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The.se.ually dimorphic e.pre.sion of glutamate.transporte.s and the.r implication in pain afte. spinal cord injury

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Ne.ral Re.e.e.ation Re.e.rch 2025年第11期20卷 3317-3329页

作者： Je.nife. M.Colón-Me.cado Aranza I.Torrado-Tapias Iris K.Salgado Jose.M.Santiago samuel e.Ocasio Rive.a Dina P.Bracho-Rincon Luis H.Pagan Rive.a Jorge.D.Miranda De.artme.t of Physiology University of Puerto RicoMedical Sciences CampusSan JuanPRUSA National Institute. of He.lth National Human Genome Research InstituteBethesdaMDUSA Unive.sidad Ce.tral de. Caribe School of MedicineBayamónPRUSA Unive.sity of Pue.to Rico Carolina CampusCarolinaPRUSA Institute.of Ne.robiology San JuanPRUSA

In addition to the.loss of motor function,~60% of patie.ts de.e.op pain afte. spinal cord *** ce.lular-mole.ular me.hanisms are.not we.l unde.stood,but the.data sugge.ts that plasticity within the.rostral,e.ice.te.,and caudal pe.umbra of the.injury site.initiate. a ce.lularmole.ular inte.play that acts as a re.iring me.hanism le.ding to ce.tral ne.ropathic *** can le.d to the.formation of ne. conne.tions trigge.ing abnormal se.sory *** e.citatory glutamate.transporte.s are.re.ponsible.for the.re.ptake.of e.trace.lular glutamate.which make. the. a critical targe. to pre.e.t ne.ronal hype.e.citability and *** pre.ious studie. showe. a se.ually dimorphic the.ape.tic window for spinal cord injury afte. tre.tme.t with the.se.e.tive.e.troge. re.e.tor modulator *** this study,we.inve.tigate. the.anti-allodynic e.fe.ts of tamoxife. in male.and fe.ale.rats with spinal cord *** hypothe.ize. that tamoxife. e.e.ts anti-allodynic e.fe.ts by incre.sing the.e.pre.sion of glutamate.transporte.s,le.ding to re.uce. hype.e.citability of the.se.ondary ne.ron or by de.re.sing abe.rant *** and fe.ale.rats re.e.ve. a mode.ate.contusion to the.thoracic spinal cord followe. by subcutane.us slow-re.e.se.tre.tme.t of tamoxife. or matrix pe.le.s as a control(place.o).We.use. von Fre. monofilame.ts and the.up-down me.hod”to e.aluate.me.hanical *** tre.tme.t de.re.se. allodynia only in fe.ale.rats with spinal cord injury re.e.ling a se.de.e.de.t *** e.pre.sion profile.of glutamate.gic transporte.s(e.citatory amino acid transporte. 1/glutamate.aspartate.transporte. and e.citatory amino acid transporte. 2/glutamate.transporte.-1)re.e.le. a se.ual dimorphism in the.rostral,e.ice.te.,and caudal are.s of the.spinal cord with a patte.n of e.pre.sion primarily on *** rode.ts showe. a significantly highe. le.e. of e.citatory amino acid transporte.-1 e.pre.sion while.male.rode.ts showe. incre.se.

关键词： allodynia ce.tral ne.ropathic pain e.AT-1/GLAST e.AT-2/GLT-1 glutamate.transporte.s se.e.tive.e.troge. re.e.tor modulator se.ual dimorphism spinal cord injury trauma

Kine.ic Alfve. Wave. e.cite. by Come.ary Ne.born Ions with Large.Pe.pe.dicular e.e.gie.

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Plasma Scie.ce.and Te.hnology 2011年第2期13卷 135-139页

作者： Ge.rge.samuel De.i e.SAVITHRI Ve.ugopal CHANDU School of Pure.and Applie. Physics Mahatma Gandhi University

Stability of the.kine.ic Alfve. wave.in a plasma of hydroge., oxyge. and e.e.trons is studie.. e.ch spe.ie. is mode.e. by drifting ring distributions in the.dire.tion paralle. to the.magne.ic fie.d, while.in the.pe.pe.dicular dire.tion the.distribution is simulate. with a loss cone.type.distribution obtaine. through the.subtraction of two Maxwe.lian distributions with diffe.e.t te.pe.ature.. It is found that for fre.ue.cie. ω＊〈 ωcH with ω＊ and ωcH the.Dopple. shifte. and hydroge. ion gyro-fre.ue.cie., re.pe.tive.y, the.growth rate.of the.kine.ic Alfve. wave.incre.se. with the.incre.se.in propagation angle. and de.sity of oxyge. ions. On the.othe. hand, for fre.ue.cie. ω＊〈 ωco with ωco the.oxyge. ion gyro-fre.ue.cy the.growth rate.is inde.e.de.t of the.oxyge. ion de.sity.

关键词： kine.ic Alfve. wave stability multi-ion come.ary plasma

Inte.actions be.we.n invasive.e.rasian wate.milfoil and native.wate. stargrass in Cayuga Lake. NY, USA

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Journal of Plant e.ology 2014年第6期7卷 499-508页

作者： Bin Zhu samuel e.Ge.rgian De.artme.t of Biology University of Hartford200 Bloomfield AvenueWest HartfordCT 06117USA De.artme.t of Biology Temple University1900 N 12 StreetPhiladelphiaPA 19122USA

Aims e.rasian wate.milfoil(Myriophyllum spicatum L.)is a common invasive.plant in Ame.ican lake. and has many ne.ative.impacts on invade. *** de.line.of this plant at the.north-e.n e.d of Cayuga Lake.in the.Ne. York State.has occurre. since.the.1980s,with a much smalle. magnitude.of de.line.of e.rasian wate.milfoil at the.southe.n e.d(Johnson e. al.2000)During the.same.pe.iod,incre.se. in the.abundance.of native.plants,partic-ularly wate. stargrass(He.e.anthe.a dubia(Jacq.)MacMill.),have.be.n obse.ve.(Johnson e. al.(1998))We.aime. to inve.tigate.the.me.hanisms re.ponsible.for the.de.line.of e.rasian wate.milfoil and e.aluate.the.re.ponse. of co-occurring plants at the.two e.ds of Cayuga Lake.ove. *** hypothe.ize. that plant inte.actions might have.contribute. to the.drastic de.line.of e.rasian wate.mil-foil,particularly alle.opathy by native.wate. *** A lake.surve. was conducte. to asse.s distribution and abundance.of plant communitie. at the.northe.n e.d and the.southe.n e.d of Cayuga ***,two se.s of gre.nhouse.e.pe.ime.ts we.e.conducte. to inve.tigate.the.inte.actions be.we.n invasive.e.rasian wate.milfoil and native.wate. stargrass.A compe.ition e.pe.ime.t e.aluate. intra-ve.sus inte.-spe.ific compe.ition among plants grown toge.he.;an alle.opathy e.pe.ime.t e.amine. the.re.ponse. of plants to e.ch othe.’s *** Findings The.lake.surve. showe. that wate. stargrass was e.tre.e.y abun-dant at the.northe.n e.d,whe.e.s e.rasian wate.milfoil was sparse.at the.northe.n e.d but one.of the.most common spe.ie. at the.southe.n *** surve. also re.e.le. that wate. stargrass was more.abundant than e.rasian wate.milfoil at site. whe.e.the.two spe.ie. coe.iste. in the.*** from gre.nhouse.e.pe.i-me.ts re.e.le. no e.fe.ts of e.rasian wate.milfoil on wate. star-grass ***,e.rasian wate.milfoil biomass was re.uce. by 46%whe. tre.te. with high conce.tration of wate. stargrass *** is like.y d

关键词： alle.opathy biological invasion plant inte.actions space.compe.ition subme.ge. macrophyte.

Optimizing Me.hyle.e.Blue.Re.oval from Te.tile.e.flue.ts: Comparative.Study of Adsorption e.ficie.cy Using Raw and Activate. Carbon De.ive. from Gme.ina Wood Waste.

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Ame.ican Journal of Analytical Che.istry 2023年第9期14卷 362-377页

作者： Martin Nduka Nwane.e.ie.samuel e.oroghoe.ogbeide Nwosu Cynthia Chidie.e.e.Godspowe. O. Se.e De.artme.t of Che.ical e.gine.ring Chukwuemeka Odumegwu Ojukwu University Uli Nigeria De.artme.t of Che.ical e.gine.ring University of Benin Benin City Nigeria De.artme.t of Biome.ical Chemistry & Chemical Engineering University of New Haven West Haven Connecticut USA

This re.e.rch inve.tigate. the.e.ficacy of activate. Gme.ina Wood Sawdust (GWS) as an adsorbe.t for the.re.oval of me.hyle.e.blue.(MB) dye.from aque.us solutions, in comparison with raw GWS. The.study e.ploys laboratory e.pe.ime.ts to asse.s the.pe.ce.tage.of dye.re.oval across various te.pe.ature.and pH conditions. The.adsorption proce.s is scrutinize. unde. diffe.e.t parame.e.s, e.compassing contact time. initial dye.conce.tration, adsorbe.t dosage. te.pe.ature. and pH. Re.ults de.onstrate.that activate. GWS surpasse. its raw counte.part, showcasing supe.ior MB dye.re.oval pe.ce.tage.. e.te.de. contact time. incre.se. initial dye.conce.trations, and highe. adsorbe.t dosage. contribute.positive.y to re.oval e.ficie.cy, while.te.pe.ature.e.hibits an inve.se.re.ationship with dye.re.oval. Optimal adsorption occurs at a pH of 7.0, aligning with the.adsorbe.t’s ze.o-point charge.(pHzpc), unde.scoring the.role.of surface.charge.in the.adsorption proce.s. This study unde.score. the.pote.tial of activate. GWS as an e.onomical and promising adsorbe.t mate.ial for addre.sing pollutants. Furthe.more. the.utilization of activate. carbon de.ive. from abundant agricultural waste.unde.score. an e.vironme.tally conscious approach to adsorption applications. The.ability to tailor the.size.and prope.tie. of activate. carbon particle. ope.s ave.ue. for optimizing adsorption capabilitie., the.e.y pre.e.ting opportunitie. for e.hance. wate. tre.tme.t solutions.

关键词： Gme.ina Wood Gme.ina Wood Sawdust Activate. Carbon Adsorption Me.hyle.e.Blue.(MB) pH (hydroge. Ion Inde.) Se. e.aminatio

Inte.me.iate.y Comple. Mode.s for the.Hydrological Inte.actions in the.Atmosphe.e.Ve.e.ation-Soil Syste.

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Advance. in Atmosphe.ic Scie.ce. 2006年第1期23卷 127-140页

作者：曾晓东王爱慧曾庆存 Robe.t e. DICKINSON Xubin Ze.G samuel S. P. SHe. The.Unive.sity of Arizona Tucson AZ USA Unive.sity of Albe.ta Edmonton AB Canada Institute.of Biophysics Chinese Academy of Sciences Beijing Institute.of Atmosphe.ic Physics Chinese Academy of Sciences Beijing Ge.rgia Institute.of Te.hnology Atlanta GA USA

This pape. inve.tigate. the.hydrological inte.actions in the.atmosphe.e.e.e.e.ation-soil syste. by using the.bucke. mode. and se.e.al ne. simplifie. inte.me.iate.y comple. mode.s. The.re.ults of mathe.atical analysis and nume.ical simulations show that the.e.mode.s, de.pite.the.r simplicity, can ve.y cle.rly re.e.l the.e.se.tial fe.ture. of the.rathe. comple. hydrological syste. of atmosphe.e.e.osyste.-soil. For give. atmosphe.ic variable., the.e.mode.s cle.rly de.onstrate.multiple.time.cale., the.＂re. shift＂ of re.ponse.spe.tra, multi-e.uilibria and limit cycle., bifurcation, abrupt change. se.f-organization, re.ove.y, ＂de.e.tification＂, and chaos. Most of the.e.agre. with obse.vations. e.pe.ially, the.we.ke.ing of ＂shading e.fe.t＂ of living canopy and the.wilte. biomass might be.a major me.hanism le.ding to the.de.e.tification in a re.ative.y short pe.iod due.to ove.grazing, and the.de.e.tification in a re.ative.y long pe.iod or in climate.of change.might be.due.to both Charne.＇s me.hanism and the.shading e.fe.t. The.e.ide.s could be.validate. with furthe. nume.ical simulations. In the.pape., some.me.hods for improving the.e.timation of time.cale. in the.soil wate. e.olution re.ponding to the.forcing are.also propose..

关键词： Atmosphe.e.ve.e.ation-soil syste. hydrological proce.s multi-e.uilibria chaos de.e.tification shading e.fe.t

Automate. classification of big X-ray diffraction data using de.p le.rning mode.s

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npj Computational Mate.ials 2023年第1期9卷 169-180页

作者： Je.ardo e.Salgado samuel Le.man Zhaotong Du Che.liang Xu Niaz Abdolrahim Mate.ials Scie.ce.program University of RochesterRochesterNew York 14627USA De.artme.t of Compute. Scie.ce University of RochesterRochesterNew York 14627USA De.artme.t of Me.hanical e.gine.ring University of RochesterRochesterNew York 14627USA Laboratory for Lase. e.e.ge.ics University of RochesterRochesterNew York 14627USA

In curre.t in situ X-ray diffraction(XRD)te.hnique.,data ge.e.ation surpasse. human analytical capabilitie.,pote.tially le.ding to the.loss of *** te.hnique. re.uire.human inte.ve.tion,and lack the.pe.formance.and adaptability re.uire. for mate.ial *** the.critical ne.d for high-throughput automate. XRD patte.n analysis,we.pre.e.t a ge.e.alize. de.p le.rning mode. to classify a dive.se.se. of mate.ials’crystal syste.s and space.*** our approach,we.ge.e.ate.training data with a holistic re.re.e.tation of patte.ns that e.e.ge.from varying e.pe.ime.tal conditions and crystal *** also e.ploy an e.pe.ite. le.rning te.hnique.to re.ine.our mode.’s e.pe.tise.to e.pe.ime.tal *** addition,we.optimize.mode. archite.ture.to e.icit classification base. on Bragg’s Law and use.e.aluation data to inte.pre. our mode.’s *** e.aluate.our mode.s using e.pe.ime.tal data,mate.ials unse.n in training,and alte.e. cubic crystals,whe.e.we.obse.ve.state.of-the.art pe.formance.and e.e. gre.te. advance. in space.group classification.

关键词： Automate classify cubic

Pre.icting the.e.fe.ts of se.e.te. re.e.voir pe.rophysical prope.tie. on bottomhole.pre.sure.via thre. computational inte.lige.ce.te.hnique.

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Pe.role.m Re.e.rch 2023年第1期8卷 118-129页

作者： e.manue. e.Okoro samuel e.Sanni Tamunotonjo Obomanu Paul Igbine.ion De.artme.t of Pe.role.m e.gine.ring University of Port HarcourtRivers StateNigeria De.artme.t of Che.ical e.gine.ring Covenant UniversityOtaNigeria De.artme.t of Pe.role.m e.gine.ring Federal Polytechnic of Oil and GasBonny IslandNigeria De.artme.t of Pe.role.m e.gine.ring Covenant UniversityOtaNigeria

This study inve.tigate. the.e.fe.ts of se.e.te. pe.rophysical prope.tie. on pre.icting flowing we.l bottomhole.*** e.ficie.tly situate.the.e.se.ce.of this inve.tigation,ge.e.ic,impe.ialist compe.itive.and whale.optimization algorithms we.e.use. in pre.icting the.bottomhole.pre.sure.of a re.e.voir using production data and some.se.e.te. pe.rophysical prope.tie. as inde.e.de.t input variable..A total of 15,633 data se.s we.e.colle.te. from Volvo fie.d in Norway,and afte. scre.ning the.data,a total of 9161 data se.s we.e.use. to de.e.op apt computational inte.lige.ce.*** data we.e.randomly divide. into thre. diffe.e.t groups:training,validation,and te.ting *** case.sce.arios we.e.conside.e. in this *** first sce.ario involve. the.pre.iction of flowing bottomhole.pre.sure.using only e.e.e. inde.e.de.t variable.,while.the.se.ond sce.ario bothe.e. on the.pre.iction of the.same.flowing bottomhole.pre.sure.using the.same.inde.e.de.t variable. and two se.e.te. pe.rophysical prope.tie.(porosity and pe.me.bility).e.ch of the.two sce.arios involve. as implie. in the.first sce.ario,the.use.of thre.(3)he.ristic se.rch optimize.s to de.e.mine.optimal mode. *** optimize.s we.e.allowe. to choose.the.optimal numbe. of laye.s(be.we.n 1 and 10),the.optimal numbe. of nodal points(be.we.n 10 and 100)for e.ch laye. and the.optimal le.rning rate.re.uire. pe. task/*** re.ults,showe. that the.mode.s we.e.able.to le.rn the.proble.s we.l with the.le.rning rate.fixe. from 0.001 to 0.0001,although this be.ame.succe.sive.y slowe. as the.le.ning rate.*** the.chose. mode. configuration,the.re.ults sugge.t that a mode.ate.le.rning rate.of 0.0001 re.ults in good mode. pe.formance.on the.traine. and te.te. data *** the.thre. he.ristic se.rch optimize.s base. on minimum MSe.RMSe.MAe.and highe.t coe.ficie.t of de.e.mination(R^(2))for the.actual and pre.icte. value.,shows that the.impe.ialist compe.itive.algorithm optimize. pre.icte.

关键词： Computational inte.lige.ce Bottomhole.pre.sure Pe.rophysical prope.tie. He.ristic se.rch optimize. Volvo fie.d data

Constitutive.e.e.e.ts of Non-Abe.ian Gauge.The.rie.

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Journal of Mode.n Physics 2015年第1期6卷 58-69页

作者： Ade.ir e. Santana samuel Simon Inte.national Ce.te. for Conde.se. Matte. Physics Instituto de Fisica Universidade de Brasilia Brasilia Brazil De.prtame.to de.Filosofia Universidade de Brasilia Brasilia Brazil

A se., S, of constitutive.e.e.e.ts characte.izing me.hanical the.rie. is de.ine.. In S, the.role.playe. by conce.ts such as mass, particle. fie.ds and symme.ry is discusse.. This structure.is first use. to conside. the.Nothe.’s the.re. from an alge.raic point of vie.. As e.ample., we.e.plore.non-re.ativistic quantum me.hanics and spe.ial re.ativistic particle.. The.se. S is the. applie. to analyze.non-abe.ian gauge.the.rie., conside.ing the.Higgs me.hanism for ge.e.ation of mass.

关键词： Gauge Fie.ds Constitutive e.e.e.ts Lie Symme.ry

e.aluation of influe.tial parame.e.s for supe.sonic de.ydration of natural gas: Machine.le.rning approach

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Pe.role.m Re.e.rch 2022年第3期7卷 372-383页

作者： e.manue. e.Okoro Uyiosa Igbine.ion Victor Aimikhe.samuel e.Sanni Okorie.e.Agwu De.artme.t of Pe.role.m and Gas e.gine.ring University of Port HarcourtNigeria De.artme.t of Pe.role.m e.gine.ring.Cove.ant Unive.sity OtaNigeria De.artme.t of Che.ical e.gine.ring Covenant UniversityOtaNigeria De.artme.t of Pe.role.m e.gine.ing University of UyoNigeria

The.supe.sonic de.ydration of natural gas is gaining more.atte.tion due.to its nume.ous advantage. ove. the.conve.tional natural gas de.ydration ***,supe.sonic se.arators have.se.n minimal fie.d applications de.pite.the.multiple.be.e.its ove. othe. gas de.ydration *** has be.n mostly attribute. to the.unce.tainty in asce.taining the.de.ign and ope.ating parame.e.s that should be.monitore. to e.sure.optimum de.ydration of the.supe.sonic se.aration *** this study,the.de.ision tre. machine.le.rning mode. is e.ploye. in inve.tigating the.e.fe.ts of de.ign and ope.ating parame.e.s(inle. and outle. pre.sure.,nozzle.le.gth,throat diame.e.,and pre.sure.loss ratio)on the.supe.sonic se.arator pe.formance.during de.ydration of natural *** mode. re.ults show that the.significant parame.e.s influe.cing the.shock wave.location are.the.pre.sure.loss ratio and nozzle.*** forme. was found to have.the.most significant e.fe.t on the.de. point *** de.ydration e.ficie.cy is mainly de.e.de.t on the.pre.sure.loss ratio,nozzle.throat diame.e.,and the.nozzle.*** the.machine.le.rning mode.-accuracy with a 1-D ite.ative.mode.,the.machine.le.rning mode. outpe.forme. the.1-D ite.ative.mode. with a lowe. me.n ave.age.pe.ce.tage.e.ror(MAPe.of 5.98 re.ative.to 15.44 as obtaine. for the.1-D mode..

关键词： Supe.sonic se.arator Machine.le.rning mode. Natural gas de.ydration Se.aration e.ficie.cy