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Development of ectopic roots from abortive nodule primordiaFERRAIOLI, Simona; TATE, Rosarita; ROGATO, Alessandra et al.Molecular plant-microbe interactions. 2004, Vol 17, Num 10, pp 1043-1050, issn 0894-0282, 8 p.Article

Ascorbate and Homoglutathione Metabolism in Common Bean Nodules under Stress Conditions and during Natural SenescenceLOSCOS, Jorge; MATAMOROS, Manuel A; BECANA, Manuel et al.Plant physiology (Bethesda). 2008, Vol 146, Num 3, pp 1282-1292, issn 0032-0889, 11 p.Article

Fine structure of root nodules of Aeschynomene indica LYATAZAWA, M; YOSHIDA, S; MAEDA, E et al.Soil Science and Plant Nutrition (Tokyo). 1984, Vol 30, Num 3, pp 405-416, issn 0038-0768Article

Nitrogen fixation efficiency, natural ¹⁵N abundance, and morphology of mesquite (Prosopis glandulosa) root nodulesVIRGINIA, R. A; BAIRD, L. M; LA FAVRE, J. S et al.Plant and soil. 1984, Vol 79, Num 2, pp 273-284, issn 0032-079XArticle

Host recognition in the rhizobium-soybean symbiosis: evidence for the involvement of lectin in nodulationHALVERSON, L. J; STACEY, G.Plant physiology (Bethesda). 1985, Vol 77, Num 3, pp 621-625, issn 0032-0889Article

Photosynthate supply and utilization in alfalfa: a developmental shift from a source to a sink limitation of photosynthesisBAYSDORFER, C; BASSHAM, J. A.Plant physiology (Bethesda). 1985, Vol 77, Num 2, pp 313-317, issn 0032-0889Article

Contents of hormones, and indoleacetic acid metabolism in root nodules of Erythrina indica Lamk., Sesbania grandiflora Pers., and Pterocarpus santalinus LinnBHOWMICK, P. K; BASU, P. S.Biochemie und Physiologie der Pflanzen. 1984, Vol 179, Num 6, pp 455-462, issn 0015-3796Article

Dynamics of carbon photosynthetically assimilated in nodulated soya bean plants under steady-state conditions. I: Development and application of ¹³CO₂ assimilation system at a constant ¹³C abundanceKOUCHI, H; YONEYAMA, T.Annals of botany (Print). 1984, Vol 53, Num 6, pp 875-882, issn 0305-7364Article

Mesorhizobium silamurunense sp. nov., isolated from root nodules of Astragalus speciesCHUN TIAN ZHAO; EN TAO WANG; YAN MING ZHANG et al.International journal of systematic and evolutionary microbiology (Print). 2012, Vol 62, pp 2180-2186, issn 1466-5026, 7 p., 9Article

Nodulation of Casuarinaceae in relation to host species and soil propertiesREDDELL, P; BOWEN, G. D; ROBSON, A. D et al.Australian journal of botany. 1986, Vol 34, Num 4, pp 435-444, issn 0067-1924Article

Control of nitrogen fixation in a legume nodule: an analysis of the role of oxygen diffusion in relation to nodule structureSHEEHY, J. E; MINCHIN, F. R; WITTY, J. F et al.Annals of botany (Print). 1985, Vol 55, Num 4, pp 549-562, issn 0305-7364Article

Calorimetry of nitrogenase-mediated reductions in detached soybean nodulesHEYTLER, P. G; HARDY, R. W.Plant physiology (Bethesda). 1984, Vol 75, Num 2, pp 304-310, issn 0032-0889Article

Diffusion of gases through plant tissues: entry of acetylene into legumes nodulesDAVIS, L. C.Plant physiology (Bethesda). 1984, Vol 76, Num 4, pp 854-857, issn 0032-0889Article

Rhizobins, a group of peptides in the free-amino-acid pool of the soybean-Rhizobium systemGARAY, A. S; AHLGREN, J. A; GONZALEZ, M. A et al.Applied and environmental microbiology (Print). 1986, Vol 51, Num 3, pp 457-461, issn 0099-2240Article

Variation de l'activité nitrogénase (réduction de l'acétylène) pendant l'incubation in situ des nodosités de Glycine max (L.) Merr = Change in nitrogenase activity (C₂H₂ reduction) during in situ incubation of root nodules of Glycine max (L.) MerrVIPIN CHANDRA KALIA; DREVON, J.-J.Comptes rendus de l'Académie des sciences. Série 3, Sciences de la vie. 1985, Vol 301, Num 12, pp 591-596, issn 0764-4469Article

Increased nodulation of «non-nodulating» (rj₁rj₁) soybeans by high dose inoculationLA FAVRE, J. S; EAGLESHAM, A. R. J.Plant and soil. 1984, Vol 80, Num 2, pp 297-300, issn 0032-079XArticle

New nodulating legume trees from South-East BrazilDE FARIA, S. M; FRANCO, A. A; DE JESUS, R. M et al.New phytologist. 1984, Vol 98, Num 2, pp 317-328, issn 0028-646XArticle

Determination of pea (Pisum sativum L.) root lectin using an enzyme-linked immunoassayDIAZ, C. L; LEMS-VAN KAN, P; VAN DER SCHAAL, I. A. M et al.Planta. 1984, Vol 161, Num 4, pp 302-307, issn 0032-0935Article

Root nodule formation in legumes; a molecular chat-boxVLEGHELS, Ingrid; RUTTINK, Tom; COMPAAN, Bert et al.Recent research developments in plant physiology (Vol. 2 (2001)). Recent research developments in plant physiology. 2001, pp 187-198, isbn 81-7736-046-9Book Chapter

Characterization of the resistance to oxygen diffusion in legume nodulesMINCHIN, F. R; SHEEHY, J. E; INES MINGUEZ, M et al.Annals of botany (Print). 1985, Vol 55, Num 1, pp 53-60, issn 0305-7364Article

Rhizobium tubonense sp. nov., isolated from root nodules of Oxytropis glabraRONG JUAN ZHANG; BAO CHAO HOU; EN TAO WANG et al.International journal of systematic and evolutionary microbiology (Print). 2011, Vol 61, pp 512-517, issn 1466-5026, 6 p., 3Article

Rhizobial Adaptation to Hosts, a New Facet in the Legume Root-Nodule SymbiosisKOCH, Marion; DELMOTTE, Nathanaël; REHRAUER, Hubert et al.Molecular plant-microbe interactions. 2010, Vol 23, Num 6, pp 784-790, issn 0894-0282, 7 p.Article

A novel ankyrin-repeat membrane protein, IGN1, is required for persistence of nitrogen-fixing symbiosis in root nodules of Lotus japonicusKUMAGAI, Hirotaka; HAKOYAMA, Tsuneo; UMEHARA, Yosuke et al.Plant physiology (Bethesda). 2007, Vol 143, Num 3, pp 1293-1305, issn 0032-0889, 13 p.Article

Auxin influx activity is associated with Frankia infection during actinorhizal nodule formation in Casuarina glaucaPERET, Benjamin; SWARUP, Ranjan; BENNETT, Malcolm et al.Plant physiology (Bethesda). 2007, Vol 144, Num 4, pp 1852-1862, issn 0032-0889, 11 p.Article