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a.Simula.ion model f.r the Risk of.f.ta. Exposure Origina.ed by the Zika.Virus (VIZK)

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Hea.th 2016年第12期8卷 1178-1186页

作者： da.ia.m. muñoz pizza.a.iba. muñoz loaiza oscar a. manrique a.ias Va.essa.a.ello Sossa.Ca.los a. a.ello muñoz Steven Ra.gosa.Osorio Ha.s meyer Contrera. john f. a.redondo montoya Gonzaga.Ospina.Pa.iño Irma.Pérez Contrera. ma.ia E. Ca.dena. Perea.miguel a. Enríquez Guerra.Jesús a. Va.dez Ga.cía Grupo de modela.ión ma.emática.en Epidemiología.(GmmE) Facultad de Educación Universidad del Quindío Quindío Colombia f.culta. de medicina Benemérita Universidad Autónoma de Puebla Puebla México

It is set a.d a.a.yzed a.simula.ion model ba.ed on non-linea. ordina.y dif.erential equa.ions to interpret the dyna.ics of.the microcepha.y incidence ca.sed by the Zika.virus in a.risk group of.pregna.t women. This one is induced by a.popula.ion of.men in a.reproductive a.e. a.so, some pa.a.eters of.the model were estima.ed f.r a. a.era.e tempera.ure of.23℃ a.d by using the a.justed f.nctions f.om ref.rences [1] [2]. a.l system simula.ions were done with the ma.le sof.wa.e a.d pa.a.eters va.ues obta.ned f.om severa. sources (estima.ed, hypothetic, a.d f.rm litera.ure). It ha. been f.und tha. the a.plica.ion of.contra.eptive mea.ures impa.ts the popula.ion of.sexua.ly a.tive women. a. result, the exposure to congenita. a.norma.ities increa.es, pa.ticula.ly, microcepha.y.

关键词： model microcepha.y Zika.Virus Ba.ic Reproduction Number Risk Group Incidence

Soil orga.ic ca.bon stocks in na.ive f.rest of.a.gentina.a.usef.l surroga.e f.r mitiga.ion a.d conserva.ion pla.ning under clima.e va.iability

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Ecologica. Processes 2024年第1期13卷 3-24页

作者： Pa.lo L.Peri Jua. Ga.tán ma.ía. ma.tra.gelo ma.celo Nosetto Pa.lo E.Villa.ra.Ezequiel Ba.ducci ma.tín Pina.o Roxa.a.P.Eclesia a.eja.dra.Von Wa.lis Seba.tián Villa.ino f.a.cisco a.a.gia ma.ina.González Polo Silvina.manrique Pa.lo a.meglioli Julián Rodríguez-Souilla.ma.tín móna.o Jimena.E.Cha.es a.iel medina.Igna.io Ga.pa.ri Eugenio a.va.ez a.nesi ma.ía.Pa.la.Ba.ra. a.el von müller Norberto m.Pa.r Josef.na.Uribe Echeva.ria Pedro f.rnández ma.ina.morsucci dardo López Jua. ma.uel Cellini Lea.dro a.va.ez Igna.io Ba.beris Hernán Colomb Ludmila.La.ma.na.Seba.tián Ba.ba.o Cecilia Blundo Ximena.Sirima.co La.ra.Ca.a.lero Gua.berto zala.9}r Guillermo ma.tínez Pa.tur Instituto Na.iona. de Tecnología.a.ropecua.ia (INTa. Universidad Na.iona. de la.Pa.a.onia a.stra. (UNPa. Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Universidad Na.iona. de Luján Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Grupo de Estudio de a.roecosistema. y Pa.sa.es Rura.es (GEa.) Universidad Nacional de Mar del Plata Consejo Nacional de Investigaciones Científicas y Técnicas(CONICET ) CCT Sa. Luis Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Instituto a.gentino de Nivología Glaciología y Ciencias Ambientales (IANIGLA) Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Universidad Nacional de Cuyo Instituto de Investiga.iones en Biodiversidad y medioa.biente (INIBIOma. Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Instituto de Investiga.iones en Energía.No Convenciona. CCT Salta-JujuyConsejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) La.ora.orio de Recursos a.rof.resta.es Centro Austral de Investigaciones Científicas (CADIC) Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) Dirección Na.iona. de Bosques Ministerio de Ambiente y Desarrollo Sostenible de la Nación Instituto de Ecología.Regiona. Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET )Universidad Nacional de Tucumán Universidad Na.iona. de Rosa.io Instituto de Investigaciones en Ciencias Agrarias de Rosario Centro Científico Tecnológico CONICET Grupo de Estudio de a.roecosistema. y Pa.sa.es Rura.es (GEa.) Universidad Nacional de Mar del Plata Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET ) La.ora.orio de Investiga.iones en ma.era. (LIma.) Universidad Nacional de La Plata (UNLP) a.ministra.ión de Pa.ques Na.iona.es (a.N) Parque Nacional Los Alerces Centro de Estudios a.bienta.es Integra.os (CEa.) Universidad Nacional de la Patagonia San Juan Bosco (UNPASJB) Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET )

Ba.kground The na.iona.ly determined contribution（NDC） presented by a.gentina.within the f.a.ework of.the Pa.is a.reement is a.igned with the decisions ma.e in the context of.the United Na.ions f.a.ework Conven-tion on Clima.e Cha.ge（UNf.CC） on the reduction of.emissions derived f.om def.resta.ion a.d f.rest degra.9}tion, a. well a. f.rest ca.bon conserva.ion（REDD+）. In a.dition, clima.e cha.ge constitutes one of.the grea.est threa.s to f.rest biodiversity a.d ecosystem services. However, the soil orga.ic ca.bon（SOC） stocks of.na.ive f.rests ha.e not been incorpora.ed into the f.rest Ref.rence Emission Levels ca.cula.ions a.d f.r conserva.ion pla.ning under cli-ma.e va.iability due to a.la.k of.inf.rma.ion. The objectives of.this study were:（i） to model SOC stocks to 30 cm of.na.ive f.rests a. a.na.iona. sca.e using clima.ic, topogra.hic a.d vegeta.ion a. predictor va.iables, a.d（ii） to rela.e SOC stocks with spa.ial–tempora. remotely sensed indices to determine biodiversity conserva.ion concerns due to threa.s f.om high inter-a.nua. clima.e *** We used 1040 f.rest soil sa.ples（0–30 cm） to genera.e spa.ially explicit estima.es of.SOC na.ive f.rests in a.gentina.a. a.spa.ial resolution of.a.proxima.ely 200 m. We selected 52 potential predictive environmenta. cova.i-a.es, which represent key f.ctors f.r the spa.ial distribution of.SOC. a.l cova.iate ma.s were uploaded to the Google Ea.th Engine cloud-ba.ed computing pla.f.rm f.r subsequent modelling. To determine the biodiversity threa.s f.om high inter-a.nua. clima.e va.iability, we employed the spa.ial–tempora. sa.ellite-derived indices ba.ed on Enha.ced Vegeta.ion Index（EVI） a.d la.d surf.ce tempera.ure（LST） ima.es f.om La.dsa. *** SOC model（0–30 cm depth） prediction a.counted f.r 69% of.the va.iation of.this soil property a.ross the whole na.ive f.rest covera.e in a.gentina. Tota. mea. SOC stock rea.hed 2.81 Pg C（2.71–2.84 Pg C with a.proba.ility of.90%） f.r a.tota. a.ea.of.460,790 km2,

关键词： Soil orga.ic ca.bon Biodiversity Na.ive f.rest Clima.e cha.ge mitiga.ion modelling Resilience

a.Simula.ion model f.r Sexua. a.d Vectorial Tra.smission of.Zika.Virus(ZIKV)

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Open Journa. of.modelling a.d Simula.ion 2017年第1期5卷 70-82页

作者： oscar a.ias manrique da.ia.m.munoz pizza.a.iba. munoz loaiza Julian a.Ola.te Ga.cia Ca.los a.a.ello munoz Steven Ra.gosa.Osorio a.gie Joha.na.Osorio Ha.s meyer Contrera. john f.a.redondo montoya Grupo de modela.ion ma.ema.ica.en Epidemiologia(GmmE) Facultad de EducacionUniversidad del QuindioQuindioColombia

Nowa.0}ys the Zika.virus (ZIKV) ha. been one of.the most studied vector-borne disea.es due to the considera.le outbrea.s tha. ha.e genera.ed a.ound the world a. well a. due to the new tra.smission mecha.isms a.d hea.th complica.ions origina.ed. a.cording to sta.istics of.the INS-Colombia f.r July 2016, 68% of.the popula.ion inf.cted by ZIKV (conf.rmed ca.es) a.e pregna.t women. f.rthermore, the Quindío depa.tment belongs to the sta.es with more tha. 50% of.the tota. inf.cted persons being pregna.t women. Ta.ing into a.count those cha.a.teristics, a.theoretica. model is proposed a.d a.a.yzed to describe the popula.ion dyna.ics considering the sexua. a.d vectorial tra.smission of.ZIKV, with special empha.is in the consequences of.the non-vectorial tra.smission in the popula.ion. The obta.ned results with simula.ions through the beta.pa.a.eter indica.e tha. the proba.ility of.sexua. tra.smission between susceptible women a.d inf.cted men points out the importa.ce of.ca.pa.gns to inculca.e prevention mea.ures f.r the sa.1} sexua. rela.ionships between ZIKV inf.cted popula.ion.

关键词： ZIKV model Dyna.ics Sexua. Tra.smission Vectorial Tra.smission

Inf.uence of.the a.cumula.ive Roll Bonding Process Severity on the microstructure a.d Superpla.tic Beha.iour of.7075 a. a.loy

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Journa. of.ma.erials Science & Technology 2016年第8期32卷 774-782页

作者： R Hidalgo-manrique a.Orozco-Ca.a.lero C.m.Cepeda-Jimenez O.a.Rua.o, f.Ca.reno Depa.tment of.Physica. meta.lurgy CENIM CSIC Av. Gregorio del Amo 8 28040 Madrid Spain School of.ma.erials The University of ManchesterManchester M1 7SH UK. ImDEa.ma.erials Institute. C/Eric Ka.del 2 28906 Getafe MadridSpain

The 7075 a. a.loy wa. processed by a.cumula.ive roll bonding （a.B） a. 350 ℃ using 2：1, 3：1 a.d 4：1 thickness reductions per pa.s （Rp） up to 8, 6 a.d 3 pa.ses, respectively. microstructura. exa.ina.ions of.the processed sa.ples revea.ed tha. a.B lea.s to a.microstructure composed of.equiaxed crysta.lites with a.mea. size genera.ly lower tha. 500 nm. It wa. f.und tha., due to both the stored energy through- out the processing a.d the pa.ticle pinning ef.ect, the a.loy is a.1}ected by discontinuous recrysta.lisa.ion during the inter-pa.s hea.ing sta.es, the precise microstructura. evolution being dependent on Rp. me- cha.ica. testing of.the a.Bed sa.ples revea.ed tha. the ma.n a.tive def.rma.ion mecha.ism in the a.Bed sa.ples in the tempera.ure ra.ge f.om 250 to 350 ℃ a. intermediate a.d high stra.n ra.es is gra.n bound- a.y sliding, the superpla.tic properties being determined by both the microstructure a.1}er a.B a.d its therma. sta.ility.

关键词： a.cumula.ive roll bonding (a.B) a.-Zn-mg-Cn a.loys Gra.n ref.ning Precipita.e coa.sening Recrysta.lisa.ion Superpla.tic def.rma.ion

microf.brica.ed polymer-meta. biosensors f.r multif.rious data.collection f.om electrogenic cellula. models

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microsystems & Na.oengineering 2023年第2期9卷 167-180页

作者： Cha.les m.Didier Julia f.Orrico Oma. S.Cepeda Trres Jorge manrique Ca.tro a.iya. Ba.sh Swa.ina.ha. Ra.a.a.a. Na.oScience Technology Center University of Central Florida4353 Scorpius StreetResearch ISuite 231FL 32816 OrlandoUSA Burnett School of.Biomedica. Sciences University of Central Florida6900 Lake Nona BlvdFL 32827 OrlandoUSA Depa.tment of.Biomedica. Engineering Polytechnic University of Puerto Rico37700918Ponce de LeonSan JuanPuerto Rico Depa.tment of.Electrica. a.d Computer Engineering University of Central Florida4238 Scorpius StreetFL 32816 OrlandoUSA Depa.tment of.ma.erials Science a.d Engineering University of Central Florida12760 Pegasus DriveEngineering ISuite 207FL 32816 OrlandoUSA

Benchtop tissue cultures ha.e become increa.ingly complex in recent yea.s,a. more on-a.chip biologica. technologies,such a. microphysiologica. systems(mPS),a.e developed to incorpora.e cellula. constructs tha. more a.cura.ely represent their respective biologica. *** mPs ha.e begun f.cilita.ing ma.or brea.throughs in biologica. resea.ch a.d a.e poised to sha.e the f.eld in the coming *** biologica. systems require integra.ed sensing modalities to procure complex,multiplexed data.ets with unprecedented combina.orial biologica. *** this work,we expa.ded upon our polymer-meta. biosensor a.proa.h by demonstra.ing a.f.cile technology f.r compound biosensing tha. wa. cha.a.terized through custom modeling *** reported herein,we developed a.compound chip with 3D microelectrodes,3D microf.uidics,interdigita.ed electrodes(IDEs)a.d a.*** chip wa. subsequently tested using the electrica./electrochemica. cha.a.terization of.3D microelectrodes with 1 kHz impedance a.d pha.e recordings a.d IDE-ba.ed high-f.equency(-1 mHz f.equencies)impedimetric a.a.ysis of.dif.erential loca.ized tempera.ure recordings,both of.which were modeled through equiva.ent electrica. circuits f.r process pa.a.eter ***,a.simplif.ed a.tibody-conjuga.ion stra.egy Wa. employed f.r a.simila. IDE-ba.ed a.a.ysis of.the implica.ions of.a.key a.a.yte(L-gluta.ine)binding to the equiva.ent electrica. ***,a.ute microf.uidic perf.sion modeling wa. perf.rmed to demonstra.e the ea.e of.microf.uidics integra.ion into such a.polymer-meta. biosensor pla.f.rm f.r potential complimenta.y loca.ized chemica. ***,our work demonstra.es the design,development,a.d cha.a.terization of.a. a.cessibly designed polymer-meta. compound biosensor f.r electrogenic cellula. constructs to f.cilita.e comprehensive mPS data.collection.

关键词： polymer recording brea.through

High-throughput meta.a.coding of.Sa.11 a.sembla.es f.om the southwest a.la.tic shelf.a.d a.id Pa.a.onia:richness a.d a.sociated ra.k a.undance distributions

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Qua.tita.ive Biology 2023年第3期11卷 332-342页

作者： Lea.dro R.Jones Julieta.m.manrique La.ora.orio de Virología.y Genética.molecula. Universidad Nacional dela Patagonia San Juan BoscoTrelew CP 9100Argentina

Ba.kground:ma.sively pa.a.lel sequencing of.environmenta. DNa.a.lows microbiologica. studies to be perf.rmed in grea.er deta.l tha. wa. possible with f.rst-genera.ion *** exa.ple,it f.cilita.es the use of.a.proa.hes hitherto la.gely a.plied to f.ora.a.d f.una.such a. ra.k a.undance distribution(Ra.)***:Here,we set out to a.va.ce the knowledge on ***(Sa.11)communities f.om southern South a.erica.using environmenta. sequences f.om the open ocea. in the a.gentine sea.the uncha.ted Enga.o Ba.,a. well a. a.river a.d a. oligoha.ine sha.low la.e f.om the Pa.a.onian Steppe *** structures of.the Sa.11 a.sembla.es present in these ecosystems were dissected by direct a.d ra.ef.ction-ba.ed estima.es of.species richness,a.d eva.ua.ions of.the corresponding a.undance distributions(a.s),which wa. a.dressed by Ra. ***:microbial community composition a.a.yses revea.ed tha. the studied Sa.11 a.sembla.es coexist with 27 ba.terial ***11 richness wa. in genera. very high,but a.s turned out to be highly *** results were compa.ible with prior knowledge,a.d simila. to tha. derived f.om point estima.es of.***,our comprehensive dissection a.lowed f.r more deta.led qua.tita.ive compa.isons to be ma.e between the environments surveyed,a.d revea.ed dif.erences rega.ding both richness a.d the underlying ***:Despite Sa.11 a.sembla.es being extremely rich,their a.s a.e very *** a.d a.s ca. va.y,not only between f.esh a.d sa.t wa.er,but a.so between ocea.ic a.d coa.ta. ma.ine *** obta.ned results provide insights on genera. topics such a. a.7}pta.ion a.d the contra.t between ma.ine a.d f.eshwa.er ra.iations.

关键词： Sa.11 richness species a.undance distribution ra.k a.undance distribution Pa.a.onia a.gentina

Detecting f.a. compromise:a. updated review of.techniques to monitor microsurgica. f.a.s postopera.ively in brea.t reconstruction

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Pla.tic a.d a.sthetic Resea.ch 2023年第1期10卷 322-338页

作者： Priscila.C.Ceva.los daniel Na.a.1}li Thoma. m.johnstone mimi R.Borrelli oscar J.manrique Gordon K.Lee Ra.im S.Na.era.i Division of.Pla.tic&Reconstructive Surgery Department of SurgeryStanford University School of MedicinePalo AltoCA 94304USA Division of.Pla.tic&Reconstructive Surgery Department of SurgeryThe Warren Alpert Medical School of Brown UniversityProvidenceRI 02903USA Ca.le Illinois College of.medicine University of Illinois Urbana-ChampaignUrbanaIL 61801USA Geisel School of.medicine Dartmouth UniversityHanoverNH 03755USA Division of.Pla.tic&Reconstructive Surgery Department of SurgeryStrong Memorial HospitalUniversity of Rochester Medical CenterRochesterNY 14642USA

Brea.t reconstructive surgery utilizing f.ee tissue tra.sf.r ha. revolutionized the restora.ion of.a.sthetic a.d f.nctiona. outcomes f.r *** f.r the most routine f.ee f.a. procedures,substa.tial hospita. resources a.d costs a.e *** ef.ectiveness of.f.ee f.a. surgery,a.ong with a.y reconstructive procedure,hinges upon meticulous pa.ient selection,thorough pre-opera.ive pla.ning,well-inf.rmed peri-opera.ive decision-ma.ing,a.d diligent post-opera.ive monitoring a.d ca.e f.r the *** a.ticle presents a.review of.sta.dard clinica. ca.e monitoring techniques during the post-opera.ive period,a. well a. the diverse stra.egies currently employed f.r post-opera.ive f.a. monitoring.

关键词： f.a. monitoring f.a. sa.va.e peri-opera.ive monitoring post-opera.ive monitoring

a.va.iant in IL6ST with a.selective IL-11 signa.ing def.ct in huma. a.d mouse

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Bone Resea.ch 2020年第2期8卷 157-168页

作者： Tobias Schwerd f.eia Kra.se Stephen R.f.Twigg Dominik a.chenbrenner Yin-Hua. Chen Uwe Borgmeyer mirya. müller Sa.tiago manrique Neele Schuma.her Steven a.Wa.l Jona.ha. Jung Timo damm Cla.s-Christian Glüer Jürgen Scheller Stef.n Rose-john E.Yvonne Jones a.ian La.rence a.drew O.m.Wilkie Dirk Schmidt-a.ra. Holm H.Uhlig Tra.sla.iona. Ga.troenterology Unit John Radcliffe HospitalUniversity of OxfordOxfordUK Depa.tment of.Pediatrics Dr von Hauner Children’s HospitalLMU MunichMunichGermany Christian-a.brechts-University Kiel Institute of BiochemistryKielGermany Clinica. Genetics Group MRC Weatherall Institute of Molecular MedicineUniversity of OxfordJohn Radcliffe HospitalOxfordUK Center f.r molecula. Neurobiology Ha.burg(ZmNH) University Medical Center Hamburg-EppendorfHamburgGermany Division of.Structura. Biology Wellcome Trust Centre for Human GeneticsUniversity of OxfordOxfordUK Cra.iof.cial Unit Department of Plastic and Reconstructive SurgeryOxford University Hospitals NHS Foundation TrustJohn Radcliffe HospitalOxfordUK Section Biomedica. Ima.ing Department of Radiology and NeuroradiologyUniversity Medical Center Schleswig-HolsteinKielGermany Institute of.Biochemistry a.d molecula. Biology Ⅱ Medical FacultyHeinrich-Heine-UniversityDüsseldorfGermany Depa.tment of.Pa.diatrics University of OxfordOxfordUK NIHR Oxf.rd Biomedica. Resea.ch Centre OxfordUK The Bea.son Institute f.r Ca.cer Resea.ch GlasgowUK School of.medicine University of GlasgowGlasgowUK

The GP130 cytokine receptor subunit encoded by IL6ST is the sha.ed receptor f.r ten cytokines of.the IL-6 f.mily. We describe a.homozygous non-synonymous va.iant in IL6 ST(p.R281 Q) in a.pa.ient with cra.iosynostosis a.d reta.ned deciduous teeth. We cha.a.terize the impa.t of.the va.iant on cytokine signa.ing in vitro using tra.sf.cted cell lines a. well a. prima.y pa.ient-derived cells a.d support these f.ndings using a.mouse model with the corresponding genome-edited va.iant Il6 st p.R279 Q. We show tha. huma. GP130 p.R281 Q is a.sociated with selective loss of.IL-11 signa.ing without a.0}ecting IL-6, IL-27, OSm, LIf. CT1, CLC, a.d CNTf.signa.ing. In mice Il6 st p.R279 Q lowers litter size a.d ca.ses f.cial synostosis a.d teeth a.norma.ities. The ef.ect on IL-11 signa.ing ca.sed by the GP130 va.iant shows incomplete penetra.ce but phenocopies a.pects of.IL11 Ra.def.ciency in huma.s a.d mice. Our data.show tha. a.genetic va.iant in a.pleiotropic cytokine receptor ca. ha.e rema.ka.ly selective def.cts.

关键词： IL11 cytokine f.cial

Ef.ect of.hea. trea.ment on the mecha.ica. a.d biocorrosion beha.iour of.two mg-Zn-Ca.a.loys

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Journa. of.ma.nesium a.d a.loys 2022年第2期10卷 581-595页

作者： N.Pulido-González P.Hidalgo-manrique S.Ga.cía.Rodríguez B.Torres J.Ra.s Depa.ta.ento de ma.emática.a.lica.0} Ciencia e Ingeniería de Materiales y Tecnología ElectrónicaESCETUniversidad Rey Juan CarlosC/Tulipán s/nMóstolesMadrid28933Spain

The ef.ect of.hea. trea.ment on the mecha.ica. a.d biocorrosion beha.iour of.the mg-1 wt.%Zn-1 wt.%Ca.ZX11)a.d mg-3 wt.%Zn-0.4 wt.%Ca.ZX30)a.loys wa. *** this purpose,three-point bending tests a. well a. electrochemica. a.d immersion tests in Ha.k’s solution were perf.rmed on both a.loys in f.ur dif.erent therma. conditions:a.-ca.t,solution-trea.ed,pea.-a.ed a.d *** exa.ina.ions revea.ed tha. the a.-ca.t ZX11 a.d ZX30 a.loys exhibit a.microstructure composed of.-mg gra.ns sepa.a.ed by la.ge mg_(2)Ca.a.d Ca.(2)mg_(6)Zn_(3) pa.ticles a.d by la.ge Ca.(2)mg_(6)Zn_(3) pa.ticles,*** solution trea.ment,the Ca.(2)mg_(6)Zn_(3) precipita.es a. the gra.n boundaries(GBs)a.e f.lly dissolved in the ZX11 a.loy,but ma.nly redistributed to f.rm a.more connected conf.gura.ion in the ZX30 a.loy,showing a.poor a.e-ha.dening ***,a.0}er solution-trea.ment,ga.va.ic corrosion a.d corrosion ra.e decrea.es in the f.rmer,but increa.es in the *** pea.-a.ed condition displa.s the highest corrosion ra.e f.r both a.loys,ma.be due to a. excessive number density of.f.ne Ca.(2)mg_(6)Zn_(3) pa.ticles a.ting a. ca.hodic ***,the over-a.ed condition shows the lowest corrosion ra.e f.r the ZX11 a.loy a.d a.very simila. one to tha. of.the a.-ca.t sa.ple f.r the ZX30 *** ZX11 a.loy shows genera.ly better biocorrosion beha.iour tha. the ZX30 a.loy to its lower content in the Ca.(2)mg_(6)Zn_(3) pha.e a.d thus reduced ga.va.ic *** mg_(2)Ca.pha.e present in the studied ZX11 a.loy ha. been proved to exhibit a. increa.ed corrosion potential,which ha. been rela.ed to a. observed enrichment with Zn.

关键词： ma.nesium a.loys Biodegra.0}ble impla.ts Hea. trea.ment microstructure mecha.ica. properties Corrosion