Hahmon esittely
ZengBangzhe (tunnetaan myös nimellä ZengJie)
"SystemsBiologyScienceSuunnittelun ja insinöörityön kehitys on pyyhkäissyt maailmaan, ja se ei tuo vain vallankumousta biolääketieteessä; lisäksi se tulee olemaan vallankumous myös valmistusteollisuudessa.
Name:ZengJie(ZengJie),word:Bangzhe(Bangzhe,orBenjoeTseng),theancestralhomeofJiangxiJi’an,heisthedescendantofZengZiandWuZixu,July17,1963(Mayinthelunarcalendar)27th)BorninGutaiMountain,Loudi,Hunan,grandmotherWu'sfamilywasborninHuangpuMilitaryAcademy.
Ensimmäisetkansainvälisesti julkaistut järjestelmägenetiikan (1994), systeemilääketieteen (1992) ja järjestelmien biotekniikan (1994) käsitteet ja periaatteet sekäkaikkien putkien bioreaktorin ensimmäinen kansainvälinen konsepti ja menetelmä (1994), soluKonsepti ja malli rakenneteorian johto (1986) - yleiskehitysteorian perusta.
Biografinen elämä
1985
GraduatedfromtheDepartmentofBiology,XiamenUniversityinJuly,majoringinanimalcytogenetics,whileincollegeThesis:Ontheecologicaladaptationofanimalsenseorgans,onthestructure,functionandevolutionoforganisms,andthechromosomekaryotypeanalysisofJindingDuck.
1985-1994
TaughtinagronomyandmedicalschoolsinHunanProvince.Hewrotein1986andpublished"StructuralTheory-Pan"TheoryofEvolution"expoundsthestructurallogicofsystemphilosophy,systemscience,andtheexperimentandsystemmethodologythattheintersectionofChineseandWesternculturesinfluencemodernscience,andproposessystem(structural)geneticsandsystemmedicine,systembiologyConceptofengineering.
1994-1997
WorkedattheInstituteofMicrobiology,ChineseAcademyofSciences,andproposedtheconceptoftransgenicpoultryoviductbioreactor,andadoptedovalbuminThegeneflankingsequenceconstructsavectorplanforexpressingforeignproteins(goldeggplan).In1996,hehostedthe1stInternationalSymposiumonGeneticallyModifiedAnimals(Secretary-General),andbecameaneditorialboardmemberofthe"BiotechnologyBulletin"andalifememberoftheChineseSocietyofBioengineering.
1997–2006
FullyfundedtoworkinuniversitiesandresearchcentersinIsrael(TelAviv),Germany(FAL),andtheUnitedKingdom(Birmingham)Doctoralresearch,researchscientistandresearcher,andpresidedover(grant-holder)SPARKSFoundationfunding,trainingseveralinternationalgraduatestudents.StudiedattheAmericanAcademyofSciencesJohnR.Roth,thesubjectinvolvesmulti-generegulationofarteriosclerosis,lipidmetabolism,pituitaryendocrinecelldevelopmentsignaltransductionandtranscriptionfactorgeneregulation,andhereditarymuscleatrophycellapoptosissignaltransductionandgeneregulationAnddrugscreening,usingRNAitransgenictechnology,stemcellinvitrodifferentiationandhigh-throughputhormoneproteinanalysis,cDNAchiptechnologyandotherbiotechnologies,constructanewexpressionvector,clone2newgenes(NIHgenebank),andestablishlovastatin-resistantCHOMutationsinnewcelllines,etc.In1999,thegenbrainbiosystemnetworkwasestablishedandtheWorldFederationofSystemsBiosystemsandEngineering(WABSE)wasestablished.
2008
InApril,theBenjoeInstituteofSystemBioengineeringwasestablished,andthesyntheticbiotechnologyplatform-SystemGeneticsLaboratorywasestablished.BangzheSystemBiologicalEngineeringCo.,Ltd.isheadingforthedevelopmentroadofscientificresearchandindustrialeconomy.
Hänellä (penname,YuLuo·Hongye) on myös monia töitä ulkonäkömaalauksena, fantompoetian ja filosofian sekä tieteenhistorian tutkimusta, taolaisen rakenneteorian, konfutselaisen yhteiskuntateorian, zen-hengellisyyden, mohist-käytännönteorian ja kulttuurinteorian ja uskonnonharjoittelun.
Akateeminen ajatus
1)Kreikka, juutalainen (persialainen kausi), intialainen ja kiinalainen klassiset kulttuurimallit (1991) muodostavat inhimillisen sivistyksen peruselementit. tieteen ja kulttuurin ja teknologisten keksintöjen prototyypit muodostuivat pohjimmiltaan.
2) Rakennemallimuutos,italialainen renessanssi, saksalainen uudistus, ranskalainen humanismi, brittiläinen tieteellinen tutkimus, moderni teknologia ja teollinen vallankumous, ja tuli Pohjois-Amerikan, Australian, Euroopan unionin ja Itä-Aasian globaaliin sivilisaatioon.
3)Kiinan rannikon maakunnat,Guangdong-Fujian,Jiangsu-Zhejiang,Hebei-Shandon ja sen ympäristöstä säteilevät Yangtze- ja Yellow River -altaistasisämaahan,muodostavat modernin teollisen iän, Filippiinien iän ja Filippiinien ikääntymismuodon. ificOcean.
4)TheintegrationofChineseandWesterncultures,Mohistpracticalskillsandexperimentalmethods,Confuciansocialethicsandmoralnorms,Taoiststructuralmodelsandsystemlogic,Zencontemplationandconceptualclarification,etc.,gavebirthtoexperiments,Systemsciencemethodology.
5)ComprehensiveanalysisofChinesephilosophy,Westernphilosophyandsystemsciencetheories,expoundingthestructurallogicofthesystem,andthepan-evolutionarytheoryfrombiologicalevolutiontobiologicalsystemevolutionandartificialevolution.
6)TraditionalChineseandWesternmedicinewillmergeintosystemmedicineinthe21stcentury(1992-1995).Themeridiansystemisthefunctionalintegrationofneuro-endocrineandimmunesystems.Neuro-endocrineandgeneregulationconstituteanimals,Thetwo-wayregulationofhumandevelopment,thefour-colortheoremisequivalenttothetetrahedron,thefive-elementdiagramisequivalenttothetopologicalstructureofdiamond,andthefive-organismdiagramisasteady-statemodelofmaterialandenergymetabolism.
7)The21stcenturyistheeraofsystemsbiologicalscienceandengineering.Theintegrationofgeneticengineeringandbionicengineering,lifescienceandcomputersciencewillformthebiological(psychological)-physicsofsystemsbiologicalengineering(1994)Chemical)allianceindustrymodel.
8)Klassinen genetiikka ja molekyyligenetiikka kehittyvät systeemi(rakennekaavio)genetiikkaksi (1994), solusignaalien siirtoon, geenien ilmentymisen säätelyyn ja solujen uusiutumiseen, erilaistumiseen, apoptoosiin, siirtoon, sidottujen solujen epälineaariseen dynamiikkaan, solukarttojen uudelleenjärjestelybiologiseen tyyppiin ja biologiseen morfologiaan.
9)Researchanddevelopmentoftransgenicpoultryeggexpressionsystem,usingtheflankingsequenceoftheovalbumingenetoconstructanexpressionvector,publishingtheconceptofoviductbioreactor(1994)andtheexpressionoftransgenicpoultryeggswithmodifiedeggyolkgenesandeggshellgenesSystematicsolution.
10)Usingtheprinciplesofcellsignaltransduction,geneexpressionregulationandcellcommunicationtodesigngeneclusters,proteinmolecularmodulesandenergyconversionorganelles,aswellascellcomputermodelsforsignaltransmissionandbehaviorfeedbackbetweencells(2002).
11)Thedevelopmentofcelllineage,pathologicalcelllinegenedifferentialexpressionanalysisandgenecloningsequencefragmentmarkerdisplay(STFD)technologydevelopment(2003-2008),aswellascellsignaltransduction,generegulationandscreeningofnaturaldrugmoleculesThedevelopmentofmicrofluidicchiptechnology.
12)Followingtheindustrialrevolutionofmachineryandpowermachineryandtheindustrialrevolutionoftelecommunicationsandcomputers,thethirdindustrialrevolutionwillbetherevolutionofmedicineandbiologicalindustry.Chinahasestablishedaninnovation-orientedcountryandproposedthatthefocusofsupportfortechnologicalindustrializationshouldbeshiftedtothefieldoftechnologicalrevolutionthatmayproducepillarenterprisesinthefuture.
Elämän elämäkerta
WhampoaMilitaryAcademy
wasborn(July17)inGutaishan,Hunan-"Noah'sArk",Thechildhoodlifeofthecreekandthepeonygardenatanaltitudeofmorethanathousandmetersformedacuriosityaboutnatureandthebiologicalworld.GrandmaWu’sfatherfollowedFangDingyingtotheWhampoaMilitaryAcademy,andlaterdidbusinessinWuhan.GrandpawasaprintingtechnologyexpertinHubei,Hunan,andbroughthismotherandunclebacktoHunanduringtheAnti-JapaneseWar.Telescopesandkaleidoscopeshaveaffectedtheinterestinscienceandinventioninchildhood.Beforeschoolage,Iusedtotakeapartthealarmclockandpartsathomealonetoseewhathappened.Inthesecondgradeofelementaryschool,theexquisitehardcovermedicalbooksinthemother'sbookstorebecamescientificenlightenmentbooks.FromjuniorhighschooltotheeraoftheInternettechnologyrevolution,Idevelopedahabitofreadingbooksinthelibrary.In1978,theNationalScienceConferencewasheld.TheSoviettranslationof"InterestingPhysics"andGaimov's"AAdventureinthePhysicalWorld"broughtintotheworldofthephysicalrevolution.Atthattime,alargenumberofbiographiesofscientists,inventorsandentrepreneurswerepublished.WorldScienceTheimpactoftheindustrialrevolutionhasinspiredagenerationofyoungpeopletostriveforgoals.
Entersystemscience and filosofical research
Inmyyouth,hepursuedEinstein’stheoryofrelativity,theoreticalphysicsandunifiedscientificideas,andexploredthebrainandnervoussystem.Themechanism,andtheexcitementofphysicistsandchemiststurningtobiologicalresearch,Schrödingerwrote"Whatislife?""ThePhysicsViewofLivingCells",thebiologyteachermentionedtheincentivesofphotosynthesisandthebionicfactory.Asthebeststudentsinmiddleschoolmathematicsandphysics,theyfinallysteppedintothedoorofbiology."TheCollectedWorksofEinstein","HistoryofExperimentalPsychology"byPauline,and"BodyandWisdom"byCannonhaveprofoundlyinfluencedthethinkingoftheuniversityera.ChinesescientistsandphilosophersexploredwhymodernscienceandindustrialrevolutiondidnotoccurintheMingDynasty.InthenascentChinaofQingindustryandcommerce,afamousproblemofsciencehistorianJosephNeedhamarousedastrongdesiretoexplore.Fromextensiveresearchinphysics,chemistry,biology,psychology,andsociology,Idiscoveredthatstructure,function,andevolutionmaybemorefundamentalthantheconceptsoftime,space,andmotion.ItalsogaverisetotheideaofConfuciustravelingaroundtheworld.Attherighttime,IreadPiaget’s"Structuralism"anditsthinkingcoincidence,OwenLaszlo’s"Systems,StructuresandExperiences"wastranslatedandpublished,andBetalangfield’s"GeneralSystemTheory:Basics,DevelopmentandApplications""WasalsotranslatedandpublishedbyTsinghuaUniversity,andfinallyenteredthesystemscienceandphilosophyresearchconsciously.
Yhteiskuntatieteiden tutkimus
Thepictureofthescientificworldinthe20thcentury,therevolutioninphysics,andthemovementofunifyingsciencehavealsoinfluencedsystemsscience.Philippine'sgeneralsystemtheorywasborninthisinternationalscientificbackground.Thepredictabilityofmathematicalphysics,equations,andtheidealofunifyingphysicsandbiologyarepursuedbymanyfamousscientists.ThestudyofisomorphismbetweentheoreticalbiophysicsandtransversalscienceisexactlyBertalanfe’sthought,expoundingtheapplicationofsystemtheorytobiologicalresearch.,Especiallytoexplaintheembryonicdevelopmentoforganismsandthegestalt,schemaoremergenceinpsychology.Afterin-depthexplorationofthetheoryofevolution,Chinesemedicinetheoryandcybernetics,systemtheory,etc.,theresearchdirectionwasdetermined.BecauseoftheinfluenceoftheunifiedscientifictheoryofEinsteinandBertalanfi,heenteredtheexplorationofsocialsciences.
Tieteen rakenne ja Kiinan tulevaisuus
In1991,hepublishedamonographon"StructureofScienceandtheFutureofChina"inNatureInformation,proposinghumanityThefourclassicalmodelsofculture,Greek,Jewish(Persianperiod),ChinaandIndia,theintersectionofChineseandWesternculturesformatwo-dimensionalscienceofexperimentandsystematicmethods.From1992to1993,alongtheBeijing-Guangzhouline(Tianjin,Guangzhou,Taiyuan,Changsha,Xinxiang,Wuhan)participatedininternationalanddomesticacademicconferencesinthefieldsofChinesephilosophyofscience,dialecticsofnature,andbiomedicine,expoundingtherelationshipbetweenthestructure,functionandevolutionofthesystem,Aswellasconceptsandviewpointsfromthetheoryofbiologicalevolution,informationcontrolsystemstheorytothestructuraltheoryofpan-evolutionarysystems,systemsmedicineandsystemsbioengineering.InOctober1992,IparticipatedintheNationalConferenceonSystemScienceMethodsandEconomicSystemManagementheldinTaiyuan,Shanxi.Afterthat,Ifinallypositionedanddefinedtheresearchfieldasbiologicalsystemsandsystemstability,structuralmodels,andshiftedfromadynamicmodeltoamorphologicalmodel,thusclarifyingIntotheresearchofsystemscienceandbiologicalscience,andtheexplorationofsystembiologicalscienceandengineering.
Transgeeninen teknologia
In1994,attheInternationalConferenceofChineseDevelopmentalBiologistsattheInstituteofDevelopmentalBiologyoftheChineseAcademyofSciences,aspecificresearchmodelwasproposed.BiologicaldevelopmentandTheevolutionaryneuroendocrine-immunecellregulationandtherhythmicandsteady-stateinteractionmechanismbetweenthegeneregulationofproteinexpression,thatis,thecellsignaltransductionandgeneregulationnetwork,organformation,biologicalmorphogenesis,etc.Enteredintotheconceptandresearchofsystematicgenetics.Frominitiallybecomingaresponderandexpectingtobecomeaphilosopherofthescientificunifiedtheorymovement,heturnedtoabiologist'spositioninstudyingbiologicalsystems,sohecametotheBeijingInstituteofMicrobiology,ChineseAcademyofSciencestoengageinbiotechnologycomputer-aideddesignandgenes(andfullgenes)Researchonsynthesisandgeneticmodificationtechnology.
Kansainvälisiä akateemisia vaihtoja ja keskusteluja
Communicatewithfamousinternationalscientistsfrom1995to2000,suchasnanochemists,geneticists,computerscientists,etc.Theresearchanddevelopmentofintegratedbiologicalsystemssuchassystemsscientificmethods,molecularbiotechnologyandbiologicalinformationtechnology,includingtransgenicpoultryoviductbioreactors,systemsbioengineering,biomolecularcomputersandbiologicalsystemsandartificialevolutionfrommolecules,cells,andorganstoecologicallevelsAndothertheories.From1997to2003,itwasdebatedwithbiologicalreductiontheory.Intheresearchofendothelialcellgeneregulationofarteriosclerosisdisease,thetranscriptionfactorsignaltransductionpathwayofpituitarycelldevelopment,andthemolecularpharmacologyofhereditarymuscularatrophycellapoptosis,weinsistedonmulti-generegulationandnon-Mendelianinheritancepatterns,multi-geneinteractionsandcomplexrhythmsofpathcrossing,anddiscussionswithcomputerscientistsonthequantificationofsignalconductionandsystemscienceviewpoints.
SystemsBiologyScienceand EngineeringNetwork
Organizedfromthe1stInternationalSeminaronGeneticallyModifiedAnimalsandInternationalAcademicAssociation(Secretary-General)in1996DuringtheestablishmentofthegenbrainbiosystemnetworkinGermanyin1999,itcarriedoutextensivecommunicationsandexchangeswithforeignscientistsinthefieldsofsystemscience,computerscience,nanotechnology,biomedicine,neuroscience,etc.,andadvocatedthetheoryofbiologicalsystems.Combinedresearchwithmolecularbiologyandcomputerscience.
From2000to2003,systemsbiologyscienceandengineeringrapidlyemergedintheworld,includingsystemsbiology,syntheticbiologyandsystemsmedicine,integratedgenetics,etc.toexplorebiologicalsystemsandartificialbiologicalsystemsatthecellularandmolecularlevelResearch,combinedresearchmethodsofexperimentalbiologyandcomputationalbiology,andbiologicalsystemtheory,etc.
Intheoverseascareerattheturnofthecentury,Israeliscientistshaveactivethinkingandquickoperations,Germanscientistshaverigorouslogicandsophisticatedtechniques,andBritishscientistshavemeticuloussemanticsandquickactions,etc.,thusobtainingthescientificresearchspiritandthinking.Theabilitytoorganize,experiment,andexpressclearly,examinestheoriginsofEuropeanRenaissanceandmodernscience,andthenorthernandsouthernendsoftheEuropeancontinentontheSilkRoad.Birmingham,UK,wasthebirthplaceoftheIndustrialRevolution,andChina’sMingandQingindustryandcommercesproutedinthesouthoftheYangtzeRiver.Thedevelopmentofsystemsbiologyandengineeringwasfullyemergingatthistime,soIdecidedtoreturntoChina:oneistoexploretraditionalChineseculture,andtheotheristopromotetheindustrializationofbioengineering..
Familymember
Whenhewasachild,hewasinfluencedbyhisgrandparents’technicalbackgroundinengineeringandmedicine,andheformedahobbyofscienceandtechnology.TheonlyimpressionhehadmetwashisgrandmotherYuwhenhewas4yearsold.Hisfatherwasamilitiabattalioncommander.Inthe1950s,hecametoGutaishanfromtheOrganizationDepartmentoftheCountyPartyCommitteetoestablishastate-ownedforestfarmandmedicinalplantingbase.Whatimpressedmemostwasin1972and1976.Asaprimaryschoolstudent,healsointuitivelyfeltthatitwasstrangetocriticizeancientConfuciustogether,whichledtotheformationofapathtoexplorethespiritofscienceandethicsbeforegraduatingfromuniversity.
Hewasmarriedin1987.HiswifewasborninChangsha,Hunanin1963.HegraduatedfromtheDepartmentofChemistryatEastChinaNormalUniversityinShanghai.Hehasadaughter.HiswifeanddaughterstudytogetherinIsrael,GermanyandtheUnitedKingdom.
Inthememoryofhisgrandmotherandfather,especiallythetraditionalsacrificesofhisfatherathome,afterhecametoIsrael,hediscoveredthehistoricaloriginofChinese-Jewish,Indian-Greekcultureandancientcustoms;,Iamconvincedthatthenormaldevelopmentofsocietymusthavethedualmanagementoflaw,system,ethics,andbelief,sothatpeople'sthoughtsandbehaviorsareobsessedwithsocialprogress,scienceandtechnology,andcreativeinventions.Humanliberationistheliberationofcreativity.ThefirstthinghedidwhenhereturnedfromEuropewastogotoQufuinShandong,SuzhouinJiangsu,HuizhouinAnhuiandJi'aninJiangxitofindthefootprintsofhisancestors.
IndustrialThoughts
ThefinancialcrisistriggeredbytheUnitedStateshasspreadtotheworld.Itisbothacrisisandanopportunity.Thetransformationofindustrialmodelorindustrialstructureisoftenafeatureoftheneweconomyandnewindustryera,andtechnologicalrevolutionhasbroughtaboutindustrialrevolution.SincethefirstindustrialrevolutionstartedintheMidwestofEngland,andthesecondindustrialrevolutionoccurredinEuropeandAmericaalmostatthesametime,theformationofsocialindustrialstructureandeconomicgrowthhavedevelopedintoanewhistoricalperiod.
IntheMingandQingdynastiesofChina,industriessuchastextiles,printinganddyeing,andmininghavesprouted.ShanximerchantsandHuizhoumerchantsformedwell-knownbusinessmodelsatthenorthernandsouthernendsoftheSilkRoad.ThedevelopmentofmodernscienceintheWestcanseesomefactorsinChineseculture,suchasConfuciansocialethics(scientificsocialnorms),Mohistpracticeexperience(experimentaltechniques),andZenclarification(theoreticalthinkingepiphany))AndTaoistsystemlogicmodel(holographicstructuremodel),aswellasprototypesofsometechnologicalinventions.China’smodernindustrializationhasexperiencedJiangnanmanufacturingintheeraofZengGuofanandShengXuanhuai,andtheeraofspecialeconomiczonesinGuangdongandFujian.IthasbeguntodevelopfromthePearlRiverDelta,YangtzeRiverDeltaandBohaiBaytothecentralandwesternregions.Theessenceofeconomicgrowthistechnologicalinnovationandindustrialization,whichisreflectedinthesocialvitalityofinventors,entrepreneursandfinanciers.Aimingatthenewtechnologicalrevolutionandseizingtheentireeconomicchainfromtechnologicalcreativitytoproductmarketizationinatimelymannerwillbringopportunitiesfortheeconomytorisefromthefoundation.
Thescientificandtechnologicalmethodologyofthe20thcenturytransformedfromempiricalanalysistosystemintegration.Thedevelopmentofartificialintelligenceandmicroelectronicstechnologyledtotherevolutionofinformationindustriessuchascomputersandtelecommunications,andbroughtthedevelopmentofgenomeprojectsandbioinformatics.Syntheticphilosophywasformedlongbeforethebirthofsystemscience,Spencer'ssyntheticphilosophy,Russell'sphilosophicalanalysisandsynthesis,andWhitehead'sorganicphilosophybeforethe19thandearly20thcenturies.Inthelate1980sandearly1990s,theChinesePhilosophyofSciencesessiondiscussedcomprehensivephilosophy,systemsscienceandtraditionalmedicine,andChinesephilosophy.Atthebeginningofthe21stcentury,theworldexplosivelymovedtowardstheintegrationofcomputerscienceandbiologicalsciences,systemsandsyntheticbiology,andtheapplicationofsystemsmedicineandsystemsbioengineering.Intheeraofbio-industrialization,scientificandtechnologicaldecision-makinginstitutionsinEuropeandtheUnitedStateshaveformulatedpoliciesforeducation,scientificresearch,andindustrialreform.ChinahasintroducedmajorprojectsanddecisionstodevelopthemodernizationoftheChinesemedicineindustry.
InJune2007,AcademicianRIKitney,ChairmanoftheDepartmentofBiomedicineandBioengineeringoftheRoyalAcademyofEngineering,said:"Thecouplingofsystemsbiologyandsyntheticbiologywillproducethethirdindustrialrevolution",subvertingThetechnologicalandindustrialchangesinthefieldsofcomputer,nanometer,biologyandmedicinearethebio-industrialrevolution.Theentireindustrialstructureofthe21stcenturywillbetransformedintothe(psychological)bio-(chemical)physicsallianceindustrialmodelofsystematicbioengineering,whichistheintegrationofmaterials,energy,andinformationforecological,genetic,bionicandmechanical,chemical,andelectromagneticengineeringapplications.Industryisembodiedintheprinciplesofbiologicalsystemsofmachines(evolutionarycomputing,geneticcomputing),biomaterials(nanobiomolecules,engineeredbiomaterials),andgeneticallyengineeredorganisms.Computersciencetheoryoriginatesfromtheresearchofanimalcommunicationbehavior,neuralsystemcybernetics,andinformationtheory;italsoexplorestheintracellularandintercellularcommunicationbehavior,whichhasledtothedevelopmentofsystembiologyscienceandengineering,whichwillformthefutureofmaterials,energyandinformationall-roundbiologyindustry.
Thefirstindustrialrevolutionbeganwiththeindustrialscaleofspinningandweavingandthewidespreadapplicationofsteamengines,andendedwiththeinventionoftheinternalcombustionengineandthestartingpointoftheautomobileindustry;thesecondindustrialrevolutionopenedupelectrificationandtelephone,Thedevelopmentoftheelectroniccommunicationindustry,andthecomputerInternettechnologyhasreacheditspeak;thethirdindustrialrevolutionshouldstartfromtheendoforganicchemicalengineering,thebeginningofgeneticengineering,therapiddevelopmentofsystemsbiologyandsyntheticbiology,andthebeginningofthebiologicalindustrialrevolutionThesalientfeatureisinterdisciplinaryandtechnicalintegration.
Integrationofdisciplinesandtechnologiessuchasorganicchemicalsynthesistechnology,high-precisionanalyticalchemistry,nanomolecularscience,microelectronicstechnology,ultra-large-scaleintegration,computersoftwaredesign,geneticallymodifiedbiotechnology,drugscreeninghigh-throughputtechnology,etc.Integrationanddevelopmentofbiomolecularcomputercomponents,artificialintelligencebiocomputing,syntheticcellbiologicalsystems,etc.,willbringabouttheindustrialdevelopmentofartificiallydesignednewbiomolecularmaterials,algaeartificialcellsyntheticpetroleum,andnano-medicalcellrobotsinabout30years.Supportingtheshiftoffocustoplacingfundingonpotentialhigh-techdevelopmentsandinventionswillbethebasisforthedevelopmentoffuturepillarcompanies.
NeedhamQuestion
Ensin putoamisella,kaikella sivilisaatiomallilla on historia tai syntyhistoria, kasvu, vauraus ja taantuminen.
Secondly,thegreatinventionsandachievementsoftheChinesecivilizationfrom500to1500ADaretheformofagriculturalcivilization;EuropeatthistimeisthedarkageoftheintegrationofpoliticsandreligionintheMiddleAges,whichburneddownGreekandRomanclassics.
Thirdly,theArabEmpireactedasabridgefortheintegrationofEasternandWesterncultures-preservedGreekandRomanculturalclassics,disseminatedChineseandChinesescienceandtechnology(pre-science)-translatedintoArabicandthentranslatedintoLatin.
Fourth,theSilkRoadandMarcoPolohaveinfluencedColumbustoopenupEurope’snewEasternrouteandtheRenaissance,andtheformationofsecularuniversitiesandintellectualgroupsinEurope.
Fifth,modernscienceandtechnologyandtheindustrialcivilizationmodelarethefusionofEasternandWesterncultures.ThemethodologyofmodernexperimentalscienceisdifferentfromtheformallogicofancientGreece.RogerBaconwasborninthecombinationofalchemyandalchemy.Medicalchemistryandexperimentalmethods;thecombinationofChineseandWesternmedicinebringstheparadigmofpsychosomaticmedicineandsystemscience,whichconstitutesatwo-dimensionalscienceofexperimentandsystemmethods.
Fifth,ConfucianismhasaveryimportantinfluenceonEuropeanhumanismandtheestablishmentofacivilservicesystem.Confucianists(bothpoliticalandintellectual)enterofficialcareersandthesystemofseparationofpoliticsandreligion.
Seventh,EuropeexpandedfromEasternEurope,SouthernEurope,andNorthernEuropetothePacificRim.EasternandWesternculturesonceagainmergedtoformthefourthtechnologicalrevolutioninsystemsbiologyandengineering,andtheriseofConfucianmerchants.
Eighth,ChinadidnotorcouldnotrecognizethevalueofancientGreekandRomancivilizationsandlearnanddigestthemduringtheperiodofgreatprosperity.
Ninth,averyimportantthinginmodernEuropeisthereligiousreform(MaxWeber’sProtestantethicsandthespiritofcapitalism).Confucianreformorneo-ConfucianismisthewayoftheEasternRenaissanceRecordtheimportantfunctionsofConfucianethicsinsocialmanagement).
Tenth,Confucianismdoesnothaveidolatryatall,andZenalsoregardsenlightenmentasitssect.TheendofMingandQingdynastiesledtoidolatryandtheclosureofthesystem.
Theeleventh,theeducationsystemandabilitytrainingofcreativespirit,modeandmethodisthekey.Specificknowledgeandtechnologyarealwaysemerging.Itisnotalwayspossibletotracklearningtechnologyandknowledge,buttocultivateinnovativeandpioneeringtalents..
Secondly,thesustainabledevelopmentoftechnologyandeconomyrequiresvarioustypesoftalentssuchasinvention,innovation,practiceandskill.Modernindustrializationisbasedontheintellectualpropertyrightsofentrepreneurswhoaretechnologicallyinvented.Basedonthesystem,integrity,dedication,teamworkandinnovationarethefoundationsofsocialcareerdevelopment.
Alkuperäiset julkaisut
1991-1999systeemibiologian tieteiden ydinsisältö:
1) Biologisten järjestelmien rakenneteoria;
2)Researchonbiologicalsystemsintegratingexperimentalandcomputationalmethods;
3)Systematicscientificresearchoncellsignaltransductionandgeneregulatorynetworks;
4)Biotekniikan ja bioniikan keinotekoinen integrointi biologisten järjestelmien kehittämiseen jne., mukaan lukien keksityt termit, kuten "systeemigenetiikka", "systeemilääketiede", "systeemibiotekniikka" ja "munajohtimien bioreaktori".
Pan-evolutionarystructuraltheory
From1983to1986,theecologicaladaptationandotherreferencesystems,thetopologicalanalysisofbiologicalevolutionandmorphogenesis,foundthelimitationsofDarwin'stheoryofevolution,andformedthebiologicalsystem.Thestructuraltheoryofpan-evolutionarysystems.The1992-1993NationalConferenceandtheInternationalConferencesince1993discussedtheconceptsofbiologicalsystems,geneticinformation,structuralintegration,adaptivehomeostasisandconstructionsynthesis,andsystematicanalysisandsynthesisofthewholetothecomponent,thecomponenttothewhole,andthestructureandfunctionconversion.Themethodconstitutesthestructuraltheoreticalbasisofsystemsbiologyandsyntheticbiology.
SystemBioengineering
In1991,hepublishedascientificexperimentandsystemmethodfortheintegrationofChineseandWesterncultures,andputforwardtheconceptofsolar-bioelectronictechnologyintegratingsystemscience,artificialintelligence,andgeneticengineering.Discusstheintegrationofcomputertechnologyandbiotechnology.In1994,hepublishedthecategoryandprincipleofsystembioengineering,andtheconceptandsystemschemeofconstructingtransgenicpoultryoviductbioreactorusingflankingsequenceofeggwhiteproteingene.Atthebeginningof1999,theSystemBiologyScienceandEngineeringNetwork(Oct.14,NatureandDecemberKybernetes,etc.)wasestablished.In2002,acellcomputermodelartificiallydesignedforgeneregulation,signaltransductionandenergyconvertersofthecellcommunicationsystemwasproposed.
SystemsMedicine
In1992,thefirstNationalSymposiumonComparisonofTraditionalChineseandWesternMedicineexplainedthatthefutureofthedevelopmentofChineseandWesternmedicineistowardssystemicmedicine,andproposedtheneuro-endocrineandimmunefunctionsofsystemicmedicine.Thefunctionallyintegratedmeridiansystemandthefunctionalhomeostasisstructuremodelofthemetabolicandcirculatoryorgansystems,etc.From1992to1994,heproposedtherhythmandschematransformationmodelofneurologicalandgenebidirectionalregulationofdevelopmentatthemolecularcelllevel.In1995,hepublishedtheprinciplesandmethodologyofsystematicsciencefromempiricaltocomprehensivedevelopmentofmedicalscience.
Systemgenetics
Genome-phenotypecomplexsystemtransitionandnonlinearcellgenerationdynamicscorrespondingtogenomestructureandorganismschema,1994-2003systembiotechnologywasdevelopedResearch,establishedatypicalexperimentandsequencemarkerfragmentdisplayanalysisofcontinuouscellmutationandscreening.Duetotheproblemsofdiseasemodelsandtransgenes,publishedin1994theregulatorystructureofgenometoenzymesystem,organmorphology,andtheconceptofsystemgenetics,andproposedthedevelopmentfromclassical,moleculartosystemgenetics,the1stInternationalAcademicSeminaronTransgenicAnimalsin1996Lecturesonbiologicalsystemtheoryandgeneticswerepresentedatthemeeting,andtheywerere-discussedatthe2003InternationalCongressofGenetics.
(1983-2003)
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