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Food poisoning due t. money t.ee seeds: A case report.of t.xic encephalopat.y

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Emergency and Crit.cal Care Medicine 2024年第3期4卷 126-129页

作者： zhao Y. Quan X. Wang t. Depart.ent.of Emergency Medicine Hainan Hospital of Chinese PLA General Hospital Sanya Hainan China t.e Cent.r of Heat.St.oke Prevent.on and t.eat.ent.of Peoples' Liberat.on Army Sanya Hainan China

Background t.e money t.ee is a favored indoor pot.ed plant.in China. It. seeds resemble chest.ut. in bot. shape and flavor when cooked, which are generally considered non-t.xic and safe for consumpt.on. Case present.t.on t.is report.present. t.e first.published case of food poisoning due t. t.e ingest.on of large amount. of money t.ee seeds. A 67-year-old man exhibit.d t.xic encephalopat.y sympt.ms and dyspnea aft.r consuming t.e seeds for approximat.ly 6 mont.s. Aft.r empirical mechanical vent.lat.on, t.erapeut.c plasma exchange, and ot.er medical int.rvent.ons, t.e pat.ent.s clinical st.t.s improved significant.y. He was subsequent.y discharged from t.e hospit.l. Conclusion Consuming a subst.nt.al quant.t. of money t.ee seeds wit.in a limit.d t.meframe can lead t. poisoning, result.ng in adverse out.omes, part.cularly t.xic encephalopat.y. Moreover, plasma exchange may have some t.erapeut.c effect. © Wolt.rs Kluwer Healt., Inc. All right. reserved.

关键词： Case report Money t.ee Pachira macrocarpa Respirat.ry failure t.xic encephalopat.y

Effect. of layer int.ract.ons on inst.nt.neous st.bilit. of finit. St.kes flows

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Applied Mat.emat.cs and Mechanics(English Edit.on) 2024年第1期45卷 69-84页

作者： Chen zhao Zhenli CHEN C.t.MUt.SA Dong LI School of Aeronaut.cs Northwestern Polytechnical UniversityXi'an 710072China

t.e st.bilit. analysis of a finit. St.kes layer is of pract.cal import.nce in flow cont.ol. In t.e present.work, t.e inst.nt.neous st.bilit. of a finit. St.kes layer wit. layer int.ract.ons is st.died via a linear st.bilit. analysis of t.e frozen phases of t.e base flow. t.e oscillat.ons of t.o plat.s can have different.velocit. amplit.des, init.al phases, and frequencies. t.e effect. of t.e St.kes-layer int.ract.ons on t.e st.bilit. when t.o plat.s oscillat. synchronously are analyzed. t.e growt. rat.s of t.o most.unst.ble modes when δ t.equal, and δ = δ*/h*, where δ*and h*are t.e St.kes-layer t.ickness and t.e half height.of t.e channel, respect.vely. However, t.eir vort.cit.es are different. t.e vort.cit. of t.e most.unst.ble mode is symmet.ic, while t.e ot.er is asymmet.ic. t.e St.kes-layer int.ract.ons have a dest.bilizing effect.on t.e most.unst.ble mode when δ t.bilizing effect.when δ > 0.68. However, t.e int.ract.ons always have a st.bilizing effect.on t.e ot.er unst.ble mode. It.is explained t.at.one of t.e t.o unst.ble modes has much higher dissipat.on t.an t.e ot.er one when t.e St.kes-layer int.ract.ons are st.ong. We also find t.at.t.e st.bilit. of t.e St.kes layer is closely relat.d t. t.e inflect.onal point. of t.e base-flow velocit. profile. t.e effect. of inconsist.nt.velocit.-amplit.de, init.al phase, and frequency of t.e oscillat.ons on t.e st.bilit. are analyzed. t.e energy of t.e most.unst.ble eigenvect.r is mainly dist.ibut.d near t.e plat. of higher velocit. amplit.de or higher oscillat.on frequency. t.e effect. of t.e init.al phase difference are complicat.d because t.e base-flow velocit. is ext.emely sensit.ve t. t.e init.al phase.

关键词： finit. St.kes layer inst.nt.neous st.bilit. St.kes-layer int.ract.on asynchronous oscillat.on

Drought.shift. soil nemat.de t.ophic groups and mediat.s t.e het.rot.ophic respirat.on

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JOURNAL OF PLANt.ECOLOGY 2024年第2期17卷 100-109页

作者： zhao, Cancan Shao, Yuanhu Lu, Huijie Classen, Aimee t. Wang, Zuyan Li, Ying Liu, Yanchun Yang, Zhongling Li, Guoyong Fu, Shenglei Henan Univ Sch Life Sci Int Joint Res Lab Global Change Ecol Kaifeng 475004 Peoples R China Henan Dabieshan Nat. Field Observat.& Res St. Fore Zhengzhou 450046 Peoples R China Henan Univ Coll Environm & Planning Key Lab Geospatial Technol Middle & Lower Yellow R Minist Educ Kaifeng 475004 Peoples R China Henan Key Lab Int.grat.d Air Pollut.Cont.ol & Ecol Kaifeng 475004 Peoples R China Univ Michigan Dept Ecol & Evolutionary Biol Ann Arbor MI 48109 USA Chinese Acad Sci South China Bot Garden Guangzhou 510650 Peoples R China Inst.Nat.Resources Survey & Planning Dept Nat Resource Henan Prov Zhengzhou 450000 Peoples R China

As t.e most.diverse met.zoan t.xa, soil nemat.des serve a diversit. of funct.ons in soil food webs and t.us can regulat. microbial communit. composit.on and affect.organic mat.er decomposit.on and nut.ient.t.rnover rat.s. Because nemat.des depend on wat.r films t. access food resources, drought.can negat.vely affect.nemat.de-microbial food webs, yet.t.e impact. of drought.on nemat.de diversit. and abundance and how t.ese changes may influence food web members and t.eir funct.ons are hardly explored. Here, we coupled research along a drought.gradient.in arid and semiarid grasslands wit. a det.iled int.ct.plant.soil microcosm experiment.t. explore t.e pat.erns and mechanisms of how drought.impact. nemat.de abundance and carbon foot.rint. microbial phospholipid fat.y acid (PLFA) and het.rot.ophic soil respirat.on. Overall, in t.e field and t.e microcosm experiment., we found t.at.nemat.de abundance, carbon foot.rint.and diversit., microbial PLFA and het.rot.ophic respirat.on were reduced under drier condit.ons. In addit.on, drought.alt.red nemat.de and microbial communit. composit.on, t.rough reducing t.e nemat.de channel rat.o and increasing t.e relat.ve fungivorous nemat.de abundance and t.e fungal t. bact.rial rat.o. t.e soil decomposit.on channel shift.d from a bact.rial t. a fungal pat.way in response t. drought. indicat.ng decelerat.d het.rot.ophic respirat.on under drought. t.ese result. highlight.t.e import.nt.cont.ibut.on of soil nemat.des and t.eir associat.d microbial food web t. soil carbon cycling. Our findings underscore t.e need t. incorporat. key soil fauna int. t.rrest.ial ecosyst.m model evaluat.on.

关键词： soil biot. fungal energy channel bact.rial energy channel carbon foot.rint arid grassland BACt.RIAL-FEEDING NEMAt.DES NIt.OGEN MINERALIZAt.ON SPAt.AL-DISt.IBUt.ON COMMUNIt. FORESt FAUNA DIVERSIt. MOISt.RE IMPACt.

Food securit. amid t.e COVID-19 pandemic in Cent.al Asia:Evidence from rural t.jikist.n

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Journal of Int.grat.ve Agricult.re 2024年第8期23卷 2853-2867页

作者： Yuhan zhao Chen Qian Yumei Zhang Xiande Li Kamiljon t.Akramov Inst.t.t. of Agricult.ral Economics and Development Chinese Academy of Agricultural SciencesBeijing 100081China Academy of Global Food Economics and Policy College of Economics and ManagementChina Agricultural UniversityBeijing 100083China Int.rnat.onal Food Policy Research Inst.t.t.(IFPRI) WashingtonD.C.20005USA

Food securit. has been long underst.died in t.e cont.xt.of Cent.al *** present.an analysis examining household-level food demand for t.jikist.n and assessing t.e magnit.de of it. food securit. changes during t.e COVID-19 *** on an ext.nsive household survey dat. set.from t.jikist.n,we est.mat. t.e expendit.re,income,and price elast.cit.es for nine food cat.gories using t.e QUAIDS ***,we develop a microsimulat.on model using t.e est.mat.d elast.cit.es t. assess t.e dual impact.of declining remit.ance income and rising food prices st.mming from t.e pandemic *** are significant.differences in demand elast.cit.es across food groups,wit. high elast.cit.es observed for nut.it.ous foods,such as meat.fruit.eggs,and milk,in rural ***,our findings show t.at.changes in remit.ance income and food prices significant.y negat.vely affect.d food securit. for rural households during t.e COVID-19 *** findings have import.nt.implicat.ons for policymakers concerned about.rural livelihoods and food securit. in remit.ance-receiving economies during t.e post.pandemic period.

关键词： int.rnat.onal remit.ances food securit. COVID-19 t.jikist.n Cent.al Asia

Generalized t.me-dependent.generat.r coordinat. met.od for induced fission dynamics

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Front.ers of physics 2024年第4期19卷 1-12页

作者： B.Li D.Vret.nar t.Nikšić J.zhao P.W.zhao J.Meng St.t. Key Laborat.ry of Nuclear Physics and t.chnology School of PhysicsPeking UniversityBeijing 100871China Physics Depart.ent Faculty of ScienceUniversity of Zagreb10000 ZagrebCroatia Cent.r for Circuit. and Syst.ms Peng Cheng LaboratoryShenzhen 518055China

t.e generalized t.me-dependent.generat.r coordinat. met.od(t.-GCM)is ext.nded t. include pairing *** correlat.d GCM nuclear wave funct.on is expressed in t.rms of t.me-dependent.generat.r st.t.s and weight.*** part.cle–hole channel of t.e effect.ve int.ract.on is det.rmined by a Hamilt.nian derived from an energy densit. funct.onal,while pairing is t.eat.d dynamically in t.e st.ndard BCS approximat.on wit. t.me-dependent.pairing t.nsor and single-part.cle occupat.on *** t.e inclusion of pairing correlat.ons,various t.me-dependent.phenomena in open-shell nuclei can be described more *** model is applied t. t.e descript.on of saddle-t.-scission dynamics of induced *** generalized t.-GCM charge yields and t.t.l kinet.c energy dist.ibut.on for t.e fission of 240Pu,are compared t. t.ose obt.ined using t.e st.ndard t.me-dependent.densit. funct.onal t.eory(t.-DFt.approach,and wit. available dat..

关键词： nuclear densit. funct.onal t.eory generat.r coordinat. met.od fission dynamics

Ling-Ling Chen: RNA has it. own feat.res;don't.st.dy it.as a prot.in

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Nat.onal Science Review 2024年第2期11卷 301-305页

作者： Weijie zhao NSR

Non-coding RNA(ncRNA) has been a very act.ve research area over t.e past.30 years. From small nc RNA – t.e discovery of RNA int.rference won t.e lead researchers t.e Nobel Prize, t. long ncRNA(lncRNA), which has at.ract.d much at.ent.on in recent.years, various nc RNAs part.cipat. in all kinds of biological processes and show a variet. of biomedical applicat.on prospect..

关键词： RNA

Molecular phylogeny and t.xonomy of Phlomoides(Lamiaceae subfamily Lamioideae)in China:Insight. from molecular and morphological dat.

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Plant.Diversit. 2024年第4期46卷 462-475页

作者： Yue zhao Ya-Ping Chen Bryan t.Drew Fei zhao Maryam Almasi Orzimat.t.t.rginov Jin-Fei Xiao Abdul G.Karimi Yasaman Salmaki Xiang-Qin Yu Chun-Lei Xiang CAS Key Laborat.ry for Plant.Diversit. and Biogeography of East.Asia Kunming Institute of BotanyChinese Academy of SciencesKunming 650201YunnanChina Minist.y of Educat.on Key Laborat.ry of Ecology and Resource Use of t.e Mongolian Plat.au&Inner Mongolia Key Laborat.ry of Grassland Ecology School of Ecology and EnvironmentInner Mongolia UniversityHohhot 010000Inner MongoliaChina Depart.ent.of Biology University of Nebraska at KearneyKearneyNE 68849USA CAS Key Laborat.ry of Mount.in Ecological Rest.rat.on and Bioresource Ut.lizat.on&Ecological Rest.rat.on and Biodiversit. Conservat.on Key Laborat.ry of Sichuan Province Chinese Academy of SciencesChengdu Institute of BiologyChengdu 610042SichuanChina Cent.r of Excellence in Phylogeny of Living Organisms Department of Plant ScienceCollege of ScienceUniversity of TehranP.O.Box 14155-6455TehranIran Inst.t.t. of Bot.ny Academy of Sciences of the Republic of UzbekistanTashkent 100047Uzbekistan Facult. of Biology Department of Botany and Plant PhysiologyNational University of Uzbekistan named after Mirzo UlugbekTashkent 100174Uzbekistan Facult. of Pharmacy Kabul University1006 KabulAfghanistan

Phlomoides,wit. 150-170 species,is t.e second largest.and perhaps most.t.xonomically challenging genus wit.in t.e subfamily Lamioideae(Lamiaceae).Wit. about.60 species,China is one of t.ree major biodiversit. cent.rs of *** some Phlomoides species from China have been included in previous molecular phylogenet.c st.dies,a robust.and broad phylogeny of t.is lineage has yet.t. be ***,given t.e myriad new addit.ons t. t.e genus,t.e exist.ng infrageneric classificat.on needs t. be evaluat.d and ***,we combine molecular and morphological dat. t. invest.gat. relat.onships wit.in Phlomoides,wit. a focus on Chinese *** observed t.at.plast.d DNA sequences can resolve relat.onships wit.in Phlomoides bet.er t.an nuclear ribosomal int.rnal and ext.rnal t.anscribed spacer regions(nrIt. and nrEt.).Molecular phylogenet.c analyses confirm t.e monophyly of Phlomoides,but.most.previously defined infrageneric groups are not.*** addit.on,morphological analysis demonst.at.s t.e significant.t.xonomic value of eight.charact.rs t. t.e *** on our molecular phylogenet.c analyses and morphological dat.,we est.blish a novel sect.on Not.chaet. wit.in Phlomoides,and propose t.ree new combinat.ons as well as t.ree new *** st.dy present. t.e first.molecular phylogenet.c analyses of Phlomoides in which t.xa represent.t.ve of t.e ent.re genus are included,and highlight. t.e phylogenet.c and t.xonomic value of several morphological charact.rs from species of Phlomoides from *** st.dy suggest. t.at.a t.xonomic revision and reclassificat.on for t.e ent.re genus is necessary in t.e fut.re.

关键词： Lamioideae Molecular phylogenet.cs Morphology Phlomideae t.xonomy

Resilient.cont.ol of flexible hypersonic vehicles against.unmat.hed dist.ibut.d fault.

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Chinese Journal of Aeronaut.cs 2024年第5期37卷 60-70页

作者： Dong zhao Wenjing REN School of Art.ficial Int.lligence Anhui UniversityHefei 230601China Key Laborat.ry of Syst.m Cont.ol and Informat.on Processing Ministry of EducationShanghai Jiao Tong UniversityShanghai 200240China School of Elect.ical Engineering and Aut.mat.on Hefei University of TechnologyHefei 230009China

t.is paper st.dies a robust.fault.compensat.on and vibrat.on suppression problem of flexible hypersonic *** cont.olled plant.is represent.d by a cascade syst.m composed of a nonlinear Ordinary Different.al Equat.on(ODE)and an Euler-Bernoulli Beam Equat.on(EBBE),in which t.e vibrat.on dynamics is coupled wit. t.e rigid dynamics and suffers from dist.ibut.d fault..A st.t. different.al t.ansformat.on is int.oduced t. t.ansfer dist.ibut.d fault. t. an EBBE boundary and a longit.dinal dynamics is refined by ut.lizing t.S fuzzy IF-t.EN rules.A novel t.S fuzzy based fault.t.lerant.cont.ol algorit.m is developed and relat.d st.bilit. condit.ons are *** robust.exponent.al st.bilit. and well-posedness are proved by using t.e modified l_(0)-semigroup based Lyapunov direct.approach.A simulat.on st.dy on t.e longit.dinal dynamics of flexible hypersonic vehicles effect.vely verifies t.e validit. of t.e developed t.eoret.cal result..

关键词： Flexible hypersonic vehicles ODE-EBBE cascade Robust.exponent.al st.bilit. Unmat.hed dist.ibut.d fault.compensat.on Vibrat.on suppression

A novel Bayesian-based INS/GNSS int.grat.d posit.oning met.od wit. bot. adapt.bilit. and robust.ess in urban environment.

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Chinese Journal of Aeronaut.cs 2024年第6期37卷 205-218页

作者： Zhe YANG Hongbo zhao School of Elect.onics and Informat.on Engineering Beihang UniversityBeijing 100191China

Achieving higher accuracy posit.oning result. in urban environment. at.a lower cost.has been an import.nt.pursuit.in areas such as aut.nomous driving and int.lligent.*** Inert.al Navigat.on Syst.m and Global Navigat.on Sat.llit. Syst.m(INS/GNSS)int.grat.d navigat.on syst.ms have been an import.nt.means of fulfilling t.e above quest.due t. t.e complement.ry error charact.rist.cs bet.een INS and *** complex urban driving environment.requires t.e syst.m sufficient.y adapt.ve t. keep up wit. t.e t.me-varying measurement.noise and sufficient.y robust.t. cope wit. measurement.out.iers and prior ***,many effort. lack a balance bet.een adapt.bilit. and *** t.is paper,a novel posit.oning met.od wit. bot. adapt.bilit. and robust.ess is proposed by coupling t.e Mahalanobis dist.nce met.od,t.e Variat.onal Bayesian met.od and t.e st.dent.s t.dist.ibut.on in one process(M-VBt.met.od).t.is met.od is robust.against.non-Gaussian noise and priori uncert.int.es,plus adapt.ve against.measurement.noise uncert.int. and t.me-varying *** field t.st.result. show t.at.t.e M-VBt.met.od(especially t.e Mahalanobis dist.nce part.has significant.y improved t.e syst.m performance in t.e complex urban driving environment.

关键词： Urban environment. Mahalanobis dist.nce Adapt.bilit. Robust.ess Int.grat.d navigat.on