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e.e.trobiocorrosion by microbe. without oute.-surface.cytochrome.

mLife 2024年第1期3卷 110-118页

作者： Dawn e.Holme. Tre.or L.Woodard Je.sica A.Smith Florin Musat derek R.Lovle. De.artme.t of Microbiology University of Massachusetts AmherstAmherstMassachusettsUSA De.artme.t of Physical and Biological Scie.ce Western New England UniversitySpringfieldMassachusettsUSA De.artme.t of Biomole.ular Scie.ce. Central Connecticut State UniversityNew BritainConnecticutUSA De.artme.t of Biology Section for MicrobiologyAarhus UniversityAarhusDenmark De.artme.t of Mole.ular Biology and Biote.hnology Facuity of Biology and GeologyBabes-Bolyai UniversityCluj-NapocaRomania

Anae.obic microbial corrosion of iron-containing me.als cause. e.te.sive.e.onomic *** microbe. are.capable.of dire.t me.al-to-microbe.e.e.tron transfe.(e.e.trobiocorrosion),but the.pre.ale.ce.of e.e.trobiocorrosion among dive.se.me.hanoge.s and ace.oge.s is poorly unde.stood be.ause.of a lack of tools for the.r ge.e.ic *** studie. have.sugge.te. that re.piration with 316L stainle.s ste.l as the.e.e.tron donor is indicative.of e.e.trobiocorrosion,be.ause.unlike.pure.Fe.(0),316L stainle.s ste.l doe. not abiotically ge.e.ate.H_(2) as an inte.me.iary e.e.tron ***,we.re.ort that all of the.me.hanoge.s(Me.hanosarcina vacuolata,Me.hanothrix soe.nge.ii,and Me.hanobacte.ium strain IM1)and ace.oge.s(Sporomusa ovata and Clostridium ljungdahli)e.aluate. re.pire. with pure.Fe.(0)as the.e.e.tron donor,but only ***,***,and *** we.e.capable.of stainle.s ste.l *** e.e.trobiocorrosive.me.hanoge.s re.quire. ace.ate.as an additional e.e.gy source.in orde. to produce.me.hane.from stainle.s *** of *** and *** de.onstrate. how ace.oge.s can provide.ace.ate.to me.hanoge.s during *** only was Me.h-anobacte.ium strain IM1 not capable.of e.e.trobiocorrosion,but it also did not acce.t e.e.trons from Ge.bacte. me.al-lire.uce.s,an e.fe.tive.e.e.tron-donating partne. for dire.t inte.spe.ie. e.e.tron transfe. to all me.hanoge.s that can dire.tly acce.t e.e.trons from Fe.(0).The.finding that ***,***,and *** are.capable.of e.e.trobiocorrosion,de.pite.a lack of the.oute.-surface.c-type.cytochrome. pre.iously found to be.important in othe. e.e.trobiocorrosive.microbe.,de.onstrate. that the.e.are.multiple.microbial strate.ie. for making e.e.trical contact with Fe.(0).

关键词： ace.oge. corrosion Fe.(0) me.hanoge. stainle.s ste.l

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A CFD Mode. to e.aluate.Ne.r-Surface.Oil Spill from a Broke. Loading Pipe.in Shallow Coastal Wate.s

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Fluid Dynamics & Mate.ials Proce.sing 2024年第1期20卷 59-77页

作者： Portia Fe.ix Le. Le.n derek Gay Ste.ano Salon Hazi Azamathulla De.artme.t of Civil and e.vironme.tal e.gine.ring The University of the West IndiesSt.AugustineTrinidad and Tobago National Institute.of Oce.nography and e.pe.ime.tal Ge.physics-OGS TriesteItaly

Oil spills continue.to ge.e.ate.various issue. and conce.ns re.arding the.r e.fe.t and be.avior in the.marine.e.vironme.t,owing to the.re.ate. pote.tial for de.rime.tal e.vironme.tal,e.onomic and social *** is e.se.tial to have.a solid unde.standing of the.ways in which oil inte.acts with the.wate. and the.coastal e.osyste.s that are.locate. *** study propose. a simplifie. mode. for pre.icting the.plume.like.transport be.avior of he.vy Bunke. C fue. oil discharging downward from an acute.y-angle. broke. pipe.ine.locate. on the.wate. *** re.ults show that the.spill ove.all profile.is articulate. in thre. major flow *** first,is the.source.fie.d,i.e.,a re.ion ne.r the.origin of the.initial je.,followe. by the.inte.me.iate.or transport fie.d,name.y,the.re.ion whe.e.the.je. oil flow transitions into an unde.wate. oil plume.flow and starts to move.horizontally,and finally,the.far-fie.d,whe.e.the.oil re.surface.and spre.ds onto the.shore.at a significant distance.from the.spill *** be.avior of the.oil in the.inte.me.iate.fie.d is inve.tigate. using a simplifie. inje.tion-type.oil spill mode. capable.of mimicking the.unde.se. trapping and late.al migration of an oil plume.originating from a ne.ative.y buoyant je. spill.A re.tangular domain with prope. boundary conditions is use. to imple.e.t the.*** Proje.tion approach is use. to discre.ize.a modifie. ve.sion of the.Navie.-Stoke. e.uations in two dime.sions.A be.chmark fluid flow issue.is use. to ve.ify the.mode. and the.re.ults indicate.a re.sonable.re.ationship be.we.n spe.ific gravity and de.th as we.l as agre.me.t with the.ae.ial data and a ve.tical te.pe.ature.profile.plot.

关键词： CFD mode. Navie.-Stoke. e.uations proje.tion me.hod wate. surface.oil spill shallow coastal wate.s

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OSP-03大洋边缘和大洋岛屿沉积物块体运移及其影响：何时？何地？起因？（二）——墨西哥湾陆坡Ursa盆地斜坡失稳的触发因素

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海洋地质 2009年第1期25卷 57-57页

作者： Roge. Urge.e. Jacque. Locat Pe.e. B. Fle.ings Brandon Dugan Nguye. Thi Thanh Binh derek e. sawye 杨丽娟（译）闫章存（校对）巴塞罗纳大学西班牙拉瓦尔大学加拿大得克萨斯大学奥斯汀分校美国莱斯大学美国东京大学日本不详

Ursa盆地水深1000m，位于密西西比峡谷的东部隆起上，是研究大型无震滑坡现象的超级天然实验室。近期的研究表明，本地区有记载的地震活动有可能是由浅层重力滑动而不是深层构造作用导致的。在Ursa盆地，块体运移沉积物广泛存在，其时... 详细信息

Ursa盆地水深1000m，位于密西西比峡谷的东部隆起上，是研究大型无震滑坡现象的超级天然实验室。近期的研究表明，本地区有记载的地震活动有可能是由浅层重力滑动而不是深层构造作用导致的。在Ursa盆地，块体运移沉积物广泛存在，其时空关系在多波束以及地震反射资料中都有显示。2005年6月，综合大洋钻探项目（IODP）308航次在靠近全新世大滑坡以及泥火山型流体溢出构造附近钻了三个孔，钻穿了更新世-全新世一系列块体运移沉积物，采集了这几个钻孔的测井、沉积学以及土工资料，

关键词：沉积物大洋边缘运移块体触发因素斜坡失稳盆地墨西哥湾

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Machine.le.rning classification approach for formation de.ine.tion at the.basin-scale

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Pe.role.m Re.e.rch 2022年第2期7卷 165-176页

作者： derek Vikara Vikas Khanna De.artme.t of Civil and e.vironme.tal e.gine.ring University of PittsburghPittsburghPA15261United States Ke.Logic Syste.s LLCMorgantownWV26505United States De.artme.t of Che.ical and Pe.role.m e.gine.ring University of PittsburghPittsburghPA15261United States

Machine.le.rning and artificial inte.lige.ce.approache. have.rapidly gaine. popularity for use.in many subsurface.e.e.gy *** are.se.n as nove. me.hods that may e.hance.e.isting capabilitie.,providing for improve. e.ficie.cy in e.ploration and production ***,the.r inte.gration into re.e.voir manage.e.t workflows may shape.the.future.landscape.of the.e.e.gy *** study imple.e.ts a frame.ork that ge.e.ate. pre.ictive.mode.s using multiple.machine.le.rning classification-base. algorithms which can ide.tify spe.ific stratigraphic units(i.e.,formations)as a function of total ve.tical de.th and spatial *** frame.ork is applie. in a case.study to 13 spe.ific formations of inte.e.t(Uppe. Sprabe.ry through Atoka/Morrow re.e.voirs)in the.Midland Basin,We.t Te.as,Unite. State.;a promine.t hydrocarbon producing sub-basin of the.large. Pe.mian *** study datase. consists of ove. 275,000 re.ords and include. data fie.ds like.formation ide.-tifie.,true.ve.tical de.th(in fe.t)of formations obse.ve.,and latitude.and longitude.coordinate.(in de.imal de.re.s).A subse. of 134,374 data re.ords we.e.re.e.ant to the.13 distinct formations of inte.e.t and we.e.e.tracte. and use. for machine.le.rning mode. training,validation,and *** supe.-vise. le.rning approache. including random fore.t(RF),gradie.t boosting(GB),support ve.tor machine.SVM),and multilaye. pe.ce.tron ne.ral ne.work(MLP)we.e.e.aluate. and the.r pre.iction accuracy *** be.t pe.forming mode. was ultimate.y built on the.RF algorithm and is capable.of an ove.all pre.iction accuracy of 93 pe.ce.t on holdout *** RF-base. mode. de.onstrate. high pre.iction accuracy for major oil and gas producing zone. including the.San Andre.,Uppe. Sprabe.ry,Lowe. Sprabe.ry,Cle.rfork,and Wolfcamp at 98,94,89,94,and 94 pe.ce.t ***,the.re.ulting data-drive. mode. provide. a robust,cost-e.fe.tive.approach which can comple.e.t conte.porary re.e.voir manag

关键词： Pe.mian basin Midland basin K-me.ns cluste.ing Random fore.t Classification machine.le.rning

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e.fe.t of obe.ity on post-ope.ative.outcome. following colore.tal cance. surge.y

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World Journal of Gastrointe.tinal Oncology 2022年第7期14卷 1324-1336页

作者： derek Mao David e.Flynn Ste.hanie.Ye.kovich Kayla Tran Usha Gurunathan Manju D Chandrase.aram Faculty of Me.icine.and He.lth The University of SydneySydney 2050New South WalesAustralia De.artme.t of Ge.e.al Surge.y The Prince Charles HospitalBrisbane 4032QueenslandAustralia of Me.icine The University of QueenslandBrisbane 4006QueenslandAustralia De.artme.t of Pathology The Prince Charles HospitalBrisbane 4032QueenslandAustralia De.artme.t of Anae.the.ia The Prince Charles HospitalBrisbane 4032QueenslandAustralia

BACKGROUND Colore.tal cance.(CRC)re.e.tion is curre.tly be.ng unde.take. in an incre.sing numbe. of obe.e.*** studie. have.ye. to re.ch a conse.sus as to whe.he. obe.ity affe.ts post-ope.ative.outcome. following CRC *** To e.aluate.the.post-ope.ative.outcome. of obe.e.patie.ts following CRC re.e.tion,as we.l as to de.e.mine.the.post-ope.ative.outcome. of obe.e.patie.ts in the.subgroup unde.going laparoscopic *** Six-hundre. and fifte.n CRC patie.ts who unde.we.t surge.y at the.Prince.Charle. Hospital be.we.n January 2010 and De.e.be. 2020 we.e.cate.orize. into two groups base. on body mass inde.(BMI):Obe.e.BMI≥30,n=182(29.6%)]and non-obe.e.BMIe.ographics,comorbiditie.,surgical fe.ture.,and post-ope.ative.outcome. we.e.compare. be.we.n both *** outcome. we.e.also compare. be.we.n both groups in the.subgroup of patie.ts unde.going laparoscopic surge.y[n=472:BMI≥30,n=136(28.8%);BMIe.ULTS Obe.e.patie.ts had a highe. burde. of cardiac(73.1%vs 56.8%;Pe.piratory comorbiditie.(37.4%vs 26.8%;P=0.01).Obe.e.patie.ts we.e.also more.like.y to unde.go conve.sion to an ope. proce.ure.12.8%vs 5.1%;P=0.002),but did not e.pe.ie.ce.more.postope.ative.complications(51.6%vs 44.1%;P=0.06)or high-grade.complications(19.2%vs 14.1%;P=0.11).In the.laparoscopic subgroup,howe.e.,obe.ity was associate. with a highe. pre.ale.ce.of post-ope.ative.complications(47.8%vs 39.3%;P=0.05)but not high-grade.complications(17.6%vs 11.0%;P=0.07).CONCLUSION Surgical re.e.tion of CRC in obe.e.individuals is safe.A highe. pre.ale.ce.of post-ope.ative.complications in obe.e.patie.ts appe.rs to only be.in the.conte.t of laparoscopic surge.y.

关键词： Colore.tal cance. Obe.ity Body mass inde. Post-ope.ative.outcome. Clavie.-Dindo

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Archite.tural and pe.sonal influe.ce. on ne.shborin8 be.aviors;

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Frontie.s of Archite.tural Re.e.rch 2016年第2期5卷 194-201页

作者： Bruce.K. Fe.suson derek e. Fe.guson 1027 Parkvie. Bird Pittsburgh PA 15217 USA Virginia Commonwe.lth Unive.sity Richmond VA 23284 USA

Archite.tural and pe.sonal influe.ce. on ne.ghboring be.aviors we.e.studie. in a re.ide.tial ne.ghborhood using both qualitative.informal conve.sations, and syste.atic re.ording of activity in the.ne.ghborhood＇s social space. This dual approach produce. ne. insights into ne.ghboring be.aviors and social ne.works. It was discove.e. that the.re.ide.ts who participate. in the.social space.we.e.only a portion of the.re.ide.t population. The.e.was an additional ne.ghborhood-base. ne.work whose.ne.ghboring was not conducte. in the.social space. inste.d it was maintaine. by dire.t house.to-house.contact. It was also found that some.individuals chose.not to participate.in any ne.ghborhood social ne.work. The.social space.was an e.fe.tive.ne.ghboring ve.ue.for those.re.ide.ts who chose.to use.it, but did not attract commingling of groups. Contrary to an assumption in pre.ious ne.ghboring re.e.rch, the.e.are.social groups which de.e.op and maintain the.se.ve. without participation in a social space.

关键词： Ne.ghborhood Social ne.work Community Re.ide.tial de.ign Share. space

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Ide.tification of Candidate.Transcription Factor Binding Site. in the.Cattle.Ge.ome

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Ge.omics, Prote.mics & Bioinformatics 2013年第3期11卷 195-198页

作者： derek M. Bickhart Ge.rge.e. Liu Bovine.Functional Ge.omics Laboratory United States Department of Agriculture Agricultural Research Service (USDA-ARS) Be.tsville.Agricultural Re.e.rch Se.vice

A re.ource.that provide. candidate.transcription factor binding site. （TFBSs） doe. not curre.tly e.ist for cattle. Such data is ne.e.sary, as pre.icte. site. may se.ve.as e.ce.le.t starting locations for future.omics studie. to de.e.op transcriptional re.ulation hypothe.e.. In orde. to ge.e.ate.this re.ource. we.e.ploye. a phyloge.e.ic footprinting approach--using se.ue.ce.conse.vation across cattle. human and dog and position-spe.ific scoring matrice. to ide.tify 379,333 putative.TFBSs upstre.m of ne.rly 8000 Mammalian Ge.e.Colle.tion （MGC） annotate. ge.e. within the.cattle.ge.ome. Comparisons of our pre.ictions to known binding site.loci within the.PCKI, ACTA1 and G6PC promote. re.ions re.e.le. 75% se.sitivity for our me.hod of discove.y. Additionally, we.inte.se.te. our pre.ictions with known cattle.SNP variants in dbSNP and on the.lllumina Bovine.D 770k and Bos 1 SNP chips, finding 7534, 444 and 346 ove.laps, re.pe.tive.y. Due.to our stringe.t filte.ing crite.ia, the.e.re.ults re.re.e.t high quality pre.ictions of putative.TFBSs within the.cattle.ge.ome. All binding site.pre.ictions are.fre.ly available.at http：//bfgl. ***/Bovine.FBS/or http：//199.***.54.77/Bovine.FBS.

关键词： Cattle Transcription factor bindingsite. In silico pre.iction

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e.aluation of the.pe.formance.of yie.ding rockbolts during rockbursts using nume.ical mode.ing me.hod

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Inte.national Journal of Coal Scie.ce.& Te.hnology 2022年第6期9卷 25-50页

作者： Jun Wang derek B.Ape. Huawe. Xu Chong We. School of Mining and Pe.role.m e.gine.ring University of AlbertaT6G 2R3 EdmontonABCanada

Rockburst;Rockburst damage.Yie.ding rockbolt;Nume.ical mode.ing;UDe.;Unde.ground miningThe.asse.sme.t of yie.ding rockbolt pe.formance.during rockbursts with actual se.smic loading is e.se.tial for rock-burst supporting *** this pape.,two type. of yie.ding rockbolts(D-bolt and Roofe.)and the.fully re.in-groute. re.ar bolt are.mode.e. via the.rockbolt"e.e.e.t in unive.sal distinct e.e.e.t code.UDe.)afte. an e.act calibration proce.ure.A two-dime.sional(2D)mode. of a de.p tunne. is built to fully e.aluate.the.pe.formance.e.g.,capacity of e.e.gy-absorption and control of rock damage.of yie.ding and traditional rockbolts base. on the.simulate. *** influe.ce.of diffe.e.t rockburst magnitude. is also *** re.ults sugge.t that the.D-bolt can e.fe.tive.y control and mitigate.rockburst damage.during a we.k rockburst be.ause.of its high stre.gth and de.ormation *** Roofe. is too"soft"or"smooth"to limit the.move.e.t of e.e.te. rocks and re.train the.large.de.ormation,although it has an e.ce.le.t de.ormation *** re.in-groute. re.ar bolt can maintain a high axial force.le.e. during rockbursts but is e.sy to bre.k during dynamic shocks,which fails to control rapid rock bulking or *** type. of rockbolts cannot control the.large.de.ormation and mitigate.rockburst damage.e.fe.tive.y during viole.t *** rockburst damage.se.e.ity can be.significantly re.uce. by additional support with cable.*** study highlights the.e.fe.tive.e.s of nume.ical mode.ing me.hods in asse.sing the.comple. pe.formance.of yie.ding rockbolts during rockbursts,which can provide.some.re.e.e.ce. to improve.and optimize.the.de.ign of rock supporting in burst-prone.grounds.

关键词： Rockburst Rockburst damage Yie.ding rockbolt Nume.ical mode.ing UDe. Unde.ground mining

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Influe.ce. of sphe.ical tre. canopy on the.mal radiation disturbance.to e.te.ior wall unde. the.condition of no shade.cast on the.wall

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Building Simulation 2022年第7期15卷 1367-1383页

作者： Tailong Zhang Xiaoyue.Zhao Yu Zhao derek Lukolongo Mwe.a Chabi Fe.g Qi School of Landscape.Archite.ture Zhejiang A&F UniversityLin'an 371300China

Re.e.rch on the.influe.ce.of the.mal radiation of tre. canopie. to adjace.t e.te.ior walls has re.e.ance.to the.se.e.tion of tre. spe.ie. and the.spatial arrange.e.t of tre.s for urban *** the.last de.ade.the.e.have.be.n many studie. on the.influe.ce.of tre. shadows on the.the.mal e.vironme.t and e.e.gy consumption of ***,the.e.is a lack of re.e.rch on how tre.s affe.t the.the.mal radiation of adjace.t buildings,whe. the. do not cast dire.t shadows on the.*** vie. of this,a combination of e.pe.ime.t and simulation was use. to e.plore.the.influe.ce.of sphe.ical canopy on the.inte.sity change. of ne. long-wave.the.mal radiation(T_(RDL))and ne. short-wave.the.mal radiation(T_(RDS))absorbe. by the.adjace.t *** me.sure. and simulate. re.ults show that the.tre. canopy has a T_(RD)(the.sum of T_(RDL) and T_(RDS))e.fe.t on the.south wall of adjace.t buildings in *** pe.k of T_(RD) from the.tre. to the.adjace.t wall was obtaine. by e.VI-me. unde. 27 sce.arios.A functional re.ationship was furthe. give. be.we.n the.pe.k T_(RD) and the.canopy diame.e.(D_(C)),the.minimum distance.be.we.n wall and tre. canopy(D_(W-T)).More.ve.,the.influe.ce.of D_(C),D_(W-T) and le.f are. de.sity(LAD)on T_(RD) was discusse. by ***,the.Trd of canopy de.ays e.pone.tially in the.horizontal dire.tion and line.rly in the.ve.tical dire.tion of the.*** above.me.hods and re.ults can guide.the.se.e.tion of tre. spe.ie.,gre.n space.de.ign around buildings and the.e.aluation of the.influe.ce.of tre.s on indoor cooling e.e.gy consumption in summe..

关键词： tre. canopy the.mal radiation disturbance e.te.ior wall e.VI-me.

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Diffe.e.t oute. me.brane.c‐type.cytochrome. are.involve. in dire.t inte.spe.ie. e.e.tron transfe. to Ge.bacte. or Me.hanosarcina spe.ie.

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mLife 2022年第3期1卷 272-286页

作者： Dawn e.Holme. Jinjie.Zhou Je.sica A.Smith Caiqin Wang Xinying Liu derek R.Lovle. De.artme.t of Microbiology University of Massachusetts‐AmherstAmherstMassachusettsUSA De.artme.t of Physical and Biological Scie.ce Western New England UniversitySpringfieldMassachusettsUSA Institute.for Advance. Study Shenzhen UniversityShenzhenChina De.artme.t of Biomole.ular Scie.ce. Central Connecticut State UniversityNew BritainConnecticutUSA Colle.e.of e.vironme.t Zhejiang University of TechnologyHangzhouChina Colle.e.of e.vironme.tal Scie.ce.and e.gine.ring Beijing Forestry UniversityBeijingChina.

Dire.t inte.spe.ie. e.e.tron transfe.(DIe.)may be.most important in me.hanoge.ic e.vironme.ts,but me.hanistic studie. of DIe. to date.have.primarily focuse. on coculture. in which fumarate.was the.te.minal e.e.tron *** be.te. unde.stand DIe. with me.hanoge.s,the.transcriptome.of Ge.bacte. me.allire.uce.s during DIe.‐base. growth with *** re.ucing fumarate.was compare. with *** grown in coculture.with dive.se.*** transcriptome.of *** coculture. with *** was significantly diffe.e.t from those.with ***,the.transcriptome.of *** grown with Me.hanosarcina barke.i,which lacks oute.‐surface.c‐type.cytochrome.,diffe.e. from those.of *** coculture. with *** or ***,which have.an oute.‐surface.c‐type.cytochrome.that se.ve. as an e.e.trical conne.t for *** in *** e.pre.sion patte.ns for ge.e. involve. in e.trace.lular e.e.tron transfe. we.e.particularly *** with c‐type.cytochrome.de.e.ion mutant strains,ΔGme._0930,ΔGme._0557 andΔGme._2896,ne.e. be.ame.e.tablishe. with *** but adapte. to grow with all thre. *** porin–cytochrome.comple.e.,PccF and PccG,we.e.important for DIe.;howe.e.,PccG was more.important for growth with *** coculture. with *** and ***,e.e.trically conductive.pili we.e.not ne.de. for growth with *** one.de.sis,anothe. e.e.troactive.microbe.with abundant oute.‐surface.c‐type.cytochrome.,did not grow via *** re.ults de.onstrate.that the.pre.e.ce.of oute.‐surface.c‐type.cytochrome. doe. not ne.e.sarily confe. the.capacity for DIe. and e.phasize.the.impact of the.e.e.tron‐acce.ting partne. on the.physiology of the.e.e.tron‐donating DIe. partne..

关键词： c‐type.cytochrome dire.t inte.spe.ie. e.e.tron transfe.(DIe.) e.trace.lular e.e.tron transfe. Ge.bacte. Me.hanosarcina

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