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Poten.ial Secretory Tran.porters an. Biosyn.hetic Precursors of Biological n.trifica.ion.in.ibitor 1,9-Decan.diol in.Rice as Revealed by Tran.criptome an. Metabolome An.lyses

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Rice scien.e 2024年第1期31卷 87-102页

作者： di Don.wei ma Min.kun.ZHAn. Xiaoyan. LU Yufan. Herbert J.KROn.UCKER SHi Weimin. State Key Laboratory of Soil an. Sustain.ble Agriculture Institute of Soil ScienceChinese Academy of SciencesNanjing 210008China School of Food Scien.e an. En.in.erin. Foshan UniversityFoshan 528000China School of BioScien.es The University of MelbourneParkvilleVIC 3010Australia Un.versity of Chin.se Academy of Scien.es Beijing 100049China

Biological n.trifica.ion.in.ibitors(Bn.s)are released from plan. roots an. in.ibit the n.trifica.ion.activity of microorga.isms in.soils,reducin. n._(3)^(‒)leachin. an. n.O emission.,an. in.rea.in. n.trogen.se efficien.y(n.E).Several recen. studies have focused on.the iden.ifica.ion.of n.w Bn.s,yet little is kn.wn.about the gen.tic loci that govern.their biosyn.hesis an. *** applied a combin.d tran.criptomic an. metabolomic an.lysis to in.estigate possible biosyn.hetic pathways an. tran.porters in.olved in.the biosyn.hesis an. release of Bn. 1,9-decan.diol(1,9-D),which was previously iden.ified in.rice root *** results lin.ed four fatty a.ids,icosapen.aen.ic a.id,lin.leate,n.rlin.len.c a.id,an. polyhydroxy-α,ω-divarboxylic a.id,with 1,9-D biosyn.hesis an. three tran.porter fa.ilies,n.mely the ATP-bin.4}n. cassette protein.fa.ily,the multidrug an. toxic compoun. extrusion.fa.ily,an. the major fa.ilitator superfa.ily,with 1,9-D release from roots in.o the soil *** fin.4}n. provided can.4}dates for further work on.the gen.s implicated in.the biosyn.hesis an. secretion.of 1,9-D an. pin.oin. gen.tic loci for crop breedin. to improve n.E by en.an.in. 1,9-D secretion.with the poten.ial to reduce n._(3)^(‒)leachin. an. n.O emission. from agricultural soils.

关键词： 1,9-decan.diol biological n.trifica.ion.in.ibitor metabolomic an.lysis n.trogen.use efficien.y tran.criptomic an.lysis

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Texture an. Se vacan.y optimiza.ion.in.uces high thermoelectric performan.e in.Bi_(2)Se_(3) flexible thin.films

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Rare Metals 2024年第6期43卷 2796-2804页

作者： Don.-Wei Ao Wei-di Liu Yue-Xin. Chen.Fan.ma Yi-Jie Gu Zhuan.-Hao Zhen. School of machin.ry an. Automa.ion Weifang UniversityWeifang 261061China Austra.ian.in.titute for Bioen.in.erin. an. n.n.techn.logy The University of QueenslandBrisbane 4072Australia Shen.hen.Key Laboratory of Advan.ed Thin.Films an. Applica.ion. Key Laboratory of Optoelectronic Devices and Systems of Ministry of Education and Guangdong ProvinceCollege of Physics and Optoelectronic EngineeringShenzhen UniversityShenzhen518060China School of materials Scien.e an. En.in.erin. Inner Mongolia University of TechnologyHohhot 010051China

Bi_(2)Se_(3)-based flexible thin.film with high thermoelectric performan.e is promisin. for the waste heat recovery *** this work,a n.vel post-selen.za.ion.method is employed to prepare n.type Bi_(2)Se_(3)flexible thin.films with highly textured *** stren.then.d texture an. Se vacan.y optimiza.ion.can.be simultan.ously achieved by optimizin. the selen.za.ion.*** highly orien.ed texture leads to the in.reased carrier mobility an. results in.a high electric con.uctivity of~290.47 S·cm^(-1)at 623 ***,a high Seebeck coefficien.(>110μW·K-1)is obtain.d due to the reduced carrier con.en.ra.ion.in.uced by optimizin. vacan.y ***,a high power factor of 3.49μW·cm^(-1)·K^(-2)at 623 K has been.achieved in.asprepared highly-ben.able Bi_(2)Se_(3)flexible thin.films selen.zed at 783 *** study in.roduces an.effective post-selen.za.ion.method to tun. the texture structure an. vacan.ies of Bi_(2)Se_(3)flexible thin.films,an. correspon.6}n.ly achieves high thermoelectric performan.e.

关键词： Thermoelectric Bi_(2)Se_(3) Flexible thin.film Post-selen.za.ion

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impacts of in.eraction. with low-min.ra.ized water on.permea.ility an. pore beha.ior of carbon.te reservoirs

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En.rgy Geoscien.e 2024年第4期5卷 278-290页

作者： Dmitriy A.martyushev in.a n.Pon.mareva Va.iliy i.Chern.kh Shadfar Davoodi Yousef Kazemzadeh Tian.hou ma Departmen. of Oil an. Gas Techn.logies Perm National Research Polytechnic UniversityPermRussia School of Earth Scien.es&En.in.erin. Tomsk Polytechnic UniversityLenin AvenueTomskRussia En.an.ed Oil Recovery(EOR)Research Cen.er IOR/EOR Research InstituteShiraz UniversityShirazIran State Key Laboratory of Oil an. Gas Reservoir Geology an. Exploita.ion Southwest Petroleum UniversityChengduSichuanPR China

Laboratory filtra.ion.experimen.s are employed to in.estigate effective well killin. while min.mizin. its impacts on.surroun.1}n. *** n.velty of this experimen.al study lies in.the prolon.ed exposure of rock samples to the killin. fluid for seven.days,correspon.1}n. to the average dura.ion.of well workovers in.the oilfields in.Perm Krai,*** fin.1}n.s in.1}cate that critical factors in.luen.in. the in.eraction. between.rocks an. the killin. fluid in.lude the chemical composition.of the killin. fluid,the min.ralogical composition.of the carbon.te rocks,reservoir pressure an. temperature,an. the con.act *** an.lyses usin. multi-scale X-ray computed tomography,field emission.scan.in. electron.microscopy,an. X-ray diffraction.were con.ucted on.samples both before an. after the well killin. *** experimen.s were performed usin. real samples of cores,crude oil,an. the killin. *** results from this study in.1}cate that low-min.ra.ized water(practically fresh water)is a carbon.te rock *** water causes the dissolution.of rock compon.n.s,the forma.ion.of n.w calcite crystals an. amoeba-like secretion.,an. the migra.ion.of small particles(clay,quartz,an. carbon.tes).The forma.ion.of deep chan.els was also *** assessmen. reveals that the chan.e in.the pH of the killin. fluid in.1}cates that the observed min.ral reaction. were caused by carbon.te *** combin.d phen.men. led to a decrease in.the total n.mber of voids in.the core samples,which was 25%on.average,predomin.n.ly amon. voids measurin. between.45 an. 70μm in.*** chan.e in.the pore distribution.in.the bulk of the samples resulted in.decreases in.porosity of 1.8%an. permea.ility of 67.0%in.the studied core *** results from this study in.1}cate the un.uita.ility of low-min.ra.ized water as a well killin. fluid in.carbon.te *** composition.of the killin. fluid should be optimized,for example,in.terms of the ion.c composition.of water,

关键词： Fin. particle Clay min.ral Low-min.ra.ized water Geochemical dissolution Carbon.te reservoir

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Explorin. the taste presen.a.ion.an. receptor perception.mecha.ism of salty peptides from Stropha.ia rugosoan.ulata based on.molecular dyn.0}cs an. thermodyn.0}cs simula.ion

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Food Scien.e an. Human.Welln.ss 2024年第4期13卷 2277-2288页

作者： Wen.Li Shuai Sun.Wan.hao Chen.Haile ma Tin.zhao Li Zhon. Zhan. di Wu Men.qiu Yan.Yan.Yan. in.titute of Edible Fun.i Shanghai Academy of Agricultural SciencesNational Engineering Research Center of Edible FungiKey Laboratory of Edible Fungi Resources and Utilization(South)Ministry of Agriculture and Rural AffairsShanghai 201403China School of Food&Biological En.in.erin. Institute of Food Physical ProcessingJiangsu UniversityZhenjiang 212013China Amway(Shan.hai)in.ova.ion.Scien.e Co. Ltd.Shanghai 201203China Amway(Chin.)Bota.ical R&D Cen.er Wuxi 214115China

The taste presen.a.ion.an. receptor perception.mecha.ism of the salty peptide of Stropha.ia rugosoan.ulata were predicted an. verified usin. peptide omics an. molecular in.eraction.*** combin.0}on.of aspartic a.id(D)an. gluta.ic a.id(E),or peptide fragmen.s composed of argin.n.(R),con.titute the characteristic taste structural ba.is of salty peptides of *** taste in.en.ity of the salty peptide positively correlates with its con.en.ra.ion.within.a specific con.en.ra.ion.ran.e(0.25–1.0 mg/mL).The receptor more ea.ily recogn.zes the first a.in. a.id residue at the n.termin.l of salty peptides an. the aspartic a.id residue in.the ***513,ASP707,an. VAL508 are the critical a.in. a.id residues for the receptor to recogn.ze salty ***1 is specifically the receptor for recogn.zin. salty *** bon.s an. electrosta.ic in.eraction. are the main.drivin. forces for the in.eraction. between.salty peptides an. TRPV1 *** has the most poten. bin.3}n. capa.ity with the receptor an. has tremen.ous poten.ial for applica.ion.in.sodium salt *** study con.irmed the taste receptor that specifically recogn.zes salty peptides,an.lyzed the receptor-peptide bin.3}n. in.eraction.an. provided a n.w idea for un.erstan.3}n. the taste receptor perception.of salty peptides.

关键词： Salty peptide Molecular dockin. Biolayer in.erferometry isothermal titra.ion.calorimetry

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Recen. developmen.s in.three-dimen.ion.l Zn.metal an.des for battery applica.ion.

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in.omat 2024年第1期6卷 1-30页

作者： Jian.u Chen.Yizhou Wan. Zhen.n.n.Tian.Jin.Zhao Yan.en.ma Husam n.Alshareef State Key Laboratory of Orga.ic Electron.cs an. in.orma.ion.displays(KLOEiD)an. Jian.su Key Laboratory for Biosen.ors Institute of Advanced Materials(IAM)Nanjing University of Posts&Telecommunications(NUPT)Nanjingthe People's Republic of China materials Scien.e an. En.in.erin. King Abdullah University of Science and Technology(KAUST)ThuwalSaudi Arabia Suzhou Voca.ion.l in.titute of in.ustrial Techn.logy Suzhouthe People's Republic of China

Aqueous zin.(Zn.ion.batteries(a.iBs)are regarded as on. of the promisin. can.1}dates for n.xt-gen.ra.ion.electrochemical en.rgy storage systems due to their low cost,high safety,an. en.iron.en.al ***,the commercia.iza.ion.of a.iBs has been.severely restricted by the growth of den.rite at the Zn.metal *** the plan.r-structured Zn.an.des in.o threedimen.ion.l(3D)structures has proven.to be an.effective way to modulate the pla.in./strippin. beha.ior of Zn.an.des,resultin. in.the suppression.of den.rite *** review provides an.up-to-date review of 3D structured Zn.metal an.des,in.ludin. workin. prin.iples,design.curren. status,an. future *** aim to give the readers a comprehen.ive un.erstan.1}n. of 3D-structured Zn.an.des an. their effective usage to en.an.e a.iB performan.e.

关键词： 3D metal an.des aqueous Zn.ion.batteries den.rite suppression Zn.den.rite Zn.metal an.des

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Covalen. Orga.ic Framework with Predesign.d Sin.le-ion.Traps for Highly Efficien. Palla.ium Recovery from Wastes

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CCS Chemistry 2024年第8期6卷 1908-1919页

作者： Yin.hui Xie Qiuyu Ron. Caimei Wen.Xiaolu Liu Men.jie Hao Zhon.shan.Chen.Hui Yan. Geoffrey i.n.Waterhouse Shen.qian.ma Xian.ke Wan. College of En.iron.en.al Scien.e an. En.in.erin. North China Electric Power UniversityBeijing 102206 School of Chemical Scien.es The University of AucklandAuckland 1142 Departmen. of Chemistry University of North TexasDentonTexas 76201

The recovery of palla.ium from waste streams is of importan.e for metal recyclin. an. en.iron.en.al ***,we presen. a“sin.le-ion.trap”strategy for efficien.ly recoverin. Pd(ii)from supera.idic solution. an. laboratory *** was rea.ized by ra.ion.l design.an. syn.hesis of an.an.iparallel stacked covalen. orga.ic framework(ACOF)with hydra.in.-carbon.l sites an. pyridin. sites for coopera.ive Pd(ii)*** sin.le-ion.traps provided Lewis base sites with a high Pd(ii)bin.2}n. affin.ty,en.blin. the trappin. of Pd(ii)ion. un.er a wide ran.e of *** developed ACOF-1 adsorben. demon.trated fast kin.tics,excellen. selectivity,an. a high adsorption.capa.ity of 412.9±14.2 mg/g for Pd(ii)in.a 3M Hn._(3) *** applied in.a packed column.ACOF-1 dyn.0}cally captured Pd(ii)from3M Hn._(3) solution. or laboratorywastes con.ain.n. trace amoun.s of palla.ium an. man. other metals,rea.izin. extraction.efficien.ies of 232.9 an. 320.9 mg/g,*** experimen.al an. theoretical studies revealed that the sin.le-ion.traps offered exception.lly stron. bin.2}n. of Pd(ii)un.er both a.idic an. high ion.c stren.th con.2}tion.,en.blin. selective adsorptive beha.ior n.t accessible usin. tra.ition.l ***,the gen.ral design.strategy reported here could be used to create porous adsorben.s for the capture of other precious metals.

关键词： an.iparallel stackin. covalen. orga.ic frameworks bin.0}n. affin.ty selective adsorption Pd(ii)recovery

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Robust hybrid bismuth perovskites as poten.ial photocatalysts for overall water splittin.

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n.n. Research 2024年第5期17卷 4593-4601页

作者： An.on.o J.Chacón.García Herme G.Baldovi Artem A.Babaryk An.on.o Rodríguez-diéguez Sergio n.valón.Yolan.a Pérez Hermen.gildo García Patricia Horcajada Advan.ed Porous materials Un.t IMDEA Energy InstituteAvda.Ramón y Cajal 328935 MóstolesMadridSpain Departamen.o de Química Universitat Politècnica de València46022 ValènciaSpain Departamen.o Química.in.rgán.ca Universidad de Granada1807GranadaSpain Departamen.o de Biología y Geología Física y Química Inorgánica.ESCET.Universidad Rey Juan Carlos28933 MóstolesMadridSpain in.tituto de tecn.logía química CSiC-UPV Universitat Politècnica de València(UPV)46022Spain

Orga.ic-in.rga.ic hybrid perovskites have gain.d great atten.ion.as promisin. photocatalysts for hydrogen.***,due to their poor sta.ility in.water,the use of aqueous hydroha.ic a.id solution. is specifically required for an.efficien. hydrogen.***,three n.vel photoactive lead-free hybrid perovskites based on.bismuth an. triazolium ca.ion.(den.ted as iEF-15,iEF-16,an. iEF-17(iEF stan.s for iMDEA en.rgy frameworks))were syn.hesized an. fully characterized(structural,composition.l,optical,etc.).Further,these solids were proposed as photocatalysts for the challen.in. gas phase overall water splittin.(OWS)***,iEF-16 thin.films exhibited a remarkable photocatalytic activity in.both H_(2) an. O_(2) evolution.as a con.equen.e of its appropriate ban.gap an. en.rgy-ban. a.ign.en.,achievin. hydrogen.evolution.rates ofμmol·g_(H_(2))^(-)1846 an. 360 after 24 h un.er ultra.iolet-visible(UV-vis)irra.ia.ion.or simulated solar irra.ia.ion.*** study addition.lly highlights the remarkable structural an. photochemical sta.ility of iEF-16 un.er differen. opera.ion.l con.13}tion.(*** volume,irra.ia.ion.an. temperature),pa.in. the way for green.hydrogen.production.from OWS usin. perovskite-based photocatalysts.

关键词： bismuth-based hybrid perovskites thin.films photocatalysis overall water splittin. green.hydrogen

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Hydrogen.production.from hydrolysis of n.BH_(4) solution.over Co-Fe-B@g-C_(3)n.(4)/n. thin.film catalyst

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Rare Metals 2024年第6期43卷 2648-2659页

作者： Yan.Wan. Jia-Xin.ma Jian.Ren.di Zhan. Fen.-Yan.Xu Ke Zhan. Zhon.-Qiu Cao Qiu-Ju Sun.Guo-De Li Shi-Wei Wu Hon.-Hui Chen College of Chemistry an. Chemical En.in.erin. Shenyang Normal UniversityShenyang 110034China Experimen.al Cen.er Shenyang Normal UniversityShenyang 110034China Hun.n.Shan.e En.rgy Storage n.w materials Research in.titute Limited Compan. Changde 415000China

in.this study,the double loaded Co-Fe-B@g-C_(3)n.(4)/n.(n.:n. foam)thin.film catalysts were prepared for the first time via chemical deposition.method at room *** optimizin. the reducin. agen. con.en.ra.ion.to 0.9 mol·L^(-1),the as-obtain.d Co-Fe-B@g-C_(3)n.(4)/n. exhibited the twisted ribbon.structure with more distin.t three-dimen.ion.l hierarchy an. the smaller particle size,showin. the good catalytic property for the hydrolysis of n.BH_(4)*** H_(2)gen.ra.ion.rate of Co-Fe-B@g-C_(3)n.(4)/n. an. bin.ry Co-B@g-C_(3)n.(4)/n. un.er visible light irra.ia.ion.surpassed the value un.er n.tural *** apparen. activa.ion.en.rgy of Co-Fe-B@g-C_(3)n.(4)/n.(45.0 kJ·mol^(-1))un.er visible light irra.ia.ion.was obviously reduced when.compared with the n.tural con.1}tion.48.4 kJ·mol^(-1))an. bin.ry Co-B@g-C_(3)n.(4)/n.(60.6 kJ·mol^(-1))un.er visible light ***,the catalytic performan.e of the optimized Co-Fe-B@g-C_(3)n.(4)/n. thin.film catalyst was superior to most of the reported n.n.n.ble metal an. even.n.ble metal ***,it illustrated that the catalytic H_(2)production.performan.e of Co-Fe-B@g-C_(3)n.(4)/n. thin.film was distin.tly improved after the in.roduction.of light an. multicompon.n. recombin.0}on.

关键词： Sodium borohydride Co-Fe-B@g-C_(3)n.(4)/n. catalyst Chemical deposition Hydrogen.production

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n.cleoside modified mRn.-lipid n.n.particles as a n.w delivery platform for the repair of the in.ured spin.l cord

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n.ural Regen.ra.ion.Research 2025年第8期20卷 2311-2312页

作者： Krisztián.Pajer Tamás Bellák An.al n.grádi Departmen. of An.tomy Histology and EmbryologyAlbert Szent-Györgyi Medical SchoolUniversity of SzegedSzegedHungary

Spin.l cord in.ury an. treatmen. opportun.ties:The adult mamma.ian.spin.l cord has a very limited capa.ity for spon.an.ous regen.ra.ion.due to va.ious in.rin.ic molecular an. cellular *** the spin.l cord n.uron. have the capa.ity to regen.rate their axon.,the expression.of growth in.ibitory factors,lack or suppression.of proper guidan.e cues,an. profoun. in.lammatory respon.es do n.t permit successful regen.ra.ion.Khyeam et al.,2021).

关键词： in.ured capa.ity modified

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VOC emitted by biopharmaceutical in.ustries:Source profiles,health risks,an. secon.ary pollution

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Journ.l of En.iron.en.al Scien.es 2024年第1期135卷 570-584页

作者： Jiawei ma Lin.Li State Key Laboratory of En.iron.en.al Aqua.ic Chemistry Research Center for Eco-Environmental SciencesChinese Academy of SciencesBeijing 100085China Un.versity of Chin.se Academy of Scien.es Beijing 100049China n.0}on.l En.in.erin. Laboratory for VOCs Pollution.Con.rol material&Techn.logy University of Chinese Academy of SciencesBeijing 101408China

The biopharmaceutical in.ustry con.ributes substan.ially to vola.ile orga.ic compoun.s(VOCs)emission.,causin. growin. con.ern. an. social developmen.al *** study con.ucted an.on.site in.estiga.ion.of the process-based emission.of VOCs from three biopharmaceutical *** the workshops of the three en.erprises,26 VOCs were detected,which could be sorted in.o 4 classes:hydrocarbon.,aroma.ic hydrocarbon.,oxygen.con.ain.n. compoun.s,an. n.trogen.con.ain.n. *** were the main.compon.n.s of waste gases,accoun.in. for 44.13%-77.85%of the overall ***-based source profiles were compiled for each process un.t,with the fermen.a.ion.an. extraction.un.ts of tiamulin.fumarate bein. the main.source of VOC *** heptan.n.,vin.l acetate,diethyla.in.,propylen. glycol methyl ether(PGME),an. ben.en. were screen.d as priority pollutan.s through a fuzzy comprehen.ive evalua.ion.*** level con.en.ra.ion.simula.ion.results of the Gauss plume diffusion.model demon.trated that the diffusivity of VOCs in.the atmosphere was rela.ively high,in.10}ca.in. poten.ial n.n.carcin.gen.c an. carcin.gen.c risks 1.5-2 km ***,the process-based forma.ion.poten.ials of ozon. an. secon.ary orga.ic aerosols(SOAs)were determin.d an. in.10}cated that n.methyl-2-pyrrolidon.,dimethyl heptan.n.,an. PGME should be preferen.ially con.rolled to reduce the ozon. forma.ion.poten.ial,whereas the con.rol of ben.en. an. chloroben.en. should be prioritized to reduce the gen.ra.ion.of *** results provide a ba.is for un.erstan.10}n. the characteristics of VOC emission.by biopharmaceutical in.ustries an. their diffusion.poten.ially allowin. the developmen. of measures to reduce health risks an. secon.ary pollution.

关键词： Biopharmaceutical Vola.ile orga.ic compoun. Priority pollutan. Exposure risk Secon.ary pollution

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