The rate of photosynthesis of tobacco leaves infected with the Rothamsted type culture of tobacco mosaic virus was lower than that of comparable healthy tobacco leaves. The lower rate was inferred from Net Assimilation Rates of whole plants and confirmed by direct comparisons of photosynthetic rates of inoculated and healthy leaves. The effect began within 1 hr. of inoculation. It was not caused by an effect of the virus on the stomata, and inactivated virus inoculum did not change the rates. The results indicate either a more rapid movement of virus from the epidermis into the chlorenchyma than has been previously recorded or an effect of virus infection at a site distant from the cells containing virus
Five experimental approaches were utilized to support or negate the hypothesis that infection of the...
A number of studies have been conducted in the last two decades trying to determine the principle or...
Changes in some growth (plant leaf number and area, plant biomass, plant height, root length, and pl...
Unlike tobacco mosaic virus, which increases the respiration of tobacco leaves Within an hour of the...
Infection with tobacco mosaic virus decreases the water content which detached tobacco leaves attain...
The rate of CO, production per g. dry matter of the younger leaves of tobacco plants systemically in...
The rates of respiration and of photosynthesis of tobacco leaves infected with potato virus X were n...
Leaves of tobacco plants inoculated with tobacco mosaic virus were divided into three groups : (a) i...
The effect of infection with tobacco mosaic virus on the respiration rates of detached tobacco leave...
The effects on susceptibility to infection with certain viruses of subjecting plants to various peri...
A Susceptible tobacco variety infected with a mosaic-inducing strain of tobacco mosaic Virus displa...
The most obvious symptom of systemic virus infection is the mosaic pattern of the leaves. Yellowing,...
The growth of simulated swards of Italian and perennial ryegrass, artificially infected with ryegras...
AbstractLeaves of Spinacia oleracea inoculated with tobacco mosaic virus (TMV) strain PV230 develop ...
SUMMARY: Preparations of tobacco mosaic virus (TMV) inactivated by ultraviolet radiation interfered ...
Five experimental approaches were utilized to support or negate the hypothesis that infection of the...
A number of studies have been conducted in the last two decades trying to determine the principle or...
Changes in some growth (plant leaf number and area, plant biomass, plant height, root length, and pl...
Unlike tobacco mosaic virus, which increases the respiration of tobacco leaves Within an hour of the...
Infection with tobacco mosaic virus decreases the water content which detached tobacco leaves attain...
The rate of CO, production per g. dry matter of the younger leaves of tobacco plants systemically in...
The rates of respiration and of photosynthesis of tobacco leaves infected with potato virus X were n...
Leaves of tobacco plants inoculated with tobacco mosaic virus were divided into three groups : (a) i...
The effect of infection with tobacco mosaic virus on the respiration rates of detached tobacco leave...
The effects on susceptibility to infection with certain viruses of subjecting plants to various peri...
A Susceptible tobacco variety infected with a mosaic-inducing strain of tobacco mosaic Virus displa...
The most obvious symptom of systemic virus infection is the mosaic pattern of the leaves. Yellowing,...
The growth of simulated swards of Italian and perennial ryegrass, artificially infected with ryegras...
AbstractLeaves of Spinacia oleracea inoculated with tobacco mosaic virus (TMV) strain PV230 develop ...
SUMMARY: Preparations of tobacco mosaic virus (TMV) inactivated by ultraviolet radiation interfered ...
Five experimental approaches were utilized to support or negate the hypothesis that infection of the...
A number of studies have been conducted in the last two decades trying to determine the principle or...
Changes in some growth (plant leaf number and area, plant biomass, plant height, root length, and pl...