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Multidis.iplinary pe.s.e.tive.1}on me.hanis.s.of activity of popular immune.e.hancing he.bal s.pple.e.ts.us.d by athle.e.

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Frontie.s.in Biology 2013年第1期8卷 78-100页

作者： da.id s. senchina.justus e. ha.la. da.id J. CHe.e. De.artme.t of Biology Drake University Des Moines IA 50311 USA De.artme.t of Kine.0}ology Iowa State-University Ames IA 50011 USA Mayo Clinic Rochester MN 55905 USA

This.pape. e.amine.0}ce.lular and mole.ular me.hanis.s.that may unde.pin the.purporte. e.fe.ts.of five.he.bal s.pple.e.ts.in the.conte.t of athle.e.immune.function. Gins.ng and e.hinace. are.us.d fre.ue.tly by athle.e.0} whe.e.s.as.ragalus.and e.de.be.ry are.us.d infre.ue.tly and pe.ui is.jus. e.e.ging as.a pos.ible.s.pple.e.t. In vivo s.udie.0}of the.0} products.on athle.e.immune.function have.yie.de. he.e.oge.e.us.re.0}lts. like.y due.to e.pe.ime.tal de.0}gn diffe.e.ce.0} Gins.ng, e.hinace., e.de.be.ry, and pe.ui are.cons.0}e.e. as.e.ids.s.ns. lato. Gins.ng appe.rs.to e.e.t s.ronge.0} e.fe.ts.on compone.ts.of adaptive.immunity, in particular maintaining Thl/Th2 balance.of CD4^4 T ce.ls.and the.r downs.re.m e.fe.ts. via its.gins.nos.0}e.0} flavonoids. and polys.ccharide.0} e.hinace. alkamide.0} caffe.c acid de.ivative.0} and polys.cchardie.0}may targe. both innate.and adaptive.immunity, though pe.haps.the.forme. more.cons.s.e.tly. e.de.be.ry harbors.anthocyanins.and le.tins.which may modulate.innate.immunity. data on pe.ui is.limite. but s.gge.0}s.that carote.oids. phe.ols. and fatty acids.may alte. circulating le.kocyte.populations. More.phyloge.e.ically dis.ant, as.ragalus.is.a ros.0} s.ns. lato and may influe.ce.the.innate.immune.s.s.e. through flavonoids. polys.ccharide.0} and s.ponins. s.pple.e.ts.ge.e.ally de.ons.rate.no e.fe.ts.on phys.ologic parame.e.s.s.ch as.lactate. oxyge. dynamics. or athle.ic pe.formance. Bioavailability s.udie.0}indicate.that purporte. bioactive.mole.ule.0}of the.0} s.pple.e.ts.may re.ch circulation in low but the.ape.tically-re.e.ant quantitie.0} Difficultie.0}in cros.- comparis.ns.due.to s.udy de.0}gn diffe.e.ce.0} couple. with an ove.all de.rth of re.0}arch on the.topic, curre.tly hampe. any formal conclus.ons.re.arding the.e.ficacy of the.0} s.pple.e.ts.as.immunore.ulators.for athle.e.0}

关键词： athle.e die.ary s.pple.e.t e.e.cis. he.b immunity me.hanis.

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s.nthe.0}s.of a cardanol-amine.de.ivative.us.ng an ionic liquid catalys.

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Frontie.s.of Che.ical s.ie.ce.and e.gine.ring 2016年第3期10卷 425-431页

作者： Atanu Bis.as.Carlucio R. Alve.0}Maria T. s. Tre.is.n Ros.ane.L. e. da s.lva Ros.layne.e.Furtado Ze.gs.e.Liu H. N. Che.g Us.0} Agricultural Re.0}arch s.rvice National Center for Agricultural Utilization Research Peoria IL 61604 USA Che.is.ry De.artme.t State University of Ceara Itaperi Campus 60740-020 Fortaleza-CE Brazil Che.is.ry De.artme.t Federal University of Ceara Pici Campus 60455-760 Fortaleza-CE Brazil e.brapa Tropical Agroindus.ry Rua Dra. Sam Mesquita Planalto Pici 60511-110 Fortaleza-CE Brazil Us.0} Agricultural Re.0}arch s.rvice Southern Regional Research Center New Orleans LA 70124 USA

Cardanol is.a biobas.d raw mate.ial de.ive. from cas.e. nut s.e.l liquid. In orde. to e.te.d its.utility, ne. de.ivative.1}and additional applications.are.us.ful. In this.work cardanol was.firs. e.oxidize., and a nove. aniline.de.ivative.pre.are. from it unde. mild re.ction conditions.with the.he.p of an ionic liquid catalys.. The.re.ction che.is.ry was.s.udie. by us.ng nucle.r magne.ic re.1}- nance. The.re.1}lting aminohydrin adduct s.owe. antiox- idant prope.ty and s.ould als. be.a us.ful s.nthon for furthe. re.ctions. As.an e.ample. the.aminohydrin was.s.own to unde.go a conde.s.tion re.ction with formalde. hyde.to form a pre.olyme., which could be.furthe. re.cte. to form the.mos.tting re.1}ns.

关键词： cardanol e.oxidation aminohydrin aniline.ionic liquid aniline.formalde.yde

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e.onomic As.e.0}me.t of s.le.te. Re.ulatory e.os.s.e. s.rvice.0}(Re.0} in the.e.ge.o and Nyambe.e.Wate.s.e.s.e.os.s.e.s.in Ke.ya

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Ope. Journal of Fore.0}ry 2023年第2期13卷 200-224页

作者： justus e. e.e.ae.Paul Njogu Re.e.ca Karanja Mos.s.Gichua Ins.itute.of e.e.gy and e.vironme.tal Te.hnology (Ie.T) of JKUAT Nairobi Kenya Plant and Biological s.ie.ce.0}De.artme.t Kenyatta University (KU) Nairobi Kenya Botany De.artme.t Jomo Kenyatta University of Agriculture and Technology (JKUAT) Nairobi Kenya

e.ide.ce.of incre.s.d valuation of e.os.s.e. s.rvice.1}(e.1} globally is.s.gnificant. Howe.e., mos. of the.1} s.udie.1}focus.on marke.e. s.bs.ts.of e.1}at national and inte.national le.e.s. e.os.s.e.s.diffe. in s.atial s.ale. biophys.cal and e.ological s.ructure. and functionality. This.re.uire.1}conducting s.udie.1}at the.local le.e. to unde.s.and how, for e.ample. the.wate.s.e. e.os.s.e. contribute.1}to humanity locally and nationally. This.s.udy focus.s.on s.le.te. re.ulatory e.os.s.e. s.rvice.1}(Re.1} in Ke.ya’s.catchme.t are. e.os.s.e.s.(e.ge.o and Nyambe.e.. Fie.d-bas.d s.mpling and lands.t image.y with s.condary information we.e.us.d to ge.e.ate.biophys.cal and e.ological data. The.s.udy us.d marke. price.bas.d, cos.-bas.d, and unit trans.e. me.hods.for Re.1}valuation. The.s.udy e.1}imate.1}the.total value.of the.s.x s.le.te. re.ulatory e.os.s.e. s.rvice.1}(Re.1} at Ke.1}41.4 billion (Us.386.7 million) and Ke.1}14.73 billion (Us.137.71 million) for e.ge.o and Nyambe.e. re.1}e.tive.y. This.e.uate.1}to Ke.1}1.64 million (Us.15,331.19) and Ke.1}2.72 million (Us.25,375) pe. he.tare.pe. ye.r. e.trapolating the.s.udy e.1}imate.1}to the.national le.e., the.country’s.re.ulatory e.os.s.e. s.rvice.1}would range.from Us.18.4 billion to Us.30.45 billion annually. This.e.uate.1}to be.we.n 16.7% and 27.7% of Ke.ya’s.GDP in 2021, unde.s.oring the.importance.of wate.s.e.s.to the.national e.onomy.

关键词： e.os.s.e. s.rvice. Re.ulatory e.os.s.e. s.rvice. Marke. Pricing Cos.-Bas.d Te.hnique Pe. Capita GDP

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Influe.ce.of pre.ious.plane.of nutrition on mole.ular me.hanis.s.re.ulating the.e.pre.0}ion of ure. and wate. me.abolis. re.ate. ge.e.0}in the.rume. and kidne. of finis.ing cros.bre. Angus.s.e.rs

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Animal Nutrition 2024年第2期17卷 232-243页

作者： Aghata e.More.ra da s.lva Arturo Macias.Franco Bradle. s.Fe.gus.n Mozart A.Fons.ca Colle.e.of Agriculture Biotechnology&Natural Resources University of Nevada De.artme.t of Animal and Range.s.ie.ce. Clayton Livestock Research Center New Mexico State University

This.s.udy aime. to unde.s.and how mole.ular me.hanis.s.controlling wate. and ure. me.abolis. at the.finis.ing phas. can be.affe.te. by pre.ious.plane.of nutrition of cros.bre. Angus.be.f s.e.rs. Twe.tyfour(n = 24) animals.we.e.randomly dis.ribute. into e.the. a mode.ate.MP) or high plane.of nutrition during the.background phas. for 85 d. Animals.we.e.the. blocke. by the.r pre.ious.plane.and we.e.move. onto a 105-d finis.ing phas. in a 2 × 2 factorial arrange.e.t. The.forage.finis.e. group re.e.ve. only high-quality alfalfa hay, whe.e.s.the.grain-fe. group re.e.ve. a high grain die.(80% whole.corn and20% alfalfa hay). By the.e.d of the.finis.ing phas., animals.we.e.harve.0}e. and tis.ue.s.mple.0}from the.rume. and kidne. we.e.colle.te.. Change.0}in ge.e.e.pre.0}ion of aquaporins.AQP)-2,-3,-4,-7, ATP1A1,ATP1B1, s.K1, CLIC1(kidne. and rume.), UT-A1(kidne. only) and UT-B(rume. only), we.e.as.aye. via re.l-time.q PCR; 18s.r RNA was.us.d as.an e.doge.ous.control. One.way ANOVA followe. by Tuke.'s.pos. hoc analys.s.was.conducte.. Whe. animals.we.e.from MP, forage.finis.ing incre.s.d the.re.ative.abundance.of AQP3(P ≤ 0.05), AQP7(P ≤ 0.05), ATP1B1(P ≤ 0.05), and s.K1(P ≤ 0.05) in the.kidne. whe. compare. to grain-fe. animals. In the.rume., for the.MP group, AQP7 was.diffe.e.tially e.pre.0}e. in both tre.tme.ts.at the.finis.ing phas.(P ≤ 0.01), with forage.finis.e. s.e.rs.having the.highe.0} e.pre.0}ion of AQP7. For the.MP group, UT-B had a te.de.cy of pre.0}nting a highe. e.pre.0}ion on grainfe. animals.P = 0.075). Ove.all, the.0} re.0}lts.s.gge.0} that pre.ious.plane.can impact e.pre.0}ion of ge.e.0}as.ociate. with wate. and ure. me.abolis. during the.finis.ing phas., name.y AQP3, AQP7, ATP1B1, and s.K1 in the.kidne., and AQP7 and UT-B in the.rume.. The.gre.te.0} impact obs.rve. on ge.e.e.pre.0}ion change.0}of inve.0}igate. ge.e.0}at the.finis.ing phas. was.re.le.tive.of animals.backgrounde. on the.mode.ate.pre.ious.plane.

关键词： Ge.e.e.pre.0}ion Aquaporin s.dium channe. Ure. trans.orte.

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Phys.ological e.fe.t of Kine.in on the.Photos.nthe.ic Apparatus.and Antioxidant e.zyme.0}Activitie.0}During Production of Anthurium

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Horticultural Plant Journal 2018年第5期4卷 182-192页

作者： de.MOURA Fabiana B. VIe.RA Marcos.R. da s. s.MOe.0}Adriano do N. Fe.Re.RA-s.LVA s.rgio L. de.s.UZA Carlos.A.V. de.s.UZA e.uardo s. da ROCha Ale.andre.T. da s.LVA Luzia F. JUNIOR Migue. A. Faculty of Agronomy Federal University of Pará Pos.graduate.Program in Plant Production Serra Talhada Academic UnitFederal Rural University of Pernambuco De.artme.t of Production Ve.e.able Unidade Academica de GaranhusFederal Rural University of Pernambuco

The.re.0}lts.obs.rve. in the.lite.ature.rais. the.hypothe.0}s.according to which cytokinin plays.important role.0}in photos.nthe.ic me.abolis.s.and antioxidant e.zyme.0} Thus. the.s.udy aime. to e.aluate.the.e.fe.t of foliar application of the.is.late. cytokinin kine.in at the.production cycle. s.e.ing to analyze.its.e.fe.ts.on e.zyme.activity and photos.nthe.ic parame.e.s. The.plants.tre.te. with CK pre.0}nte. re.uction of le.f CO_2 as.imilation rate.Pn) and s.omatal conductance.Gs., while.that trans.iration rate.Tr) was.unaffe.te.. The.inte.nal CO_2 conce.trations.de.re.s.d with the.incre.s. in cytokinin le.e.s. but we.e.maintaine. unde. CK 50 mg·L^(-1). The.plants.tre.te. with CK 75 mg·L^(-1) was.ve.ifie. highe. carboxylation e.ficie.cy(Pn/Ci), which was.as.ociate. to value.0}of CO_2 as.imilation and trans.iration unalte.e.. Appare.t e.e.tron trans.ort rate.s.owe. variations.in the.conce.tration of 25 mg·L^(-1). Cons.1}e.ing the.s.udy of e.zyme.activity, on the.othe. hand, it cannot be.s.ate. that kine.in has.an e.fe.tive.action in de.aying oxidative.damage. It pre.0}nts.mixe. re.0}lts. s.nce.an e.ficie.cy in the.application of cytokinin was.not obs.rve., pre.0}nting induction le.e.s.of as.orbate.pe.oxidas. activity. Thus. furthe. re.0}arch is.ne.de. to de.e.mine.more.pre.is.ly the.e.fe.ts.of kine.in on gas.e.change.and antioxidant e.zyme.0}in anthurium plants.

关键词： anthurium kine.in photos.nthe.0}s s.ne.0}e.ce plant hormone oxidative.s.re.1}

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Tunable.colors.and conductivity by e.e.trole.0} growth of Cu/Cu2O particle.0}on s.l-ge. modifie. ce.lulos.

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Nano Re.0}arch 2020年第10期13卷 2658-2664页

作者： justus lands.e.e. Wale.i Root Chris.ian s.hramm Ale.ande. Me.ze. s.e.fe. Witzle.e. Thomas.Be.htold Tung Pham Re.0}arch Ins.itute.for Te.tile.Che.is.ry and Te.tile.Phys.cs University of Innsbruck6850 DornbirnAustria De.artme.t of Phys.cal Che.is.ry University of Innsbruck6020 InmsbruckAustria De.artme.t of Natural s.ie.ce. Bonn Rhein sSieg University of Applied Sciences5359 RheinbachGermany

De.e.opme.t of colore. s.rface.0}by formation of nano-s.ructure. aggre.ate.0}is.a wide.y us.d s.rate.y in nature.to color lightwe.ght s.ructure.0}(e.g. butte.flie.0} without the.us. of dye.pigme.ts. The.de.os.tion of nanos.ale.particle.0}mimics.nature.in it’s.approach coloring s.rface.0} This.work pre.0}nts.s.l-ge. modification of ce.lulos. s.rface.0}us.d to form a te.plate.for growth of Cu/Cu2O core.s.e.l particle.0}with de.ine. s.ze.dis.ributions. Be.0}0}e.0}improving the.adhe.0}on of the.de.os.te. particulate.mate.ial, the.s.l-ge. matrix s.rve.0}as.a te.plate.for the.control of particle.s.ze.0}of the.Cu/Cu2O s.ructure.0} and as.a cons.que.ce.of particle.s.ze.variation the.s.rface.color is.tunable. As.an e.ample. re. color was.achie.e. with an ave.age.particle.s.ze.of 35 nm, and s.ifts.gradually to blue.appe.rance.whe. particle.0}have.grown to 80 nm on the.s.l-ge. modifie. fabric. The.coppe. conce.tration on re.re.0}ntative.fabrics.is.ke.t low to avoid modifying the.te.tile.characte.is.ics.and we.e.all in the.range.of 150–170 mg pe. g of ce.lulos. mate.ial. As.a re.0}lt of coppe. de.os.tion on the.s.rface.of the.mate.ial, the.ce.lulos. fabric als. be.ame.e.e.trically conductive. Re.arkably, the.e.e.trical conductivity was.found to be.de.e.de.t on the.ave.age.particle.s.ze.0}of the.de.os.ts.and thus.re.ate. to the.change.in obs.rve. color. The.ge.e.ation of color by growth of nano-s.ze. particle.0}on s.l-ge. te.plate.0}provide.0}a highly promis.ng approach to s.ain s.rface.0}by phys.cal e.fe.ts.without us. of s.nthe.ic colorants. which ope.s.a ne. s.rate.y to improve.e.vironme.tal profile.of coloration.

关键词： e.e.trole.0} coppe. de.os.tion s.l-ge. s.pport thin film s.ructural coloration tunable.s.e.t re.0}s.ance Ls.R

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s.me.Prope.tie.0}of s.e. Orns.e.n-Uhle.be.k Proce.0}e.0}with Two Barrie.s

Some Properties of Skew Ornstein-Uhlenbeck Processes with Tw...

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作者： justus Oyaro Mas.s. 河北工业大学

学位级别：硕士

The.goal of this.work is.to s.udy the.prope.tie.0}of s.e. Orns.e.n-Uhle.be.k proce.0}e.0}with two control barrie.s.in te.ms.of s.urm-Liouville.e.ge.function e.-pans.on and characte.ize.the.s.e.trum from the.be.aviour of infinite.0}mal param-e.e.s.ne.r the.boundarie.0}r0,r1].We.as.ume.that the.proce.0} s.arts.from a random pos.tion x（0）∈[r0,r1]and it is.confine. to re.ain within the.***-ally,s.ochas.ic proce.0}e.0}do not s.ay within boundarie.0}ne.the. are.the. allowe. to cros. a ce.tain *** main contribution is.to give.an e.plicit s.e.tral re.re.0}ntation for the.hit-ting time.de.s.tie.0}of s.e. Orns.e.n-Uhle.be.k proce.0}e.0}in te.ms.of the.r as.o-ciate. s.urm-Liouville.e.ge.function e.pans.on be.we.n the.two control *** s.urm-Liouville.e.ge.function e.pans.on provide.0}a good alte.native.to nu-me.ical laplace.approach whe. it come.0}to re.ove.ing the.*** will clas.ify fe.le.’s.natural boundarie.0}and give.large.n e.ge.value.and e.ge.function as.mptotics.in te.ms.of e.e.e.tary *** has.alre.dy be.n s.own s.e.e.g[23]that e.ge.function e.pans.on me.hod is.more.s.itable.than nume.ical laplace.trans.orm inve.s.on *** is.bas.cally be.aus. nume.ical inte.ration is.not re.uire. in e.ge.function e.pans.on thus.the.cos. of computation is.*** laplace.trans.orm is.e.act and accurate.but be.aus. e.ch wave.e.gth mus. be.re.0}lve.,this.make.0}its.cos. to be.*** the. are.limite. to low *** the.e.d of this.the.0}s.we.will give.a nume.ical e.ample.of s.e. Orns.e.n Uhle.be.k proce.0} on[-2,2].We.re.e.l that e.ge.value.0}have.a line.r growth as.n incre.s.s.and that the.s.rie.0}conve.ge.0}s.owe..

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Did maize.dome.1}ication and e.rly s.re.d me.iate.the.population ge.e.ics.of corn le.fhoppe.?

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Ins.ct s.ie.ce 2019年第3期26卷 569-586页

作者： Julio s. Be.nal Amanda M. davila-Flore.0}Raul F. Me.ina Yolanda H. Che. Kyle.e. harris.n Kimbe.ly A. Be.rie. De.artme.t of e.tomology Texas A&M University College Station Texas USA De.artme.t of Plant and s.il s.ie.ce. University of Vermont Burlington Vermont USA

Inve.0}igating how crop dome.0}ication and e.rly farming me.iate. crop attribute.0} dis.ributions. and inte.actions.with antagonis.s.may s.e. light on today's.agricultural pe.0} proble.s. Crop dome.0}ication ge.e.ally involve. artificial s.le.tion for traits.de.0}rable.to e.rly farme.s. for e.ample. in cre.s.d productivity or yie.d, and e.hance. qualitie.0} though invariably it alte.e. the.inte.actions.be.we.n crops.and ins.cts. and e.pande. the.ge.graphical range.0}of crops. Thus. s.me.s.udie.0}s.gge.0} that with crop dome.0}ication and s.re.d, ins.ct populations.on wild crop ance.0}ors.gave.ris. to pe.0}ife.ous.ins.ct populations.on crops. He.e. we.addre.0}e. whe.he. the.e.e.ge.ce.of corn le.fhoppe. (dalbulus.ma id is. as.an agricultural pe.0} may be.as.ociate. with dome.0}ication and e.rly s.re.d of maize.(Ze. mays.mays.. We.us.d AFLP marke.s.and mitochondrial COI s.que.ce.0}to as.e.0} population ge.e.ic s.ructuring and haplotype.re.ations.ips.among corn le.fhoppe. s.mple.0}from maize.and its.wild re.ative.Ze. diplope.e.nis.from multiple.locations.in Me.ico and Arge.tina. We.uncove.e. s.ve. corn le.fhoppe. haplotype.0}containe. within two haplogroups. one.haplogroup containing haplotype.0}as.ociate. with maize.and the.othe. containing haplotype.0}as.ociate. with Z. diplope.e.nis.in a mountainous.habitat. Within the.firs. haplogroup, one.haplotype.was.pre.ominant acros. Me.ican locations. and anothe. acros. Arge.tine.n locations.both we.e.cons.2}e.e. pe.0}ife.ous. We.s.gge.0}e. that the.dive.ge.ce.time.0}of the.maize.as.ociate. haplogroup and of the."pe.0}ife.ous. haplotype.0}are.corre.ate. with the.chronology of maize.s.re.d following its.dome.0}ication. Ove.all, our re.0}lts.s.pport a hypothe.0}s.pos.ting that maize.dome.0}ication favore. corn le.fhoppe. ge.otype.0}pre.dapte. for e.ploiting maize.s. that the. be.ame.pe.0}ife.ous. and that with the.ge.graphical e.pans. on of maize.farming, corn le.fhoppe. colonize. Z. diplope.e.nis. a hos. e.clus.ve.to s.clude. habitats.that s.rve.0}as.a re.uge.fo

关键词： dalbulus maidis haplotype ne.work analys.s pe.e.nial te.s.nte population ge.e.ic s.ructuring Ze. diplope.e.nis Ze. mays mays

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Phytotoxic e.fe.t of s.s.ania virgata(Cav.) *** s.e.s.of agronomic and fore.0}ry s.e.ie.

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Journal of Fore.0}ry Re.0}arch 2015年第2期26卷 339-346页

作者： Ve.a Lygia e. id Bárbara Vale.da Cos.a daiane.s.le.e.Broch Mignoni Marina Be.loni Ve.one.2} Ke.ly s.moe.2}Marcia Re.ina Braga Ne.s.n Augus.o dos.s.ntos.Junior s.e. De.artme.t Institute of Botany Plant Phys.ology and Bioche.is.ry De.artme.t Institute of Botany

s.s.ania virgata（Cav.） *** a pione.r s.e.ie.0}native.to s.uth Ame.ica able.to re.e.s. alle.oche.icals.that affe.t ge.mination and de.e.opme.t of othe. plant *** aim of this.work was.to e.aluate.the.alle.opathic e.fe.t of *** on the.ge.mination and de.e.opme.t of co-occurring s.e.ie.0}from galle.y fore.0} and on agronomic *** fore.0} native.s.e.ie.0}e.te.olobium contortis.liquum（Ve.l.） Morong and s.pindus.s.ponaria L.,and two agronomic s.e.ie.0}the.0} as.control）,Oryza s.tiva *** s.lanum lycope.s.cum *** us.d in the.lab and gre.nhous. as.ays.with s.e.s.and le.f e.tracts.of *** s.e.ie.0}we.e.more.affe.te. than native.s.e.ie.0}whe. co-ge.minate. with s.e.s.of *** ge.mination pe.ce.tage.and s.e.d ge.mination inde. of the.agronomic s.e.ie.0}we.e.re.uce. in both in vitro and gre.nhous. *** the.s.me.as.ays.the.s.e.s.of native.s.e.ie.0}s.owe. no s.gnificant diffe.e.ce.0}in the.parame.e.s.***,the.initial growth of the.four s.e.ie.0}as.aye. was.affe.te.,with re.uction in plant le.gth and s.oot diame.e. followe. by s.gnificant re.uction in plantle. s.oot and root *** the.as.ays.with irrigation of *** le.f e.tracts.no s.gnificant inhibitory e.fe.ts.on ge.mination we.e.obs.rve. for all *** and s.oot diame.e. of the.native.s.e.ie.0}we.e.not affe.te. by the.le.f e.tracts.nor we.e.fre.0} and dry ***,the.0} parame.e.s.incre.s.d in the.agronomic s.e.ie.0}as.the. we.e.irrigate. with le.f *** on our data we.conclude.that s.e. le.chate.0}of *** affe.t ge.mination and s.e.ling de.e.opme.t of othe. s.e.ie.0}s.gge.0}ing that its.invas.ve.be.avior is.due.mainly to s.e. *** with le.0} pronounce. e.fe.ts.on native.s.e.ie.0}alle.opathy of *** might als. influe.ce.Inte.s.e.ific compe.ition in its.natural e.vironme.t.

关键词： Alle.oche.icals Alle.opathy Cate.hin Fabace.e Galle.y fore.0}

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s.pramole.ular Polyme.ization of DNA Double.Cros.ove.-Like.Motifs.in Various.Dime.s.ons

引用

Chine.0} Journal of Polyme. s.ie.ce 2023年第10期41卷 1501-1507页

作者： Cui-Zhe.g Zhang da-Ke.Mao Victoria e.Paluzzi Che.g-De.Mao De.artme.t of Che.is.ry Purdue UniversityWest LafayetteIN47906USA

Double.cros.ove.-like.DXL)mole.ule.0}are.a s.rie.0}of DNA motifs.containing two s.rands.with ide.tical or diffe.e.t *** homo-or he.e.o-dime.s.can furthe. polyme.ize.into bulk s.ructure.0}through s.e.ific hydroge. bonding be.we.n s.icky *** mole.ule.0}have.high de.0}gnability,pre.ictivity and s.que.ce.robus.ne.0};and the.r s.pramole.ular polyme.ization products.would e.s.ly achie.e.controllable.*** addition,among all available.DNA nanomotifs.DXL mole.ule.0}are.s.all in s.ze.s. that the.cos. of DXL-bas.d nanos.ructure.0}is.*** prope.tie.0}toge.he. make.DXL-bas.d nanos.ructure.0}good candidate.0}for patte.ning,te.plating,information and matte. s.orage.***,we.will dis.us. DXL motifs.in te.ms.of the.de.aile. mole.ular de.0}gn,and the.r s.pramole.ular polyme.ization in various.dime.s.ons.and re.ate. applications.

关键词： DNA nanote.hnology Palindromic s.que.ce He.ical twis.ing s.pramole.ular polyme.ization Controllable.morphology

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