Úvod postavy
ZengBangzhe (také známý jako ZengJie)
"SystemsBiologyScienceVývoj strojírenství a strojírenství zaplavil svět a nepřinese pouze revoluci v biomedicíně; navíc to bude revoluce ve výrobním průmyslu - třetí průmyslová revoluce."---ZengBangly207(Ju)i>
Name:ZengJie(ZengJie),word:Bangzhe(Bangzhe,orBenjoeTseng),theancestralhomeofJiangxiJi’an,heisthedescendantofZengZiandWuZixu,July17,1963(Mayinthelunarcalendar)27th)BorninGutaiMountain,Loudi,Hunan,grandmotherWu'sfamilywasborninHuangpuMilitaryAcademy.
První mezinárodně publikované koncepty a principy systémové genetiky (1994), systémové medicíny (1992) a systémového bioinženýrství (1994) a první mezinárodní koncepce a metoda z trubkového bioreaktoru a bioreaktoru (1994), ci. teorie (1986) - základ pan-evoluční teorie.
Životopisný život
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.
On (krycí jméno, YuLuo·Hongye) má také mnoho prací na malbě vzhledu, fantomové poezii a filozofii a zkoumá historii vědy, od taoistické-strukturální teorie, konfuciánské-sociální teorie, zen-spiritualismu, mohisty-praktické teorie a fysiktivní teorie, diskutujeme a diskutujeme.
Akademické myšlení
1)Řecké, židovské (perské období), indické a čínské klasické kulturní modely (1991) tvoří základní prvky humanizace.The Qufu, Wudang, Wutai a Quizhouing. věda a kultura a prototypy technologických vynálezů byly v podstatě formovány.
2)Konverze strukturálního modelu, italská renesance, německá reformace, francouzský humanismus, britský vědecký výzkum, moderní technologie a průmyslová revoluce a vstoupili do globální civilizace Severní Ameriky, Austrálie, Evropské unie a východní Asie.
3)Čínské pobřežní provincie, Guangdong-Fujian, Jiangsu-Zhejiang, Hebei-Shandong a jejich okolí, vyzařují z povodí Jang-c'-ťiang a Žluté řeky do vnitrozemí, tvořící moderní industrializovanou městskou aglomeraci, která tvoří podkulturní systém, 9. pan. .
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)Klasická genetika a molekulární genetika se vyvine do systémové (strukturně-schematické) genetiky (1994),transdukce buněčných signálů,regulace genové exprese a buněčná regenerace,diferenciace,apoptóza,migrace,nelineární dynamika vázaných buněk,mapování buněk a biologická intervence genokomplexu biologického systému
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.
Biographyoflife
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.
Vstup do systémové vědy a filozofického výzkumu
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.
Zkoumání společenských věd
Thepictureofthescientificworldinthe20thcentury,therevolutioninphysics,andthemovementofunifyingsciencehavealsoinfluencedsystemsscience.Philippine'sgeneralsystemtheorywasborninthisinternationalscientificbackground.Thepredictabilityofmathematicalphysics,equations,andtheidealofunifyingphysicsandbiologyarepursuedbymanyfamousscientists.ThestudyofisomorphismbetweentheoreticalbiophysicsandtransversalscienceisexactlyBertalanfe’sthought,expoundingtheapplicationofsystemtheorytobiologicalresearch.,Especiallytoexplaintheembryonicdevelopmentoforganismsandthegestalt,schemaoremergenceinpsychology.Afterin-depthexplorationofthetheoryofevolution,Chinesemedicinetheoryandcybernetics,systemtheory,etc.,theresearchdirectionwasdetermined.BecauseoftheinfluenceoftheunifiedscientifictheoryofEinsteinandBertalanfi,heenteredtheexplorationofsocialsciences.
Struktura vědy a budoucnost Číny
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.
Transgenní technologie
In1994,attheInternationalConferenceofChineseDevelopmentalBiologistsattheInstituteofDevelopmentalBiologyoftheChineseAcademyofSciences,aspecificresearchmodelwasproposed.BiologicaldevelopmentandTheevolutionaryneuroendocrine-immunecellregulationandtherhythmicandsteady-stateinteractionmechanismbetweenthegeneregulationofproteinexpression,thatis,thecellsignaltransductionandgeneregulationnetwork,organformation,biologicalmorphogenesis,etc.Enteredintotheconceptandresearchofsystematicgenetics.Frominitiallybecomingaresponderandexpectingtobecomeaphilosopherofthescientificunifiedtheorymovement,heturnedtoabiologist'spositioninstudyingbiologicalsystems,sohecametotheBeijingInstituteofMicrobiology,ChineseAcademyofSciencestoengageinbiotechnologycomputer-aideddesignandgenes(andfullgenes)Researchonsynthesisandgeneticmodificationtechnology.
Mezinárodní akademické výměny a debaty
Communicatewithfamousinternationalscientistsfrom1995to2000,suchasnanochemists,geneticists,computerscientists,etc.Theresearchanddevelopmentofintegratedbiologicalsystemssuchassystemsscientificmethods,molecularbiotechnologyandbiologicalinformationtechnology,includingtransgenicpoultryoviductbioreactors,systemsbioengineering,biomolecularcomputersandbiologicalsystemsandartificialevolutionfrommolecules,cells,andorganstoecologicallevelsAndothertheories.From1997to2003,itwasdebatedwithbiologicalreductiontheory.Intheresearchofendothelialcellgeneregulationofarteriosclerosisdisease,thetranscriptionfactorsignaltransductionpathwayofpituitarycelldevelopment,andthemolecularpharmacologyofhereditarymuscularatrophycellapoptosis,weinsistedonmulti-generegulationandnon-Mendelianinheritancepatterns,multi-geneinteractionsandcomplexrhythmsofpathcrossing,anddiscussionswithcomputerscientistsonthequantificationofsignalconductionandsystemscienceviewpoints.
SystemsBiologyScienceandEngineeringNetwork
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
Jakýkoli civilizační model má svou historii nebo život formování, růst, prosperitu a úpadek.
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.
Původní příspěvky
Základní obsah systémových biologických věd z let 1991–1999:
1)Strukturální teorie biologických systémů;
2)Researchonbiologicalsystemsintegratingexperimentalandcomputationalmethods;
3)Systematicscientificresearchoncellsignaltransductionandgeneregulatorynetworks;
4)Umělá integrace bioinženýrství a bioniky Vývoj biologického systému atd., včetně zavedených pojmů, jako je „systémová genetika“, „systémová medicína“, „systémové bioinženýrství“ a „bioreaktor vejcovodů“.
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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