Sequence of RDN1_MEDTR

hydroxyproline O-arabinosyltransferase

E9KID2

357

40980

849831

Schnabel E.L.,Kassaw T.K.,Smith L.S.,Marsh J.F.,Oldroyd G.E.,Long S.R.,Frugoli J.A.

The ROOT DETERMINED NODULATION1 gene regulates nodule number in roots of Medicago truncatula and defines a highly conserved, uncharacterized plant gene family.

Plant Physiol.

157

328-340

2011

849832

Young N.D.,Debelle F.,Oldroyd G.E.D.,Geurts R.,Cannon S.B.,Udvardi M.K.,Benedito V.A.,Mayer K.F.X.,Gouzy J.,Schoof H.,Van de Peer Y.,Proost S.,Cook D.R.,Meyers B.C.,Spannagl M.,Cheung F.,De Mita S.,Krishnakumar V.,Gundlach H.,Zhou S.,Mudge J.,Bharti A.K.,Murray J.D.,Naoumkina M.A.,Rosen B.,Silverstein K.A.T.,Tang H.,Rombauts S.,Zhao P.X.,Zhou P.,Barbe V.,Bardou P.,Bechner M.,Bellec A.,Berger A.,Berges H.,Bidwell S.,Bisseling T.,Choisne N.,Couloux A.,Denny R.,Deshpande S.,Dai X.,Doyle J.J.,Dudez A.-M.,Farmer A.D.,Fouteau S.,Franken C.,Gibelin C.,Gish J.,Goldstein S.,Gonzalez A.J.,Green P.J.,Hallab A.,Hartog M.,Hua A.,Humphray S.J.,Jeong D.-H.,Jing Y.,Jocker A.,Kenton S.M.,Kim D.-J.,Klee K.,Lai H.,Lang C.,Lin S.,Macmil S.L.,Magdelenat G.,Matthews L.,McCorrison J.,Monaghan E.L.,Mun J.-H.,Najar F.Z.,Nicholson C.,Noirot C.,O'Bleness M.,Paule C.R.,Poulain J.,Prion F.,Qin B.,Qu C.,Retzel E.F.,Riddle C.,Sallet E.,Samain S.,Samson N.,Sanders I.,Saurat O.,Scarpelli C.,Schiex T.,Segurens B.,Severin A.J.,Sherrier D.J.,Shi R.,Sims S.,Singer S.R.,Sinharoy S.,Sterck L.,Viollet A.,Wang B.-B.,Wang K.,Wang M.,Wang X.,Warfsmann J.,Weissenbach J.,White D.D.,White J.D.,Wiley G.B.,Wincker P.,Xing Y.,Yang L.,Yao Z.,Ying F.,Zhai J.,Zhou L.,Zuber A.,Denarie J.,Dixon R.A.,May G.D.,Schwartz D.C.,Rogers J.,Quetier F.,Town C.D.,Roe B.A.

The Medicago genome provides insight into the evolution of rhizobial symbioses.

Nature

480

520-524

2011

849833

Tang H.,Krishnakumar V.,Bidwell S.,Rosen B.,Chan A.,Zhou S.,Gentzbittel L.,Childs K.L.,Yandell M.,Gundlach H.,Mayer K.F.,Schwartz D.C.,Town C.D.

An improved genome release (version Mt4.0) for the model legume Medicago truncatula.

BMC Genomics

15

312-312

2014

849834

Pecrix Y.,Staton S.E.,Sallet E.,Lelandais-Briere C.,Moreau S.,Carrere S.,Blein T.,Jardinaud M.F.,Latrasse D.,Zouine M.,Zahm M.,Kreplak J.,Mayjonade B.,Satge C.,Perez M.,Cauet S.,Marande W.,Chantry-Darmon C.,Lopez-Roques C.,Bouchez O.,Berard A.,Debelle F.,Munos S.,Bendahmane A.,Berges H.,Niebel A.,Buitink J.,Frugier F.,Benhamed M.,Crespi M.,Gouzy J.,Gamas P.

Whole-genome landscape of Medicago truncatula symbiotic genes.

Nat. Plants

4

1017-1025

2018

849835

Schnabel E.,Karve A.,Kassaw T.,Mukherjee A.,Zhou X.,Hall T.,Frugoli J.

The M. truncatula SUNN gene is expressed in vascular tissue, similarly to RDN1, consistent with the role of these nodulation regulation genes in long distance signaling.

Plant Signal. Behav.

7

4-6

2012

849836

Kassaw T.,Bridges W. Jr.,Frugoli J.

Multiple Autoregulation of Nodulation (AON) signals identified through split root analysis of Medicago truncatula sunn and rdn1 mutants.

Plants (Basel)

4

209-224

2015

849837

Kassaw T.,Nowak S.,Schnabel E.,Frugoli J.

ROOT DETERMINED NODULATION1 is required for M. truncatula CLE12, but not CLE13, peptide signaling through the SUNN receptor kinase.

Plant Physiol.

174

2445-2456

2017