The model legume Medicago truncatula I

1259 Pages·2020·75.255 MB·English

by  Bruijn, Frans J. de

VOLUME I
THE MODEL LEGUME
MEDICAGO TRUNCATULA
FRANS J. DE BRUIJN
EDITED BY
VOLUME II
THE MODEL LEGUME
MEDICAGO TRUNCATULA
FRANS J. DE BRUIJN
EDITED BY
JWST955-Halftitle1 JWST955-de-Brujin September5,2019 8:13 PrinterName: Trim:279mm×216mm
The model legume Medicago truncatula
Volume I
JWST955-Halftitle1 JWST955-de-Brujin September5,2019 8:13 PrinterName: Trim:279mm×216mm
JWST955-titleVolume1 JWST955-de-Brujin September5,2019 8:21 PrinterName: Trim:279mm×216mm
The model legume
Medicago truncatula
Volume I
Editedby
Frans J. de Bruijn
LaboratoiredesInteractionsPlantesMicro-organismes(LIPM),
CentreINRAOccitanie-Toulouse,Auzeville,
31326Castanet-TolosanCedex,France
JWST955-CopyrightVol1 JWST955-de-Brujin September9,2019 9:25 PrinterName: Trim:279mm×216mm
Thiseditionfirstpublished2020
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LibraryofCongressCataloging-in-PublicationData
Names:Bruijn,F.J.de(FransJ.de),editor.
Title:ThemodellegumeMedicagotruncatula/FransJ.deBruijn.
Description:Hoboken:NewJerseyJohnWiley&Sons,[2020]|Includesbibliographicalreferencesandindex.
Identifiers:LCCN2019023515(print)|LCCN2019023516(ebook)|ISBN9781119409168(cloth)|
ISBN9781119409175(adobepdf)|ISBN9781119409151(epub)
Subjects:LCSH:Genomics.|Legumes–MediterraneanRegion.|Legumes–Research–MediterraneanRegion.
Classification:LCCQH447.M59452020(print)|LCCQH447(ebook)|DDC572.8/6–dc23
LCrecordavailableathttps://lccn.loc.gov/2019023515
LCebookrecordavailableathttps://lccn.loc.gov/2019023516
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Thisworkisdedicatedtomytwodaughters,WaverlyAnndeBruijn-KlawandVanessade
Bruijn-Minafortheirloveandsupportandinterestevenfromadistance,andtomygrandchildren
Elizabeth(Izzy),Ethan,andElliott,andtomybelovedlatewifeCathySenta-LoysdeBruijnforher
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JWST955-toc JWST955-de-Brujin September12,2019 14:25 PrinterName: Trim:279mm×216mm
Contents
VOLUME I 3.1.4 Embryodevelopmentandtheoilandprotein
bodiesinMedicagotruncatula,71
Preface,xv
YouhongSong,Xin-DingWang,NathanSmith,
Acknowledgments,xvi SimonWheeler,andRayJ.Rose
Listofcontributors,xvii 3.1.5 RoleofthioredoxinsandNADP-thioredoxin
reductasesinlegumeseedsandseedlings,80
Section1 Fran¸coiseMontrichard,PierreFrendo,
PascalRey,andBobBuchanan
1.1 Generalintroduction,3
FransJ.deBruijn 3.1.6 Seedshapequantificationinthemodel
legumes:methodsandapplications,92
Section2: Overviewchapters,7 EmilioCervantes,EzzeddineSaadaoui,
A´ngelTocino,andJose´JavierMart´ınGo´mez
2.1 Asnapshotoffunctionalgeneticstudiesin
Medicagotruncatula,9 3.1.7 Theunderlyingprocessesgoverningseedsize
YunKang,MinguyeLi,SenjutiSinharoy, plasticity:impactofendoploidyonseedcoat
andJeromeVerdier developmentandcellexpansioninMedicago
truncatula,99
2.2 Medicagotruncatulaasanecological,
S.OchattandM.Abirached-Darmency
evolutionary,andforagelegumemodel:new
directionsforward,31 3.2 Rootdevelopment:introduction,117
EricJ.B.vonWettberg,JayantiMuhkerjee, FransJ.deBruijn
KenMoriuchi,andStephanieS.Porter
3.2.1 Nitratesignalingpathwayviathetransporter
MtNPF6.8involvesabscisicacidforthe
Section3: Medicagotruncatulaplant
regulationofprimaryrootelongationin
development,41
Medicagotruncatula,118
3.1 Seeddevelopment:introduction,43 AnisM.LimamiandMarie-ChristineMore`re
FransJ.deBruijn LePaven
3.1.1 Aphysiologicalperspectiveoflatematuration 3.2.2 SCARECROWandSHORT-ROOTshowan
processesandestablishmentofseedqualityin overlappingexpressionpatterninthe
Medicagotruncatulaseeds,44 Medicagotruncatulanodulecentralmeristem,125
JeromeVerdier,OlivierLeprince, HenkJ.Franssen,OlgaKulikova,XiWan,
andJuliaBuitink AukeAdams,andRenzeHeidstra
3.1.2 Medicagotruncatula,aninformativemodelto 3.2.3 Lateralrootformationandpatterningin
investigatetheDNAdamageresponseduring Medicagotruncatula,130
seedgermination,55 SandraBensmihen
AncaMacovei,AndreaPagano,ChiaraForti,
3.2.4 Modulationofrootelongationbyabscisicacid
SusanaArau´jo,andAlmaBalestrazzi
andLATERALROOTORGANDEFECTIVE/
3.1.3 TranscriptionalnetworksinearlyMedicago NUMEROUSINFECTIONSAND
truncatulaembryodevelopment,61 POLYPHENOLICSviareactiveoxygen
RayJ.Rose speciesinMedicagotruncatula,136
JeanneM.HarrisandChangZhang
vii
JWST955-toc JWST955-de-Brujin September12,2019 14:25 PrinterName: Trim:279mm×216mm
viii Contents
3.2.5 FYVEandPHproteindomainspresentin Section5: StressandMedicagotruncatula,237
MtZR1,aPRAFprotein,modulatethe
5.1 Abioticstress:introduction,239
developmentofrootsandsymbioticroot
FransJ.deBruijn
nodulesofMedicagotruncatulaviapotential
phospholipidssignaling,144 5.1.1 Genomicandtranscriptomicbasisofsalinity
JulieHopkins,OlivierPierre,PierreFrendo, adaptationandtransgenerationalplasticity
andEricBoncompagni inMedicagotruncatula,240
MarenL.Friesen
3.3 Leafdevelopment:introduction,153
FransJ.deBruijn 5.1.2 Isolationandfunctionalcharacterizationof
salt-stressinducedRCI2-likegenesfrom
3.3.1 CompoundleafdevelopmentinMedicago
MedicagosativaandMedicagotruncatula,243
truncatula,154
RuicaiLong,FanZhang,TiejunZhang,
RujinChen
JunmeiKang,andQingchuanYang
3.3.2 MechanisticinsightsintoSTENOFOLIA-
5.1.3 Rhizobialsymbiosisinfluencesresponseto
mediatedleafbladeoutgrowthinMedicago
earlysaltanddroughtstressoftheMedicago
truncatula,173
truncatularootproteome,253
FeiZhang,HuiWang,andMillionTadege
ReinhardTuretschek,ChristianaStaudinger,
3.4 Flowerdevelopment:introduction,181 andStefanieWienkoop
FransJ.deBruijn
5.1.4 Decipheringtheroleofthealternative
3.4.1 Geneticcontroloffloweringtimeinlegumes,182 respirationundersaltstressinMedicago
JamesL.Weller,RichardC.Macknight truncatula,261
NestorFDel-Saz,FranciscoPalma,
3.4.2 Forwardandreversescreenstoidentifygenes
JoseAntonioHerrera-Cervera,and
thatcontrolvernalizationandfloweringtime
MiquelRibas-Carbo
inMedicagotruncatula,189
MaurenJaudal,GeoffreyThomson, 5.1.5 Effectofarseniconlegumes:analysisinthe
LuluZhang,ChongChe,JiangqiWen, modelMedicagotruncatula–Ensifer
KirankumarS.Mysore,MillionTadege, interaction,268
andJoannaPutterill Elo´ısaPajuelo,IgnacioD.Rodr´ıguez-Llorente,
andMiguelA.Caviedes
3.4.3 MtNAMregulatesfloralorganidentityand
lateralorganseparationinMedicago 5.1.6 Dualoxidativestresscontrolinvolving
truncatula,197 antioxidantdefensesystemandalternative
XiaofeiCheng,JianlingPeng,RujinChen, oxidasepathwayswithinthemodellegume
KirankumarS.Mysore,andJiangqiWen Medicagotruncatulaunderbioticandabiotic
constraints,281
Section4: Biosynthesisofnaturalproducts: HaythemMhadhbi
introduction,207
Section5.2: Bioticstress:interactionofMedicago
4.1 Organizationandregulationoftriterpene
truncatulawithpathogensandpests,289
saponinbiosynthesisinMedicagotruncatula,209
JanMertensandAlainGoossens 5.2.1 Interactionwithrootandfoliar
pathogens:introduction,291
4.2 SaponinsinMedicagotruncatula:structures
FransJ.deBruijn
andactivities,220
CatherineSivignon,IsabelleRahioui, 5.2.1.1 Medicagotruncatulaandotherannual
andPedrodaSilva Medicagospp.–interactionswithrootand
foliarfungal,oomycete,andviralpathogens,293
4.3 SaponinsynthesisinMedicagotruncatula
MartinJ.Barbetti,MingPeiYou,
plants:CYP450-mediatedformationof
andRogerA.C.Jones
sapogeninsinthedifferentplantorgans,225
MariaCarelli,MassimoConfalonieri, 5.2.1.2 Decipheringresistancemechanismstothe
AldoTava,ElisaBiazzi,OrnellaCalderini, rootrotdiseaseoflegumescausedby
PamelaAbbruscato,MariaCammareri, AphanomyceseuteicheswithMedicago
andCarlaScotti truncatulageneticandgenomicresources,307
ChristopheJacquetandMaximeBonhomme