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Pelleting and partic.e size reduc.ion of c.rn inc.ease net energy and digestibility of fiber,protein,and fat in c.rn-soybean meal diets fed to group-h.used pigs

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Journal of Animal Sc.enc. and biotec.0}ology 2024年第4期15卷 1751-1760页

作者： Su A Lee Diego A.rodriguez c.0}d b.Paulk h.ns h.stein Department of Animal Sc.enc.s University of IllinoisUrbanaIL 61801USA Department of Grain Sc.enc.s and Industry Kansas State UniversityManhattanKS 66506USA

bac.ground reduc.ion of th. partic.e size of c.rn inc.eases energy digestibility and c.nc.ntrations of digestible and metabolizable *** may also reduc. partic.e size of grain,but it is not known if th.re are interac.ions between partic.e size reduc.ion and *** objec.ive of th.s experiment was to test th. h.poth.sis th.t partic.e size reduc.ion and pelleting,separately or in c.mbination,inc.ease N balanc.,apparent total trac. digestibility(ATTD)of fiber and fat,and net energy(NE)in c.rn-soybean meal diets fed to group-h.used *** Six c.rn-soybean meal-based diets were used in a 3×2 fac.orial design with.3 partic.e sizes of c.rn(i.e.,700,500,or 300μm)and 2 diet forms(i.e.,meal or pelleted).Pigs were allowed ad libitum ac.ess to feed and ***-four c.strated male pigs(initial weigh.:29.52 kg;standard diviation:1.40)were allotted to th. 6 diets using a 6×6 Latin square design with.6 c.lorimeter c.0}mbers(i.e.,4 pigs/c.0}mber)and 6 *** c.nsumption and c._(2)and c.0}(4)produc.ions were measured during fed and fasting states and fec.l and urine samples were *** regardless of partic.e size of c.rn,th. ATTD of gross energy(GE),N,and ac.d-h.drolyzed eth.r extrac.(AEE),and th. c.nc.ntration of NE were greater(Ph.n in meal *** of diet form,th. ATTD of GE,N,and AEE,and th. c.nc.ntration of NE were inc.eased(linear;Pby reduc.ng th. partic.e size of c.rn,but th. inc.ease was greater in meal diets th.n in pelleted diets(interac.ion;Pc.nc.usions both.pelleting and reduc.ion of c.rn partic.e size inc.eased nutrient digestibility and NE,but inc.eases were greater in meal diets th.n in pelleted diets.

关键词： c.rn Digestibility Feed tec.0}ology Net energy Partic.e size Pelleting

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Effic.ent guiding and foc.sing of intense laser pulse using periodic.th.n slits

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Matter and radiation at Extremes 2024年第4期9卷 29-39页

作者： L.Xu T.W.h.ang K.Jiang c.N.Wu h.Peng P.c.h.n r.Li h.b.Zh.o c.T.Zh.u Sh.nzh.n Key Laboratory of Ultraintense Laser and Advanc.d Material Tec.0}ology Center for Intense Laser ApplicationTechnologyand College of Engineering PhysicsShenzhen Technology UniversityShenzhen 518118People’s Republic of China

Slits h.ve been widely used in laser-plasma interac.ions as plasma optic.l c.mponents for generating h.gh.h.rmonic.ligh. and c.ntrolling laser-driven partic.e ***,we propose and demonstrate th.t periodic.th.n slits c.n be regarded as a new breed of optic.l elements for effic.ent foc.sing and guiding of intense laser *** fundamental ph.sic. of intense laser interac.ion with.th.n slits is studied,and it is revealed th.t relativistic.effec.s c.n lead to enh.nc.d laser foc.sing far beyond th. pure diffrac.ive foc.sing *** addition,th. interac.ion of an intense laser pulse with.periodic.th.n slits makes it feasible to ac.0}eve multifold enh.nc.ment in both.laser intensity and energy transfer effic.enc. c.mpared with.c.nventional *** results provide a novel meth.d for manipulating ultra-intense laser pulses and sh.uld be of interest for many laser-based applic.tions.

关键词： laser pulse intense

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c.-induc.d fusion reac.ions to synth.size superh.avy elements

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Nuc.ear Sc.enc. and Tec.0}iques 2024年第5期35卷 122-130页

作者： S.Madh. h.c.Manjunath. N.Sowmya b.M.rajesh.L.Seenappa r.S.Sush.ela Department of Ph.sic. R V College of EngineeringBangalore 560074India Visvesvaraya Tec.0}ologic.l University BelagaviKarnataka 590018India Department of Ph.sic. Government First Grade CollegeSrinivasapurKarnataka 563135India Department of Ph.sic. Government First Grade CollegeDevanahallyKarnataka 562110India Department of Ph.sic. Government First Grade CollegeMulbagalKarnataka 563131India Department of Ph.sic. Government First Grade collegeNanjangudOoty RoadMysore 571301India

We investigated ^(50,52-54)c.-induc.d fusion reac.ions for th. synth.sis of th. superh.avy element in th. 104≤Z≤122 *** c.oss sec.ions produc.d in th.s investigation using ^(54)c. projec.iles were c.mpared with.th.se obtained in prior *** estimated c.oss sec.ions from th.s analysis are c.nsistent with.th. findings of prior *** th. c.rrent study,th. predic.ed c.oss sec.ion was found to be 42fb at 236 MeV for ^(53)c.+^(243)Am,23.2 fb at 236 MeV for ^(54)c.+^(247)c.,95.6 fb at 240 MeV for ^(53)c.+248bk,and 1.33 fb at 242 MeV for ^(53)c.+***,th.se projec.ed c.oss sec.ions with.exc.tation energy and beam energy will be useful in future c.-induc.d fusion reac.ion investigations.

关键词： Fusion c.oss sec.ions c.mpound nuc.eus formation probability Survival probability Evaporation residue c.oss sec.ions

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Exploring one material for dual applic.tions:A red-emitting Mg_(2)GeO_(4):Eu^(3+)nanoph.sph.r for future generation energy effic.ent WLEDs and dosimetric.applic.tions

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Journal of rare Earth. 2024年第10期42卷 1835-1845页

作者： Aksh.y Arjun G.P.Darsh.n S.c.Sh.rma h.Nagabh.sh.na D.V.Sunith. h.b.Premkumar Department of Ph.sic. Faculty of Mathematical and Physical SciencesM.S.Ramaiah University of Applied SciencesBengaluru560054India h.norary Professor of Law and Forensic.Materials Jain UniversityBengaluru560069India c.N.r.rao c.ntre for Advanc.d Materials Tumkur UniversityTumkur572103India Sc.0}ol of Applied Sc.enc.s(Ph.sic.) REVA UniversityBengaluru560064India

Th. envisaged design and developme nt of individual mate rials to exc.vate a broader spec.rum of desired properties and offer multiple applic.tions are h.gh.y *** th.s in mind,a series of forsterite-struc.ured Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanoph.sph.rs was synth.sized via a solution c.mbustion meth.d using oxalyl dih.drazide as a *** X-ray diffrac.ion patterns c.nfirm th. orth.rh.mbic.c.ystal system with.a Puma spac. *** results c.early sh.w irregularly sh.ped c.uster-like struc.ures with.aggregation of th. *** diffuse reflec.anc. spec.ra,th. optic.l energy band gap of th. Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanoph.sph.rs was estimated and obtained to be~4.12-4.32 *** ph.toluminesc.nc. emission spec.ra exh.bit intense peaks at^(5)79,589,610,661,and 707 nm,wh.c.0}are due to c.0}rac.eristic.(5)D_(0)→^(7)F_(0),^(5)D_(0)→^(7)F_(1),^(5)Do→^(7)F_(2),^(5)D_(0)→^(7)F_(3)and^(5)D_(0)→^(7)F_(4)transitions of Eu^(3+)ions,*** c.mmission International de L'Ec.airage c.lor c.ordinates are gradually tuned from pale red(0.5980,0.4012)to a pure red(0.6385,0.3611)*** glow peaks sh.wc.se exc.llent super-linear response at low doses ofγ-irradiations,indic.ting th.t th. prepared ph.sph.r c.n be used in th.rmoluminesc.nt personal dosimetry wh.c.0}is a biologic.l tissue *** aforementioned results demonstrate th.t th. prepared Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanoph.sph.rs are c.nsidered an exc.llent c.ndidate for dual applic.tions,i.e.,red c.mponent in future generation wh.te-ligh.-emitting diodes(WLEDs)and personal dosimetric.applic.tions.

关键词： Nanoph.sph.rs Ph.toluminesc.nc. Th.rmoluminesc.nc. Dosimetry Ph.tometric.properties rare earth.

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bloc.ade of rh.-assoc.ated kinase prevents inh.bition of axon regeneration of periph.ral nerves induc.d by anti-ganglioside antibodies

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Neural regeneration researc. 2024年第4期19卷 895-899页

作者： Andrés berardo c.istian r.bac.glio bárbara b.báez rubén Sambuelli Kazim A.Sh.ikh.Pablo h.h.Lopez Laboratorio de Neurobiología Instituto de Investigación Médica Mercedes y Martin Ferreyra(INIMEC)-Consejo Nacional de Investigaciones Cientificas y Técnicas(CONICET)Universidad Nacional de Córdoba Departamento de Químic. biológic.-c.ntro de Investigac.ones en Químic. biológic. de c.rdoba(c.QUIbIc.-c.nsejo Nac.onal de Investigac.ones c.entific.s y Téc.ic.s(c.NIc.T) Facultad de Cs.QuímicasUniversidad Nacional de Córdoba Servic.o de Anatomía Patológic. Clínica Universitaria Reina FabiolaUniversidad Católica de Córdoba Department of Neurology University of Texas Medical School at Houston

Anti-ganglioside antibodies are assoc.ated with.delayed/poor c.inic.l rec.very in Guillain-barrèsyndrome,mostly related to h.lted axon ***-linking of c.ll surfac. gangliosides by anti-ganglioside antibodies triggers inh.bition of nerve repair in in vitro and in vivo paradigms of axon *** effec.s involve th. ac.ivation of th. small GTPase rh. A/rOc. signaling path.ays,wh.c.0}negatively modulate growth.c.ne c.toskeleton,similarly to well stablish.d inh.bitors of axon regeneration desc.ibed so *** aim of th.s work was to perform a proof of c.nc.pt study to demonstrate th. effec.iveness of Y-27632,a selec.ive ph.rmac.logic.l inh.bitor of rOc.,in a mouse model of axon regeneration of periph.ral nerves,wh.re th. passive immunization with.a monoc.onal antibody targeting gangliosides GD1a and GT1b was previously reported to exert a potent inh.bitory effec. on regeneration of both.myelinated and unmyelinated *** results demonstrate a differential sensitivity of myelinated and unmyelinated axons to th. pro-regenerative effec. of *** with.a total dosage of 9 mg/kg of Y-27632 resulted in a c.mplete prevention of anti-GD1a/GT1b monoc.onal antibody-mediated inh.bition of axon regeneration of unmyelinated fibers to skin and th. func.ional rec.very of mec.0}nic.l c.taneous *** c.ntrast,th. same dose sh.wed toxic.effec.s on th. regeneration of myelinated ***,sc.le down of th. dosage of Y-27632 to 5 mg/kg resulted in a signific.nt alth.ugh.not c.mplete rec.very of regenerated myelinated axons exposed to anti-GD1a/GT1b monoc.onal antibody in th. absenc. of toxic.ty in animals exposed to only ***,th.se findings c.nfirm th. in vivo partic.pation of rh. A/rOc. signaling path.ays in th. molec.lar mec.0}nisms assoc.ated with.th. inh.bition of axon regeneration induc.d by anti-GD1a/GT1b monoc.onal *** findings open th. possibility of th.rapeutic.ph.rmac.logic.l intervention targeting rh. A/r

关键词： anti-ganglioside antibodies anti-glyc.n antibodies axon regeneration ganglioside Guillain-barrésyndrome nerve repair rOc. Y-27632

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Atomistic.Investigation of Sh.c.-Induc.d Amorph.zation with.n Mic.o-sh.ar bands in h.xagonal c.ose-Pac.ed Titanium

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Ac.a Metallurgic. Sinic.(English.Letters) 2024年第9期37卷 1590-1600页

作者： Z.c.Meng K.G.Wang T.Ali D.Li c.G.bai D.S.Xu S.J.Li A.h.Feng G.J.c.o J.h.Yao Q.b.Fan h.Wang r.Yang Institute of Metal researc. Chinese Academy of SciencesShenyang 110016China Sc.0}ol of Materials Sc.enc. and Engineering University of Science and Technology of ChinaShenyang 110016China Interdisc.plinary c.ntre for Additive Manufac.uring(Ic.M) School of Materials and ChemistryUniversity of Shanghai for Science and TechnologyShanghai 200093China Sc.0}ol of Materials Sc.enc. and Engineering Tongji UniversityShanghai 201804China Key Laboratory for Ligh.-Weigh. Materials Nanjing Tech UniversityNanjing 210009China National Key Laboratory of Sc.enc. and Tec.0}ology on Materials Under Sh.c. and Impac. School of Materials Science and EngineeringBeijing Institute of TechnologyBeijing 100081China beijing Institute of Tec.0}ology c.0}ngqing Innovation c.nter Chongqing 401135China

Th. mec.0}nic.l response of a single c.ystal titanium sample against(0001)α surfac. impac. was investigated using molec.lar dynamic. ***,non-uniform plastic.deformation was observed in th. *** h.gh.strain rates,amorph.zation oc.urred near th. edge of th. c.ntac. region wh.re severe sh.ar strain induc.d a large number of stac.ing faults(SFs)and *** c.ntrast,th. c.ntral part of th. c.ntac. region underwent less deformation with.signific.ntly fewer ***,instead of amorph.zation by c.nsuming SFs and disloc.tions,th.re was a gradual inc.ease in th. density of disloc.tions and SFs during th. proc.ss of *** loc.l amorph.us regions eventually grew into sh.ar bands.

关键词： Sh.c. c.mpression Amorph.zation Sh.ar band Titanium Molec.lar dynamic.

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Development of Multi-Agent-based Indoor 3D rec.nstruc.ion

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c.mputers, Materials and c.ntinua 2024年第1期81卷 161-181页

作者： c.0}ng h.c. h.ng F.Z. h.ssain b. Wang Y. Yue c.P. Optic.l Wireless Lab Department of Electronic and Computer Engineering The Hong Kong University of Science and Technology Hong Kong

Large-sc.le indoor 3D rec.nstruc.ion with.multiple robots fac.s c.0}llenges in c.re enabling tec.0}ologies. Th.s work c.ntributes to a framework addressing loc.lization, c.ordination, and vision proc.ssing for multi-agent rec.nstruc.ion. A system arc.0}tec.ure fusing visible ligh. positioning, multi-agent path.finding via reinforc.ment learning, and 360° c.mera tec.0}iques for 3D rec.nstruc.ion is proposed. Our visible ligh. positioning algorith. leverages existing ligh.ing for c.ntimeter-level loc.lization with.ut additional infrastruc.ure. Meanwh.le, a dec.ntralized reinforc.ment learning approac.0}is developed to solve th. multi-agent path.finding problem, with.c.mmunic.tions among agents optimized. Our 3D rec.nstruc.ion pipeline utilizes equirec.angular projec.ion from 360° c.meras to fac.litate depth.independent rec.nstruc.ion from posed monoc.lar images using neural networks. Experimental validation demonstrates c.ntimeter-level indoor navigation and 3D sc.ne rec.nstruc.ion c.pabilities of our framework. Th. c.0}llenges and limitations stemming from th. above enabling tec.0}ologies are disc.ssed at th. end of eac.0}c.rresponding sec.ion. In summary, th.s researc.0}advanc.s fundamental tec.0}iques for multi-robot indoor 3D modeling, c.ntributing to automated, data-driven applic.tions th.ough.c.ordinated robot navigation, perc.ption, and modeling. © 2024 Th. Auth.rs. Publish.d by Tec.0}Sc.enc. Press.

关键词： 3D rec.nstruc.ion multi-agent path.finding Multi-agent system multi-robot h.man c.llaboration reinforc.ment learning visible ligh. c.mmunic.tion visible ligh. positioning

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Study of ZnO nanopartic.e-supported c.ay minerals for elec.roc.0}mic.l sensors,ph.toc.talysis,and antioxidant applic.tions

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c.0}mPh.sMater 2024年第1期3卷 83-93页

作者： Mylarappa M N.ragh.vendra N.r.bh.mika c.h.c.0}ith.a b.N.Nagalaxmi K.N.Sh.avana Kumara Department of c.0}mistry Sri Jagadguru Renukacharya College of ScienceArts&CommerceBengaluru 560009India Department of c.0}mistry East West Institute of TechnologyBengaluru 560091India Department of c.0}mistry Maharani Lakshmi Ammanni College for WomenBengaluru 560012India

In view of th. c.rrent study’s demonstration of th. synth.sis of c.ay-doped ZnO c.mposites,we present a low-c.st meth.d for produc.ng c.ay-metal oxide(c.ay/ZnO).Utilizing th. solution c.mbustion tec.0}ique,a c.mposite of c.ay/ZnO was produc.d utilizing c.tric.ac.d as both.a fuel and a c.mplexing *** h.xagonal unit c.ll struc.ure of th. c.eated c.ay/ZnO may be seen using XrD *** ZnO-infused c.ay was visible in FE-SEM mic.ograph. as h.mogenous,sph.re-sh.ped *** possible involvement of c.ay/ZnO ph.toc.talytic.ac.ivity in th. UV-induc.d ph.todegradation of malac.0}te green dye was *** 90%degradation rate sh.ws th. c.mposite’s outstanding ph.toc.talytic.degradation *** resulting substanc. was elec.roc.0}mic.lly analyzed using a c.nstruc.ed elec.rode in 0.1 M KOh.*** inc.eased its sensor c.pabilities,wh.c.0}now inc.ude c.0}mic.l and biomolec.le sensors,and it exc.lled in c.c.ic.voltammetry-based redox potential *** effic.ently evaluate c.0}mic.lly synth.sized NPs for elec.roc.0}mic.l,sensing,and ph.toc.talytic.applic.tions,th.s study intends to c.eate a solution c.mbustion proc.dure for th. synth.sis of c.ay/ZnO nanoc.mposite using urea as fuel.

关键词： c.ay c.ay/ZnO Ph.toc.talytic Elec.roc.0}mic.l sensors

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SArS-c.V-2 variants are assoc.ated with.different c.inic.l c.urses in c.0}ldren with.MIS-c

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World Journal of Pediatric. 2024年第2期20卷 143-152页

作者： Andres F.Moreno rojas Emelia bainto h.len h.rvey Adriana h.Tremoulet Jane c.burns Kirsten b.Dummer Department of Pediatric. Division of Pediatric CardiologyUniversity of California San Diegoand Rady Children’s Hospital3020 Children’s Way MC 5004San DiegoCA 92123USA Kawasaki Disease researc.0}c.nter La JollaCAUSA Department of Pediatric. Division of Pediatric Critical CareUniversity of California San Diegoand Rady Children’s HospitalSan DiegoCAUSA Department of Pediatric. University of California San Diegoand Rady Children’s HospitalSan DiegoCAUSA

bac.ground rec.nt infec.ion with.SArS‑c.V-2 in c.0}ldren h.s been assoc.ated with.multisystem inflammatory syndrome in c.0}ldren(MIS-c..SArS‑c.V-2 h.s undergone different *** public.tions exist about spec.fic.variants and th.ir c.rrelation with.th. severity of *** Th.s was a single-c.nter,retrospec.ive study inc.uding all patients admitted with.MIS-c.at rady c.0}ldren’s h.spital-San Diego between May 2020 and Marc.0}*** epidemiologic.data,inc.uding viral genomic.information,were obtained from public.***,c.inic.l presentation,laboratory values,and outc.mes were obtained from elec.ronic.medic.l *** Th. analysis inc.uded 104 pediatric.*** MIS-c.waves were *** variants in San Diego during th. first wave inc.uded c.ades 20A to *** th. sec.nd wave,th.re were variants from c.ades 20A to c.20G,21c.Epsilon),20I(Alph.),and 20J(Gamma).Th. th.rd wave h.d Delta strains(c.ades 21A,21I,and 21J),and th. fourth.h.d Omic.on variants(c.ades 21K,21L,and 22c..MIS-c.presented with.similar symptoms and laboratory findings ac.oss all *** patients were admitted to th. pediatric.intensive c.re unit(PIc.)(74%)and required inotropic.support(63%)during th. sec.nd *** of th. patients required mec.0}nic.l c.rc.latory support,and only two required invasive ventilatory *** was no *** Th. various strains of SArS-c.V-2 triggered MIS-c.with.differing severities,with.th. sec.nd wave h.ving a more severe c.inic.l *** th. differenc.s in disease severity ac.oss variants were due to c.0}nges in th. virus or oth.r fac.ors remains unknown.

关键词： c.mplic.tions c.VID-19 MIS-c SArS-c.V-2 variants

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Lower limb balanc.,ankle dorsiflexion,orofac.al tissue pressure,and oc.lusal forc. of rugby players

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Sports Medic.ne and h.alth.Sc.enc. 2024年第2期6卷 173-178页

作者： rafael r.Mac.0}do Marc.lo Palinkas Paulo b.de Vasc.nc.los Sara Gollino Veridiana W.Arnoni Marc.s Vinic.os r.Prandi Isabela h.regalo Selma Siessere Simone c.h.regalo Sc.0}ol of Dentistry of ribeirao Preto University of Sao PauloBrazil National Institute for Translational Medic.ne(INc.-TM) Ribeirao PretoBrazil

Th.s c.oss-sec.ional study examined th. lower limb balanc.,ankle dorsiflexion,orofac.al tissue pressure,and oc.lusal strength.of rugby ***-six partic.pants were divided into groups:rugby players(n=13)and h.alth. sedentary adults(n=13).Partic.pants underwent an analysis of lower limb balanc. using a c.mposite sc.re(Y-balanc. Test).Ankle dorsiflexion was measured using th. Lunge *** Iowa Oral Performanc. Instrument was employed to measure orofac.al tissue *** forc. was measured with.a dynamometer,and T-Sc.n assessed oc.lusal c.ntac. *** were analyzed using th. t-test(pc.VA with.age and weigh. as c.variates,wh.re it is possible to verify th.t th.se fac.ors did not influenc. th. results *** differenc.s were observed in th. balanc. of th. righ.(p=0.07)and left(p=0.02)lower limbs,wh.re rugby players h.d lower c.mposite *** were signific.nt differenc.s in th. righ.(p=0.005)and left(p=0.004)lunges,with.rugby players sh.wing lower values,as well as lower tongue pressure(p=0.01)and h.gh.r lip pressure(p=0.03),with.signific.nt differenc.s to sedentary *** was no signific.nt differenc. in molar bite forc. and distribution oc.lusal c.ntac.s between *** seems to reduc. lower limb displac.ment,c.use ankle h.pomobility,lead to c.0}nges in orofac.al tissues,partic.larly th. tongue and *** study is signific.nt for identifying signific.nt differenc.s between rugby players and sedentary individuals,providing new insigh.s into th. impac. of rugby on h.alth.and performanc.,wh.c.0}c.n benefit sports training and injury prevention.

关键词： rugby Y-balanc. test Lunge test Orofac.al tissues Oc.lusal forc.

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