The daily intake of silage DM increased with increased wilting – 7.2, 7.3, and 8.4 (s.e.m. 0.44) kg DM – but milk yield was highest with the unwilted silage – 23.3, 20.5 and 21.7 (s.e.m. 0.80) kg/d – for the unwilted, medium and high levels of wilting respectively.
However, at two of the eight trial sites, the chloropicrin treatment led to nearly 25% increase in yield, compared to all other treatments, but the level of wilt was similar among all treatments.
Recombinant Vv-AMP1 was extremely heat-stable and showed strong antifungal activity against a broad spectrum of plant pathogenic fungi, with very high levels of activity against the wilting disease causing pathogens Fusarium oxysporum and Verticillium dahliae.
It has been reported that Foc1 can cause some degree of infection on Cavendish bananas under certain conditions although the severity of wilt disease is dependent on temperature, soil drainage conditions, soil pH, and inoculum levels [ 11– 13].
Major changes in transcript levels took place between 4 and 5 days after pathogen inoculation, at the onset of appearance of wilt symptoms.
Altered patterns of gene expression under these conditions are likely attributed, at least in part, to different levels of ABA in the mutant at wilting, which in turn we hypothesize to result for better maintenance of water potential in the mutant.
Cherry calls it the "ultimate picture" of Wilt Chamberlain.
Nevertheless, the elevated levels of raffinose and proline did not prevent the plants from wilting because drought stress induced high levels of these compounds in both the drought-tolerant TPS1 transgenic plants and the drought-sensitive WT plants.
However, the slow wilting genotype PI 416937 still maintained its shape whereas the fast wilting Benning was wrinkled and wilted after 24 hr of drying, clearly representing different levels of drought avoidance between two genotypes.
Expression levels of contig30958 with homology to a WRKY-27 transcription factor involved in bacterial wilt resistance [ 34] and contig08830 with homology to another WRKY35 transcription factor were high (119-fold) in pods compared to leaves.
