Titlebook: Current Issues in Symbiotic Nitrogen Fixation; Proceedings of the 5 G. H. Elkan,R. G. Upchurch Conference proceedings 1997 Springer Science

過分自信

exceed

積極詞匯

OATH

Marie José Bertin,Alina Bucur,Leila Schnepsas been considered unlikely. An alternative and less-technically challenging approach may be a thorough study of non-pathogenic bacterial endophytes that already inhabit the corn plant..The discovery of a nitrogen-fixing bacterial-sugar cane association by D?bereiner and coworkers in Brazil illustra

DNR215

Hnin Yu Shwe,Peter Han Joo Chongty, and thus more nitrogen assimilation) for the PI than for Forrest. While Forrest out yielded the PI under WW conditions, the percentage reduction in seed mass per plant was less for the PI than for Forrest when both genotypes were exposed to desiccating conditions. The inference is that soybean g

協(xié)奏曲

Donna Lee Rosen,Doris Miculan Bradleyean cultivars. Kinetic studies showed that the nature of the RT-induced inhibition also differed between the two sources. The enzymes from bradyrhizobia exhibited inhibition that was [RT]-dependent, whereas the enzymes from soybean showed a time-dependent inhibition. These contrasting characteristic

恫嚇

Miguel D. Fernandes,Luis B. Oliveira cells assimilated .C-naringenin during the activation of . genes. Our analysis also showed that labelled carbon atoms from the .C-naringenin were incorporated into the acyl moiety of a lipo-oligosaccharide Nod factor, NodRlv IV, present in the culture supernatants of RBL5560. The pSym-cured derivat

EWE

使乳化

China, the Moon, and the World,entration range as extracellular CLOSs of other rhizobia on their respective legume hosts. These results and our earlier studies indicate that membrane CLOSs represent one of many different classes of bioactive metabolites made by . bv. . which elicit more intense symbiosis-related responses in whit

STERN

China, the Moon, and the World, profile through the nodules when compared to control plant lines, but there was no difference in ENOD2 transcriptional activity between the control and antisense plants. Possible reasons for this observation are discussed.