《植物生理学》双语教学大纲Word文档下载推荐.docx
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三、适用专业及开设学期Forprofessional
open
term
适用专业:
园林(本科)开设学期:
第2学期
Forprofessional:
Garden
(undergraduate)
Semester:
second
semestersemester
四、课程的性质、目标和任务
TheNature,StatusandTaskofThisCourse
PlantPhysiologyandBiochemistrymaybeconsideredasthedescriptionoflifeatthemolecularlevel.Thechemicalandphysicalnatureofstructuresandfunctionswithinlivingcellsisstudied.Thiscourseallowsstudentstodevelopanunderstandingofthemajorclassesofbiochemicalcompoundsfoundinlivingorganismsandthemetabolismofthesecompounds.Studyofbiochemistryiscentraltostudiesinbiology,andinparticularisrelatedtoplantandmammalianphysiology,microbiology,genetics,cellbiologyandmolecularbiology.Aseriesofpracticalclassesisintegratedwiththelecturestoallowstudentstofurtherdevelopconceptscoveredinthelectures,andalsotobecomefamiliarwithuseofmaterialsandequipmentcommonlyusedinbiochemistrylaboratories.
五、课程的基本要求
TheObjectivesofThisCourse
Oncompletionofthiscoursestudentswillbeableto:
(1)demonstrateaknowledgeofthemajorclassesofbiochemicalcompounds,includingcarbohydrates,lipidsandproteins;
(2)understandanddescribetheactionofenzymesandtheirapplicationinthemetabolismof
carbohydrates,lipidsandproteins;
(3)demonstratefamiliaritywiththeintegrationofmetabolicpathwaysinanorganism;
(4)demonstrateanawarenessofthedifferentmetabolicprocesseswhichoccurindifferentspecies(includinganimals,plantsandmicroorganisms);
(5)demonstrateanawarenessoftheapplicationsofbiochemistryincontemporaryscience,particularlyinbiotechnology;
(6)demonstratefamiliaritywitharangeoflaboratorytechniquesusedtoidentify,quantifyandstudybiochemicalsubstances;
(7)carryoutsimplequalitativebiochemicaltests,andquantitativereliablyarangeofcommonbiochemicalsubstancesinbiologicalspecimens;
(8)improvethestudents’abilitiesinreadingandunderstandingbiochemicallanguagesothattheycanfunctionsmoothlyinfurther(postgraduate)studies;
(9)buildupnecessarybiochemicalterminologiesfortheirfutureeasyconsultingofrelatedresearchingpublications;
(10)andthelastbutnottheleast,improvetheirproficienciesingeneralEnglish.
六、课程教学内容
Chapter1.WaterandPlantCells
∙Topic1.1,
CalculatingCapillaryRise
∙Topic1.2,
CalculatingHalf-TimesofDiffusion
∙Topic1.3,
AlternativeConventionsforComponentsofWaterPotential
∙Topic1.4,
TemperatureandWaterPotential
∙Topic1.5,
CanNegativeTurgorPressuresExistinLivingCells?
∙Topic1.6,
MeasuringWaterPotential
∙Topic1.7,
TheMatricPotential
∙Topic1.8,
WiltingandPlasmolysis
∙Topic1.9,
UnderstandingHydraulicConductivity
Chapter2.WaterBalanceofPlants
∙Topic2.1,
Irrigation
∙Topic2.2,
PhysicalPropertiesofSoils
∙Topic2.3,
CalculatingVelocitiesofWaterMovementintheXylemandinLivingCells
∙Topic2.4,
LeafTranspirationandWaterVaporGradients
Chapter3.MineralNutrition
∙Topic3.1,
SymptomsofDeficiencyinEssentialMinerals-WadeBerry,UCLA
∙Topic3.2,
ObservingRootsbelowGround
Chapter4.SoluteTransport
∙Topic4.1,
RelatingtheMembranePotentialtotheDistributionofSeveralIonsacrosstheMembrane:
TheGoldmanEquation
∙Topic4.2,
PatchClampStudiesinPlantCells
∙Topic4.3,
ChemiosmosisinAction
∙Topic4.4,
KineticAnalysisofMultipleTransporterSystems
∙Topic4.5,
ABCTransportersinPlants
∙Topic4.6,
TransportStudieswithIsolatedVacuolesandMembraneVesicles
Chapter5.Photosynthesis:
TheLightReactions
∙Topic5.1,
PrinciplesofSpectrophotometry
∙Topic5.2,
TheDistributionofChlorophyllsandOtherPhotosyntheticPigments
∙Topic5.3,
QuantumYield
∙Topic5.4,
AntagonisticEffectsofLightonCytochromeOxidation
∙Topic5.5,
StructuresofTwoBacterialReactionCenters
∙Topic5.6,
MidpointPotentialsandRedoxReactions
∙Topic5.7,
OxygenEvolution
∙Topic5.8,
PhotosystemI
∙Topic5.9,
ATPSynthase
∙Topic5.10,
ModeofActionofSomeHerbicides
∙Topic5.11,
ChlorophyllBiosynthesis
Chapter6.Photosynthesis:
TheCarbonReactions
∙Topic6.1,
InorganicCarbon-ConcentratingMechanisms:
CO2
andHCO3–
Pumps
∙Topic6.2,
HowtheCalvin–BensonCycleWasElucidated
∙Topic6.3,
Rubisco:
AModelEnzymeforStudyingStructureandFunction
∙Topic6.4,
EnergyDemandsforPhotosynthesisinLandPlants
∙Topic6.5,
RubiscoActivase
∙Topic6.6,
Thioredoxins
∙Topic6.7,
OperationoftheC2
OxidativePhotosyntheticCarbonCycle
∙Topic6.8,
CarbonDioxide:
SomeImportantPhysicochemicalProperties
∙Topic6.9,
ThreeVariationsofC4
Metabolism
∙Topic6.10,
Single-CellC4
Photosynthesis
∙Topic6.11,
PhotorespirationinCAMplants
∙Topic6.12,
GlossaryofCarbohydrateBiochemistry
∙Topic6.13,
StarchArchitecture
∙Topic6.14,
Fructans
∙Topic6.15,
ChloroplastPhosphateTranslocators
Chapter7.Photosynthesis:
PhysiologicalandEcologicalConsiderations
∙Topic7.1,
WorkingwithLight
∙Topic7.2,
HeatDissipationfromLeaves:
TheBowenRatio
∙Topic7.3,
TheGeographicDistributionsofC3
andC4
Plants
∙Topic7.4,
CalculatingImportantParametersinLeafGasExchange
∙Topic7.5,
PrehistoricChangesinAtmosphericCO2
∙Topic7.6,
ProjectedFutureIncreasesinAtmosphericCO2
∙Topic7.7,
UsingCarbonIsotopestoDetectAdulterationinFoods
∙Topic7.8,
ReconstructionoftheExpansionofC4
Taxa
Chapter8.TranslocationinthePhloem
∙Topic8.1,
SieveElementsastheTransportCellsbetweenSourcesandSinks-SusanDunford,UniversityofCincinnati
∙Topic8.2,
AnAdditionalMechanismforBlockingWoundedSieveElementsintheLegumeFamily-SusanDunford,UniversityofCincinnati
∙Topic8.3,
SamplingPhloemSap-SusanDunford,UniversityofCincinnati
∙Topic8.4,
NitrogenTransportinthePhloem-SusanDunford,UniversityofCincinnati
∙Topic8.5,
MonitoringTrafficontheSugarFreeway:
SugarTransportRatesinthePhloem-SusanDunford,UniversityofCincinnati
∙Topic8.6,
AlternativeViewsofPressureGradientinSieveElements:
LargeorSmallGradients?
-SusanDunford,UniversityofCincinnati
∙Topic8.7,
ExperimentsonPhloemLoading-SusanDunford,UniversityofCincinnati
∙Topic8.8,
ExperimentsonPhloemUnloading-SusanDunford,UniversityofCincinnati
∙Topic8.9,
AllocationinSourceLeaves:
TheBalancebetweenStarchandSucroseSynthesis-SusanDunford,UniversityofCincinnati
∙Topic8.10,
Partitioning:
TheRoleofSucrose-MetabolizingEnzymesinSinks
∙Topic8.11,
PossibleMechanismsLinkingSinkDemandandPhotosyntheticRateinStarchStorers-SusanDunford,UniversityofCincinnati
∙Topic8.12,
ProteinsandRNAs:
SignalMoleculesinthePhloem
Chapter9.RespirationandLipidMetabolism
∙Topic9.1,
IsolationofMitochondria-IanM.Mø
ller,AarhusUniversity,Denmark;
AllanG.Rasmusson,LundUniversity,Sweden
∙Topic9.2,
TheQ-CycleExplainsHowComplexIIIPumpsProtonsacrosstheInnerMitochondrialMembrane-AllanG.Rasmusson,LundUniversity,Sweden;
IanM.Mø
ller,AarhusUniversity,Denmark
∙Topic9.3,
MultipleEnergyConservationBypassesinOxidativePhosphorylationofPlantMitochondria-AllanG.Rasmusson,LundUniversity,Sweden;
∙Topic9.4,
FoF1-ATPSynthases:
TheWorld′sSmallestRotaryMotors-LincolnTaiz,UniversityofCalifornia,SantaCruz,California,USA
∙Topic9.5,
TransportIntoandOutofPlantMitochondria-AllanG.Rasmusson,LundUniversity,Sweden;
∙Topic9.6,
TheGeneticSysteminPlantMitochondriaHasSeveralSpecialFeatures-AllanG.Rasmusson,LundUniversity,Sweden;
∙Topic9.7,
DoesRespirationReduceCropYields?
-JamesN.Siedow,DukeUniversity,NorthCarolina,USA;
∙Topic9.8,
TheLipidCompositionofMembranesAffectstheCellBiologyandPhysiologyofPlants-JohnBrowse,WashingtonStateUniversity
∙Topic9.9,
UtilizationofOilReservesinCotyledons-JohnBrowse,WashingtonStateUniversity
Chapter10.AssimilationofMineralNutrients
∙Topic10.1,
DevelopmentofaRootNodule
∙Topic10.2,
MeasurementofNitrogenFixation
∙Topic10.3,
TheSynthesisofMethionine
∙Topic10.4,
Oxygenases
Chapter11.GrowthandDevelopment
∙Topic11.1,
EmbryonicDormancy
∙Topic11.2,
RiceEmbryogenesis
∙Topic11.3,
Polarityof
Fucus
Zygotes
∙Topic11.4,
Azolla
RootDevelopment
∙Topic11.5,
ClassIIIHD-ZipTranscriptionFactorsPromoteAdaxialDevelopmentthroughamicroRNA-SensitiveMechanism
∙Topic11.6,
DuringSenescencePhotoactiveChlorophyllideIsConvertedintoaColorlessChlorophyllCatabolite
Chapter12.PhytochromeandLightControlofPlantDevelopment
∙Topic12.1,
Mougeotia:
AChloroplastwithaTwist
∙Topic12.2,
PhytochromeandHigh-IrradianceResponses
∙Topic12.3,
TheOriginsofPhytochromeasaBacterialTwo-ComponentReceptor
∙Topic12.4,
ProfilingGeneExpressioninPlants
∙Topic12.5,
Two-HybridScreensandCo-immunoprecipitation
∙Topic12.6,
PhytochromeEffectsonIonFluxes
∙Topic12.7,
MicroarrayAnalysisofShadeAvoidance
Chapter13.Gibberellins:
RegulatorsofPlantHeightandSeedGermination
∙Topic13.1,
StructuresofSomeImportantGibberellinsandTheirPrecursors,Derivatives,andInhibitors