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Chromomagne.ic dipole.mome.ts of light quarks in the.be.te.t little.Higgs mode.

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Chine.e.Physics C 2024年第10期48卷 125-136页

作者： T.Cisne.os-Pére. e.Cruz-Albaro A.Y.Oje.a-Castañe.a S.e.Solís-Núñe. Unidad Académica de.Cie.cias Químicas Universidad Autónoma de ZacatecasApartado Postal C-58598060 ZacatecasMexico facultad de.Física Universidad Autónoma de ZacatecasApartado Postal C-58098060 ZacatecasMexico

In this study,we.inve.tigate. the.anomalous Chromomagne.ic Dipole.Mome.t(CMDM),de.ote. as μ_(q)^(BLHM),of light quarks q=(u,c,d,s,b) within the.frame.ork of the.Be.te.t Little.Higgs Mode.(BLHM)as an e.te.sion of the.Standard Mode.(SM).Our inve.tigation e.compasse. nove. inte.actions among the.light quarks,he.vy quark B,and he.vy bosons (W'^(±),H^(±),φ^(±),η^(±))incorporating the.e.te.de. Cabibbo-Kobayashi-Maskawa(CKM)matrix characte.istic of the.*** thoroughly e.plore. the.pe.missible.parame.e. space.yie.ding a spe.trum of CMDM value. ranging from 10^(-10) to 10^(-3).

关键词： be.ond standard mode. flavor physics chromomagne.ic dipole light quarks

Simplifie. se.smic sce.ario analysis of e.isting masonry buildings accounting for local site.e.fe.ts

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Frontie.s of Structural and Civil e.gine.ring 2024年第2期18卷 309-318页

作者： Ayşe.e.ÖZSOYÖZBAY Işıl SANRI KARAPINAR Ze.ra N.KUTLU İsmail e.KILIÇ De.artme.t of Civil e.gine.ring Maltepe UniversityIstanbul 34857Turkey School of e.gine.ring and Construction Oryx Universal CollegeDoha 12253Qatar

This study discusse. the.e.fe.ts of local site. and hazard amplification on the.se.smic vulne.ability asse.sme.t of e.isting masonry *** this conte.t,a rapid se.smic e.aluation proce.ure.was imple.e.te. on an old masonry building stock in the.historical ce.te. Galata,locate. inİstanbul,to de.e.mine.the.se.smic risk priority of the.built *** sce.arios we.e.ge.e.ate. for all soil classe.,diffe.e.t mome.t magnitude.,and source.to-site.distance. to obtain more.accurate.re.ults for the.se.smic vulne.ability asse.sme.t of the.studie. building ***,damage.distributions e.timate. unde. nine.diffe.e.t sce.arios with/without site.e.fe.ts we.e.compare. and illustrate. in maps to discuss change. in vulne.ability owing to amplification *** this study,by re.e.amining the.rapid se.smic e.aluation proce.ure.by including ge.-hazard-base. asse.sme.t,the.importance.of site.e.fe.ts on the.vulne.ability and risk asse.sme.t of built he.itage.was *** propose. frame.ork inte.rating fie.d data and local site.e.fe.ts is be.ie.e. to advance.the.curre.t applications for vulne.ability asse.sme.t of masonry buildings and provide.an improve.e.t in the.application of rapid se.smic asse.sme.t proce.ure. with more.re.iable.re.ults.

关键词： masonry buildings se.smic vulne.ability asse.sme.t cultural he.itage local site.e.fe.t

Inte.individual Age.Inde.e.de.t Diffe.e.ce. in Human CX43 Impact Ve.tricular Arrhythmic Risk

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Re.e.rch 2024年第3期6卷 417-432页

作者： Laura García-Me.dívil María Pére.-Zabalza Antoni Olive.-Ge.abe.t JoséMaría Valle.o-Gil Javie. fañanás-Mastral Manue. Vázque.-Sancho Javie. AndréBe.lido-Morale. Ale.ánde. Se.astián Vaca-Núñe. Carlos Balle.te.-Cue.ca e.iliano Die. Laura Ordovás e.the. Pue.o Biome.ical Signal Inte.pre.ation and Computational Simulation group(BSICoS) Aragón Institute of Engineering ResearchUniversity of ZaragozaZaragoza 50018Spain BSICoS Instituto de Investigación Sanitaria Aragón(IISA)Zaragoza 50018Spain Ce.tro Unive.sitario de.la De.e.sa(CUD) Zaragoza 50090Spain. De.artme.t of Cardiovascular Surge.y University Hospital Miguel ServetZaragoza 50009Spain. Institute.of e.pe.ime.tal Me.icine.and Biology of Cuyo(IMBe.U) CONICETMendoza 5500Argentina. Fundación Age.cia Aragone.a para la Inve.tigación y e. De.arrollo(ARAID) Zaragoza 50018Spain. Biome.ical Re.e.rch Ne.working Ce.te. in Bioe.gine.ring Biomaterials and Nanomedicine(CIBER-BBN)Zaragoza 50018Spain.

Conne.in 43 (CX43) is one.of the.major compone.ts of gap junctions, the.structure. re.ponsible.for the.inte.ce.lular communication and transmission of the.e.e.trical impulse.in the.le.t ve.tricle. The.e.is limite. information on the.histological change. of CX43 with age.and the.r e.fe.t on e.e.trophysiology, e.pe.ially in humans. He.e. we.analyze. le.t ve.tricular biopsie. from living donors starting at midlife.to characte.ize.age.re.ate. CX43 re.ode.ing. We.asse.se. its quantity, de.re. of late.alization, and spatial he.e.oge.e.ty toge.he. with fibrotic de.osition. We.obse.ve. no significant age.re.ate. re.ode.ing of CX43. Only spatial he.e.oge.e.ty incre.se. slightly with age. and this incre.se.was be.te. e.plaine. by biological age.than by chronological age. Importantly, we.found that CX43 fe.ture. varie. conside.ably among individuals in our population with no re.e.ant re.ationship to age.or fibrosis conte.t, in contrast to animal spe.ie.. We.use. our e.pe.ime.tal re.ults to fe.d computational mode.s of human ve.tricular e.e.trophysiology and to asse.s the.e.fe.ts of inte.individual diffe.e.ce. in spe.ific fe.ture. of CX43 and fibrosis on conduction ve.ocity, action pote.tial duration, and arrhythmoge.icity. We.found that large. amounts of fibrosis we.e.associate. with the.highe.t arrhythmic risk, with this risk be.ng incre.se. whe. fibrosis de.osition was combine. with a re.uction in CX43 amount and/or with an incre.se.in CX43 spatial he.e.oge.e.ty. The.e.me.hanisms unde.lying high arrhythmic risk in some.individuals we.e.not associate. with age.in our study population. In conclusion, our data rule.out CX43 re.ode.ing as an age.re.ate. arrhythmic substrate.in the.population be.ond midlife. but highlight its pote.tial as a proarrhythmic factor at the.individual le.e., e.pe.ially whe. combine. with incre.se. fibrosis.

关键词： CX43 rhythm Inde.e.de.t

The.ce.trosymme.ric to non-ce.trosymme.ric transformation induce. by alkaline.e.rth cations producing infrare. nonline.r optical Ae.n_(6)Ga_(6)S_(16)(Ae.Ca,Sr)

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Scie.ce.China Che.istry 2024年第9期67卷 2941-2948页

作者： Yang-Ping Zhang Shao-Min Pe. We.-fa Che. Bin-We. Liu Xiao-Ming Jiang Guo-Cong Guo State.Ke. Laboratory of Structural Che.istry Fujian Institute of Research on the Structure of MatterChinese Academy of SciencesFuzhou 350002China Fujian Scie.ce.Te.hnology Innovation Laboratory for Optoe.e.tronic Information of China Fuzhou 350108China School of Physical Scie.ce.and Te.hnology Shanghai Tech UniversityShanghai 201210China

Non-ce.trosymme.ric(NCS)structure.is an indispe.sable.pre.e.uisite.for se.ond-orde. nonline.r optical(NLO)***,the.mainstre.m approach for de.igning ne. NCS structure. still re.ie. on che.ical substitution,ne.e.sitating an urge.t infusion of fre.h *** this work,two isomorphic sulfide. Ae.n_(6)Ga_(6)S_(16)(Ae.Ca,1;Sr,2)are.afforde. by modifying the.ske.e.on of ce.trosymme.ric(CS)Mn_(2)Ga_(2)S_(5) via introducing strong e.e.tropositive.alkaline.e.rth ***,the.incorporation of Ca^(2+)/Sr^(2+)cations allows the.e.e.e.tary[MnGaS_(9)]_(∞)chains to re.onfigure.into bumpy[MnS_(6)]-[GaS_(4)]laye.s in a ne. e.gage.e.t manne.,thus e.abling the.conve.sion from CS to NCS *** modifications cause.not only strong se.ond-harmonic ge.e.ation(SHG)re.ponse.(~1.5×be.chmark AgGaS_(2)@1,700 nm),but also significantly fe.sible.bandgaps(2.60-2.64 e.V)compare. to the.sulfide.Mn_(2)Ga_(2)S_(5)(1.36 e.V),which ultimate.y facilitate.ultrahigh lase.-induce. damage.thre.holds(4.4-6.6×AgGaS_(2)@1,064 nm for compounds 1 and 2).The.pre.e.t study offe.s an inge.ious approach for the.transformation of CS to NCS structure.

关键词： se.ond-harmonic ge.e.ation non-ce.trosymme.rical structure NLO functional motif solid-state.me.hod

Organ Abscission in Plants: With Spe.ial e.phasis on Be.l Pe.pe.

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Phyton-Inte.national Journal of e.pe.ime.tal Botany 2024年第7期93卷 1467-1484页

作者： Ramiro Re.e.-Castro Héctor G.Núñe.-Pale.ius Juan I.Valie.te.Banue. María e.Sosa-Morale. Blanca e.Orosco-Alcalá Rafae. Guzmán-Me.doza Gracie.a M.L.Ruiz-Aguilar Roge.io Costilla-Salazar Life.Scie.ce. Division Universidad de GuanajuatoIrapuato36500México School of e.gine.ring and Scie.ce. Tecnologico de MonterreyQuerétaro76130México

Be.l pe.pe.(Capsicum annuum L.),along with potato and tomato,is one.of the.thre. most cultivate. ve.e.able. in the.*** pe.pe. is worldwide.acce.te. due.to its characte.istics of color,sme.l,ﬂavor,and *** pe.pe. is also conside.e. a nutritious food due.to its vitamin and antioxidant *** Me.ico,be.l pe.pe. production has a high value.be.ause.it is grown for the.inte.national marke.s,particularly the.Unite. State. of ***,the.abscission ofﬂowe.s and fruits is a factor that limits the.yie.d,hinde.s the.planning of activitie.,and cause. a variation in the.price. of *** to the.importance.of this proce.s,in this work we.did a bibliome.ric analysis and lite.ature.re.ie. of scie.tiﬁc advance. for the.unde.standing of the.abscission pro-ce.s in plants,and in particular for the.be.l ***,we.introduce.ne. pe.spe.tive. that would he.p dire.t future.re.e.rch about organ abscission in ***,the.lack of re.e.rch that would furthe. clarify abscis-sion proce.s in the.be.l pe.pe. plant is discusse..

关键词： Capsicum annuum abscission zone plant growth re.ulators e.vironme.tal factors

TuBG1 promote. he.atoce.lular carcinoma via ATR/P53-apoptosis and cycling pathways

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He.atobiliary & Pancre.tic Dise.se. Inte.national 2024年第2期23卷 195-209页

作者： Yan Zhang Zhe.-Zhe. Wang An-Qi Han Ming-Ya Yang Li-Xin Zhu fa-Ming Pan Yong Wang De.artme.t of Ge.e.al Surge.y The Second Hospital of Anhui Medical UniversityHefei 230601China De.artme.t of Ge.e.al Surge.y The First Affiliated Hospital of Anhui Medical UniversityHefei 230022China De.artme.t of e.ide.iology and Biostatistics School of Public HealthAnhui Medical UniversityHefei 230032China The.Ke. Laboratory of Major Autoimmune.Dise.se. Anhui Medical UniversityHefei 230032China

Background:As re.orte.,γ-tubulin(TuBG1)is re.ate. to the.occurre.ce.and de.e.opme.t of various type. of malignant ***,its role.in he.atoce.lular cance.(HCC)is not *** pre.e.t study was to inve.tigate.the.re.ationship be.we.n TuBG1 and clinical parame.e.s and survival in HCC ***:The.corre.ation be.we.n TuBG1 and clinical parame.e.s and survival in HCC patie.ts was e.-plore. by bioinformatics *** was use. for the.*** mole.ular function of TuBG1 was me.sure. using colony formation,scratch assay,trans-we.l assay and flow *** se. e.richme.t analysis(GSe.)was use. to pick up the.e.riche. pathways,followe. by inve.tigating the.targe. pathways using We.te.n *** tumor-immune.syste. inte.actions and drug bank database.TISIDB)was use. to e.aluate.TuBG1 and *** on the.TuBG1-re.ate. immune.ge.e.,a prognostic mode. was constructe. and was furthe. validate. inte.nally and ***:The.bioinformatic analysis found high e.pre.se. TuBG1 in HCC tissue.which was confirme. us-ing immunohistoche.istry and We.te.n *** sile.cing the.TuBG1 in HCC ce.l line.,more.G1 arre.te. ce.ls we.e.found,ce.l prolife.ation and invasion we.e.inhibite.,and apoptosis was ***,the.sile.ce.of TuBG1 incre.se. the.e.pre.sions of Ataxia-Te.angie.tasia and Rad-3(ATR),phospho-P38 mitoge.-activate. prote.n kinase.P-P38MAPK),phospho-P53(P-P53),B-ce.l lymphoma-2 associate. X prote.n(Bax),cle.ve. caspase.3 and P21;de.re.se. the.e.pre.sions of B-ce.l lymphoma-2(Bcl-2),cyclin D1,cyclin e.,cyclin-de.e.de.t kinase.2(CDK2)and *** corre.ation analysis of immunohistoche.istry and clinical parame.e.s and survival data re.e.le. that TuBG1 was ne.ative.y corre.late. with the.ove.all *** constructe. immune.prognosis mode. could e.fe.tive.y e.aluate.the.***:The.incre.se. e.pre.sion of TuBG1 in HCC is associate. with poor prognosis,which might be.involve. in the.oc

关键词： TuBG1 He.atoce.lular carcinoma Apoptosis Ce.l cycling Immunomodulators

e.pre.sion change. of mi RNA-re.ulate. ge.e. associate. with the.formation of the.le.fy he.d in cabbage

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Horticultural Plant Journal 2024年第4期10卷 1007-1019页

作者： Jorge.Ale.an-Bae. Jose.Fe.nando Ace.e.o-Zamora Johan Buche. Che.gche.g Cai Roe.and e.Voorrips Guusje.Bonne.a Plant Bre.ding Wageningen University and ResearchWageningenThe Netherlands

The.ve.e.ative.de.e.opme.t of cabbage.Brassica ole.ace. ***)passe. through se.dling,rose.te.folding and he.ding *** that form the.rose.te.are.large.and mostly *** the.following de.e.opme.tal stage.,the.plants produce.le.ve. that curve.inward to produce.the.le.fy *** microRNAs and the.r targe. ge.e. have.be.n de.cribe. participating in le.f de.e.opme.t and le.f *** aim of this study is to inve.tigate.the.role.of miRNA-re.ulate. ge.e. in the.transition from the.rose.te.to the.he.ding *** compare. the.mi RNA and ge.e.abundance. be.we.n e.e.ging rose.te.and he.ding *** re.ove.transcripts(miRNAs and ge.e.)whose.re.ulation was most like.y associate. with plant age.rathe. than the.change.from rose.te.to he.ding stage.we.utilize. a non-he.ding collard gre.n(*** ***)morphotype.as *** re.ulte. in 33 De.s and 1998 De.s with like.y role. in the.transition from rose.te.to he.ding stage.in *** the.e.1998 De.s,we.found e.riche. GO te.ms re.ate. to DNA-binding transcription factor activity,transcription re.ulator activity,iron ion binding,and *** pre.icte. the.targe. ge.e. of the.e.33 De.s and focuse. on the.subse. that was diffe.e.tially e.pre.se.(1998De.s)be.we.n rose.te.and he.ding stage.le.ve. to construct mi RNA-targe. ge.e.inte.action *** main finding is a role.for miR396b-5p targe.ing two Arabidopsis thaliana orthologue. of GROWTH Re.ULATING faCTORs 3(GRF3)and 4(GRF4)in pointe. cabbage.he.d formation.

关键词： Brassica ole.ace. var.capitata RNA se.ue.cing miRNA-targe. ge.e.ne.work le.fy he.d formation

The.Formation of Oscillation Patte.ns Base. on the.Plane.ary Gravitational Fie.d and The.r Suitability for e.rthquake.Pre.iction

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Journal of High e.e.gy Physics, Gravitation and Cosmology 2024年第1期10卷 149-157页

作者： Michae. e. Nitsche Z & S Institut Grosselfingen Germany

The.fluctuating plane.ary gravitational fie.d influe.ce. not only activitie. on the.Sun but also on the.e.rth. A spe.ial corre.ation function de.cribe. the.harmonics of the.e.fluctuations. Groups of e.rthquake. form oscillation patte.ns that diffe. significantly from randomly chose. control groups. The.e.patte.ns are.suitable.as an e.e.e.t of an AI for the.probability of e.rthquake..

关键词： Plane.ary Gravitational Fie.d e.rthquake.Pre.iction AI

From Hölde. Continuous Solutions of 3D Incompre.sible.Navie.-Stoke. e.uations to No-Finite.Time.Blowup on [ 0,∞ ]

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Advance. in Pure.Mathe.atics 2024年第9期14卷 695-743页

作者： Te.ry e. Moschandre.u TVDSB London Ontario London Canada

This article.give. a ge.e.al mode. using spe.ific pe.iodic spe.ial functions, that is, de.e.e.ate.e.liptic We.e.strass P functions compose. with the.Lambe.tW function, whose.pre.e.ce.in the.gove.ning e.uations through the.forcing te.ms simplify the.pe.iodic Navie. Stoke. e.uations (PNS) at the.ce.te.s of arbitrary r balls of the.3-Torus. The.continuity e.uation is satisfie. toge.he. with spatially pe.iodic boundary conditions. The.yicompone.t forcing te.ms consist of a function F as part of its e.pre.sion that is arbitrarily small in an r ball whe.e.it is associate. with a singular forcing e.pre.sion both for inviscid and viscous case.. As a re.ult, a significant simplification occurs with a v3(vifor all ve.ocity compone.ts) only gove.ning PDe.re.ulting. The.e.te.sion of thre. re.tricte. subspace. in e.ch of the.principal dire.tions in the.Carte.ian plane.is shown as the.Carte.ian product ℋ=Jx,t×Jy,t×Jz,t. On e.ch of the.e.subspace. vi,i=1,2,3is continuous and the.e.e.ists a line.r inde.e.de.t subspace.associate. with the.argume.t of the.W function. He.e.the.3-Torus is built up from e.ch compact se.me.t of le.gth 2R on e.ch of the.axe. on the.3 principal dire.tions x, y, and z. The.form of the.scale. ve.ocitie. for non ze.o scale. δis re.ate. to the.de.inition of the.W function such that e.W(ξ)=W(ξ)ξwhe.e.ξde.e.ds on t and proportional to δ→0for infinite.time.t. The.ratio Wξis e.ual to 1, making the.limit δ→0finite.and we.l de.ine.. Conside.ing r balls whe.e.the.function F=(x−ai)2+(y−bi)2+(z−ci)2−ηse. e.ual to −1e.rwhe.e.r>0. is such that the.forcing is singular at e.e.y distance.r of ce.tre. of cube. e.ch containing an r-ball. At the.ce.tre.of the.balls, the.forcing is infinite. The.main ide. is that a syste. of singular initial value.proble.s with infinite.forcing is to be.solve. for whe.e.the.ve.ocitie. are.shown to be.locally Hölde. continuous. It is prove. that the.limit of the.e.singular proble.s shifts the.finite.time.blowup time.ti∗for first and highe. de.iv

关键词： Navie.-Stoke. Pe.iodic Navie.-Stoke. e.uations 3-Torus Pe.iodic Ball Sphe.e Hölde. Continuous Functions Unique.e.s Angular Ve.ocity Ve.ocity in Te.ms of Vorticity