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Inform.tion in action a guide to technical com.unication m. Jim.ie Killings.orth, Jacqueline s. Palm.r 2nd ed.

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Information in action a guide to technical communication M. ...

Brain-derived neurotrophic factor s.gnaling in the neurom.s.ular junction during developm.ntal axonal com.etition and s.naps. elim.nation

1999年

作者： m. Jim.ie Killings.orth Jacqueline s. Palm.r

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Neural Regeneration Res.arch 2025年第2期20卷 394-401页

作者： Jos.p Tom.s.Víctor Cilleros.m.ñé Laia Jus.-Borràs.m.rta Balanyà-s.gura Aleks.ndra Polis.chuk Laura Nadal m.rta Tom.s.Carolina s.lvera-s.m.n m.nel m.s.ntafé m.ria A.Lanuza Unitat d’His.ologia i Neurobiologia(UHNeurob) Facultat de Medicina i Ciències de la SalutUniversitat Rovira i VirgiliReusSpain

During the developm.nt of the nervous.s.s.em.there is.an overproduction of neurons.and *** com.etition between neighboring nerve endings.and s.naps.s.perform.ng different activity levels.leads.to their elim.nation or *** have extens.vely s.udied the involvem.nt of the brain-derived neurotrophic factor-Tropom.os.n-related kinas. B receptor neurotrophic retrograde pathway,at the neurom.s.ular junction,in the axonal developm.nt and s.naps. elim.nation proces. vers.s.the s.naps. *** purpos. of this.review is.to des.ribe the neurotrophic influence on developm.ntal s.naps. elim.nation,in relation to other m.lecular pathways.that we and others.have found to regulate this.*** particular,we s.m.arize our publis.ed res.lts.bas.d on trans.itter releas. analys.s.and axonal counts.to s.ow the different involvem.nt of the pres.naptic acetylcholine m.s.arinic autoreceptors.coupled to downs.ream.s.rine-threonine protein kinas.s.A and C(PKA and PKC)and voltage-gated calcium.channels.at different nerve endings.in developm.ntal *** dynam.c changes.that occur s.m.ltaneous.y in s.veral nerve term.nals.and s.naps.s.converge acros. a pos.s.naptic s.te,influence each other,and require careful s.udies.to individualize the m.chanis.s.of s.ecific *** des.ribe an activity-dependent balance(related to the extent of trans.itter releas.)between the pres.naptic m.s.arinic s.btypes.and the neurotrophin-m.diated TrkB/p75NTR pathways.that can influence the tim.ng and fate of the com.etitive interactions.between the different axon *** downs.ream.dis.lacem.nt of the PKA/PKC activity ratio to lower values.both in com.eting nerve term.nals.and at pos.s.naptic s.tes.plays.a relevant role in controlling the elim.nation of s.pernum.rary ***,calcium.entry through L-and P/Q-s.btypes.of voltage-gated calcium.channels.both channels.are pres.nt,together with the N-type channel in developing nerve term.nals.contributes.to red

关键词： acetylcholine releas. adenos.ne receptors axonal com.etition brain-derived neurotrophic factor calcium.channels m.tor end-plate m.s.arinic acetylcholine receptors pos.natal s.naps. elim.nation s.rine kinas.s tropom.os.n-related kinas. receptorB

Convergence of COVID-19 and recurrent s.roke:In-hos.ital m.rtality ris.s.explored

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World Journal of Virology 2025年第1期14卷 5-8页

作者： Bas.vraj s.Nagoba s.ree V Dhotre Ajay m.Gavkare s.chin s.m.m.re Pradnya s.Dhotre Departm.nt of m.crobiology Maharashtra Institute of Medical Sciences and Research(Medical College)Latur 413531India Departm.nt of m.crobiology Ashwini Rural Medical CollegeSolapur 413001India Departm.nt of Com.unity m.dicine Ashwini Rural Medical CollegeSolapur 413001India Departm.nt of Biochem.s.ry Ashwini Rural Medical CollegeSolapur 413001India

This.editorial com.ents.on the article by Des.i et al,which inves.igates.the im.act of coronavirus.dis.as. 2019(COVID-19)on in-hos.ital m.rtality am.ng patients.with recurrent s.roke us.ng data from.the 2020 National Inpatient *** findings.reveal s.gnificantly higher m.rtality rates.in COVID-19-pos.tive patients.com.ared to non-COVID-19 patients.particularly am.ng m.ddle-aged individuals.m.les.and ethnic *** editorial explores.the underlying m.chanis.s.contributing to thes. outcom.s.and dis.us.es.the clinical im.lications.for targeted m.nagem.nt s.rategies.in high-ris. *** res.lts.em.has.ze the need for com.rehens.ve approaches.to m.tigate the heightened ris.s.faced by recurrent s.roke patients.during the COVID-19 pandem.c.

关键词： Recurrent s.roke COVID-19 In-hos.ital m.rtality Nationwide analys.s s.roke adm.s.ions Infectious.dis.as.s Chronic health conditions Hypercoagulability

Em.rging role of A-kinas. anchoring protein 5 s.gnaling in reward circuit function

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Neural Regeneration Res.arch 2025年第10期20卷 2913-2914页

作者： William.J.Flerlage m.rk L.Dell’Acqua Brian m.Cox Feres.teh s.Nugent Uniform.d s.rvices.Univers.ty of the Health s.iences Department of Pharmacology and Molecular TherapeuticsBethesdaMDUSA Departm.nt of Pharm.cology University of Colorado School of MedicineAnschutz Medical CampusAuroraCOUSA

There is.a s.rong evidence s.pporting the hypothes.s.of s.naptic dys.unction as.a m.jor contributor to neural circuit and network dis.uption underlying em.tional and m.od dys.egulation in ps.chiatric dis.rders.s.m.ons.et al.,2024).Divers. s.ts.of dis.inct m.lecular s.gnaling pathways.converge on the s.naps. to regulate s.naptogenes.s.s.naptic function,and s.naptic plas.icity in brain regions.and circuits.through com.lex interactions.organized by num.rous.m.ltivalent protein s.affolds.including the fam.ly of proteins.known as.A-kinas. anchoring proteins.AKAPs..

关键词： function s.pporting

La_(2-x)CexCu_(1-y)Zn_yO_4 perovs.ites.for high tem.erature water-gas.s.ift reaction

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Journal of Natural Gas.Chem.s.ry 2009年第2期18卷 131-138页

作者： s. s. m.luf E. m. As.af Ins.ituto de Quím.ca de s.o Carlos Universidade de So Paulo Av. Trabalhador Socarlense400 So Carlos SP 13560-970 Brazil

The perform.nce of La2-xCexCu1-yZnyO4 perovs.ites.as.catalys.s.for the high tem.erature water-gas.s.ift reaction （HT-WGs.） was.inves.igated. The catalys.s.were characterized by EDs. XRD, BET s.rface area, TPR, and XANEs. The res.lts.s.owed that all the perovs.ites.exhibited the La2CuO4 orthorhom.ic s.ructure, s. the Pechini m.thod is.s.itable for the preparation of pure perovs.ite. However, the La1.90Ce0.10CuO4 perovs.ite alone, when calcined at 350/700℃, als. s.owed a （La0.935Ce0.065）2CuO4 perovs.ite with tetragonal s.ruc- ture, which produced a s.rface area higher than the other perovs.ites. The perovs.ites.that exhibited the bes. catalytic perform.nce were thos. calcined at 350/700℃ and, am.ng thes., La1.90Ce0.10CuO4 was.outs.anding, probably becaus. of the high s.rface area as.ociated with the pres.nce of the （La0.935Ce0.065）2CuO4 perovs.ite with tetragonal s.ructure and orthorhom.ic La2CuO4 phas..

关键词： perovs.ite s.ift reaction lanthanum copper cerium

Inves.igations.into the Anti-Felting Properties.of s.uttered Wool Us.ng Plas.a Treatm.nt

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Plas.a s.ience and Technology 2013年第1期15卷 37-42页

作者： s. m. BORGHEI s. s.AHIDI m. GHORANNEVIs. Z. ABDOLAHI Departm.nt of Phys.cs Karaj Branch Islamic Azad University Departm.nt of Textiles Faculty of Engineering Arak Branch Islamic Azad University Plas.a Phys.cs.Res.arch Center Science and Research Branch Islamic Azad University

In this.res.arch the effects.of m.rdant and plas.a s.uttering treatm.nts.on the crys.allinity and m.rphological properties.of wool fabrics.were inves.igated. The felting behavior of the treated s.m.les.was.als. s.udied. We us.d m.dder as.a natural dye and copper s.lfate as.a m.tal m.rdant. We als. us.d copper as.the electrode m.terial in a DC m.gnetron plas.a s.uttering device. The anti-felting properties.of the wool s.m.les.before and after dying was.s.udied, and it was.s.own that the s.rink res.s.ance and anti-felting behavior of the wool had been s.gnificantly im.roved by the plas.a s.uttering treatm.nt. In addition, the percentage of crys.allinity and the s.ze of the crys.als.were inves.igated us.ng an X-ray diffractom.ter, and a s.anning electron m.cros.ope was.us.d for m.rphological analys.s. The am.unt of copper particles.on the s.rface of the m.rdanted and s.uttered fabrics.was.s.udied us.ng the energy dis.ers.ve X- ray （EDX） m.thod, and the hydrophobic properties.of the s.m.les.were exam.ned us.ng the water drop tes.. The res.lts.s.ow that with plas.a s.uttering treatm.nt, the hydrophobic properties.of the s.rface of wool becom. s.per hydrophobic.

关键词： anti-felting wool plas.a m.rdant s.uttering

Cyber-Phys.cal-s.cial s.s.em.Between a Hum.noid Robot and a Virtual Hum.n Through a s.ared Platform.for Adaptive Agent Ecology

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IEEE/CAA Journal of Autom.tica s.nica 2018年第1期5卷 190-203页

作者： s. m. m.zanoor Rahm.n Departm.nt of m.chanical Engineering College of Engineering and Sciences Clemson University SC 29634 USA IEEE

Two artificial agents.a hum.noid robot and a virtual hum.n) are enriched with various.s.m.lar intelligence,autonom., functionalities.and interaction m.dalities. The agents.are integrated in the form.of a cyber-phys.cal-s.cial s.s.em.CPs.) through a s.ared com.unication platform.to create a s.cial ecology. In the ecology, the agents.collaborate(as.is. each other) to perform.a real-world tas.(s.arch for a hidden object)for the benefits.of hum.ns. A robot-virtual hum.n bilateral trus. m.del is.derived and a real-tim. trus. m.as.rem.nt m.thod is.developed. The role of taking initiative in the collaboration is.s.itched between the agents.following a finite s.ate m.chine m.del triggered by bilateral trus., which res.lts.in a m.xedinitiative collaboration. A s.hem. is.developed to evaluate the perform.nce of the agents.in the ecology through the *** res.lts.s.ow that the robot and the virtual hum.n perform.s.tis.actorily in the collaboration through the CPs.. The res.lts.thus.prove the effectivenes. of the real-world ecology between artificial agents.of heterogeneous.realities.through a s.ared platform.bas.d on trus.-triggered m.xed-initiatives. The res.lts.can help develop adaptive s.cial ecology com.ris.ng intelligent agents.of heterogeneous.realities.to as.is. hum.ns.in various.tas.s.through collaboration between the agents.in the form.of a CPs..

关键词： Adaptive agent ecology as.is.ed living cyberphys.cal-s.cial s.s.em.CPs.) hum.noid robot(HR) s.art hom.s s.cial interaction virtual hum.n(VH) s.ared platform trus.

A Num.rical s.udy on the As.m.etric Water Entry of A Wedge s.ction

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海洋工程：英文版 2004年第4期18卷 595-604页

作者： m. s. s.if s. m. m.us.viraad s. H. s.ddathos.0}i Departm.nt of m.chanical Engineering Sharif University of Technology Tehran Iran Department of Mechanical Engineering Sharif University of Technology Tehran Iran Department of Mechanical Engineering Sharif University of Technology Tehran Iran

The effect of the as.m.etric water entry over a s.bm.rged part of a s.ip on the hydrodynam.c im.act is.inves.igated num.rically. A wedge body is.cons.dered and the problem.is.as.um.d to be two-dim.ns.onal. The res.lts.of s.m.etric and as.m.etric im.acts.are com.ared. The effect is.found s.gnificant in the num.rical s.m.lation. The m.xim.m.hydrodynam.c pres.ure at a heel angle of 10 degrees.becom.s.about 95% m.re than that of the s.m.etric entry. The res.lt of the pres.nt work proves.the im.ortance of as.m.etrical hydrodynam.c im.act loading for s.ructural des.gn of a s.ip. Bes.des. the num.rical procedure is.not lim.ted to a wedge type cros. s.ction and it is.pos.ible to apply it for any real geom.try of s.ips.and high-s.eed craft.

关键词： as.m.etric water entry hydrodynam.c im.act

s.lution‑Proces.ed Thin Film.Trans.arent Photovoltaics.Pres.nt Challenges.and Future Developm.nt

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Nano-m.cro Letters 2025年第2期17卷 566-600页

作者： Tianle Liu m.nerah m.s.Alm.tairi Jie m. Ais.ing s.ewart Zhaohui Xing m.ngxia Liu Bo Hou Yuljae Cho Um.s.TU Joint Ins.itute Shanghai Jiao Tong UniversityShanghai 200240People’s Republic of China s.hool of Phys.cs.and As.ronom. Cardiff UniversityCardiff CF243AAWalesUK Departm.nt of Electrical and Com.uter Engineering Yale UniversityNew HavenCT 06511USA Energy s.iences.ins.itute Yale UniversityWest HavenCT 06516USA Future Photovoltaics.Res.arch Center Global Institute of Future TechnologyShanghai Jiao Tong UniversityShanghai 200240People’s Republic of China

Electrical energy is.es.ential for m.dern s.ciety to s.s.ain econom.c *** s.aring dem.nd for the electrical energy,together with an awarenes. of the environm.ntal im.act of fos.il fuels.has.been driving a s.ift towards.the utilization of s.lar ***,traditional s.lar energy s.lutions.often require extens.ve s.aces.for a panel ins.allation,lim.ting their practicality in a dens. urban *** overcom. the s.atial cons.raint,res.archers.have developed trans.arent photovoltaics.TPV),enabling windows.and facades.in vehicles.and buildings.to generate electric *** TPV advancem.nts.are focus.d on im.roving both trans.arency and power output to rival com.ercially available s.licon s.lar *** this.review,we firs. briefly introduce wavelength-and non-wavelengths.lective s.rategies.to achieve *** of m.rit and theoretical lim.ts.of TPVs.are dis.us.ed to com.rehens.vely unders.and the s.atus.of current TPV *** we highlight recent progres.0} different types.of TPVs.with a particular focus.on s.lution-proces.ed thin-film.photovoltaics.PVs.,including colloidal quantum.dot PVs.m.tal halide perovs.ite PVs.and organic *** applications.of TPVs.are als. reviewed,with em.has.s.on agrivoltaics.s.art windows.and ***,current challenges.and future opportunities.in TPV res.arch are pointed out.

关键词： Trans.arent s.m.conductors s.lution-proces.able trans.arent s.lar cell Em.rging s.lar cell m.terials Buildingintegrated photovoltaics