0000000000654683

AUTHOR

Lee

showing 3 related works from this author

Academic domains as political battlegrounds: A global enquiry by 99 academics in the fields of education and technology

2017

WOS: 000401148100005

TechnologyLCSocial SciencesIdentity (social science)050801 communication & media studiesPropositioneducational technologyorganizational politicscrowd-authoringLibrary and Information SciencesacademiaPower (social and political)PUBLISHpowerPolitics0508 media and communicationsSYSTEMSRealmAgency (sociology)academic domainSociologySocial scienceorganizational politicInformation Science & Library Scienceta113educationScience & Technology05 social sciencesEducational technology050301 educationEpistemologycrowd authoringInformation and Communications TechnologyICTtechnologyteknologiaorganisational politicsacademic domainsLB0503 educationInformation Development
researchProduct

EVpedia: a community web portal for extracellular vesicles research

2014

Abstract Motivation: Extracellular vesicles (EVs) are spherical bilayered proteolipids, harboring various bioactive molecules. Due to the complexity of the vesicular nomenclatures and components, online searches for EV-related publications and vesicular components are currently challenging. Results: We present an improved version of EVpedia, a public database for EVs research. This community web portal contains a database of publications and vesicular components, identification of orthologous vesicular components, bioinformatic tools and a personalized function. EVpedia includes 6879 publications, 172 080 vesicular components from 263 high-throughput datasets, and has been accessed more tha…

Biomedical ResearchDatabases FactualComputer scienceBioactive moleculesMedizinBioinformaticsBiochemistryMathematical SciencesUser-Computer InterfaceNon-U.S. Gov'tdatabasecomputer.programming_languagePLASMAMICROPARTICLESResearch Support Non-U.S. Gov'tbioinformaticsBiological SciencesOriginal PapersCANCERComputer Science ApplicationsIdentification (information)Cell and molecular biologyComputational MathematicsComputational Theory and MathematicsPROTEOMIC ANALYSISMEMBRANE-VESICLESEXPRESSIONStatistics and ProbabilityPROSTASOMESJavaBioinformaticsexosomesResearch SupportExtracellular vesiclesWorld Wide WebDatabasesDELIVERYInformation and Computing SciencesJournal ArticleHumansMembrane vesicleMolecular BiologyFactualEXOSOMESComputational BiologyCELLSDatabase Management SystemsExtracellular SpacecomputerSoftware
researchProduct

Fast, high-efficiency Germanium quantum dot photodetectors

2012

We present on high efficiency metal-insulator-semiconductor (MIS) photodetectors based on amorphous germanium quantum dots (QDs) embedded in a SiO2 matrix. High internal quantum efficiencies (IQE) were achieved across a broad wavelength range, with peak value reaching 700% at-10 V applied bias due to high internal photoconductive gain. The transient photoresponse behavior is also studied and it was found that the response time of the photodetector depends on the thickness of the QD layer. We also discuss the conduction mechanism which leads to the high photoconductive gain. © 2012 IEEE.

Materials sciencebusiness.industryGermaniumPhotoconductivitychemistry.chemical_elementResponse timePhotodetectorquantum dotGermaniumThermal conductionSettore ING-INF/01 - ElettronicaSettore FIS/03 - Fisica Della MateriaOpticschemistryQuantum dotOptoelectronicsTransient (oscillation)photodetectorElectrical and Electronic EngineeringbusinessQuantum
researchProduct