Symbiotic nitrogen-fixation by the Leguminosae

Wilson, Paul W.

doi:10.1007/bf02870488

Cited by 14 publications

(3 citation statements)

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“…Culturally the rhizobia are in no way unusual. Proof of their ability to fix atmospheric nitrogen in the absence of the proper host plant, in the soil, and in pure or mixed culture in vitro is lacking (80,401,404). Contrary to sporadic reports (114,270,298), it appears conclusive that their symbiotic properties are limited solely to the family Leguminosae.…”

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Biochemical and Symbiotic Properties of the Rhizobia 1

Allen¹,

Allen²

1950

Bacteriological Reviews

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“…The other is the extensive volume by Wilson (404) dealing with the biochemical aspects of the fixation process. Less extensive summarizations of special topics have appeared within recent years (13,45,362,400,401,405,409).…”

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Biochemical and Symbiotic Properties of the Rhizobia 1

Allen¹,

Allen²

1950

Bacteriological Reviews

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“…O dióxido de carbono aumenta a fixação de nitrogênio nao so em leguminosas noduladas (�JULDER & VAN VEEN, 1960) como também em Azoto bacteJL e BújeJÚncfúa em cultura pura (BECHING, 1973). BERGERSEN (1971) trabalhando com nódulos destacados de soja, notou efeito estimulatório de WILSON (1940) verificou que o aumento de co 2 na at mosfera estimulava a fixação de nitrogênio, o que atribuiu ao aumento de fotossíntese no trevo.…”

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