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INDUCTION OF BETTER GROWTH AND SPORULATION OF UROMYCES FABAE (Pers.) DE Bary GROWN IN AXENIC CULTURE
Annals Of Agric. Sc., Moshtohor • 1999
Publication Information
Authors
El-Fiki, A.I.I. *; G. M. D. El-Habbaa *; K. E. Eid * and I.A.Ismail**
Keywords
Not Available
Journal
Annals Of Agric. Sc., Moshtohor
Publisher
Not Available
Volume
37
Issue
2
Pages
1187-1200
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Modified MS-medium supplemented with broad bean leaf extracts was found
to be excellent for growth and sporulation of the two isolates A and B of Uromyces
fabae.
U. fabae isolate A could utilize a large number of carbon and nitrogen
sources than isolate B. Whereas, sucrose and starch, in general, were the best carbon
sources for growth and sporulation of both isolates. The bease favorable temperature
regimes for growth of U. fabae in modified MS medium supplemented with broad
bean leaf extracts ranged between 15-27C and between 20-27C for isolates A and B,
respectively, with optimal growth at 25C. The effect of relative humidity and pH
values at constant temperature (25C) on growth and sporulation as of U. fabae
isolates A and B were alsostudied. The red, blue and hyaline lights gave the highest
significant increase in linear growth and uredospores production of isolate A.
However, formation of teleutospores was enhanced under green light wavelengths.
to be excellent for growth and sporulation of the two isolates A and B of Uromyces
fabae.
U. fabae isolate A could utilize a large number of carbon and nitrogen
sources than isolate B. Whereas, sucrose and starch, in general, were the best carbon
sources for growth and sporulation of both isolates. The bease favorable temperature
regimes for growth of U. fabae in modified MS medium supplemented with broad
bean leaf extracts ranged between 15-27C and between 20-27C for isolates A and B,
respectively, with optimal growth at 25C. The effect of relative humidity and pH
values at constant temperature (25C) on growth and sporulation as of U. fabae
isolates A and B were alsostudied. The red, blue and hyaline lights gave the highest
significant increase in linear growth and uredospores production of isolate A.
However, formation of teleutospores was enhanced under green light wavelengths.