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Development of multiple soft computing models for estimating organic and inorganic constituents in coal

International journal of Mining Science and Technology 2021年第3期31卷 483-494页

作者： M.Onifade A.I.Lawal j.abdulsalam B.Genc S.Bada K.O.Said A.R.Gbadamosi Department of Mining and Metallurgical Engineering University of NamibiaWindhoekNamibia Department of Mining Engineering Federal University of TechnologyAkureNigeria DSI/NRF Clean Coal Technology Research Group Faculty of Engineering and the Built EnvironmentUniversity of the Witwatersrand2050 JohannesburgSouth Africa The School of Mining Engineering University of the Witwatersrand2050 JohannesburgSouth Africa Mining and Mineral Processing Engineering Department Taita Taveta UniversityVoiKenya School of Mining Metallurgy and Chemical EngineeringUniversity of Johannesburg2006 JohannesburgSouth Africa

The distribution of the various organic and inorganic constituents and their influences on the combustion of coal has been comprehensively ***,the combustion characteristics of pulverized coal depend not only on rank but also on the composition,distribution,and combination of the *** the proximate and ultimate analyses,determining the macerals in coal involves the use of sophisticated microscopic instrumentation and *** this study,an attempt was made to predict the amount of macerals(vitrinite,inertinite,and liptinite)and total mineral matter from the Witbank Coalfields samples using the multiple input single output white-box artificial neural network(MISOWB-ANN),gene expression programming(GEP),multiple linear regression(MLR),and multiple nonlinear regression(MNLR).The predictive models obtained from the multiple soft computing models adopted are contrasted with one another using difference,efficiency,and composite statistical indicators to examine the appropriateness of the *** MISOWB-ANN provides a more reliable predictive model than the other three models with the lowest difference and highest efficiency and composite statistical indicators.

关键词： Multiple soft computing models Coal Organic and inorganic constituents

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Molecular diagnosis and direct quantification of cereal cyst nematode(Heterodera filipjevi) from field soil using TaqMan real-time PCR

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journal of Integrative Agriculture 2023年第8期22卷 2591-2601页

作者： jIAN jin-zhuo HUANG Wen-kun KONG Ling-an jIAN Heng Sulaiman abdulsalam PENG De-liang PENG Huan State Key Laboratory for Biology of Plant Diseases and Insect Pests Institute of Plant ProtectionChinese Academy of Agricultural SciencesBeijing 100193P.R.China Key Laboratory of Plant Pathology of Ministry of Agriculture and Rural Affairs College of Plant ProtectionChina Agricultural UniversityBeijing100193P.R.China Division of Agricultural Colleges/Department of Crop Protection Ahmadu Bello UniversityZaria 810107Nigeria

Heterodera filipjevi continues to be a major threat to wheat production *** detection and quantification of cyst nematodes are essential for more effective control against this nematode *** the present study,a TaqManminor groove binder(TaqMan-MGB)probe-based fluorescence quantitative real-time PCR(qPCR)was successfully developed and used for quantifying *** from DNA extracts of *** primers and probe designed from the obtained RAPD-SCAR marker fragments of *** showed high specificity to *** using DNA from isolatesconfirmed species of 23 Heterodera spp.,1 Globodera *** 3 Pratylenchus *** qPCR assay is highly sensitive and provides improved *** detection sensitivity of as low as 4^(-3) single second-stage juvenile(j2)DNAs,10^(-3) female DNAs,and 0.01μgμL^(-1) genomic DNAs.A standard curve relating to the threshold cycle and log values of nematode numbers was generated and validated from artificially infested soils and was used to quantify *** in naturally infested field *** was a high correlation between the *** numbers estimated from 32 naturally infested field soils by both conventional methods and the numbers quantified using the qPCR *** potentially provides a useful platform for the efficient detection and quantification of *** directly from field soils and to quantify this species directly from DNA extracts of field soils.

关键词： cereal cyst nematode Heterodera filipjevi molecular diagnosis quantification TaqMan real-time PCR

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细胞内氯化物通道4异常表达可导致肺动脉高压患者内皮功能紊乱

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中华高血压杂志 2014年第5期22卷 424-424页

作者：刘莉叶鹏 Wojciak-Stothard B abdulsalam VB Lao KH Tsang H Irwin DC Lisk C Loomis Z Stenmark KR Edwards jC Yuspa SH Howard LS Edwards Rj Rhodes Cj Gibbs jS Wharton j Zhao L Wilkins MR

细胞内氯化物通道4（chloride intracellular chan-nel4，CLIC4）在肺动脉高压（pulmonaryarterialhy-pertension，PAH）患者重塑的肺血管内皮和丛状病灶中高度表达。CLIC4通过形成内皮管腔调节血管生成，其异常表达可导致PAH患者肺血... 详细信息

细胞内氯化物通道4（chloride intracellular chan-nel4，CLIC4）在肺动脉高压（pulmonaryarterialhy-pertension，PAH）患者重塑的肺血管内皮和丛状病灶中高度表达。CLIC4通过形成内皮管腔调节血管生成，其异常表达可导致PAH患者肺血管病理性改变。方法和结果：CLIC4蛋白在特发性PAH（idiopathicPAH，IPAH）患者血浆和从血液中分离的内皮细胞，

关键词：内皮功能紊乱肺动脉高压氯化物通道异常表达细胞内患者肺血管内皮病理性改变

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