代谢与细胞工程导论（国外生命科学优秀教材 影印版）

　　《代谢与细胞工程导论（影印版）》阐述了将两大技术遗传分子生物学技术与发酵技术有机联系在一起，将各学科如微生物生理学、生物能学、热动力学和酶动力学、生物数学与生物化学、遗传学与分子生物学的方法整合协调，形成跨学科的方法，经过合理设计，以某种方式最大限度地利用微生物或细胞。内容包括：物质与能量平衡、细胞生长与代谢产物、生物过程动力学、植物细胞发育、细胞工程等等。《代谢与细胞工程导论（影印版）》可作为生物工程、生物技术、生物医学工程等专业本科生、研究生教材，还可供生物工程技术人员以及相关科研人员参考。

暂缺《代谢与细胞工程导论（国外生命科学优秀教材 影印版）》作者简介

Preface
ListofAbbreviations
Introduction
IntroductoryOutlines
MetabolicandCellularEngineeringintheContextofBioprocessEngineering
ToolsforMetabolicandCellularEngineering
EngineeringCellsforSpecificBiotransformations
MetabolicAreasthatHaveBeenSubjectedtoMCE
FromDNASequencetoBiologicalFunction
TemporalandSpatialScalinginCellularProcesses
ScalinginMicrobialandBiochemicalSystems
ViewsoftheCell
TransductionandIntracellularSignalling
Self-organizedEmergentPhenomena
HomeodynamicsandCoherence
MatterandEnergyBalances
MassBalance
EnergyBalance
CellGrowthandMetaboliteProduction.BasicConcepts
MicrobialGrowthunderSteadyandBalancedConditions
MicrobialEnergeticsunderSteadyStateConditions
GrowthKineticsunderSteadyStateConditions
TheDilutionRateandtheGrowth-limitingSubstrateConcentration
BionmassandGrowth-limitingSubstrateConcentrationattheSteadyState
GrowthasaBalanceofFluxes
TheFluxCoordinationHypothesis
TowardaRationalDesignofCells
RedirectingCentralMetabolicPathwaysunderKineticorThermodynamicControl
ThermodynamicorKineticControlofFluxunderSteadyStateConditions
KineticandThermodynamicLimitationsinMicrobialSystems.CaseStudies
IncreasingCarbonFlowtoAromaticBiosynthesisinEschericahiacoli
MethodsofQuantitationofCellular"ProcessesPerformance"
StoichiometryofGrowth：TheEquivalencebetweenBiochemicalStoichiometriesandphysiologicalParameters
AGeneralFormalismforMetabolicFluxAnalysis
AComparisonbetweenDifferentMethodsofMFA
MetabolicFluxesduringBalancedandSteadyStateGrowth
BioenergeticandPhysiologicalStudiesinBatchandContinuousCultures.GeneticorEpigeneticRedirectionofMetabolicFlux
MetabolicControlAnalysis
ControlandRegulation
TheControlofMetabolitesConcentration
TheTDAApproachasAppliedtotheRationalDesignofMicroorganisms：IncreaseofEthanolProductioninYeast
AppendixA
AppendixB
DynamicAspectsofBioprocessBehavior
TransientandOscillatoryStatesofContinuousCulture
MathematicalModelBuilding
TransientResponsesofMicrobialCulturestoPerturbationsoftheSteadyState
OscillatoryPhenomenainContinuousCultures
BioprocessDevelopmentwithPlantCells
MCEinPlants：RealitiesandPotentialities
ImprovingPlantsthroughGeneticEngineering
UsingPlantGeneticEngineeringtoProduceHeterologousProteins
ToolsfortheManipulationandTransformationofPlants
PlantMetabolism：MatterandEnergyFlowsandtheProspectsofMCA
MetabolicCompartmentationinPlantCells
CarbonAssimilation,PartitioningandAllocation
Carbonfixationinhigherplants
MCAStudiesinPlants
RegulationandControl：StarchSynthesis,aCaseStudy
ConcludingRemarks
CellularEngineering
Outline
TheGlobalFunctioningofMetabolicNetworks
CellularEngineering
GrowthRate,G1PhaseoftheCellCycle,ProductionofMetabolitesandMacromoleculesasTargetsforCellularEngineering
CataboliteRepressionandCellCycleRegulationinYeast
ProteinProductionasaFunctionofGrowthRate
TheSelectiveFunctioningofWholeMetabolicPathwaysisPermissiveforDifferentiation
Bibliography
Index