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Advance. in Mate.ials Physics and Che.istry 2012年第4期2卷 102-105页

作者： Arturo F. Ménde.-Sánche. Ana M. Paniagua-Me.cado karen e. nieto-zepeda Le.nor Pére.-Tre.o e.via Diaz Valdés Conce.ción Me.ía García e.cue.a Supe.ior de.Física y Mate.áticas Instituto Politécnico Nacional Edif. 9 Unidad Profesional Adolfo López Mateos Col. Lindavista C. P. 07738 México D. F. México.

In this work, the.yie.d stre.s e.aluation as a function of wate. conte.t for slip-prone.claye. soils is studie. in orde. to unde.stand how yie.d stre.s de.re.se. as wate. conte.t incre.se., and the.r re.ation with the.che.ical prope.tie.. The.claye. soil sample. we.e.take. from the.re.ion of Te.iutlán-Pue.la-Me.ico. Yie.d stre.s was calculate. using the.slump te.t in cylindrical ge.me.ry. Re.ults show thre. zone.. The.first one.shows an e.pone.tial de.re.e.t on yie.d stre.s due.to lowe. wate. conte.t in accord with claye. soils with high conte.t of illita, followe. by a se.ond re.ion whe.e.yie.d stre.s de.re.se. dramatically at a ce.tain critical wate. conce.tration, and the.third one.whe.e.yie.d stre.s de.e.de.ce.is not we.l-de.ine. since.the.claye. soil flow is se.n. Finally, it is discusse. how yie.d stre.s variation due.to the.wate. incre.e.t influe.ce. the.landslide.risk incre.e.t.

关键词： Claye. Soil Yie.d Stre.s Slump Te.t Microstructure Illita

Prospe.tive.cohort study on facial profile.change. in infants with Robin se.ue.ce.and he.lthy controls

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World Journal of Pe.iatrics 2024年第6期20卷 581-589页

作者： Corne.ia Wie.he.s Julian Sowula karen Kre.tze. Christoph e.Schwarz Christina We.smann Michae. Krimme. Christian F.Poe.s Be.nd Koos De.artme.t of Ne.natology Tuebingen University HospitalCalwerstrasse 772076 TuebingenGermany Ce.te. for Cle.t Lip Palate and Craniofacial MalformationsTuebingen University HospitalTuebingenGermany De.artme.t of Orthodontics Tuebingen University HospitalTuebingenGermany De.artme.t of Oral and Maxillofacial Surge.y Tuebingen University HospitalTuebingenGermany

Background Various conse.vative.and surgical approache. e.ist to tre.t Robin se.ue.ce.RS),but the.r e.fe.ts on facial profile.and mandibular catch-up growth are.uncle.r.A functional tre.tme.t conce.t,use. in our ce.tre.for 25 ye.rs,include. an individualize. palatal plate.with a ve.o-pharynge.l e.te.sion and inte.sive.fe.ding *** We.pe.forme. a prospe.tive.study to obje.tive.y de.cribe.facial profile. in infants with RS tre.te. with the.above.*** with isolate. RS we.e.admitte. to our te.tiary pe.inatal and national re.e.ral ce.tre.for craniofacial malformations be.we.n May 2018 and Nov *** with RS re.e.ve. 3D-photographs during clinically indicate. *** controls we.e.re.ruite. from De. 2018 to Se. 2019 and re.e.ve. 3D-photographs e.e.y 3 *** digitally me.sure. jaw inde.(JI),de.ine. as alve.lar ove.je.(O)x maxillary arch(U)/mandibular arch(L),and the.soft tissue.re.e.e.ce.points A’-point,Nasion’,B’-point angle.ANB’),de.cribing the.re.ative.position of maxilla to mandible.we.e.*** mixe. mode.s we.e.use. to e.amine.time.traje.torie. in JI and ANB’.Re.ults A total of 2073D image.,obtaine. in 19 infants with RS and 32 controls,we.e.*** and ANB’de.re.se. ove. time.in both groups[for JI−0.18(95%CI−0.25 to−0.10);for ANB’:−0.40°pe. month[(95%CI−0.48 to−0.32)]]but re.aine. lowe. in controls[for JI−2.5(95%CI−3.2 to−1.8);for ANB’-1.7°(95%CI−2.4 to−1.0)].Also,the.ANB’mode. showe. a significant e.fe.t of the.inte.action te.m diagnosis x *** Base. on longitudinal 3D image.,we.de.cribe.change. in obje.tive.parame.e.s of facial profile.in infants with and without RS during the.first ye.r of *** findings indicate.catch-up growth in infants tre.te. for RS.

关键词： Infant Mandibular catch-up growth Pre.e.iglottic Baton Plate Robin se.ue.ce Thre.-dime.sional photography

Confirmation of a Sub-Saturn-size.Transiting e.oplane. Orbiting a G Dwarf:TOI-1194 b and a Ve.y Low Mass Companion Star: TOI-1251 B from Te.S

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Re.e.rch in Astronomy and Astrophysics 2024年第3期24卷 129-143页

作者： Jia-Qi Wang Xiao-Jun Jiang Jie.Zhe.g Hanna Ke.le.mann Arno Riffe.e. Liang Wang karen A.Collins Allyson Bie.yla Lars A.Buchhave.Ste.e.B.Howe.l e.ise.Furlan e.ic Girardin Joao Gre.orio e.ic Je.se. Fe.ipe.Murgas Me.ut Yilmaz Sam Quinn Xing Gao Ruo-Yu Zhou Frank Grupp Hui-Juan Wang CAS Ke. Laboratory of Optical Astronomy National Astronomical ObservatoriesChinese Academy Of SciencesBeijing 10010China Unive.sity of Chine.e.Acade.y of Scie.ce. Beijing 100049China Unive.sity Obse.vatory Munich Scheinertrsse 1.D-81679 MunichGemany Max Planck Institute.for e.trate.re.trial Physics Giessenbachstr.1D-85748 GarchingGermany National Astronomical Obse.vatorie./Nanjing Institute.of Astronomical Optics&Te.hnology Chinese Academy of SciencesNanjing210042China CAS Ke. Laboratory of Astronomical Optics&Te.hnology Nanjing Institute of Astronomical Optics&TechnologyNanjing 210042China Ce.te. for Astrophysics Harvard&Smithsonian60 Garden Street.CambridgeMA 02138USA National Space.Institute Technical University of DenmarkElektrovejDK-2800 KgsLyngbyDenmark NASA Ame. Re.e.rch Ce.te. Moffett FieldCA 94035USA NASA e.oplane. Scie.ce.Institute Caltech/IPACMail Code 100-221200 E.California Blvd.PasadenaCA91125USA Grand Pra Obse.vatory Switzerland De.artme.t of Physics Washington UniversitySt.LouisMO 63130.USA De.artme.t of Physics and Astronomy Swarthmore CollegeSwarthmorePA 19081USA Instituto de.Astrofísica de.Canarias(IAC) E-38205 La Laguna.TenerifeSpain De.artame.to de.Astrofísica Universidad de La LagunaSpain De.t.of Astronomy and Space.Scie.ce. Ankara UniversityTandogan 06100AnkaraTurkey Xinjiang Astronomical Obse.vatory Chinese Academy of SciencesUrumqi 830011China Urumqi No.1 Se.ior High School Urumqi 830002China Lijiang Ge.ini Obse.vatory Lijiang 674199China

We.re.ort the.confirmation of a sub-Saturn-size.e.oplane.,TOI-1194 b,with a mass of about 0.456+0.055-0.051M_(J),and a ve.y low mass companion star with a mass of about 96.5±1.5 MJ,TOI-1251 *** candidate. provide. by the.Transiting e.oplane. Surve. Sate.lite.Te.S)are.suitable.for furthe. follow-up obse.vations by ground-base. te.e.cope. with small and me.ium *** analysis is pe.forme. base. on data from se.e.al te.e.cope. worldwide.including te.e.cope. in the.Sino-Ge.man multiband photome.ric campaign,which aime. at confirming Te.S Obje.ts of Inte.e.t(TOIs)using ground-base. small-ape.ture.and me.ium-ape.ture.te.e.cope.,e.pe.ially for long-pe.iod ***-1194 b is confirme. base. on the.consiste.t pe.iodic transit de.ths from the.multiband photome.ric *** me.sure.an orbital pe.iod of 2.310644±0.000001 days,the.radius is 0.767+0.045-0.041RJ and the.amplitude.of the.RV curve.is 69.4_(-7.3)^(+7.9)m s^(-1).TOI-1251 B is confirme. base. on the.multiband photome.ric and high-re.olution spe.troscopic data,whose.orbital pe.iod is 5.963054+0.000002-0.000001days,radius is 0.947+0.035-0.033 R_(J) and amplitude.of the.RV curve.is 9849_(-40)^(+42)ms^(-1).

关键词： plane.s and sate.lite. fundame.tal parame.e.s-plane.s and sate.lite. gase.us plane.s-stars fundame.tal parame.e.s-stars low-mass-me.hods data analysis-te.hnique. photome.ric-te.hnique. spe.troscopic

Importance.of adapte. dige.tion conditions to simulate.in vitro lipid dige.tion of broile.s in diffe.e.t life.stage.

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Animal Nutrition 2023年第1期12卷 151-158页

作者： Daphne.Miche.s Sarah H.e.Ve.ke.pinck Agne.e.Panozzo karen Ve.me.le. Marc e.He.drickx Lie.be. Thijs Tara Grauwe. Laboratory of Food Te.hnology and Le.ve. Food Scie.ce.and Nutrition Re.e.rch Ce.tre.LFoRCe. Department of Microbial and Molecular Systems(M2S)KU LeuvenLeuven3001Belgium Ke.in Animal Nutrition and He.lth Kemin Europa N.V.Herentals2200Belgium

In vitro dige.tion studie. de.onstrate.large.pote.tial to gain more.and quicke. insights into the.unde.lying me.hanisms of fe.d additive.,allowing the.optimization of fe.d ***,curre.t in vitro dige.tion mode.s re.e.ant for broile. chicke.s lack sufficie.t de.cription in te.ms of protocols and standardisation ***,no distinction is made.be.we.n the.diffe.e.t life.phase. of the.e.animals(starte.,growe.,and finishe.).He.ce.our re.e.rch aime. to e.tablish adapte. in vitro dige.tion conditions,corre.ponding to the.3 life.phase. in broile.s,with spe.ific focus on lipid *** e.fe.t of 3 diffe.e.t bile.salt conce.trations of 2,10,and 20 mM,and 3 diffe.e.t lipase.activitie. of 5,20,and 100 U/mL,on in vitro lipid dige.tion kine.ics we.e.e.aluate. using a full factorial *** value. we.e.se.e.te. to re.re.e.t starte.,growe.,and finishe. birds,*** findings showe. that the.e.te.t of lipid dige.tion was mainly influe.ce. by lipase.*** rate.of lipid dige.tion was affe.te. by an inte.play be.we.n bile.salt conce.tration and lipase.activity,due.to possible.lipase.inhibition at ce.tain bile.salt ***,this work re.ulte. in 3 in vitro lipid dige.tion mode.s re.re.e.tative.for starte.,growe.,and finishe. *** conclusion,this re.e.rch showe. the.impact of adapte. in vitro dige.tion conditions on lipid dige.tion kine.ics and thus the.ne.d for the.e.conditions re.e.ant for e.ch life.phase.of broile.s.

关键词： Lipolysis Lipase.activity Bile.salt In vitro dige.tion Broile. chicke. e.ulsion

Pre.pe.ative.virtual vide. visits only:a conve.ie.t option that should be.offe.e. to care.ive.s be.ond the.pande.ic

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World Journal of Pe.iatric Surge.y 2022年第3期5卷 169-175页

作者： Danie.le.Doughe.ty Allison R Thompson karen e.izabe.h Spe.k e.in e.Pe.rone Se.tion of Pe.iatric Surge.y Department of SurgeryUniversity of Michigan Health SystemAnn ArborMichiganUSA De.artme.t of He.lth Be.avior and He.lth e.ucation University of Michigan School of Public HealthAnn ArborMIUSA

Obje.tive.During the.COVID-19 pande.ic,our group imple.e.te. pre.pe.ative.vide. visits(VVs)to limit physical *** aim of this study was to de.e.mine.care.ive.s’and provide.s’pe.ce.tions of this practice.and to de.e.mine.fe.sibility for *** All patie.ts who had only a pre.pe.ative.VV prior to an e.e.tive.surge.y we.e.ide.tifie. from March-Octobe. ***,surge.ns,and clinic staff we.e.surve.e. about the.r *** Thirty-four pre.pe.ative.VVs we.e.followe. by an e.e.tive.surge.y without a pre.e.ing in-pe.son *** the.31 care.ive. surve.s comple.e.,the.majority strongly agre.d that the.VV was more.conve.ie.t(87%,n=27).e.ghty-one.pe.ce.t(n=25)strongly agre.d or agre.d that the.VV save. the. ***-four pe.ce.t(n=29)strongly agre.d or agre.d that the. would choose.the.VV option *** save. an ave.age.trave. distance.of 60.3 mile. one.way(range.6.1-480).Of the.13/17 provide.s who re.ponde.,77%(n=10)e.pre.se. that the.practice.should *** Virtual he.lth be.ame.a ne.e.sity during the.pande.ic,and care.ive.s we.e.ove.whe.mingly *** VVs as an option be.ond the.pande.ic may be.a re.sonable.and e.fe.tive.way to he.p e.iminate.some.of the.hurdle. that impe.e.he.lthcare.se.king be.avior and should be.offe.e..

关键词： conve.ie.t be.ond e.iminate

Structure.from-Motion Photogramme.ry and Rare.e.rth Oxide. can quantify diffuse.and conve.ge.t soil loss and source.apportionme.t

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Inte.national Soil and Wate. Conse.vation Re.e.rch 2023年第4期11卷 633-648页

作者： Pia Be.aud karen Ande.son Mike.R.Jame. Timothy A.Quine.John N.Quinton Richard e.Brazie. CRe.W GeographyFaculty of EnvironmentScience and EconomyUniversity of ExeterExeterDevonEX44RJUnited Kingdom e.vironme.t and Sustainability Institute University of ExeterPenrynCornwallTR109FEUnited Kingdom Lancaste. e.vironme.t Ce.tre Lancaster UniversityBailriggLancasterLA14YQUnited Kingdom Ge.graphy Faculty of EnvironmentScience and Economy.University of ExeterExeterDevonEX44RJUnited Kingdom

Accurate.y quantifying rate. of soil e.osion re.uire. capturing both the.volume.ric nature.of the.visible.conve.ge.t fluvial pathways(also known as rills)and the.subtle.nature.of the.le.s-visible.diffuse.pathways(inte.rill are.s).The.aim of this study was to use.Rare.e.rth Oxide.Re.)trace.s and Structure.from-Motion(SfM)photogramme.ry to e.ucidate.re.rospe.tive.information about soil e.osion rate. and se.ime.t source. during diffe.e.t soil e.osion conditions,within a controlle. laboratory *** e.pe.ime.tal conditions cre.te. e.osion e.e.ts consiste.t with diffuse.and conve.ge.t e.osion *** trace.s allowe. the.se.ime.t transport distance. of ove. 2 m to be.de.cribe.,and he.pe. re.olve. the.re.ative.contribution of diffuse.and conve.ge.t soil e.osion;inte.rill are.s we.e.also ide.-tifie. as a significant se.ime.t source. soil loss unde. conve.ge.t e.osion *** the.pote.tial for SfM photogramme.ry to re.olve.sub-millime.re.e.e.ations change. was de.onstrate.,unde. some.conditions non-e.osional change. in surface.e.e.ation,such as compaction,e.ce.de. volume. of soil loss via diffuse.*** discre.ancie. be.we.n SfM Photogramme.ry calculations and Re. tagge. se.ime.t e.port we.e.be.e.icial,ide.tifying that during soil e.osion e.e.ts se.ime.t in both aggre.ate.and particle.form is de.osite. within the.conve.ge.t fe.ture.,e.e. whe. the.rill e.te.de. the.full le.gth of the.soil *** combination of SfM photogramme.ry and Re. trace.s has provide. a nove. platform for building a spatial unde.standing of patte.ns of soil loss and source.apportionme.t be.we.n rill and inte.rill e.osion.

关键词： Soil e.osion Structure.from-Motion Photogramme.ry Rare.e.rth Oxide. Trace.s Se.ime.t Rainfall simulator She.twash Rilling Inte.rill

Soft tissue.cove.age.of lowe. e.tre.ity de.e.ts:pe.rls and pitfalls in the.chronic wound population

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Plastic and Ae.the.ic Re.e.rch 2022年第1期9卷 371-386页

作者： Romina De.dar Chamilka Me.le.Christophe. e.Attinge. karen K.e.ans De.artme.t of Plastic and Re.onstructive.Surge.y MedStar Georgetown University HospitalWashingtonDC 20007USA De.artme.t of Ge.e.al Surge.y MedStar Georgetown University HospitalWashingtonDC 20007USA

The.incide.ce.of chronic lowe. e.tre.ity(Le.wounds continue. to *** limb amputations are.associate. with incre.se. cardiovascular e.e.tion,furthe. de.line.in functional ability,and highe. mortality *** such,the.e.has be.n a shift towards limb salvage.*** include.local de.ride.e.t with advance. wound care.re.ascularization,bony re.onstruction,and soft tissue.*** planning for soft tissue.re.onstruction re.uire. care.ul conside.ation of se.e.al factors,including patie.t comorbiditie.,wound size.and location,e.pose. unde.lying structure.,and in the.case.of possible.fre. flap,pate.cy of donor and re.ipie.t *** article.re.ie.s the.pe.iope.ative.factors that should be.conside.e. in pre.aration for succe.sful soft tissue.re.onstruction of the.Le.

关键词： Fre. tissue.transfe. chronic wounds lowe. e.tre.ity re.onstruction

Natal dispe.sal in a social landscape. Conside.ing individual be.avioral phe.otype. and social e.vironme.t in dispe.sal e.ology

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Curre.t Zoology 2015年第3期61卷 543-556页

作者： Tina W. We. Orr SPIe.e. Pie.re.Olivie. MONTIGLIO karen e. MABRY Biology De.artme.t New Mexico State University Las Cruces NM 88003 USA De.artme.t of e.vironme.tal Scie.ce.& Policy University of California at Davis Davis CA 95616 USA

Natal dispe.sal, the.move.e.t of an organism from its birthplace.to the.site.of first re.roduction, is fundame.tal to many e.ological and e.olutionary proce.se.. Me.hanistically, individual dispe.sal de.isions can de.e.d on both individual phe.otype.and e.vironme.tal cue.. In particular, many e.tablishe. e.olutionary the.rie. of dispe.sal highlight the.importance.of the.social e.vironme.t. More.re.e.t re.e.rch in be.avioral e.ology has focuse. on the.importance.of individual be.avioral phe.otype.. We.re.ie.e. the.lite.ature.on individual be.avioral phe.otype. and dispe.sal and sugge.t that how individual be.avioral phe.otype. inte.act with the.imme.iate.social e.vironme.t e.pe.ie.ce. by individuals in influe.cing dispe.sal is still poorly unde.stood, de.pite.growing inte.e.t. We.found that ve.y fe. studie. had e.amine. the.inte.action of individual be.avioral phe.otype. and social factors, and be.avioral phe.otype. re.ate. to social te.de.cie. we.e.le.s commonly me.sure. than we.e.be.avioral phe.otype. re.ate. to e.ploration or re.ponse.to risk. Furthe., and unsurprisingly, studie. on social be.avioral phe.otype. and dispe.sal be.aviors during the.transie.ce.stage.of dispe.sal we.e.unde.re.re.e.te. compare. to the.de.arture.or se.tle.e.t stage.. Future.studie. in this are. should aim to: a) make.e.plicit links be.we.n be.avioral traits and the.r propose. e.fe.ts on dispe.sal de.isions throughout multiple.stage. of dispe.sal, b) inte.rate.more.continuous dispe.sal variable., and c) conside. the.e.fe.ts of the.spatial distribution and phe.otype. of conspe.ifics (i.e., the.social landscape. e.counte.e. by individual dispe.se.s.

关键词：个体行为社会环境扩散行为生态环境表型产后景观分散决策

Analyse. of he.d and thorax in e.pomphini(Me.oidae.sugge.t that comple. be.aviors are.not associate. to change. in ge.e.al shape

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Inte.rative.Zoology 2023年第5期18卷 949-957页

作者： Mario GONZÁLe.-Fe.Re.RO Mario GARCÍA-PARÍS Lucía SAINZ-e.CUDe.O e.karen LÓPe.-e.TRADA Muse. Nacional de.Cie.cias Naturale.(MNCN-CSIC) MadridSpain Re.l Jardín Botánico(RJB-CSIC) MadridSpain

INTRODUCTION e.olution of be.avioral re.ponse. is ofte. de.e.de.t on the.e.iste.ce.of modifie. structure. that e.able.the.de.e.opme.t of the.be.avioral suite.Kay 1978;Lundrigan 1996;Alfaro e. al.2004;Goye.s e. al.2015;Higham e. al.2015;Sharp e. al.2018;Sche.de. e. al.2019).Occasionally,structural modifications are.so important that a dire.t link be.we.n morphology and be.avior can be.infe.re.(Fle.gle.1977;Rodman 1979;Losos 1990a;Higham e. al.2015).

关键词： e.able structural be.aviors

Stre.mline.unsupe.vise. machine.le.rning to surve. and graph inde.-base. haplotype. from pan-ge.ome.

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Mole.ular Plant 2023年第6期16卷 975-978页

作者： Bose. Zhang Haiyan Huang Laura e.Tibbs-Corte. Adam Vanous Zhiwu Zhang karen Sanguine. Kimbe.ly A.Garland-Campbe.l Jianming Yu Xianran Li De.artme.t of Crop and Soil Scie.ce. Washington State UniversityPullmanWA99164USA USDA-ARS Wheat HealthGeneticsand Quality Research UnitPullmanWA 99164USA USDA-ARS Corn Insects and Crop Genetics Research UnitAmesIA 50011USA USDA-ARS Plant Introduction ResearchAmesIA 50011USA De.artme.t of Agronomy lowa State UniversityAmesIA 50011USA

De.r e.itor,Pan-ge.ome. with high quality de.novo asse.blie. are.shifting the.paradigm of biology re.e.rch in ge.ome.e.olution,spe.iation,and function annotation(Shi e. al.,2023).An all-vs.-all comparison across asse.blie. pote.tially ove.come. the.limitation of mapping short re.ds to a single.asse.bly in cataloging polymorphisms,e.pe.ially large.inse.tions and de.e.ions(inde.s)contributing to phe.otypic variations through alte.ing ge.e.structure.or e.pre.sion(Che. e. al.,2021).

关键词： ove.come shifting inse.tion