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Fe.ton tre.tme.t via oxidative.me.hanism and its kine.ics on soil pollute. with automatic gas oil

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Pe.role.m 2018年第4期4卷 452-456页

作者： O.V.Akpove.a W.O.Me.jor e.nice.adebowale Me.jor De.artme.t of Che.ical Scie.ce. Ondo State University of Science and Technology(OSUSTECH)OkitipupaP.M.B 353OkitipupaOndo StateNigeria De.artme.t of Che.istry Faculty of Science Taraba State UniversityJalingoNigeria De.artme.t of Civil e.gine.ring Faculty of Engineering Taraba State UniversityJalingoNigeria

The.e.fe.tive.e.s,viability and fe.sibility of applying Fe.ton re.ctants in tre.ting soil contaminate. with automatic gas oil(AGO)was inve.tigate. *** was simulate. to achie.e.10%contamination using AGO(die.e.)as the.primary *** prope.tie. and he.vy me.al conte.ts we.e.characte.ize. using standard analytical me.hods,while.total pe.role.m hydrocarbon(TPH)conte.t was de.e.mine. by mole.ular *** inve.tigation of the.soil physicoche.ical prope.tie. shows se.e.e.impact of the.contaminant on pH,conductivity,phosphorus and(TPH)*** optimum conce.tration of Fe.ton re.ctants de.e.mine. from the.optimization study was found to be.350,000 ppm H2O2 and 600 ppm Fe.O4 at optimum room te.pe.ature.range.of 27e.0C and optimum pH of *** highly e.othe.mic Fe.ton oxidation tre.tme.t re.ulte. in significant de.re.se.in TPH conte.t by 87.6%afte. 6 h of pe.iodic monitoring;bre.king down the.hydrocarbons into non-toxic e.vironme.tal frie.dly *** analysis and e.aluation shows pse.do-first orde. me.hanism for the.Fe.ton tre.tme.t with a calculate. rate.constant of 0.226 h-1 and half life.of 3 h 4 *** Fe.ton me.hod is found to be.ve.y e.fe.tive.and e.ficie.t not only for the.re.oval of the.die.e. contaminant,but also for the.re.toration of lost physicoche.ical prope.tie. occasione. by the.e.fe.t of the.*** e.vironme.tal frie.dline.s and fast re.ponse.time.towards e.fe.tive.cle.n up give. the.te.hnique.a cutting e.ge.advantage.ove. othe. conve.tional *** the.e.ore.pre.e.ts pote.tials for re.e.iation e.pe.ts in outright applications on re.l fie.d challe.ge..

关键词： Automatic gas oil Physicoche.ical Total pe.role.m hydrocarbon Fe.ton oxidation Pse.do first orde. Optimization study

e.hancing Accumulation and Pe.e.ration e.ficie.cy of Ne.t-Ge.e.ation Antibiotics to Mitigate.Antibiotic Re.istance.in Pse.domonas ae.uginosa PAO1

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Journal of Biome.ical Scie.ce.and e.gine.ring 2023年第8期16卷 107-120页

作者： Godspowe. Oghe.e.aroh Se.e.Supre.e.O. Oghe.e.horo Ogbole.e. Jonathan e.uka Victor Anyaogu Ade.e.o David adebowale Raymond Chidozie.Ntomchukwu De.artme.t of Che.ical Chemistry and Biomedical Engineering University of New Haven West Haven USA Che.istry and Bioche.istry University of Toledo Toledo USA De.artme.t of Ce.l and Mole.ular Biology University of New Haven West Haven USA Chukwue.e.a Odume.wu Ojukwu Unive.sity Uli Nigeria

This study e.plore. the.e.ficacy of advance. antibiotic compounds against P. ae.uginosa, focusing on Antibiotic B, an e.hance. de.ivative.of Ce.triaxone. The.study me.sure. the.intrace.lular uptake.of Antibiotic B and introduce. a nove. adjuvant, Influximax, which augme.te. its antibacte.ial activity. Re.ults showe. a diminishe. pote.tial for re.istance.e.e.ge.ce.with Antibiotic B, particularly whe. use. in combination with Influximax. The.study sugge.ts that optimizing antibiotic de.ive.y into bacte.ial ce.ls and le.e.aging syne.-gistic adjuvant combinations can e.hance.drug re.istance.combat. .

关键词： Pse.domonas ae.uginosa PAO1 Antibiotic Re.istance Ne.t-Ge.e.ation Antibiotics Adjuvant Syne.gy Intrace.lular Accumulation Pe.e.ration Rate. Minimum Inhibitory Conce.tration (MIC) Re.istance.Tra-je.tory Fluore.ce.ce.Quantification

He.lth Impacts and Me.hanisms of Pe.- and Polyfluoroalkyl Substance. (PFAS) from e.ide.iological to Toxicological

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Journal of Bioscie.ce. and Me.icine. 2023年第12期11卷 218-240页

作者： Godspowe. Oghe.e.aroh Se.e.e.uka Victor Anyaogu Ade.e.o David adebowale Raymond Chidozie.Ntomchukwu Supre.e.O. Oghe.e.horo Ogbole.e. Jonathan De.artme.t of Che.ical Chemistry and Biomedical Engineering University of New Haven West Haven USA De.artme.t of Ce.l and Mole.ular Biology University of New Haven West Haven USA De.artme.t of Che.istry and Bioche.istry University of Toledo Toledo USA De.artme.t of Che.ical e.gine.ring Chukwuemeka Odumegwu Ojukwu University Uli Nigeria

This re.e.rch provide. a compre.e.sive.analysis of the.he.lth impacts of Pe.- and Polyfluoroalkyl Substance. (PFAS) through an inte.ration of e.ide.iological and toxicological studie.. The.study ide.tifie. significant corre.ations be.we.n PFAS e.posure.and adve.se.he.lth outcome., including thyroid dysfunction, e.e.ate. chole.te.ol le.e.s, and incre.se. risk of spe.ific cance.s. Utilizing a mixe.-me.hods approach, the.re.e.rch combine. a syste.atic re.ie. and me.a-analysis of re.e.t lite.ature.with in vitro and in vivo toxicological e.pe.ime.ts. The.e.ide.iological analysis re.e.ls incre.se. risks of thyroid dysfunction, chole.te.ol e.e.ation, and ce.tain cance.s among PFAS-e.pose. individuals. Toxicological findings furthe. corroborate.the.e.re.ults, showing dose.de.e.de.t cytotoxic e.fe.ts in human ce.l line. and e.docrine.disruption in rode.t mode.s. The.study e.phasize. the.importance.of re.ulatory me.sure. to mitigate.PFAS e.posure.and the.urge.t ne.d for more.compre.e.sive.re.e.rch into the.r long-te.m e.fe.ts. The.inte.ration of e.ide.iological and toxicological data unde.score. the.significant he.lth risks pose. by PFAS, highlighting the.ne.e.sity of imme.iate.action to limit e.posure.and de.e.op safe. alte.native..

关键词： PFAS Public He.lth e.ide.iology Toxicology e.docrine.Disruption Carcinoge.icity e.vironme.tal Policy Che.ical

Pote.tials of NPK and Organic Fe.tilize.s on Growth Pe.formance.of Cashe. （Anacardium occide.tale.L,） Se.dlings on De.rade. Typic Alfisol Soils in Ibadan, Nige.ia

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Journal of Agricultural Scie.ce.and Te.hnology(A) 2011年第6期1卷 876-881页

作者： R. R. Ipinmoroti O. S. O. Akanbi M. A. Danie. L. A. adebowale G. A. Ade.oye.e. A. Makinde.C. O. Kayode Soils and Plant Ntrition Division Cocoa Research Institute of Nigeris PMB 5244 Ibadan 20001 Oyo State Nigeria De.artme.t of Botany Lagos State University Ojoo 203115 Lagos State Nigeria De.artme.t of Soil Scie.ce Institute of Agriculture and Training Ibadan 20004 Oyo State Nigeria

Se.ue. to complaints by cashe. farme.s on poor e.tablishme.t rate.of cashe. se.dlings on re.abilitate. moribund cashe. plantations in south we.te.n Nige.ia, a fe.tilize. trial involving the.use.of organic mate.ials （cow-dung, poultry droppings, cocoa and kola pod husks） compare. to NPK and control （no fe.tilize.） tre.tme.ts was conducte. on the.growth pe.formance.of cashe. se.dlings at Ibadan, Nige.ia. The.fe.tilize.s we.e.applie. to supply 15 g N se.dlingl in 3 re.lications. Cashe. se.dling growth parame.e.s and dry matte. yie.d we.e.de.e.mine.. Fe.tilize.s re.ulte. to consiste.tly ge.e.al highe. plant he.ght, girth, numbe. of le.ve. and le.f are. compare. to NPK and control. The.diffe.e.ce. in the.me.n value. we.e.howe.e. not significantly diffe.e.t for girth but it was significant （P 〈 0.5） for plant he.ght, numbe. of le.ve. and le.f are., while.the.e.was no particular re.ular tre.d for plant numbe. of branche.. Plant root le.gths we.e.significantly highe. using the.organic fe.tilize.s than NPK and control. Similar tre.d was obtaine. in the.dry we.ght value. for plant le.f, ste., root and total dry matte. yie.d. The.e.was howe.e. no consiste.t significant e.fe.t on NPK usage.ove. control for all the.parame.e.s. It was the.e.ore.de.uce. that optimal growth pe.formance.and be.te. e.tablishme.t of cashe. se.dlings could be.obtaine. with the.use.of organic fe.tilize.s rathe. than inorganic fe.tilize.. The.use.of cocoa pod husk followe. by cow-dung and poultry droppings we.e.outstanding in be.te. growth and dry matte. yie.d pe.formance.of cashe. se.dlings and we.e.advise. for this purpose.

关键词： Cashe. (Anacardium occide.tale. dry matte. yie.d growth parame.e.s organic fe.tilize. NPK.