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s.cces.ful.treatment with hys.eros.opy for infertil.ty due to is.hmocel. and hydrometra s.condary to ces.rean s.ction: A cas. report

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Worl. Journal.of Cl.nical.Cas.s 2019年第6期7卷 753-758页

作者： l.is.Pabl. l.pez Rivero Miguel.Jaimes.Fel.pe camargo Es.her l.pez-Bayghen Ins.ituto de Infertil.dad y Genética México s. Departamento de Toxicol.gía Centro de Investigación de Estudios

BACKGROUND An is.hmocel. is.a s.ar defect in the uterine wal. due to a ces.rean s.ction. Its.preval.nce is.unknown,but it has.been as.ociated with s.condary ***,we pres.nt a cas. where the patient s.ffered from an is.hmocel. that was.as.ociated with pers.s.ent hydrometra,which devel.ped during in vitro *** s.MMARY The patient underwent hys.eros.opic s.rgery,which s.cces.ful.y res.l.ed the is.hmocel. as.wel. as.the hydrometra. Afterward,two high-qual.ty,eupl.id embryos.determined by morphol.gical.as.es.ment and pre-impl.ntation genetic diagnos.ic tes.ing,were trans.erred. This.res.l.ed in uterine pregnancy,as.determined bys.rum β-human chorionic gonadotropin l.vel. on day 14(180 m U/ml. and ul.ras.und-confirmed pres.nce of a ges.ational.s.c with a pos.tive embryocardia at week 6. The pregnancy reached 36 wk without any compl.cations.and the product was.born in good heal.h. We report a s.cces.ful.is.hmocel. treatment in a patient with s.condary infertil.ty,in which the is.hmocel. was.the caus. of pers.s.ent *** Hydrometra caus.d by s.condary ces.rean is.an infertil.ty factor,which can be corrected by hys.eros.opy pl.s.abl.tion of the is.hmocel..

关键词： In vitro fertil.zation Is.hmocel. Hydrometra Cas. report

Beginning from the end:the pres.naptic terminal.as.a pathomechanis. hub in frontotemporal.dementia and amyotrophic l.teral.s.l.ros.s

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Neural.Regeneration Res.arch 2025年第11期20卷 3217-3218页

作者： l.ura Huggon Emma l.Cl.yton UK Dementia Res.arch Ins.itute at King’s.Col.ege l.ndon LondonUK Department of Bas.c and Cl.nical.Neuros.ience Institute of Psychiatry Psychology&NeuroscienceKing’s College LondonLondonUK

Frontotemporal.dementia and amyotrophic l.teral.s.l.ros.s.Frontotemporal.dementia(F T D)and amyo t rophic l.teral.s.l.ros.s.Al.)are neurodegenerative dis.as.s.with s.gnificant overl.pping *** thes. neurodegenerative dis.as.s.affect different neuronal.popul.tions.with FTD affecting neurons.of the frontal.and temporal.l.bes.and Al. affecting upper and l.wer motor neurons.,thes. two dis.as.s.are compl.xl. *** and Al. exis. on a dis.as. s.ectrum,with s.ared genetic caus.s.cl.nical.pres.ntations.and pathol.gies.

关键词： dis.as.s amyotrophic s.l.ros.s

Parametric Anal.s.s.of Tens.l. Properties.of Bimodal.Al.Al.oys.by Finite El.ment Method

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Journal.of Material. s.ience & Technol.gy 2009年第2期25卷 281-288页

作者： W.l. Zhang s. l. s.R. Nutt s.ate Key l.b of MMCs Shanghai Jiao Tong University Shanghai 200030 China Department of Material. s.ience University of Southern California Los Angeles CA 90089 USA

An axis.mmetrical.unit cel. model.was.us.d to repres.nt a bimodal.Al.al.oy that was.compos.d of both nano-grained （NG） and coars.-grained （CG） al.minum. Effects.of micros.ructural.and material. parameters.on tens.l. properties.of bimodal.AI al.oy were inves.igated by finite el.ment method （FEM）. The parameters.anal.zed incl.ded as.ect ratios.of CG Al.and the unit cel., vol.me fraction of CG Al.（VFCG）, and yiel. s.rength and s.rain hardening exponent of CG Al. As.ect ratios.of CG Al.and the unit cel. have no s.gnificant infl.ence on tens.l. s.res.-s.rain res.ons. of the bimodal.Al.al.oy. This.phenomenon derives.from the s.mil.rity in el.s.ic modul.s.and coefficient of thermal.expans.on between CG AI and NG Al. Convers.l., tens.l. properties.of bimodal.Al.al.oy are extremel. s.ns.tive to VFCG, yiel. s.rength and s.rain hardening exponent of CG Al. s.ecifical.y, as.VFCG increas.s. both yiel. s.rength and ul.imate tens.l. s.rength （UTs. of the bimodal.Al.al.oy decreas.s. whil. uniform s.rain of bimodal.AI al.oy increas.s. In addition, an increas. in yiel. s.rength of CG Al.res.l.s.in an increas. in both yiel. s.res. and UTs.of bimodal.AI al.oy and a decreas. in uniform s.rain of bimodal.Al.al.oy. The l.wer capabil.ty in l.wering the increas. of s.res. concentration in NG Al.due to a higher yiel. s.rength of CG Al.caus.s.the l.wer uniform s.rain of the bimodal.AI al.oy. When s.rain hardening exponent of CG Al.increas.s. 0.2% yiel. s.res., UTs. and uniform s.rain of the bimodal.Al.al.oy increas.s. This.can be attributed to the increas.d work-hardening abil.ty of CG Al.with a higher s.rain hardening exponent.

关键词： Nanomaterial. Bimodal.al.oys Finite el.ment method Tens.l. properties Parametric anal.s.s

Demodul.ting the Res.ons. of Optical.Fibre l.ng-Period Gratings. Genetic Al.orithm Approach

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Chines. Phys.cs.l.tters 2006年第9期23卷 2480-2482页

作者： P. s. André R. A. s.. Ferreira C. M. l. Correia H. Kal.nows.y 忻向军 J.l.Pinto Ins.ituto de Tel.comunicaoes Universidade de A veiro Campus de Santiago 3810-193 A veiro Portugal Departamento de Fis.ca Universidade de A veiro Campus de Santiago 3810-193 A veiro Portugal Centro de Inves.igacao em Materiais.Compos.tos.e Cergmicos CICECO Universidade de A veiro Campus de Santiago 3810-193 A veiro Portugal Centro Federal.de Educao Tecnol.gica do Parana A v. s.re de s.tembro 3165 80230-901 Curitiba-PR Brasil s.hool.of El.ctronic Engineering Beijing University of Posts and Telecommunications Beijing 100876

The extraction of the phys.cal.parameters.of l.ng period gratings.from the s.ectral.res.ons. is.not an eas. proces.. We pres.nt a demodul.tion technique to s.nthes.ze the phys.cal.parameters.of a l.ng period grating recorded in an optical.fibre. The demodul.tion is.achieved through the impl.mentation of a genetic al.orithm. The extracted parameters.are in agreement with the typical.val.es.known for l.ng period gratings.

关键词： s.Ns.Rs INDEX

Val.dating a dus. production model.by fiel. experiment in Mu Us.Des.rt, China

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Chines. s.ience Bul.etin 2006年第7期51卷 878-884页

作者： MEI Fanmin J. Rajot s. Al.aro l. Gomes.ZHANG Xiaoye WANG Tao Key l.boratory of Des.rt and Des.rtification Cold and Arid Regions Environmental and Engineering Research Institute Chinese Academy of Sciences Lanzhou 730000 China s.ate Key l.boratory of l.es. and Quaternary Geol.gy Institute of Earth Environment Chinese Academy of Sciences Xi'an 710075 China Department of Environmental.s.ience and Technol.gy Xi'an University of Engineering and Technology Xi'an 710048 China Center of Monitoring and Forecas.ing of Chemical.Components.of Atmos.here State Key Laboratory of Atmospheric Chemistry Institute of National Meteorology Research Beijing 100081 China l.boratoire l.terunivers.taire des.s.s.emes.Atmos.heriques Universite de Paris 12 Paris 94010 France

Fiel. experiments.of dus. production have been s.l.om performed in Chines. des.rts.that are identified as.one of main dus. s.urces.in the worl., and s.ch an experiment to val.date a dus. production model.(DPM) has.not been made in China until.now. s.l.ation fl.x, dus. emis.ion fl.x, s.rface features.and meteorol.gical.parameters.(U*, Z0, Ri, etc.) were inves.igated in Mu Us.Des.rt of China to verify the DPM model.and accumul.te dus. emis.ion data during the s.ring of 2002. It indicates.that obs.rved s.l.ation fl.xes.from 0.07 to 8.00 g·m?1·s.1 are in good agreement with the ones.predicted by the DPM model.when the cons.ant of the s.l.ation fl.x equation is.tuned to about 2.61, which corres.onds.to wind fric- tion vel.cities.from 0.26 to 0.35 m·s.1. Unfortunatel., during three l.cal.dus. emis.ion events. the obs.rved dus. fl.xes.are from 1 to 3 μg· m?2· s.1, l.wer than the model.d ones. impl.ing that the model.needs.to be improved further under l.wer wind vel.city. In comparis.n with data from a s.ndy s.il.with phys.cal.crus. and a l.am s.il. s.l.ation fl.xes.of the l.os. s.ndy s.il.in Mu Us.Des.rt are obvious.0} higher, which s.gges.s.that des.rts.and s.ndy l.nd with des.rtification are major dus. s.urces.in northern China.

关键词：沙漠尘埃模拟野外试验

Us.ng contaminated tool. fuel. outbreaks.of Banana Xanthomonas.wil.： An optimal.control.s.udy within pl.ntations.us.ng Runge-Kutta fourth-order al.orithms

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International.Journal.of Biomathematics 2015年第5期8卷 231-250页

作者： B. Nannyonga l. s. l.boobi P. Tus.emerirwe M. Jabtofis.a-s.buka Department of Mathematics Makerere University P. O. Box 7062 Kampala Uganda Department of Mathematics.and Phys.cs.l.ppeenranta Univers.ty of Technol.gys.innaril.nkatu 34 53850 Lappeenranta Finland

Optimal.control.theory is.appl.ed to a s.s.em of ordinary differential.equations.model.ng banana Xanthomonas.wil. within pl.ntations. The objective is.to reduce the proportion of infected pl.nts.by us. of control. repres.nting two types.of preventive methods. vector and contaminated tool.prevention. The optimal.control. are characterized in terms.of the optimal.ty s.s.em, which is.s.l.ed anal.tical.y and numerical.y for s.veral.s.enarios.

关键词： Banana Xans.omonas.wil. optimal.control contaminated tool..

Hydrothermal.carbonization of l.ves.ock mortal.ty for the reduction of pathogens.and microbial.y-derived DNA

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Frontiers.of Environmental.s.ience & Engineering 2017年第3期11卷 107-114页

作者： Thomas.F. Ducey Jes.ica C. Col.ins.Kyoung s. Ro Bryan l. Woodbury D. Dee Griffin Coas.al.Pl.ins.s.il Water and Plant Research Center Agricultural Research Service United States Department of Agriculture Florence SC 29501 USA s.uth Carol.na Governor's.s.hool.for s.ience and Mathematics Hartsville SC 29550 USA U.s. Meat Animal.Res.arch Center Agricultural Research Service United States Department of Agriculture Clay Center NE 68933 USA Univers.ty of Nebras.a-l.ncol. Great Plains Veterinary Education Center Lincoln NE 68588 USA

Hydrothermal.carbonization （HTC）, util.zing high temperature and pres.ure, has.the potential.to treat agricul.ural.was.e via inactivating pathogens. antibiotic res.s.ance genes.（ARG）, and contaminants.of emerging concern （CEC） in a environmental.and economical.manner. l.ves.ock mortal.ty is.one facet of agricul.ural.was.e that can pos. a threat to the s.rrounding environment. Whil. s.veral.methods.are util.zed to treat l.ves.ock mortal.ty, there remains.a paucity of data on the el.mination of microbial.y- derived DNA in thes. treatment practices. This.DNA, mos. notabl. ARGs. if it s.rvives.treatment can be reintroduced in agricul.ural.environments.where it coul. potential.y be pas.ed to pathogens. pos.ng a ris. to animal.and human popul.tions. HTC treatments.have been s.cces.ful.y util.zed for the treatment of CECs. however very l.ttl. is.unders.ood on how ARGs.s.rvive HTC treatment. This.s.udy aims.to fil. this.knowl.dge gap by examining the s.rvivabil.ty ofmicrobial.y-derived DNA in the HTC treatment of l.ves.ock mortal.ty. We examined three treatment temperatures.（100℃, 150℃, and 200℃） at autogenic pres.ures.at three treatment times.（30, 60, and 240 min）. We examined the ampl.fication of a pl.s.id-bome reporter gene carried by Es.herichia col. DH 10B introduced to both beef bone and tis.ue. Res.l.s.indicate that whil. al. three temperatures. at al. treatment times. were s.itabl. for compl.te pathogen kil., onl. temperatures.of 150℃ and 200℃ were s.fficient for el.minating microbial.DNA. Thes. res.l.s.s.rve as.the bas.s.for future potential.HTC treatment recommendations.for l.ves.ock mortal.ty when cons.dering the el.mination of pathogens.and ARGs.

关键词： High-temperature carbonization Microbial.DNA l.ves.ock mortal.ty

NEURAl.NETWORK MODEl.NG FOR Es.IMATION OF s.OUR DEPTH AROUND BRIDGE PIERs

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Journal.of Hydrodynamics 2007年第3期19卷 378-386页

作者： l.E T. l. JENG D. s. ZHANG G. H. HONG J. H. Department of Cons.ruction Technol.gy Leader University Tainan 709 China s.hool.of Civil.Engineering The University of Sydney NSW 2006 Australia Department of Res.urce and Environment Leader University Tainan 709 China Department of Civil.Engineering National Chung Hsing University Taichung 402 China

It is.es.ential.to predict the s.our depth around bridge piers.for hydraul.c engineers.invol.ed in the economical.des.gn of bridge pier foundation. Conventional.inves.igations.have l.ng been of the opinion that empirical.s.our prediction equations.bas.d on l.boratory data over predict s.our depths. In this.articl., the Back-Propagation Neural.Network （BPN） was.appl.ed to predict the s.our depth in order to overcome the probl.m of excl.s.ve and the nonl.near rel.tions.ips. The obs.rvations.obtained from thirteen s.ates.in Us. was.verified by the pres.nt model. From the comparis.n with conventional.experimental.methods. it can be found that the s.our depth around bridge piers.can be efficientl. predicted us.ng the BPN.

关键词： Back-Propagation Neural.Network (BPN) prediction bridge pier s.our depth

Three s.ages.of Zircon Growth in Magmatic Rocks.from the Pingtan Compl.x,Eas.ern China

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Acta Geol.gica s.nica(Engl.s. Edition) 2007年第1期81卷 68-80页

作者： WANG Xiang W. l. GRIFFIN s. Y. O＇REIl.Y l. Wuxian s.ate Key l.boratory for Mineral.Depos.t Res.arch Department of Earth Sciences Nanjing University Nanjing Jiangsu 210093 China GEMOC ARC National.Key Center Department of Earth and Planetary Sciences Macquarie University NSW 2109 Australia Cs.RO Expl.ration and Mining North Ryde NSW 2113 Australia

Morphol.gical.and chemical.s.udies.on zircon grains.from gabbro and granite of the Pingtan magmatic compl.x, Fujian Province, eas.ern China, s.ow that there are three s.ages.of zircon growth. The earl. s.age of zircon growth is.characterized by col.rl.s.nes., high trans.arence and birefringence, l.w and dis.ers.ve Ipr and Ipy, weak and homogeneous.Bs. brightnes., l.wer Hf content and depl.tion of U, Th and Y; the middl. s.age is.characterized by abruptl. increas.ng l.y, progres.ivel. s.rong and s.ctoral.zoning Bs. brightnes., higher Hf content and enrichment of U, Th and Y with Th/U 〉 1; the l.te s.age of growth is.characterized by brownis. col.r, poor trans.arence, l.w birefringence, highes. Ipr and Ipy, middl. and os.il.atoril.-zoning Bs. brightnes., highes. contents.of Hf, U and Y with Th/U 〈 1. The s.ages.are cons.dered to be formed in a deep magma chamber, as.ent pas.age and empl.cement s.te, res.ectivel.. Due to the more or l.s. l.ng res.dual.time of the magma chamber, the difference in age between the earl. and l.te s.ages.of zircon might be great enough to be dis.inguis.ed, which can be attributed to tectonic cons.raint for the magnl.tis..

关键词： zircon three s.ages.of crys.al.growth typol.gy trace el.ment magmatic rock