Nitric Oxide and Signaling in Plants,

377 Pages·2016·10.49 MB·English

by  Wendehenne, David

VOLUMESEVENTYSEVEN
A
DVANCES IN
BOTANICAL RESEARCH
Nitric Oxide and Signaling in Plants
ADVANCES IN BOTANICAL RESEARCH
Series Editors
Jean-PierreJacquot
Professor,MembredeL’InstitutUniversitairedeFrance,UnitéMixtedeRecherche
INRA,UHP1136“InteractionArbresMicroorganismes”,UniversitédeLorraine,
FacultédesSciences,Vandoeuvre,France
PierreGadal
HonoraryProfessor,UniversitéParis-SudXI,InstitutBiologiedesPlantes,Orsay,France
VOLUME SEVENTY SEVEN
A
DVANCES IN
BOTANICAL RESEARCH
Nitric Oxide and Signaling in Plants
Volume Editor
DAVID WENDEHENNE
University of Bourgogne Franche-Comté,
UMR 1347 Agroécologie, Dijon, France
AMSTERDAM(cid:129)BOSTON(cid:129)HEIDELBERG(cid:129)LONDON
NEWYORK(cid:129)OXFORD(cid:129)PARIS(cid:129)SANDIEGO
SANFRANCISCO(cid:129)SINGAPORE(cid:129)SYDNEY(cid:129)TOKYO
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CONTRIBUTORS
AlexandraAgeeva
HelmholtzZentrumMu€nchen–GermanResearchCenterforEnvironmentalHealth,
InstituteofBiochemicalPlantPathology,Mu€nchen-Neuherberg,Germany
MagdalenaArasimowicz-Jelonek
DepartmentofPlantEcophysiology,FacultyofBiology,AdamMickiewiczUniversity,
Poznan(cid:2),Poland
JuanB.Barroso
GroupofBiochemistryandCellSignalinginNitricOxide,DepartmentofBiochemistryand
MolecularBiology,UniversityofJaén,Jaén,Spain
JuanC.Begara-Morales
GroupofBiochemistryandCellSignalinginNitricOxide,DepartmentofBiochemistryand
MolecularBiology,UniversityofJaén,Jaén,Spain
DianaBellin
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
GeraldA.Berkowitz
DepartmentofPlantScienceandLandscapeArchitecture,UniversityofConnecticut,Storrs,
CT,USA
AlexandreBoscari
InstitutSophiaAgrobiotech(ISA),INRA,CNRS,UniversitéNiceSophiaAntipolis,Sophia
Antipolis,France
RenaudBrouquisse
InstitutSophiaAgrobiotech(ISA),INRA,CNRS,UniversitéNiceSophiaAntipolis,Sophia
Antipolis,France
ClaudeBruand
LaboratoiredesInteractionsPlantes-Microorganismes(LIPM),INRA,CNRS,
Castanet-Tolosan,France
MouniraChaki
GroupofBiochemistryandCellSignalinginNitricOxide,DepartmentofBiochemistryand
MolecularBiology,UniversityofJaén,Jaén,Spain
FranciscoJ.Corpas
GroupofAntioxidants,FreeRadicalsandNitricOxideinBiotechnology,Foodand
Agriculture,DepartmentofBiochemistry,CellandMolecularBiologyofPlants,Estacio(cid:2)n
ExperimentaldelZaidín,CSIC,Granada,Spain
NataliaCorrea-Aragunde
InstitutodeInvestigacionesBiolo(cid:2)gicas,ConsejoNacionaldeInvestigacionesCientíficasy
Técnicas(CONICET),UniversidadNacionaldeMardelPlata(UNMdP),MardelPlata,
Argentina
j
xi
xii Contributors
LauraDeGara
CentroIntegratodiRicerca,Universit(cid:3)aCampusBio-MedicodiRoma,Rome,Italy
MariaConcettadePinto
DipartimentodiBiologia,Universit(cid:3)adegliStudidiBari“AldoMoro”,Bari,Italy
MassimoDelledonne
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
ZuzanaDr(cid:2)abkov(cid:2)aTrojanov(cid:2)a
DepartmentofBotany,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
JolantaFloryszak-Wieczorek
DepartmentofPlantPhysiology,Poznan(cid:2)UniversityofLifeSciences,Poznan(cid:2),Poland
NoeliaForesi
InstitutodeInvestigacionesBiolo(cid:2)gicas,ConsejoNacionaldeInvestigacionesCientíficasy
Técnicas(CONICET),UniversidadNacionaldeMardelPlata(UNMdP),MardelPlata,
Argentina
PierreFrendo
InstitutSophiaAgrobiotech(ISA),INRA,CNRS,UniversitéNiceSophiaAntipolis,Sophia
Antipolis,France
LucasFrungillo
DepartmentofPlantBiology,InstituteofBiology,UniversityofCampinas,Campinas/SP,
Brazil
AlokKumarGupta
NationalInstituteofPlantGenomeResearch,NewDelhi,India
KapugantiJ.Gupta
NationalInstituteofPlantGenomeResearch,NewDelhi,India
JohnT.Hancock
FacultyofHealthandAppliedSciences,UniversityoftheWestofEngland,Bristol,UK
Im(cid:3)eneHichri
InstitutSophiaAgrobiotech(ISA),INRA,CNRS,UniversitéNiceSophiaAntipolis,Sophia
Antipolis,France
ZahraImanifard
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
KarolinaIzbian(cid:2)ska
DepartmentofPlantEcophysiology,FacultyofBiology,AdamMickiewiczUniversity,
Poznan(cid:2),Poland
AardraKachroo
DepartmentofPlantPathology,UniversityofKentucky,Lexington,KY,USA
Contributors xiii
PradeepKachroo
DepartmentofPlantPathology,UniversityofKentucky,Lexington,KY,USA
Eva-EstherKo€nig
HelmholtzZentrumMu€nchen–GermanResearchCenterforEnvironmentalHealth,
InstituteofBiochemicalPlantPathology,Mu€nchen-Neuherberg,Germany
IzabellaKovacs
HelmholtzZentrumMu€nchen–GermanResearchCenterforEnvironmentalHealth,
InstituteofBiochemicalPlantPathology,Mu€nchen-Neuherberg,Germany
LucieKubienov(cid:2)a
DepartmentofBiochemistry,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
AprajitaKumari
NationalInstituteofPlantGenomeResearch,NewDelhi,India
LorenzoLamattina
InstitutodeInvestigacionesBiolo(cid:2)gicas,ConsejoNacionaldeInvestigacionesCientíficasy
Técnicas(CONICET),UniversidadNacionaldeMardelPlata(UNMdP),MardelPlata,
Argentina
Ale(cid:4)sLebeda
DepartmentofBotany,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
Gah-HyunLim
DepartmentofPlantPathology,UniversityofKentucky,Lexington,KY,USA
ChristianLindermayr
HelmholtzZentrumMu€nchen–GermanResearchCenterforEnvironmentalHealth,
InstituteofBiochemicalPlantPathology,Mu€nchen-Neuherberg,Germany
TengfangLing
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
RuitaoLiu
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
VittoriaLocato
CentroIntegratodiRicerca,Universit(cid:3)aCampusBio-MedicodiRoma,Rome,Italy
LenkaLuhov(cid:2)a
DepartmentofBiochemistry,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
YiMa
DepartmentofPlantScienceandLandscapeArchitecture,UniversityofConnecticut,Storrs,
CT,USA
ElianeMeilhoc
LaboratoiredesInteractionsPlantes-Microorganismes(LIPM),INRA,CNRS,
Castanet-Tolosan,France
xiv Contributors
SonalMishra
NationalInstituteofPlantGenomeResearch,NewDelhi,India
AnnalisaParadiso
DipartimentodiBiologia,Universit(cid:3)adegliStudidiBari“AldoMoro”,Bari,Italy
MarekPet(cid:4)rivalský
DepartmentofBiochemistry,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
MaríaC.Romero-Puertas
DepartmentofBiochemistryandCellularandMolecularBiologyofPlants,Estacio(cid:2)n
ExperimentaldelZaidín(CSIC),Granada,Spain
WilmaSabetta
Spin-offSINAGRIsrl,Universit(cid:3)adegliStudidiBari“AldoMoro”,Bari,Italy
IoneSalgado
DepartmentofPlantBiology,InstituteofBiology,UniversityofCampinas,Campinas/SP,
Brazil
BeatrizS(cid:2)anchez-Calvo
GroupofBiochemistryandCellSignalinginNitricOxide,DepartmentofBiochemistryand
MolecularBiology,UniversityofJaén,Jaén,Spain
LuisaM.Sandalio
DepartmentofBiochemistryandCellularandMolecularBiologyofPlants,Estacio(cid:2)n
ExperimentaldelZaidín(CSIC),Granada,Spain
MichaelaSedl(cid:2)a(cid:4)rov(cid:2)a
DepartmentofBotany,FacultyofScience,PalackýUniversityinOlomouc,Olomouc,
CzechRepublic
StevenH.Spoel
InstituteofMolecularPlantSciences,SchoolofBiologicalSciences,Universityof
Edinburgh,Edinburgh,UK
RaquelValderrama
GroupofBiochemistryandCellSignalinginNitricOxide,DepartmentofBiochemistryand
MolecularBiology,UniversityofJaén,Jaén,Spain
ElodieVandelle
DipartimentodiBiotecnologie,Universit(cid:3)adegliStudidiVerona,Verona,Italy
AakankshaWany
NationalInstituteofPlantGenomeResearch,NewDelhi,India
MatthewWhiteman
UniversityofExeterMedicalSchool,UniversityofExeter,Exeter,UK
PREFACE
Living cells possess intricate signaling systems which play crucial roles for
sensing and interacting with their environment. The complexity of these
systemsisexemplifiedinhighereukaryotesinwhichphysiologicalfunctions
requirecoordinatedcommunicationsbetweenorgansatthewholeorganism
level. Understanding these systems is a formidable task and of fundamental
importance. Deciphering cell signaling processes requires identification of
the actors and resolution of their spatial and temporal dynamics of mutual
and coordinated interactions. Although the elucidation of cell signaling
mechanisms seems an unresolvable problem as ever more data come to
hand, the discovery that nitric oxide (NO) displays signaling function in
many, if not all, living organisms is considered as a major breakthrough.
Nitricoxideisareactivediatomicgas.Accordingtosomeauthors,itmay
have played an early role during evolution in primitive organisms by neu-
tralizingozoneandbyservingasadefencemechanismagainstreactiveoxy-
genspecies.Furthermore,thepossibilitythatthereleaseandsensingofNO
could represent an intra- and extracellular mechanism before specialized
receptors evolved has been proposed. Paradoxically, its involvement as a
physiological mediator in mammals was not recognized until the mid-
1980s. Nevertheless, over the past 30years, our understanding of the role
of NO in animals has been enriched by fascinating discoveries. First identi-
fied as an antimicrobial effector molecule, numerous studies have high-
lighted that NO is also a unique biological messenger involved in major
processes including neuronal signal transmission, blood vessel dilatation
andbothinnateandadaptiveimmunity.Thediscoveryoftheenzymenitric
oxide synthase (NOS) catalysing its synthesis, as well as those of key mech-
anisms controlling the expression of NOS and mediating NO effects has
greatlyexpandedourunderstandingofitsrole.ThesearchforNOfunctions
remains an active area of investigation in mammals with applications in
medicine.
From the end of the 1990s, NO was also revealed to be a surprisingly
ubiquitoussignaling moleculein plants.Indeed,NO possessesan unusually
repertoire of physiological functions in plants. It is involved in all major
physiological processes such as seed dormancy and germination, root
growth,stomatalclosure,flowering,ironhomoeostasis,hormonalsignaling,
senescence and contributes to immunity as well as to the adaptive response
to abiotic stresses. Therefore, it is not surprising that this gas has become a
j
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xvi Preface
dominant part of physiological, cellular and molecular biology research.
Accordingly, five Plant Nitric Oxide International Meetings have been
heldsince2006,andthesixthwillbeorganizedin2016inGranadainSpain.
Interestingly,anessentialpartofthedatageneratedtodateindicatesthatNO
isamajorcomponentofplantcellsignalingand,comparedtoanimals,there
isaremarkabledegreeofsimilarityinthemolecularmechanismsunderlying
itseffects.ThefieldofNOresearchinplantsisstillinitsinfancyandnumer-
ous questions remain as yet unanswered or poorly answered, notably those
relating to its synthesis and its basis for specificity.
ThisfocussectionofAdvancesinBotanicalResearchpresentsaseriesof
14 chapters highlighting recent insights into NO in plants. We learn from
these contributions that NO cooperates with other signaling compounds
includinghydrogensulphideandreactiveoxygenspecies,notablythesuper-
oxide anion and hydrogen peroxide. As mentioned by J. Hancock and
M. Whiteman (Chapter 1), these interactions might be viewed as an inter-
active and complex web of reactive species determining cellular responses.
Other authors illustrate the importance of such interplay in root growth
and developmental processes (N. Correa-Aragunde et al., Chapter 3), in
programmed cell death (V. Locato et al., Chapter 9), in the establishment
of symbiosis (I. Hichri et al. Chapter 10) and in immunity (E. Vandelle et
al., Chapter 11; P. Kachroo et al., Chapter 12). In addition to the reactive
species, crosstalk also operates between NO and hormones, lipids and the
second messengers Ca2+ and cyclic GMP. Examples of the occurrence of
such crosstalk in auxin signaling and plant immunity are provided by
N. Correa-Aragunde et al. (Chapter 3), P. Kachroo et al. (Chapter 12)
and Y. Ma and G. Berkowitz (Chapter 14).
Anothermainissuediscussedinthesechaptersconcernsthespecificityof
NOaction.ItappearsthatthespecificityofNOsignalingispartlygoverned
byitsabilitytomodulatetheactivityoftargetproteinsthroughposttransla-
tional modification (PTM) including S-nitrosylation and tyrosine nitration.
These NO-dependent PTMs play a fundamental role in the regulation of
gene expression (I. Kovacs et al., Chapter 2), auxin signaling (N. Correa-
Aragunde et al., Chapter 3), nitrogen assimilation (L. Frungillo et al.,
Chapter4),responsestoabioticstresses(F.Corpasetal.,Chapter5)includ-
ingcadmiumexposure(M.Arasimowicz-Jeloneketal.,Chapter6),metab-
olism (M. C. Romero-Puertas and L. Sandalio, Chapter 7; A. K. Gupta
etal.,Chapter8),programmedcelldeath(V.Locatoetal.,Chapter9),sym-
biosisandimmunity(I.Hichrietal.Chapter10;E.Vandelleetal.,Chapter
11; Y. Ma and G. Berkowitz, Chapter 14). Importantly, NO-dependent