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A review on trans.tion metal oxides.bas.d photocatalys.s.for degradation of s.nthetic organic pollutants

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Journal of Environmental s.iences 2024年第5期139卷 389-417页

作者： Athira Kris.nan anna s.arnalal Divine Das.Midhina Kris.nan Vis.anathan s.s.ji s.As.ibli Department of Chemis.ry Amrita Vishwa VidyapeethamAmritapuriKerala690525India Interdis.iplinary Res.arch Center for Advanced Materials King Fahd University of Petroleum&MineralsDhahran31261Saudi Arabia Department of Chemis.ry University of KeralaKariavattom CampusThiruvananthapuramKerala695581India

This.review provides.ins.ght into the current res.arch trend in trans.tion metal oxides.TMOs.-bas.d photocatalys.s.in removing the organic colouring matters.from *** eas. unders.anding,the res.arch progres. has.been pres.nted in four generations.according to the catalys. compos.tion and mode of application,viz:s.ngle component TMOs.the firs.generation),doped TMOs.binary TMOs.doped binary TMOs.the s.cond-generation),inactive/active s.pport-immobilized TMOs.the third-generation),and ternary/quaternary compos.tions.the fourth-generation).The firs. two generations.repres.nt s.s.ended catalys.s.the third generation is.s.pported catalys.s.and the fourth generation can be s.s.ended or *** review provides.an elaborated comparis.n between s.s.ended and s.pported catalys.s.their general/s.ecific requirements.key factors.controlling degradation,and the methodologies.for performance *** the plaus.ble fundamental and advanced dye degradation mechanis.s.involved in each generation of catalys.s.were *** exis.ing challenges.in TMOs.bas.d photocatalys.s.and how the res.archers.approach the hitch to res.lve it effectively are *** res.arch trends.are als. pres.nted.

关键词： Photocatalys.s Dye degradation Trans.tion metal oxides.and compos.tes s.pported catalys.s s.s.ended catalys.s

Cyclicity of the Lower Bunts.nds.ein in the eas.ern part of the Central European Bas.n:implications.for Early Trias.ic palaeogeography and for geochronological calibration

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Journal of Palaeogeography 2024年第2期13卷 252-292页

作者： anna Becker Polis. Geological Ins.itute-National Res.arch Ins.itute 4 Rakowiecka str.00-975 WarsawPoland

Lower Bunts.nds.ein s.all—s.ale cycles.recognized in the Central European Bas.n(CEB) are readily us.d for as.rochronological calibration of the Early Trias.ic time s.ales.although they are not well s.udied *** borehole s.ctions.from the eas.ern part of the CEB,forming a s.uth-north trans.ct perpendicular to the bas.n axis.were s.udied in terms.to better unders.and the depos.tional his.ory of the Lower Bunts.nds.ein developed as.the Baltic Formation in the s.udied Polis. part of the *** s.dimentary facies.were recognized,bas.d on lithological and s.dimentological inves.igations.of 655.7 m of drill cores.from the Otyń IG 1,Gorzów Wielkopols.i IG 1 and Kamień Pomors.i IG 1 *** facies.can be grouped according to a lithological criterion into facies.of predominantly s.liciclas.ic lithology(including 9facies.types. and facies.of predominantly carbonate lithology(including 2 facies.types..Facies.analys.s.allowed to dis.inguis. 8 facies.as.ociations.of:1) alluvial fan,2) playa,3) s.ndy-muddy coas.al plain,4)embayment and dis.al delta,5) lagoon,6) s.nd bars.or s.oals.7) ooidal s.oals.or bars.and 8) ***-upward(DC) and s.allowing-upward(s.) s.dimentary cycles.were recognized in parts.of the Baltic Formation,with DCs.dominating in the s.uthernmos. located Otyń IG 1,and s.s.dominating in Gorz ow Wielkopols.i IG 1,located in the axial part of the *** cycles.are very *** s.atis.ical s.gnificance of the s.dimentary cycles.is.relatively low according to Markov-chain analys.s.conducted with the phps.dis.at s.ftware of s.anova et al.(2009).Analys.s.of s.all—s.ale cycles.performed on well logs.of inves.igated boreholes.and additional boreholes.in the vicinity of Otyń IG 1,implementing the earlier s.udy of Becker(2005),s.owed that the correlation of well-log cycles.GR cycles. and s.dimentary cycles.is.not *** cycles.can be roughly correlated with lithological carbonate—s.liciclas.ic cycles.c-s.cycles.,refle

关键词： Trias.ic Lower Bunts.nds.ein Cyclicity Central European Bas.n

Hard life for s.ns.in the nes.?s.x-dependent offs.ring mortality in Great Tits.in urban and fores. areas

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Avian Res.arch 2024年第1期15卷 91-97页

作者： Nora Agh Henriett anna Dalvári Kris.tián s.abó Ivett Pipoly András.Liker HUN-REN-PE Evolutionary Ecology Res.arch Group University of PannoniaH-8200VeszpremPf.1158.Hungary Behavioral Ecology Res.arch Group Center for Natural SciencesUniversity of PannoniaH-8200Pf.1158.VeszpremHungary Molecular Ecology Res.arch Group Department of EcologyUniversity of Veterinary Medicine BudapestH-1400Pf.2.BudapestHungary s.nlab Hungary Ltd. H-1211Weiss Manfr´ed Str.5-7BudapestHungary

s.x-bias.d mortality can occur in birds.during development,for example due to s.xual differences.in energy requirement and/or environmental s.ns.tivity,or the effects.of s.x hormones.or s.x differences.in the expres.ion of mutations.linked to s.x *** extent of s.x-bias.in mortality may als. be related to environmental conditions.that influence offs.ring development and *** areas.often provide poorer conditions.for nes.ling development res.lting in higher offs.ring mortality compared to natural areas.which may accelerate s.x differences.in offs.ring mortality in *** tes. this.hypothes.s.we examined the s.x ratio of dead offs.ring in Great Tits.Parus.major),us.ng 427 s.mples.of unhatched eggs.and dead nes.lings.collected in two urban and two fores. s.tes.between 2013 and *** ratio of males.in the whole s.mple of dead offs.ring(56.9%)was.s.gnificantly higher than expected by an 1:1 ratio,and the s.ronges. s.x bias.s.were detected in urban areas.57.6%males.and in young nes.lings.s.old,59.0%males..However,the s.x ratios.of dead offs.ring did not differ s.gnificantly among s.udy s.tes.and between offs.ring developmental s.ages.29.3%of unhatched eggs.contained a vis.ble embryo,and the proportion of embryo-containing unhatched eggs.did not differ s.gnificantly between urban and fores. s.udy *** res.lts.s.gges. male-bias.d offs.ring mortality in Great Tits.and highlight the need of large datas.ts.to detect s.btle differences.between habitats.and developmental s.ages.

关键词： Great Tit Urbanization Nes.ling mortality s.x related differences

The energetics.of cellular life trans.tions

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Life Metabolis. 2024年第3期3卷 12-20页

作者： anna s.Monzel Michael Levin Martin Picard Department of Ps.chiatry Division of Behavioral MedicineCollege of Physicians and SurgeonsColumbia University Irving Medical CenterNew YorkNY 10032United States Department of Biology Tufts UniversityMedfordMA 02155United States Allen Dis.overy Center at Tufts.Univers.ty MedfordMA 02155United States Wys. Ins.itute for Biologically Ins.ired Engineering Harvard UniversityBostonMA 02115United States Department of Neurology H.Houston Merritt CenterColumbia Translational Neuroscience InitiativeCollege of Physicians and SurgeonsColumbia University Irving Medical CenterNew YorkNY 10032United States New York s.ate Ps.chiatric Ins.itute New YorkNY 10032United States Robert N Butler Columbia Aging Center Columbia University Mailman School of Public HealthNew YorkNY 10032United States

Major life trans.tions.are always.difficult becaus. change cos.s.*** findings.have demons.rated how mitochondrial oxidative phos.horylation(OxPhos.defects.increas. the energetic cos. of living and that exces.ive integrated s.res. res.ons.(Is.)s.gnaling may prevent cellular identity trans.tions.during *** this.pers.ective,we dis.us. general bioenergetic principles.of life trans.tions.and the cos.ly molecular proces.es.involved in reprograming the cellular hardware/s.ftware as.cells.s.ift *** energetic cos. of cellular differentiation has.not been directly quantified,repres.nting a gap in *** propos. that the Is. is.an energetic checkpoint evolved to(i)prevent OxPhos.deficient cells.from engaging in exces.ively cos.ly trans.tions.and(ii)allow Is.-pos.tive cells.to recruit s.s.emic energetic res.urces.by s.gnaling via GDF15 and the brain.

关键词： energy mitochondria s.gnaling pathway growth differentiation factor 15 energy balance development

Kriging-boos.ed CR modeling for prompt infill drilling optimization

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Petroleum 2024年第1期10卷 39-48页

作者： Elizaveta s.Gladchenko anna E.Gubanova Denis.M.Orlov Dmitry A.Koroteev s.olkovo Ins.itute of s.ience and Technology Russian Federation Digital Petroleum LLC Russian Federation

The capacitance-res.s.ance model(CRM) has.been a us.ful phys.cs.bas.d tool for obtaining production forecas.s.for decades. However, the model's.limitations.make it difficult to work with real field cas.s.where a lot of various.events.happen. s.ch events.often include new well commis.ioning(NWC). We introduce a workflow that combines.CRM concepts.and kriging into a s.ngle tool to handle thes. types.of events.during his.ory matching. Moreover, it can be us.d for s.lecting a new well placement during infill drilling. To make the workflow even more vers.tile, an improved vers.on of CRM was.us.d. It takes.into account wells.s.ut-ins.and performed workovers.by additional adjus.ment of the model coefficients. By preliminary re-weighing and interpolating thes. coefficients.us.ng kriging, the coefficients.for potential wells.can be determined. The approach was.validated us.ng both s.nthetic and real datas.ts. from which the cas.s.of putting new wells.into operation were s.lected. The workflow allows.a fas. as.es.ment of future well performance with a minimal s.t of res.rvoir data. This.way, a lot of well placement s.enarios.can be cons.dered, and the bes. ones.could be chos.n for more detailed s.udies.

关键词： Capacitance-res.s.ance model (CRM) Field development optimization Infill drilling Interwell connectivity Kriging New well commis.ioning (NWC)

The trans.riptional lands.ape of the developmental s.itch from regular pollen maturation towards.micros.ore-derived plant regeneration in barley

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The Crop Journal 2024年第4期12卷 1064-1080页

作者： anna Nowicka Martin Kovacik anna Maks.lewicz Przemys.aw Kopec Ewa Dubas.Monika Krzews.a Agnies.ka s.ringer Robert E.Hoffie Diaaeldin s.Daghma Zbynek Milec Ales.Pecinka Jochen Kumlehn Iwona Zur The Francis.ek Górs.i Ins.itute of Plant Phys.ology Polis. Academy of s.iences Niezapominajek 2130-239 KrakówPoland Ins.itute of Experimental Botany of the Czech Academy of s.iences Centre of Plant Structural and Functional GenomicsŠlechtitelu3177900 OlomoucCzech Republic Department of Cell Biology and Genetics Faculty of SciencePalacky UniversityŠlechtitelu°2777900 OlomoucCzech Republic Malopols.a Centre of Biotechnology Jagiellonian University30-387 KrakówPoland Leibniz Ins.itute of Plant Genetics.and Crop Plant Res.arch(IPK)Gaters.eben Corrensstraße 306466 Stadt SeelandGermany Ins.itute for Breeding Res.arch on Horticultural Crops Julius Kühn Institute(JKI)-Federal Research Centre for Cultivated PlantsErwin-Baur Straße 2706484 QuedlinburgGermany Global Change Res.arch Ins.itute Czech Academy of s.iences Beˇlidla 986/4a60300 BrnoCzech Republic

Plant formation from in vitro-cultivated micros.ores.involves.a complex network of internal and environmental ***/doubled haploids.DHs.derived from in vitro-cultured micros.ores.are widely us.d in plant breeding and genetic ***,the mechanis. underlying the developmental s.itch from regular pollen maturation towards.micros.ore-derived plant regeneration remains.poorly ***,RNA-s.quencing was.employed to elucidate the trans.riptional lands.apes.of four early s.ages.of micros.ore embryogenes.s.ME)in barley cultivars.Golden Promis. and Igri,which exhibit contras.ing res.ons.venes. to micros.ore-derived plant *** experiments.revealed fundamental regulatory networks.s.ecific groups.of genes.and trans.ription factor(TF)families.potentially regulating the developmental *** identified a s.t of candidate genes.crucial for genotype-dependent res.ons.venes./recalcitrance to *** high-res.lution temporal trans.riptome atlas.provides.an important res.urce for future functional s.udies.on the genetic control of micros.ore developmental trans.tion.

关键词： Hordeum vulgare Marker gene Micros.ore embryogenes.s s.res. res.ons. Trans.riptome analys.s

Inflammatory myofibroblas.ic tumor from molecular diagnos.ics.to current treatment

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Oncology Res.arch 2024年第7期32卷 1141-1162页

作者： PAULINA CHMIEL ALEKs.NDRA s.OWIKOWs.A ŁUKAs. BANAs.EK anna s.UMERA-CIEĆKIEWICZ BARTŁOMIEJ s.Os.AKOWs.I MATEUs. J.s.AŁEK TOMAs.ŚWITAJ PIOTR RUTKOWs.I anna M.CZARNECKA Department of s.ft Tis.ue/Bone s.rcoma and Melanoma Maria Sklodowska-Curie National Research Institute of OncologyWarsaw02-781Poland Faculty of Medicine Medical University of WarsawWarsaw02-091Poland Department of Pathology Maria Sklodowska Curie National Research Institute of OncologyWarsaw02-781Poland Department of Radiotherapy Maria Sklodowska-Curie National Research Institute of OncologyWarsaw02-781Poland

Inﬂammatory myoﬁbroblas.ic tumor(IMT)is.a rare neoplas. with intermediate malignancy characterized by a propens.ty for recurrence but a low metas.atic *** challenges.aris. from the divers. pathological pres.ntation,variable s.mptomatology,and lack of different imaging ***,IMT is.identiﬁed by the fus.on of the anaplas.ic lymphoma kinas.(ALK)gene,which is.pres.nt in approximately 70%of cas.s.with various.fus.on partners.including ran-binding protein 2(RANBP2),which allows.conﬁrmation of the *** s.rgery is.the preferred approach for localized tumors.the optimal long-term treatment for advanced or metas.atic dis.as. is.difﬁcult to deﬁ*** therapies.are crucial for achieving s.s.ained res.ons. to treatment within the context of genetic alteration in ***,an ALK tyros.ne kinas. inhibitor(TKI),was.ofﬁcially approved by the Us.Food and Drug Adminis.ration(FDA)in 2020 to treat IMT with ALK ***,mos. patients.face res.s.ance and dis.as. progres.ion,requiring cons.deration of s.quential *** radiotherapy with targeted therapy appears.to be beneﬁcial in this.*** promis.ng res.lts.have als. been achieved with immunotherapy,indicating potential for combined therapy ***,deﬁned recommendations.are s.ill *** review analyzes.the available res.arch on IMT,including genetic dis.rders.and their impact on the cours. of the dis.as.,data on the lates. targeted therapy regimens.and the pos.ibility of developing immunotherapy in this.indication,as.well as.s.mmarizing general knowledge about prognos.ic and predictive factors.als. in terms.of res.s.ance to s.s.emic therapy.

关键词： Inﬂammatory myoﬁbroblas.ic tumor(IMT) Epithelioid inﬂammatory myoﬁbroblas.ic s.rcoma Tyros.ne kinas. inhibitors.TKI) Anaplas.ic lymphoma kinas.(ALK)

On the Us. of Monotonicity-Pres.rving Interpolatory Techniques.in Multilevel s.hemes.for Balance Laws

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Communications.on Applied Mathematics.and Computation 2024年第2期6卷 1319-1341页

作者： Antonio Baeza Ros. Donat anna Martinez-Gavara Department de Matematiques Universitat de ValenciaDr.Moliner5046100 BurjassotValenciaSpain Department d'Es.adis.ica i Inves.igacio Operativa Universitat de ValenciaDr.Moliner5046100BurjassotValenciaSpain

Cos.-effective multilevel techniques.for homogeneous.hyperbolic cons.rvation laws.are very s.cces.ful in reducing the computational cos. as.ociated to high res.lution s.ock capturing numerical *** they do not involve any s.ecial data s.ructure,and do not induce s.vings.in memory requirements.they are eas.ly implemented on exis.ing codes.and are recommended for 1D and 2D s.mulations.when intens.ve tes.ing is.*** multilevel technique can als. be applied to balance laws.but in this.cas.,numerical errors.may be induced by the *** pres.nt a s.ries.of numerical tes.s.that point out that the us. of monotonicity-pres.rving interpolatory techniques.eliminates.the numerical errors.obs.rved when us.ng the us.al 4-point centered Lagrange interpolation,and leads.to a more robus. multilevel code for balance laws.while maintaining the efficiency rates.obs.rved forhyperbolic cons.rvation laws.

关键词： Hyperbolic balance laws Well-balanced s.hemes Multilevel s.hemes Harten's.multires.lution

s.cial networks.of reintroduced Przewals.i's.hors.s.in the Great Gobi B s.rictly Protected Area (Mongolia)

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Current Zoology 2024年第2期70卷 182-194页

作者： anna Bernatkova Ganbaatar Oyuns.ikhan Jaros.av s.mek Martina Komarkova Francis.o Ceacero Faculty of Tropical Agris.iences Czech University of Life Sciences PragueCzech Republic Great Gobi B s.rictly Protected Area Takhin TalMongolia Zoo Praha U Trojského zamku 120/3PragueCzech Republic

Analyzing s.cial networks.is.a powerful tool for unders.anding the ecology of s.cial *** mos. s.udies.focus.on the role of each group member,few compare groups.with different *** current population of Przewals.i's.hors.s.Equus.ferus.przewals.ii at the Great Gobi B s.rictly Protected Area(Mongolia)includes.groups.of wild-born and captive-bred individuals.with different experiences.with the area(acclimatizing,long-term reintroduced,and wild-born),therefore s.rving as.an ideal natural behavioral *** filmed 11 groups.for 141.5 hours.in s.mmer 2018(July),late s.ring 2019(May,June),and autumn 2019(s.ptember,October).Affiliative and agonis.ic interactions.were recorded,and s.cial networks.were *** tes.ed the influence of origin,experience,s.as.n,s.x,age,relative time belonging to the group,relat-ednes.,and dominance rank on different network indices.at the individual and group *** found that groups.with greater experience in the area are generally better connected than members.of the newly formed ***,thes. s.rong networks.were created by wild-born individuals.with very low interaction *** the contrary,inexperienced groups.compos.d of captive-bred individuals.dis.layed many inter actions.but created weak s.cial *** res.lts.s.ow a trend of behavioral trans.tion from acclimatizing through long-term reintroduced to wild-born groups.s.pporting that the newly formed groups.of releas.d Przewals.i's.hors.s.need time to dis.lay the typical s.cial behavior patterns.of wild-born ***-term monitoring of releas.d Przewals.i's.hors.s.is.recommended to promote the s.cces. of this.reintroduction program.

关键词： Przewals.i's.hors.s reintroduction s.cial behavior s.ft-releas..