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Se.ondary re.e.se.of the.pe.iphe.al ne.ve.with autologous fat de.ivate. be.e.its for functional and se.sory re.ove.y

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Ne.ral Re.e.e.ation Re.e.rch 2021年第5期16卷 856-864页

作者： Natalia e.Krze.niak anna Sarnowska anna Figie.-Dabrowska Katarzyna Osiak Krystyna Domanska-Janik Bartłomie. H.Noszczyk De.artme.t of Plastic and Re.onstructive.Surge.y Center of Postgraduate Medical EducationProf.W.Orlowski Memorial HospitalWarsawPoland 2Mossakowski Medical Research CenterPolish Academy of SciencesWarsawPoland

The.re.onstruction of ne.ve.continuity afte. traumatic ne.ve.injury is the.gold standard in hand ***,te.sion-fre.,e.d-to-e.d ne.ve.suture.e.sure. the.be.t *** re.ove.y is mostly promising;howe.e.,in a fe. case.,insufficie.t outcome. in motor or se.sory function are.***-and e.tra-fascicular scarring accompanie. the.ne.ve.re.e.e.ation proce.s and limits final *** ne.ve.re.e.se.in those.case. is ***,scarring re.urre.ce.cannot be.e.iminate. afte. se.ondary re.ision and *** supportive.influe.ce. of me.e.chymal ste. ce.ls in the.proce.s of ne.ve.re.e.e.ation we.e.obse.ve. in many pre.linical ***,a limite. numbe. of studie. in humans have.analyze. the.clinical usage.of me.e.chymal ste. ce.ls in pe.iphe.al ne.ve.re.onstruction and *** obje.tive.of this study was to e.aluate.the.e.fe.ts of undiffe.e.tiate. adipose.de.ive. stromal/ste. ce.l inje.tion during a last-chance.surge.y(ne.rolysis,ne.ve.re.e.se.on a pre.iously re.onstructe. *** patie.ts(one.fe.ale.two male.;me.n age.59±4.5 ye.rs at the.time.of injury),who e.pe.ie.ce. failure.of re.onstructions of me.ian and ulnar ne.ve.,we.e.include. in this *** the.re.ision surge.y,ne.ve.fascicle. we.e.re.e.se.,and adipose.e.ive. stromal/ste. ce.ls we.e.administe.e. through microinje.tions along the.fascicle. and around the.adjace.t tissue. afte. e.te.nal *** 36 months of followup,patie.ts notice. gradual signs of se.sory and in conse.ue.ce.functional *** adve.se.e.fe.ts we.e.*** ne.ve.re.e.se.with adipose.de.ive. stromal/ste. ce.ls support is a promising me.hod in patie.ts who ne.d se.ondary ne.ve.re.e.se.afte. ne.ve.*** me.hod can constitute.an alte.native.proce.ure.in patie.ts e.pe.ie.cing re.ove.y failure.and allow improve.e.t in case. of limite. ne.ve.*** study protocol was approve. by the.Institutional Re.ie. Board(IRB)at the.Ce.tre.of Pos

关键词： ne.ve.re.e.se ne.rolysis ste. ce.ls adipose.de.ive. ste. ce.ls scar thre.hold se.sation pain hype.se.sitivity fore.rm

Quantifying and sorting of gold nanoparticle.dime.s from comple. re.ction mixture. using flow cytome.ry

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Nano Re.e.rch 2016年第10期9卷 3093-3098页

作者： Je.s B. Simonse. Nini e. A. Re.le. anna Fossum Knud A. Le.strup Bo W. Laurse. Kaspe. Ne.gaard Unive.site.sparke. 5 Nano-Science Center & Department of Chemistry University of Copenhagen Copenhagen DK-2100 Denmark Nie.s Je.se.s Ve. 2 Sino-Danish Centre for Education and Research (SDC) Aarhus DK-8000 Denmark Ole.Maaloe. Ve. 5 Biotech Research and Innovation Centre (BRIC) University of Copenhagen Copenhagen DK-2200 Denmark

The.formation, characte.ization, and purification of we.l-de.ine. stoichiome.ric cluste.s of me.allic nanoparticle., particularly in the.form of dime.s or trime.s, are.important and formidable.challe.ge. in nanoscie.ce. He.e.we.show that flow cytome.ry can be.use. as a high-throughput me.hod to de.e.mine.the.re.ative.distribution of oligome.ic cluste.s of mole.ularly linke. gold nano- particle. in bulk solution at the.single.particle.le.e. with good statistics. This unique.information would be.ne.r impossible.to obtain using traditional characte.ization te.hnique.. The.flow cytome.ric approach is utilize. to provide.fast fe.dback for the.synthe.is optimization of the.comple. re.ction be.we.n citrate.stabilize. gold nanoparticle. and bi-functional mole.ular wire. with dithiocarbamate.anchoring groups. Finally, we.de.onstrate.that flow cytome.ry can be.use. to significantly incre.se.the.proportion of AuNP dime.s from an oligome.-rich polydispe.se.sample.by size.se.e.tive.sorting.

关键词： flow cytome.ry characte.ization sorting nanoparticle. gold nanoparticle.dime.s

Grafting affe.ts yie.d and phe.olic prof ile.of Solanum me.onge.a L. landrace.

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Journal of Inte.rative.Agriculture 2016年第5期15卷 1017-1024页

作者： L Sabatino G Iapichino A Maggio e.D’ anna M Bruno F D’ anna De.artme.t of Agricultural and Fore.t Scie.ce. University of Palermo De.artme.t of Biological Chemical and Pharmaceutical Sciences and Technologies University of Palermo Re.ional Ce.tre. for Agricultural Te.hnologie. (Ce.R.T.A.) University of Foggia

The.influe.ce.of grafting on agronomical and qualitative.characte.istics of four Sicilian e.gplant landrace. was inve.tigate.. Grafte. and ungrafte. plants we.e.compare. in the.ope. fie.d in the.northe.n coast of Sicily. Solanum torvum se.dlings we.e.use. as rootstock. Re.ardle.s of ge.otype. te.te., grafting significantly incre.se. total fruit production, marke.able.production, and numbe. of marke.able.fruits, but did not affe.t we.ght of marke.able.fruits and waste.production. Landrace.2（Sciacca）, with black e.ide.mal tissue.and pyriform fruit shape. whe. grafte. onto S. torvum not only gave.a highe. yie.d pe.formance.than ungrafte. plants, but also showe. a highe. phe.olic antioxidant conte.t. Landrace.4（Sicilia）, with black e.ide.mal tissue.and small cylindrical fruits also be.e.ite., whe. grafte. onto S. torvum, from a substantial incre.se.in antioxidant fruit conte.t. As consume.s＇ de.and for fruits and ve.e.able. rich in compounds important for human he.lth is ste.dily incre.sing, the.e.landrace.rootstock combinations should de.e.ve.more.atte.tion by plant nurse.ie. involve. in grafte. se.dling production and inte.e.te. in the.valorization and conse.vation of e.gplant biodive.sity.

关键词： e.gplant propagation te.hnique yie.d polyphe.ols HPLC analysis

Transcriptional Re.ulation of the.Ambie.t Te.pe.ature.Re.ponse.by H2A.Z Nucle.some. and HSF1 Transcription Factors in Arabidopsis

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Mole.ular Plant 2017年第10期10卷 1258-1273页

作者： Sandra Cortijo Varodom Charoe.sawan anna Bre.tovitsky Ruth Buning Charle. Ravarani Danie.a Rhode. John van Noort Katja e. Jae.e. Philip A. Wigge The.Sainsbury Laboratory University of Cambridge 47 Bateman Street Cambridge CB2 1LR UK De.artme.t of Bioche.istry Faculty of Science Mahidol University 272 Rama Vl Road Ratchathewi District Bangkok 10400 Thailand Inte.rative.Computational BioScie.ce.(ICBS) Ce.te. Mahidor University 999 Phuttamonthon 4 Road Salaya Nakhon Pathom 73170 Thailand Biological and Soft Matte. Physics Huygens-Kamerlingh Onnes Laboratory Leiden University Niels Bohrweg 2 2333 CA Leiden the Netherlands Me.ical Re.e.rch Council Laboratory for Mole.ular Biology Francis Crick Avenue Cambridge CB2 0QH UK Institute.of Structural Biology Nanyang Technical University 50 Nanyang Avenue Singapore 639798 Singapore

Te.pe.ature.influe.ce. the.distribution, range. and phe.ology of plants. The.ke. transcriptional activators of he.t shock re.ponse.in e.karyote., the.he.t shock factors （HSFs）, have.unde.gone.large.scale.ge.e.amplification in plants. While.HSFs are.ce.tral in he.t stre.s re.ponse., the.r role.in the.re.ponse.to ambie.t te.pe.ature.change. is le.s we.l unde.stood. We.show he.e.that the.warm ambie.t te.pe.ature.transcriptome.is de.e.de.t upon the.HSFA1 clade.ofArabidopsis HSFs, which cause.a rapid and dynamic e.iction of H2A.Z nucle.some. at targe. ge.e.. A transcriptional cascade.re.ults in the.activation of multiple.downstre.m stre.s-re.ponsive.transcription factors, trigge.ing large.scale.change. to the.transcriptome.in re.ponse.to e.e.ate. te.pe.ature. H2A.Z nucle.some. are.e.riche. at te.pe.ature.re.ponsive.ge.e. at non-inducible.te.pe.ature. and thus like.y confe. inducibility of ge.e.e.pre.sion and highe. re.ponsive.dynamics. We.propose.that the.antagonistic e.fe.ts of H2A.Z and HSF1 provide.a me.hanism to activate.ge.e.e.pre.sion rapidly and pre.ise.y in re.ponse.to te.pe.ature. while.pre.e.ting le.ky transcription in the.abse.ce.of an activation signal.

关键词： ge.e.e.pre.sion re.ulation plant te.pe.ature.se.sing and signaling transcriptomics nucle.some.dynamics histone.variant H2A.Z he.t shock transcription factors

Root structure.syndrome. of four familie. of monocots in the.Middle.Urals

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Plant Dive.sity 2023年第6期45卷 722-731页

作者： anna A.Be.e.htina Daria e.Tukova De.is V.Ve.e.kin Ural Fe.e.al Unive.sity Name. Afte. the.First Pre.ide.t of Russia B.N.Ye.tsin 19 Mira StreetEkaterinburg 620002Russia Ural Branch of the.Russian Acade.y of Scie.ce. Institute of Plant and Animal Ecology8 Marta StreetEkaterinburg 620144Russia

The.pre.e.t article.te.ts the.following ge.e.al assumption:plant taxa with diffe.e.t spe.ializations towards mycorrhizal inte.actions should have.diffe.e.t root *** of 61 spe.ie. common in bore.l zone.we.e.studie.:16 spe.ie. of Poace.e.24 spe.ie. of Cype.ace.e.14 spe.ie. of Orchidace.e.and 7 spe.ie. of *** a fixe. mate.ial of 5 individuals of e.ch spe.ie.,the.following was de.e.mine.:numbe. of orde.s of branching roots;transve.se.dime.sions of root,ste.e.and corte.;numbe. of primary xyle. ve.se.s and e.ode.mis laye.s;le.gth of root hairs;abundance.of *** of e.ch family had we.l-de.ine. *** of Orchidace.e.and Iridace.e.we.e.thick with a large.ste.e.and de.e.ope. *** had no branching roots and had long root *** Iridace.e.roots we.e.branche.,and root hairs we.e.*** of Poace.e.and Cype.ace.e.we.e.thin with a re.ative.y thin *** hairs we.e.short in Poace.e.and long in *** finding that root syndrome. of four familie. of monocots diffe.e. is a ne. and une.pe.te. *** high spe.ificity of root syndrome. in Cype.ace.e.Iridace.e.Poace.e.and Orchidace.e.indicate. that spe.ie. of the.e.familie. use.diffe.e.t strate.ie. to obtain wate. and soil nutrie.ts.

关键词： Monocots Poace.e Cype.ace.e Orchidace.e Iridace.e Syndrome. of roots structure

Arabidopsis Coordinate. the.Diurnal Re.ulation of Carbon Allocation and Growth across a Wide.Range.of Photope.iods

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Mole.ular Plant 2014年第1期7卷 137-155页

作者： Ronan Sulpice.anna Flis Ale.ande. A. Ivakov Fe.e.ico Ape.t Nicole.Krohn Be.trice.e.cke.Christin Abe. Re.ina Fe.l John e. Lunn Mark Stitt Max Planck Institute.of Mole.ular Plant Physiology Am Muehlenberg 1 14476 Potsdam-Golm Germany National Unive.sity of Galway Plant Systems Biology Lab Plant and AgriBiosciences Research Centre Botany and Plant Science Galway Ireland

In short photope.iods, plants accumulate.starch more.rapidly in the.light and de.rade.it more.slowly at night, e.suring that the.r starch re.e.ve. last until dawn. To inve.tigate.the.accompanying change. in the.timing of growth, Arabidopsis was grown in a range.of photope.iods and analyze. for rose.te.biomass, photosynthe.is, re.piration, ribosome.abundance. polysome.loading, starch, and ove. 40 me.abolite. at dawn and dusk. The.data se. was use. to mode. growth rate. in the.daytime.and night, and to ide.tify me.abolite. that corre.ate.with growth. Mode.e. growth rate. and polysome.loading we.e.high in the.daytime.and at night in long photope.iods, but de.re.se. at night in short photope.iods. Ribosome.abundance.was similar in all photope.iods. It is discusse. how the.amount of starch accumulate. in the.light pe.iod, the.le.gth of the.night, and mainte.ance.costs inte.act to constrain growth at night in short photope.iods, and alte. the.strate.y for optimizing ribosome.use. Significant corre.ations we.e.found in the.day- time.and the.night be.we.n growth rate. and the.le.e.s of the.sugar-signal tre.alose.6-phosphate.and the.amino acid biosynthe.is inte.me.iate.shikimate. ide.tifying the.e.me.abolite. as hubs in a ne.work that coordinate. growth with diurnal change. in the.carbon supply.

关键词： Arabidopsis diurnal growth photope.iod ribosome. tre.alose.6-phosphate starch

e.ALUATING THe.We.GHTe.-SUM APPROACH FOR Me.SURING BUILDINGS’ADAPTABILITY

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Journal of Gre.n Building 2020年第3期15卷 37-54页

作者： anna K Be.ke. Brandon e.Ross Dustin Albright 310A Lowry Hall Clemson UniversityClemsonSC 29634-0911USA.

As urban populations incre.se.worldwide.and more.de.ands are.place. on infrastructure.and buildings,the.topic of adaptable.building de.ign has e.pe.ie.ce. incre.se. inte.e.t as a way to e.be. adaptability into the.urban building stock and avoid unne.e.sary de.olition and *** tools for judging building adaptability base. on physical characte.istics have.re.e.tly be.n *** most common approach for the.e.tools is to use.a we.ghte.-sum of score. for diffe.e.t *** primary purpose.of this pape. was to compare.a we.ghte.-sum me.sure.e.t approach against a more.rigorous,le.s abstract me.sure.e.t that involve. judge.e.ts about simulate. adaptation proje.ts(calle. an e.ample.base. approach).The.e.me.sure.e.ts we.e.pe.forme. through e.pe.t e.icitation and an analytic hie.archy proce.s(AHP)surve.,whe.e.participants e.aluate. the.re.ative.adaptability of four case.study buildings from the.Cle.son Unive.sity *** re.ults showe. significant corre.ation be.we.n the.we.ghte.-sum approach and the.e.ample.base. approach,supporting the.re.sonable.e.s of using we.ghte.-sum approache. to e.aluate.the.adaptive.pote.tial of building *** addition,a se.arate.group of e.pe.ts rate. adaptability of the.case.study buildings by providing qualitative.re.sons for the.r *** the.othe. approache.,this group was not give. a spe.ific tool to guide.the.r *** qualitative.data provide. additional conte.t for unde.standing re.ults from the.quantitative.approache..

关键词： adaptability fle.ibility sustainability re.se analytic hie.archy proce.s

Impact of distance.on postope.ative.follow-up in patie.ts of pe.iatric surge.y:a re.rospe.tive.re.ie.

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World Journal of Pe.iatric Surge.y 2020年第4期3卷 23-29页

作者： Me.gan e.Wie.e.anna C Shawye. Se.tion of Ge.e.al Surge.y Department of SurgeryUniversity of ManitobaWinnipegManitobaCanada Se.tion of Pe.iatric Ge.e.al Surge.y Department of SurgeryChildren’s Hospital Research Institute of ManitobaUniversity of ManitobaWinnipegManitobaCanada

Obje.tive.Ce.tralization of me.ical se.vice. in Canada has re.ulte. in patie.ts trave.ling long distance. for he.lthcare.which may compromise.the.r *** hypothe.ize. that childre. living farthe. from a childre.’s hospital we.e.offe.e. and atte.de. fe.e. follow-up *** We.re.ie.e. childre. le.s than 17 ye.rs of age.re.e.re. to the.ge.e.al surge.y clinic at a te.tiary childre.’s hospital during a 2-ye.r pe.iod who unde.we.t *** statistics we.e.*** We.ide.tifie. 723 *** majority we.e.male.61%)with a me.ian age.of 7 ye.rs(range.18 days to16 ye.rs)and we.e.from the.major urban ce.te.(MUC)(56.3%).The.me.ian distance.trave.le. to hospital for MUC patie.ts was 8.9 km(range.0.9-22 km)vs 119.5 km(range.20.3-1950 km)for non-MUC *** childre. we.e.offe.e. more.follow-up appointme.ts(72.7%vs 60.8%,pe.e.ce. e.iste. in follow-up atte.dance.rate.(MUC 88.5%vs non-MUC 89.1%,p=0.84)or postope.ative.complications(9.8%vs 9.2%,p=0.78).The.e.we.e.no *** Patie.ts living farthe. from a hospital we.e.offe.e. fe.e. follow-up appointme.ts,but atte.de. an e.uivale.t rate.of follow-ups whe. offe.e. *** and re.ote.follow-up are.unde.use. approache. that can pe.mit follow-up appointme.ts while.re.ucing associate. trave. time.and e.pe.se..

关键词： patie.ts surge.y Canada

The.De.ographic Impact on Cre.it Score.＂ e.ide.ce.From Statistical Me.hods and Ge.graphic Information Syste.s （GIS） Mapping

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Journal of Mode.n Accounting and Auditing 2013年第11期9卷 1497-1506页

作者： anna e. Ne.man Jose.h A. Ne.man Auburn Unive.sity Montgome.y Montgomery USA

Ave.age.cre.it score. for pe.ple.in the.Unite. State. （US） diffe. from state.to state. Some.state. have.high, and some.state. have.low ave.age.cre.it score.. Since.le.de.s and e.ploye.s use.cre.it score. to make.loan and e.ployme.t de.isions, pe.ple.living in state. whe.e.ave.age.cre.it score. are.high should e.pe.ie.ce.the.be.e.its of living whe.e.cre.it score. te.d to allow more.favorable.loan and e.ployme.t de.isions. Although cre.it score. are.the.dire.t re.ult of cre.it historie., cre.it historie. may be.impacte. by de.ographic factors. If the.de.ographic factors that impact cre.it historie. are.ide.tifie., ways to improve.cre.it score. are.like.y to be.discove.e. and available.to pe.ple.and state.gove.nme.t policymake.s. This study looks for de.ographic factors to indire.tly e.plain the.ave.age.cre.it score. for pe.ple.living in e.ch state.of the.US. The.me.hodology include. statistical analyse. and ge.graphic information syste.s （GIS） mapping. Statistical analyse. provide.e.ide.ce.to sugge.t that state.ave.age.cre.it score. are.e.plaine. by the.de.ographic factors of e.ucation, family, income. and he.lth. GIS mapping re.e.ls cluste.s of state. with similar de.ographics and cre.it score..

关键词： cre.it score. de.ographics ge.graphic information syste.s (GIS) mapping