Transpiceid, trans and cis resveratrol resveratrol, trans astringin, cis-and trans-piceid, and cis-and BMS-790052 HCV protease inhibitor transresveratrol. In addition to studying the m Matched indoor sources of resveratrol in R. × bohemica, we wanted to determine the content of other stilbenes in this system and the contributions To assess the individual parts of GE in the production of these compounds. It has been suggested that resveratrol glucoside degraded in the gut by bacteria and that resveratrol is released, whereby the amount of resveratrol for the K Body available. Measure all these stilbenes is important that we monitor the entire range of substances, resveratrol, emodin au S. Under difficult conditions, the plants are expected to advantageous properties, such as mycorrhizal symbiosis that they resembled erm for the challenges of their environment Have overcome.
Melilotus Lam is a typical plant A66 1166227-08-2 to survive and even thrive in a position, low nitrogen Verw Hnen banks due to the presence of mycorrhizae and nitrogen-fixing rhizobia. The two related types of Reynoutria × bohemica but are described as non-mycorrhizal species. The hybrid is also expected that non-mycorrhizal. mycorrhization was surprisingly found in the sampled roots of R. × Bohemica from a forest of Alnus glutinosa. A type of mycorrhizal fungi has been growing in the roots of plants on the volcanic B of the wild mountain place. Fuji, Japan. We wanted to consider whether the experimental introduction of mycorrhizal fungi in the roots of wild plants with a nurse, the production of resveratrol and its derivatives stimulate.
We have developed U experience a pot, in which R. × bohemica grown on different substrates has been, with or without Melilotus alba, a plant usually occupy Verw Hnen banks. We assumed that Sweet Clover k Nnte serve as potential donors and increased mycorrhizal fungi Hen and the nitrogen content of the soil. Table 1 gives the results of the experiments an overview pot U, the results of the vessel Trial. Aboveground biomass of the wild showed some significant differences between the substrates 2006 and 2007. The h HIGHEST biomass was produced in plants to compost in both years greatly increased. There was also a difference between plants on clay in 2007 and clayCS observed growth. Similar results were obtained for the wild clover grew up with. The growth of sweet clover was released in 2006, which led to competition between clover and wild.
The presence of clover significantly reduced the biomass of the wild on L Ss compost and grown. However, the biomass accumulation Denkn Terich found on all substrates. A significant decrease of the biomass-Kn Terich á ř Kov ov á et al. BMC Plant Biology 2010, 10.19 19/10/2229 Page 2 of 16 the presence of clover was in 2007 when the growth of sweet clover Descr Nkt was noted, but that n ‘ for both substrates were n hrstoffarm, clay and L observed ss. There was a significant difference in the number of side branch dumplings terich plants between 2006 and 2007. A relatively high number of pages for Residents were found in 2006, and the numbers have grown in 2007 to 9 and 5 in plants to compost in the presence and absence of clover, each declined. The number of lateral branches have been reduced as a result of 0-2 in plants grown on other substrates. Belowground biomass of dumplings was terich measured in 2007. Metro biomaterials