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Nature and basic properties of the Rhizobia


, : Nature and basic properties of the Rhizobia. Nitrogen Fixation in Legumes: 5-11

The characteristics, isolation and authentication of Rhizobia are described.


Accession: 001101464

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Related references

Vincent, Jm, 1982: Nature and basic properties of the rhizobia Rhizobium. Nitrogen fixation in legumes: based on proceedings of an international seminar sponsored by the Australian Development Assistance Bureau and the University of Sydney edited by JM Vincent

Vincent, J.M., 1982: The basic serology of rhizobia. The nature and range of rhizobial antigens and their use in finding cross-reactive serotypes is described. The biological significance of antigens including taxonomic relevance, strain definition and recognition and the relationship to symbiotic c...

Sitaramayya S., 1971: Occurrence of a Pre-granite Basic dyke and the probable Nature of the Basic Enclaves in the Hyderabad Granites of Andhra Pradesh. Journal of Mines, Metals and Fuels 19(12): 356-357

Hungria, M.; Stacey, G., 1997: Molecular signals exchanged between host plants and rhizobia: basic aspects and potential application in agriculture. Rhizobia have the ability to infect and establish a N2-fixing symbiosis with many leguminous and a few nonleguminous plants. The result of this interaction is the formation of a novel plant organ, the nodule, where N2 fixation occurs. Research has...

Caudry Reznick S.; Prevost D.; Schulman H.M., 1986: Some properties of arctic rhizobia. Forty-eight strains of Rhizobium isolated from the root nodules of three species of legumes indigenous to the high tundra (Astragalus alpinus, Oxytropis maydelliana and Oxytropis arctobia) are phenotypically heterogenous with respect to intrinsic...

Bernal, G.; Graham, P.H., 2001: Diversity in the rhizobia associated with Phaseolus vulgaris L. in Ecuador, and comparisons with Mexican bean rhizobia. Common beans (Phaseolus vulgaris L.) have centers of origin in both Mesoamerica and Andean South America, and have been domesticated in each region for perhaps 5000 years. A third major gene pool may exist in Ecuador and Northern Peru. The diversi...

Bernal, G.; Graham, P.H., 2001: Diversity in the rhizobia associated with Phaseolus vulgaris L. in Ecuador, and comparisons with Mexican bean rhizobia. Common beans (Phaseolus vulgaris L.) have centers of origin in both Mesoamerica and Andean South America, and have been domesticated in each region for perhaps 5000 years. A third major gene pool may exist in Ecuador and Northern Peru. The diversi...

Li, J.; Ge, C.; Xu, L.; Fan, H.; Cui, Z., 1994: Determination of DNA G+C mol percent and DNA homology between extra-slow-growing soybean rhizobia and other rhizobia. The DNA G+C mol% for extra-slow-growing soybean rhizobia (ESG) and DNA homology for ESG strains and other rhizobia were carried out by thermal denaturation temperature (Tm) and reassociation rate of DNA, respectively. The results showed that: (1)...

Guan, G.; Wwang, W.; Yang, Y.; Su, Y., 1991: Studies on the rhizobia resources in xinjiang arid area i. rhizobia and their symbiotic nitrogen fixation. 373 strains of rhizobia have been isolated from 109 species that belong to 31 genera in which, 88 strains were rhizobia got from the nodules of plants which nodulation hasn't reported. 95% of the nodules formed by these rhizobia were of effic...

Brown, J.H., 1966: Respiratory nitrate reduction by Rhizobia and host-rhizobia interactions affecting nodule initiation. Abstract of thesis of Iowa State University, 1965. Anaerobic conditions, obtained by using flask closures, flushing with N2, layering with mineral oil or by evacuation of the flasks, caused a rapid accumulation and a subsequent reduction of NO2-in...