Exact(7)
This "trap plant" effect was maintained over the three years.
Each gene trap plant was also challenged with P. syringae pv.
a. Luminescence was quantified for pRGK335 (trap) plant lines in multiple generations.
Implementing a root growth stimulation when using R-plants could so increase the "trap plant" effect and thus decrease the amount of pathogens in the soil.
Maintenance of transposition activity over several generations makes the gene trap lines applicable for the accumulation of independent insertions in a barley gene trap plant population.
To examine the possibility that changes in expression occurred in a restricted number of cells at sites of pathogen penetration, each of the seven enhancer trap plant was challenged by P. syringae pv.
Similar(53)
Nodulation capacities of the three trap plants were not significantly different.
Population sizes of Ceanothus-infective Frankia in the soils were measured using plant bioassays with C. velutinus, C. sanguineus (Pursh), and C. integerrimus (H. & A). as trap plants.
The diversity of Frankia that nodulated trap plants was examined using repetitive intergenic DNA and the polymerase chain reaction (rep-PCR).
Outcrossing in wild bentgrass populations and the sexually compatible species Agrostis gigantea took place at distances of up to 14 km; cross-pollination by using trap plants was even found at a distance of 21 km [5].
Given this criterion, many of the pitfall trap plants commonly considered to be carnivorous would instead be classified as protocarnivorous.
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