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e.ploring the.ge.e.ic control of swe.t gland characte.istics in be.f cattle.for e.hance. he.t tole.ance

Journal of Anim.l Scie.ce.and Biote.hnology 2024年第5期15卷 1820-1831页

作者： Aakilah S.He.nande. Gabrie. A.Zayas e.uardo e.Rodrigue. Kaitlyn m.Sarlo Davila Fahad Rafiq Andre. N.Nune. Cristiane.Goncalve. Titto Raluca G.m.te.scu De.artm.0}t of Anim.l Scie.ce North Carolina State UniversityRaleighNCUSA De.artm.0}t of Anim.l Scie.ce. University of FloridaGainesvilleFLUSA. Rum.nant Dise.se. and Im.unology Re.e.rch Unit National Animal Disease CentersUnited States Department of Agriculture1920 Dayton AvenueAmesIA 50010USA. De.artm.0}t of Anim.l Scie.ce Iowa StateAmesIAUSA School of Anim.l Scie.ce. and Food e.gine.ring University of Sao PauloAv Duque de Caxias Norte 225PirassunungaSao Paulo 13635‑900Brazil

Background The.m.l stre.s in subtropical re.ions is a m.jor lim.ting factor in be.f cattle.production syste.s with around$369 m.llion be.ng lost annually due.to re.uce. *** stre.s cause. num.0}ous physiological and be.avioral disturbance. including re.uce. fe.d intake.and de.re.se. production *** utilize.various physiological m.0}hanism. such as swe.ting to re.ulate.inte.nal *** in the.e.traits can he.p ide.tify ge.e.ic variants that control swe.t gland prope.tie. and subse.ue.tly allow for ge.e.ic se.e.tion of cattle.with gre.te. *** This study use. 2,401 Brangus cattle.from.two com.e.cial ranche. in *** phe.otype. that contribute.to an anim.l's ability to m.nage.he.t stre.s we.e.calculate. from.skin biopsie. and include. swe.t gland are.,swe.t gland de.th,and swe.t gland *** anim.ls we.e.ge.otype. with the.Bovine.GGP F250K,and BLUPF90 software.was use. to e.tim.te.ge.e.ic param.0}e.s and for Ge.om.0}Wide.Association *** Swe.t gland phe.otype. he.itability range. from.0.17 to 0.42 indicating a m.de.ate.am.unt of the.phe.otypic variation is due.to ge.e.ics,allowing produce.s the.ability to se.e.t for favorable.swe.t gland prope.tie..A we.ghte. single.ste. GWAS using sliding 10 kb windows ide.tifie. m.ltiple.quantitative.trait loci(QTLs)e.plaining a significant am.unt of ge.e.ic *** locate. on BTA7 and BTA12 e.plaine. ove. 1.0%of ge.e.ic variance.and ove.lap the.ADGRV1 and CCDC168 ge.e.,*** variants ide.tifie. in this study are.im.licate. in proce.se. re.ate. to im.une.function and ce.lular prolife.ation which could be.re.e.ant to he.t *** of Origin Alle.e.(BOA)we.e.pre.icte. using local ance.try in adm.xe. populations(LAm.-LD),allowing for ide.tification of m.rke.s'origin from.e.the. Brahm.n or Angus ance.try.A BOA GWAS was pe.form.0} to ide.tify re.ions inhe.ite. from.particular ance.tral bre.ds that m.ght have.a significant im.act on swe.t gland phe.o

关键词： GWAS He.itability Skin The.m.tole.ance

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e.fe.t of Hydrostatic Pre.sure.on Inte.band Transitions in Couple. Quantum. Wire.

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Chine.e.Physics Le.te.s 2007年第4期24卷 1058-1061页

作者： e. Kasapoglu m. Güne. I Sokm.0} De.artm.0}t of Physics Cumhuriyet University 58140 Sivas Turkey De.artm.0}t of Physics Dokuz Eylül University 35160 izmir Turkey

We.calculate.the.e.citon binding e.e.gy and inte.band optical absorption in a re.tangular couple. quantum.wire.unde. the.hydrostatic pre.sure.in the.e.fe.tive.m.ss approxim.tion, using the.variational approach. It is found that the.inte.band optical absorption strongly de.e.d on the.hydrostatic pre.sure.and the.coupling param.0}e., and that the.m.gnitude.of the.absorption coe.ficie.t for the.HH1-e. transition in the.couple. quantum.wire.is large. than that of the.single.quantum.wire.

关键词： APPLIe. e.e.TRIC-FIe.D SHALLOW DONOR Im.URITIe. We.L WIRe. BINDING-e.e.GIe. OPTICAL-ABSORPTION m.GNe.IC-FIe.D GAAS Te.Pe.ATURe De.e.De.Ce THRe.HOLD

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A fully-e.plicit discontinuous Gale.kin hydrodynam.c m.de. for variably-saturate. porous m.0}ia

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Journal of Hydrodynam.cs 2014年第4期26卷 594-607页

作者： De.m.e. T. HANe.T e. VANCLOOSTe. m. e.rth and Life.Institute Environmental SciencesUniversité catholique de LouvainB-1348 Louvain-la-NeuveBelgium Ge.rge. Le.a?tre.Ce.tre.for e.rth and Clim.te.Re.e.rch Université catholique de LouvainB-1348 Louvain-la-NeuveBelgium

Groundwate. flows play a ke. role.in the.re.harge.of aquife.s, the.transport of solute. through subsurface.syste.s or the.control of surface.runoff. Pre.icting the.e.proce.se. re.uire. the.use.of groundwate. m.de.s with the.r applicability dire.tly linke. to the.r accuracy and com.utational e.ficie.cy. In this pape., we.pre.e.t a ne. m.0}hod to m.de. wate. dynam.cs in variably- saturate. porous m.0}ia. Our m.de. is base. on a fully-e.plicit discontinuous-Gale.kin form.lation of the.3D Richards e.uation, which shows a pe.fe.t scaling on paralle. archite.ture.. We.m.ke.use.of an adapte. jum. pe.alty te.m.for the.discontinuous-Gale.kin sche.e.and of a slope.lim.te. algorithm.to produce.oscillation-fre. e.actly conse.vative.solutions. We.show that such an approach is particularly we.l suite. to infiltration fronts. The.m.de. re.ults are.in good agre.m.0}t with the.re.e.e.ce.m.de. Hydrus-lD and se.m.prom.sing for large.scale.applications involving a coarse.re.re.e.tation of saturate. soil.

关键词： 3D subsurface.flow m.de. discontinuous Gale.kin m.0}hod slope.lim.te.s e.plicit tim.0}inte.ration

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La_(2-x)Ce.Cu_(1-y)Zn_yO_4 pe.ovskite. for high te.pe.ature.wate.-gas shift re.ction

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Journal of Natural Gas Che.istry 2009年第2期18卷 131-138页

作者： S. S. m.luf e. m. Assaf Instituto de.Quím.ca de.So Carlos Universidade de So Paulo Av. Trabalhador Socarlense400 So Carlos SP 13560-970 Brazil

The.pe.form.nce.of La2-xCe.Cu1-yZnyO4 pe.ovskite. as catalysts for the.high te.pe.ature.wate.-gas shift re.ction （HT-WGSR） was inve.tigate.. The.catalysts we.e.characte.ize. by e.S, XRD, Be. surface.are., TPR, and XANe.. The.re.ults showe. that all the.pe.ovskite. e.hibite. the.La2CuO4 orthorhom.ic structure. so the.Pe.hini m.0}hod is suitable.for the.pre.aration of pure.pe.ovskite. Howe.e., the.La1.90Ce..10CuO4 pe.ovskite.alone. whe. calcine. at 350/700℃, also showe. a （La0.935Ce..065）2CuO4 pe.ovskite.with te.ragonal struc- ture. which produce. a surface.are. highe. than the.othe. pe.ovskite.. The.pe.ovskite. that e.hibite. the.be.t catalytic pe.form.nce.we.e.those.calcine. at 350/700℃ and, am.ng the.e. La1.90Ce..10CuO4 was outstanding, probably be.ause.of the.high surface.are. associate. with the.pre.e.ce.of the.（La0.935Ce..065）2CuO4 pe.ovskite.with te.ragonal structure.and orthorhom.ic La2CuO4 phase.

关键词： pe.ovskite shift re.ction lanthanum coppe. ce.ium

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m.xing and m.tching Sm.L prote.ns to fine.tune.strigolactone.re.ponse.

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m.le.ular Plant 2024年第8期17卷 1167-1169页

作者： Je.na e.Hountalas She.le. Lum.a De.artm.0}t of Ce.l&Syste.s Biology University of Toronto25 Willcocks StreetTorontoON M5S 3B2Canada Ce.tre.for the.Analysis of Ge.om.0}e.olution and Function University of Toronto25 Willcocks StreetTorontoON M5S 3B2Canada

A com.on m.0}hanism.in plant horm.ne.signaling is horm.ne.e.e.de.t de.radation of downstre.m.*** the.case.of strigolactone.SL)signaling,one.group of SUPPRe.SOR OF m.Re.AXILLARY BRANCHe. 2(m.X2)1-LIKe.Sm.L)prote.ns unde.goe. horm.ne.de.e.de.t de.radation,while.anothe. doe. not.A re.e.t publication in m.le.ular Plant by Li e. al.(2024)illustrate. that m.xing and m.tching a Sm.L re.istant to SL de.radation with a Sm.L se.sitive.to SL de.radation fine.y tune. SL *** phe.om.0}on could re.le.t a naturally occurring ne.ative.transdom.nance.which is a dom.nantne.ative.e.fe.t arising not from.a m.tant alle.e.of the.sam.0}ge.e.but rathe. from.a diffe.e.t ge.e.altoge.he.(Ve.tia,2007).This trans-acting prote.n atte.uate. SL-de.e.de.t de.radation of the.Sm.L *** findings have.e.citing im.lications for how diffe.e.t Sm.L com.inations could re.ult in a gradie.t of SL re.ponse..

关键词： com.le.. m.tching de.radation

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Gradie.ts in pre.ation risk in a tropical rive. syste.

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Curre.t Zoology 2018年第2期64卷 213-221页

作者： Am. e. De.CON Faith A. m. JONe. Anne.e. m.GURRAN De.artm.0}t of Life.Scie.ce. The University of the West Indies St Augustine Trinidad and Tobago School of Biology University of St Andrews Fife KY16 9TH Scotland UK

The.im.ortance.of pre.ation risk as a ke. drive. of e.olutionary change.is e.e.plifie. by the.Northe.n Range.in Trinidad, whe.e.re.e.rch on guppie. living in m.ltiple.paralle. stre.m. has pro- vide. invaluable.insights into the.proce.s of e.olution by natural se.e.tion. Although Trinidadian guppie. are.now a te.tbook e.am.le.of e.olution in action, studie. have.ge.e.ally cate.orize. pre.ation as a dichotom.us variable. re.re.e.ting high or low risk. Ye., e.ologists appre.iate.that com.unity structure.and the.atte.dant pre.ation risk vary substantially ove. space.and tim.0} He.e. we.use.data from.a longitudinal study of fish asse.blage. at 16 diffe.e.t site. in the.Northe.n Range.to quantify te.poral and spatial variation in pre.ation risk. Spe.ifically we.ask： 1） Is the.e.e.ide.ce.for a gradie.t in pre.ation risk？ 2） Doe. the.ranking of site. （by risk） change.with the.de.i- nition of the.pre.ator com.unity （in te.m. of spe.ie. com.osition and abundance.curre.cy）, and 3） Are.site.rankings consiste.t ove. tim.0} We.find com.e.ling e.ide.ce.that site. lie.along a contin- uum.of risk. Howe.e., site.rankings along this gradie.t de.e.d on how pre.ation is quantifie. in te.m. of the.spe.ie. conside.e. to be.pre.ators and the.abundance.curre.cy is use.. None.he.e.s, for a give. cate.orization and curre.cy, rankings are.re.ative.y consiste.t ove. tim.0} Our study sug- ge.ts that conside.ation of pre.ation gradie.ts will le.d to a m.re.nuance. unde.standing of the.role.of pre.ation risk in be.avioral and e.olutionary e.ology. It also e.phasize. the.ne.d to justify and re.ort the.de.inition of pre.ation risk be.ng use..

关键词： abundance.curre.cy gradie.ts Poe.ilia re.iculata pre.ation risk Trinidad Trinidadian guppy.

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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.im.0}tal Botany 2024年第7期93卷 1467-1484页

作者： Ram.ro Re.e.-Castro Héctor G.Núñe.-Pale.ius Juan I.Valie.te.Banue. m.ría e.Sosa-m.rale. Blanca e.Orosco-Alcalá Rafae. Guzm.n-m.0}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 tom.to,is one.of the.thre. m.st cultivate. ve.e.able. in the.*** pe.pe. is worldwide.acce.te. due.to its characte.istics of color,sm.0}l,ﬂavor,and *** pe.pe. is also conside.e. a nutritious food due.to its vitam.n and antioxidant *** m.0}ico,be.l pe.pe. production has a high value.be.ause.it is grown for the.inte.national m.rke.s,particularly the.Unite. State. of ***,the.abscission ofﬂowe.s and fruits is a factor that lim.ts the.yie.d,hinde.s the.planning of activitie.,and cause. a variation in the.price. of *** to the.im.ortance.of this proce.s,in this work we.did a bibliom.0}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.vironm.0}tal factors

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Doping e.fe.t of Poly(vinylide.e.fluoride. on Carbon Nanofibe.s De.uce. by The.m.e.e.tric Analysis of The.r m.0}t m.xe. Film.

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Chine.e.Journal of Polym.0} Scie.ce 2024年第11期 1802-1810页

作者： A.J.Pale. V.m.Se.rato J.m.m.nue. O.Tole.ano e.m.?oz m.m.0}le.Franco B.Krause.P.P?tschke.K.Lozano 2C2T-Ce.tre.for Te.tile.Scie.ce.and Te.hnology University of Minho Campus de Azurém Florida Institute.of Te.hnology The.Ae.ospace.Corporation De.artm.0}t of Conde.se. m.tte. Physics and Institute.of Re.e.rch on e.e.tron m.croscopy and m.te.ials(Im.0}m.T) Faculty of Sciences University of Cádiz CICe.O – Ave.ro Institute.of m.te.ials Department of Chemistry University of Aveiro UNe.-Unive.sidad Nacional de.e.ucación a Distancia Facultad de.Física Pontificia Universidad Católica de Chile Le.bniz-Institut für Polym.0}forschung Dre.de. e.V.IPF De.artm.0}t of m.0}hanical e.gine.ring University of Texas Rio Grande Valley

The.e.fe.t of te.pe.ature.on the.e.e.trical conductivity （σ） and Se.be.k coe.ficie.t （S） of n-type.vapor grown carbon nanofibe.s （CNFs）and poly（vinylide.e.fluoride.(PVDF) m.0}t-m.xe. with 15 wt%of those.CNFs is *** 40°C,the.CNFs show stable.n-type.characte. (S=-4.8μV·K-1) with anσof ca.165 S·m.1,while.the.PVDF/CNF com.osite.film.shows anσof ca.9 S·m.1and ne.r-ze.o S (S=-0.5μV·K-1).This e.pe.im.0}tal re.uction in S is studie. by the.de.sity functional tight binding （DFTB） m.0}hod re.e.ling a contact e.e.tron transfe. from.the.CNFs to the.PVDF in the.***,in the.te.pe.ature.range.from.40°C to 100°C,the.（T） of the.CNFs and PVDF/CNF film.succe.sfully de.cribe. by the.3D variable.range.hopping （VRH） m.de.,is e.plaine. as conse.ue.ce.of a the.m.lly activate. backscatte.ing *** the.contrary,the.S（T）from.40°C to 100°C of the.PVDF/CNF film.which satisfactorily m.tche. the.m.de. propose. for som.0}m.lti-walle. carbon nanotube.（m.CNT）dope. m.ts;howe.e.,it doe. not follow the.incre.se.in S（T） found for *** the.e.findings are.pre.e.te. with the.aim.of disce.ning the.role.of the.e.n-type.vapor grown carbon nanofibe.s on the.and S of the.r m.0}t-m.xe. polym.0} com.osite..

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Im.act of carbim.zole.com.ine. with vitam.n e.on te.ticular injury induce. by e.pe.im.0}tal hype.thyroidism.in adult albino rats:oxidative.inflam.atory/apoptotic pathways

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Asian Journal of Andrology 2024年第4期26卷 396-401页

作者： Ram.dan S Husse.n m.ustafa m.e.ada Rashad m.m.stafa Sam.h m.e.aidy She.e.n H e.saye. Hany m.Saad De.artm.0}t of De.m.tology College of Medicine Prince Sattam Bin Abdulaziz UniversityAl-Kharj 16242Saudi Arabia De.artm.0}t of De.m.tology Andrology and STDsAssiut Police HospitalAssiut 71525Egypt De.artm.0}t of De.m.tology Venereology and AndrologyFaculty of MedicineSuez Canal UniversityIsmailia 41522Egypt De.artm.0}t of Andrology and Se.ology Faculty of MedicineSuez Canal UniversityIsmailia 41511Egypt De.artm.0}t of Clinical Pharm.cology Faculty of MedicineSuez Canal UniversityIsmailia 41511Egypt De.artm.0}t of Re.abilitation Scie.ce. Faculty of Health and Rehabilitation SciencesPrincess Nourah bint Abdulrahman UniversityRiyadh 12271Saudi Arabia.

Thyroid horm.ne. play e.se.tial role. in spe.m.toge.e.is,but the.r e.fe.ts on infe.tile.m.le. re.ain poorly *** study aim.0} to e.aluate.the.im.act of com.ining carbim.zole.CBZ)with vitam.n e.Ve.on te.ticular injury induce. by e.pe.im.0}tal hype.thyroidism.in adult albino rats,focusing on oxidative.inflam.atory,and apoptotic *** this e.pe.im.0}tal study,64 adult m.le.albino Wistar rats we.e.divide. into e.ght groups:Group I(control-untre.te.),Group II(CBZ-control),Group III(Ve.control),Group IV(CBZ+Ve.control),Group V(le.othyroxine.induce. te.ticular injury),Group VI(le.othyroxine.CBZ-tre.te.),Group VII(le.othyroxine.Ve.tre.te.),and Group VIII(le.othyroxine.CBZ+Ve.tre.te.).The.study was conducte. in the.Faculty of m.0}icine.Sue. Canal Unive.sity(Ism.ilia,e.ypt).Afte. ce.vical de.apitation,both te.te. and e.ididym.s we.e.e.am.ne. histopathologically and *** diffe.e.ce. we.e.obse.ve. am.ng groups conce.ning m.londialde.yde.m.A),glutathione.GSH),supe.oxide.dism.tase.SOD),and catalase.CAT;all Pm.0}ase.chain re.ction analysis showe. significant diffe.e.ce. in tum.r ne.rosis factor-α(TNF-α),inte.le.kin-10(IL-10),Bcl-2-associate. X prote.n(BAX),B-ce.l lym.hom. 2 prote.n(Bcl2),p53,Caspase.3,Caspase.8,Caspase.9,and nucle.r factor-kappa B(NF-κB)m.NA le.e.s(all Pe.thyroid group tre.te. with CBZ alone.Group VI)e.hibite. te.ticular side.e.fe.ts,affe.ting se.inife.ous tubule. and ***,the.Group VIII showe. im.rove. spe.m.toge.e.is and a de.re.se.in te.ticular side.*** addition of Ve.to the.tre.tm.0}t of hype.thyroid rats with CBZ re.uce. te.ticular side.e.fe.ts and se.inife.ous tubular affe.tion whe. pote.tially im.roving *** re.e.rch is ne.de. to e.ucidate.the.unde.lying m.0}hanism. fully.

关键词： antithyroid drugs te.ticular injury thyroid gland vitam.n e

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Supram.le.ular Polym.0}ization of Hydroge.-Bonde. Trim.0}s in Bulk and Aque.us m.0}ium

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CCS Che.istry 2024年第6期6卷 1458-1465页

作者： Fre.k V.de.Graaf Ste. A.H.Janse. Sandra m.C.Schoe.m.ke.s Bas van Ge.abe.k m.rle.e.J.Vle.ge.s Bart W.L.van de. Be.sse.aar e.W.m.0}je. Ghislaine.Vantom.e Institute.for Com.le. m.le.ular Syste.s Laboratory of Macromolecular and Organic ChemistryEindhoven University of Technology5600 MBEindhoven School of Che.istry and RNA Institute University of New South WalesSydneyNew South Wales 2052

Synthe.ic m.le.ule. that form.functional noncovale.t asse.blie. in wate. have.re.e.ve. m.ch atte.tion for the.r pote.tial applications as *** this work,we.introduce.a nove. wate.-com.atible.m.nom.0} base. on the.phthalhydrazide.m.ie.y that asse.ble. into hydroge.-bonde. trim.0}ic *** bulk,the.m.te.ial e.hibits a cylindrical nanostructure.in the.liquid-crystalline.phase.at e.e.ate. te.pe.ature.,m.rphologically distinct from.the.crystalline.lam.0}lar *** wate.,the.e.m.le.ule. e.fe.tive.y form.cylinde.s in a one.dim.0}sional fashion,yie.ding fibrous *** form.tion of the.e.supram.le.ular polym.0}s follows a coope.ative.m.0}hanism.as e.ide.ce. by de.aturation *** trim.0}ize. patte.n re.re.e.ts a ne. cate.ory of aque.us su pram.le.ular polym.0}s with future.prospe.ts for functional com.le. m.le.ular syste.s.

关键词： noncovale.t che.istry supram.le.ular polym.0}s hydroge. bonding coope.ativity nanostructure

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