简介:Pulsediagnosisisaspecialmethodofdiagnosingpatient’sdisease.Amathematicalmodelofthepulseispresentedinthispaper.Thefeatureparametersofthesphygmogramareextractedbasedonthesignalmodel.Thediscriminationandprincipalanalysisareemployedtoidentifythepulses.Theresultsarematchingwiththoseoftraditionalmethods.
简介:可是像印尼或韩国等(亚洲国家),为什么在墨西哥危机中所采取的策略这次在亚洲却行不通,并认为亚洲无法持续长期的经济增长
简介:可是像印尼或韩国等 (亚洲国家),为什么在墨西哥危机中所采取的策略这次在亚洲却行不通,亚洲可能发生货币危机
简介:Peacecanbeunderstoodasapactfortheperfectionofinstitutionsandthroughthemthepositivationofrights.Intoday’sworld,internationalwarsandconflictsaremarkedbytheculturalidentitiestowhichtheyrelate,bringingtotheforehistoricalsocialandhumanitarianinjustices.Inthissense,itispossibletorethinkpeacestudiesviathecommunitarianperspective.Suchaperspectivepointstosocialrecognitionfortheappealtohumandiversity,valuesbeingconstructedaccordingtoeachsocietyorsocialgroupandnotaprioriwithliberalpresuppositions.Inasocietywhererightsexistforonegroupandnotforanother,theidentityoftheunrecognizedgroupoccursthroughdenialofrights.Inadditiontodiscrimination,non-realizationofrightsequallyforallcauseslow-esteemandinhumanityobscuringsocialinteractionthathindersrecognition.Inthiscontext,thisarticledefendswhatisexpectedasminorityrecognitionisthepossibilityofself-affirmationasagroupthroughtherealparticipationofminoritymembersinthemajoritygroupofequitableformsfortheestablishmentofparticipatorygovernanceofcivilsocietyintheeffectivenessofpeace.
简介:Theresultsofautomaticclassificationoftheperipheralbloodleukocytecategoriesarepresented.Thisclassificationwasperformedbymeansofdigitalimageprocessingandpatternrecognitiontechniques.Inthispaper,anautomaticmicroscopecellularanalysissystemforthispurposeisgivenandasetofalgorithmsforleukocyterecognitions,whichincludesindividualcell’sdetection,scenesegmentation,featureextraction,selectionandclassifierdesign,isproposed.Asaresultofteston3000leukoeytesdigitizeddirectlyfrom21peripheralbloodsmears,92percentofthemwereclassifiedcorrectlyinthissystem.Thecategorieswerebandneutrophils,seg-mentedneutrophils,monocytes,eosinophils,basophilsandlyrnphoeytes.
简介:Naturaladultagingisassociatedwithmanyfunctionalimpairmentsofthehumanneuromuscularsystem.Oneofthemoreobservablealterationsisthelossofcontractilemusclemass,termedsarcopenia.Thelossofmusclemassoccursprimarilyduetoaprogressivelossofviablemotorunits,andaccompanyingatrophyofremainingmusclefibers.Notonlydoesthelossofmusclemasscontributetoimpairedfunctioninoldage,butalterationsinfibertypeandmyosinheavychainisoformexpressionalsocontributetoweaker,slower,andlesspowerfulcontractingmuscles.Thisreviewwillfocusonmotorunitlossassociatedwithnaturaladultaging,age-relatedfatigability,andtheage-relateddifferencesinstrengthacrosscontractilemuscleactions.
简介:1.ThebasicsofmiRNA-mediatedregulationTheplasticityofskeletalmuscleisofutmostimportanceforrespondingtoandcopingwithenvironmentaldemandsthatemergefromchangesinphysicalactivitypatterns,nourishment,hormonalstatus,andhealth.Asiswellknown,asedentarylifestyle,aging,immobilization,andchronicdiseasesareassociatedwithreducedmusclemassandfunction,whileregularexerciseimprovesmusclefunctionandreducestherateofdecrementthroughoutlife.However,wedonothaveacompleteunderstandingofthemolecularfactorscontrollingskeletalmuscleadaptationtoexercisestimuli.RecentlyidentifiedmicroRNAmolecules(miRNAs)haverapidlygained
简介:Thispaperfirstintroducesthefundamentalstepsof“TheWorldCafé”(TWC)anditsrelationshipwithhumanresourcestraininginbanks.Afterthat,acoupleofTWCtrainingcasesforthemiddleandthejuniormanagementinbankswillbediscussed.Next,thebettermentanalysisofimprovementsonTWCinhumanresourcestraininginbankswillbecarriedout.Lastly,thelimitationsandthefutureprospectsofTWCwillbeexplored.
简介:BiochaninA(BCA),themostabundantisoflavoneinchickpeas,presentsawiderangeofbiologicalactivities,suchashypolipidaemic,anti-oxidative,antiproliferative,andestrogen-likeeffects.WeinvestigatedtheinteractionbetweenBCAandhumanserumalbumin(HSA)viaseveraltechniques.UV–VisabsorptionspectroscopyverifiedtheconformationalvariationofHSAafterBCAaddition,andfluorescencespectroscopyrevealedtherelevantbindingparameters.CirculardichroismspectroscopywasusedtoestimatethesecondarystructuralchangesofHSAwithandwithoutBCA.MoleculardockinganddynamicssimulationswerethenappliedtostudythecharacteristicsofHSAwithBCA.EnergydecompositionanalysiswasusedtoprovethatTrp214insubdomainIIAofHSAisthemostlikelybindingsiteofBCA.VanderWaalsforcesandhydrophobicinteractionsmayplayimportantrolesduringthebindingprocess.AllofourresultsshowedthatBCApresentssignificantbindingaffinitytoHSA,thusconfirmingthattheroleofHSAhasasanefficienttransporterofbiomolecules.