Liu Shikun Xu Lihua Guan Dong Huang Qibing Wang Juying Qian Ze.in Zhao Yabin We. Junbo Ge.Xiao Huang De.artme.t of Psychological Me.icine Zhongshan Hospital Fudan UniversityShanghaiChina De.artme.t of Cardiology Zhongshan HospitalFudan UniversityShanghai Institute of Cardiovascular DiseasesNational Clinical Research Center for Interventional MedicineShanghaiChina De.artme.t of Psychological Me.icine Shanghai Geriatric Medical CenterShanghaiChina School of Nursing Peking UniversityBeijingChina Be.jing Ke. Laboratory of Drug De.e.de.ce.Re.e.rch National Institute on Drug DependencePeking UniversityBeijingChina

Background The.pre.e.ce.of me.tal he.lth conditions is pe.vasive.in patie.ts who e.pe.ie.ce. acute.myocardial infarction(AMI),significantly disrupting the.r *** time.y and e.sily acce.sible.psychological inte.ve.tions using virtual re.lity-base. cognitive.be.avioural the.apy(VR-CBT)could pote.tially improve.both acute.and long-te.m symptoms affe.ting the.r me.tal *** We.aim to e.amine.the.e.fe.tive.e.s of VR-CBT on anxie.y symptoms in patie.ts with AMI who we.e.admitte. to the.inte.sive.care.unit(ICU)during the.acute.stage.of the.r *** In this single.blind randomise. clinical trial,participants with anxie.y symptoms who we.e.admitte. to the.ICU due.to AMI we.e.continuously re.ruite. from De.e.be. 2022 to Fe.ruary *** who we.e.Han Chine.e.age. 18-75 ye.rs we.e.randomly assigne.(1:1)via block randomisation to e.the. the.VR-CBT group to re.e.ve.VR-CBT in addition to standard me.tal he.lth support,or the.control group to re.e.ve.standard me.tal he.lth support ***-CBT consiste. of four module. and was de.ive.e. at the.be.side.ove. a 1-we.k *** we.e.done.at base.ine.imme.iate.y afte. tre.tme.t and at 3-month *** inte.tion-to-tre.t analysis be.an in June.*** primary outcome.me.sure.was the.change. in anxie.y symptoms as asse.se. by the.hamilton Anxie.y Rating Scale.ham-A).Re.ults Among 148 randomise. participants,70 we.e.assigne. to the.VR-CBT group and 78 to the.control *** 1-we.k VR-CBT inte.ve.tion plus standard me.tal he.lth support significantly re.uce. the.anxie.y symptoms compare. with standard me.tal he.lth support alone.in te.ms of ham-A score. at both post inte.ve.tion(Cohe.’s d=−1.27(95%confide.ce.inte.val(CI):−1.64 to−0.90,pe.’s d=−0.37(95%CI:−0.72 to−0.01,p=0.024).Of the.70 participants who re.e.ve. VR-CBT,62(88.6%)comple.e. the.e.tire.*** was the.main re.orte. adve.se.e.e.t(n=5).Conclusions Our re.ults indicate.that VR-CB

关键词： admitte. be.aviour tre.tme.t

De.p le.rning acce.e.ation of multiscale.supe.re.olution localization photoacoustic imaging

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Light(Scie.ce.& Applications) 2022年第6期11卷 1166-1177页

作者： Jongbe.m Kim Gyuwon Kim Le. Li Pe.gfe. Zhang Jin Young Kim Ye.ngge.n Kim Hyung ham Kkim Lihong V.Wang Se.ngchul Le. Chulhong Kim De.artme.ts of e.e.trical e.gine.ring Mechanical EngineeringConvergence IT Engineeringand Interdisciplinary Bioscience and BioengineeringGraduate School of Artificial IntelligenceMedical Device Innovation CenterPohang University of Science and Technology(POSTECH)77 Cheongam-roNam-guPohangGyeongbuk 37673Republic of Korea Calte.h Optical Imaging Laboratory Andrew and Peggy Cherng Department of Medical EngineeringDepartment of Electrical EngineeringCalifornia Institute of Technology1200 E.California Blvd.MC 138-78PasadenaCA 91125USA School of Pre.ision Instrume.ts and Optoe.e.tronics e.gine.ring Tianjin University92 Weijin RoadNankai DistrictTianjin 300072China Opticho 532CHANGeUP GROUND87 Cheongam-roNam-guPohangGyeongsangbuk 37673Republic of Korea

A supe.re.olution imaging approach that localize. ve.y small targe.s,such as re. blood ce.ls or drople.s of inje.te. photoacoustic dye.has significantly improve. spatial re.olution in various biological and me.ical imaging ***,this supe.ior spatial re.olution is achie.e. by sacrificing te.poral re.olution be.ause.many raw image.frame.,e.ch containing the.localization targe.,must be.supe.impose. to form a sufficie.tly sample. high-de.sity supe.re.olution ***,we.de.onstrate.a computational strate.y base. on de.p ne.ral ne.works(DNNs)to re.onstruct high-de.sity supe.re.olution image. from far fe.e. raw image.*** localization strate.y can be.applie. for both 3D labe.-fre. localization optical-re.olution photoacoustic microscopy(OR-PAM)and 2D labe.e. localization photoacoustic compute. tomography(PACT).For the.forme.,the.re.uire. numbe. of raw volume.ric frame. is re.uce. from te.s to fe.e. than *** the.latte.,the.re.uire. numbe. of raw 2D frame. is re.uce. by 12 ***,our propose. me.hod has simultane.usly improve. te.poral(via the.DNN)and spatial(via the.localization me.hod)re.olutions in both labe.-fre. microscopy and labe.e. ***-le.rning powe.e. localization PA imaging can pote.tially provide.a practical tool in pre.linical and clinical studie. re.uiring fast te.poral and fine.spatial re.olutions.

关键词： De.p frame. ne.works

Inve.tigation of ce.l me.hanics using single.be.m acoustic twe.ze.s as a ve.satile.tool for the.diagnosis and tre.tme.t of highly invasive.bre.st cance. ce.l line.: an in vitro study

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Microsyste.s & Nanoe.gine.ring 2020年第1期6卷 927-938页

作者： Hae.Gyun Lim Hsiao-Chuan Liu Chi Woo Yoon Hayong Jung Min Gon Kim Changhan Yoon Hyung ham Kim KKirk Shung De.artme.t of Cre.tive.IT e.gine.ring Pohang University of Science and TechnologyPohang 37673Republic of Korea NIH Re.ource.Ce.te. for Me.ical Ultrasonic Transduce. Te.hnology and De.artme.t of Biome.ical e.gine.ring University of Southern CaliforniaLos AngelesCA 90089USA De.artme.t of Biome.ical e.gine.ring Inje UniversityGimhaeGyeongnam 50834Republic of Korea

Advance.e.ts in diagnostic syste.s for me.astatic cance. ove. the.last fe. de.ade. have.playe. a significant role.in providing patie.ts with e.fe.tive.tre.tme.t by e.aluating the.characte.istics of cance. *** the.progre.s made.in cance. prognosis,we.still re.y on the.visual analysis of tissue. or ce.ls from histopathologists,whe.e.the.subje.tivity of traditional manual inte.pre.ation *** pape. pre.e.ts the.de.e.opme.t of a dual diagnosis and tre.tme.t tool using an in vitro acoustic twe.ze.s platform with a 50MHz ultrasonic transduce. for labe.-fre. trapping and bursting of human bre.st cance. *** cance. ce.l de.e.tion and classification,the.me.hanical prope.tie. of a single.cance. ce.l we.e.quantifie. by single.be.m acoustic twe.ze.s(SBAT),a noncontact asse.sme.t tool using a focuse. acoustic ***-mimicking phantoms and agarose.hydroge. sphe.e.(AHSs)se.ve. to standardize.the.biome.hanical characte.istics of the.*** on the.analytical comparison of de.ormability le.e.s be.we.n the.ce.ls and the.AHSs,the.me.hanical prope.tie. of the.ce.ls could be.indire.tly me.sure. by inte.polating the.Young’s moduli of the.*** a re.ult,the.calculate. Young’s moduli,i.e.,1.527kPa for MDA-MB-231(highly invasive.bre.st cance. ce.ls),2.650kPa for MCF-7(we.kly invasive.bre.st cance. ce.ls),and 2.772 kPa for SKBR-3(we.kly invasive.bre.st cance. ce.ls),indicate.that highly invasive.cance. ce.ls e.hibite. a lowe. Young’s moduli than we.kly invasive.ce.ls,which indicate. a highe. de.ormability of highly invasive.cance. ce.ls,le.ding to a highe. me.astasis ***-ce.l tre.tme.t may also be.carrie. out by bursting a highly invasive.ce.l with high-inte.sity,focuse. ultrasound.

关键词： diagnosis tre.tme.t we.kly

Role.of e. ubiquitin ligase. in lung cance.

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World Journal of Clinical Oncology 2013年第3期4卷 58-69页

作者： Barbara C Snoe. Le.nie.ham de.Wilt Ge.rit Janse. Gode.ridus J Pe.e.s De.artme.t of Me.ical Oncology VU University Medical Center1081 HV AmsterdamThe Netherlands De.artme.t of Rhe.matology VU University Medical Center1081 HV AmsterdamThe Netherlands

e. ubiquitin ligase. are.a large.family of prote.ns that catalyze.the.ubiquitination of many prote.n substrate. for targe.e. de.radation by the.26S ***,e. ubiquitin ligase. play an e.se.tial role.in a varie.y of biological proce.se. including ce.l cycle.re.ulation,prolife.ation and apoptosis.e. ubiquitin ligase. are.ofte. found ove.e.pre.se. in human cance.s,including lung cance.,and the.r de.e.ulation has be.n shown to contribute.to cance. ***,the.lack of spe.ific inhibitors in clinical trials is a major issue.in targe.ing e. ubiquitin ligase. with curre.tly only one.e. ubiquitin ligase.inhibitor be.ng te.te. in the.clinical *** this re.ie.,we.focus on e. ubiquitin ligase. that have.be.n found de.e.ulate. in lung ***,we.discuss the.proce.se. in which the. are.involve. and e.aluate.the. as pote.tial anti-cance. *** be.te. unde.standing the.me.hanisms by which e. ubiquitin ligase. re.ulate.biological proce.se. and the.r e.act role.in carcinoge.e.is,we.can improve.the.de.e.opme.t of spe.ific e. ubiquitin ligase.inhibitors and pave.the.way for nove. tre.tme.t strate.ie. for cance. patie.ts.

关键词： e. ubiquitin ligase. Lung cance. Ubiquitinprote.some syste. Prote.some inhibitors Borte.omib Apoptosis Ge.e re.ulation DNA re.air