The competitive inhibitor PhMYBx (R3-MYB) was expressed under high light, which may provide feedback repression. In floral tissues

DPL regulates vein-associated anthocyanin pigmentation in the flower tube, while PHZ determines light-induced anthocyanin accumulation on exposed petal surfaces (bud-blush). A model is presented suggesting how complex floral and vegetative pigmentation patterns are derived in petunia in terms of MYB, bHLH and WDR co-regulators.”
“This paper evaluated anti-ulcer, anti-secretory and anti-helicobacter pylori effects of folkloric medicinal plant, Fumaria vaillantii L, in rats. Different toxic agents; ethanol (80%), NaOH (0.2 mol/L), NaCl (25%) and indomethacin (30 mg/kg, body weight) were used to produce acute gastric ulceration in rats. Antisecretory studies were undertaken PF-6463922 in vitro by using pylorus-ligation, Shay rat technique. F. vaillantii L aqueous extract (Aq-FV) was used in three doses (100, 200 and 300 mg/kg bodyweight). Aq-FV was further tested for anti-H. pylori activity. Extract significantly attenuated gastric

mucosal damage induced by toxic agents and indomethacin in rats. Aq-FV restored partially mucus secretion in indomethacin model. In pylorus-ligated rats, Aq-FV significantly reduced the basal gastric acid secretion, acidity and ulceration. Aq-FV possesses significant and more potent anti-ulcer and cytoprotective activities against experimentally-induced gastric ulcers in comparison to Omeprazole. BI 2536 Extract showed significant but less potent anti-H. pylori activity in comparison to DAPT molecular weight Clarithromycin. Evaluation agreed with the folkloric use of F. vaillantii L as anti-ulcer and anti-secretory tool.”
“Croton stellatopilosus Ohba (Plau-noi), a well-known Thai medicinal plant, was investigated for its genetic

variation by analyzing three DNA regions, one nuclear internal transcribed spacer (ITS) region and two chloroplast trnL-F intergenic spacer and trnK intron regions. The results of ITS sequencing from 30 leaf samples showed that there were two major genotypes of C. stellatopilosus which were designated as STEL Type A and B. In addition, various nucleotide additive sequences which had presumably arisen from these two groups were also found. These so-called “”putative hybrids”", interestingly, displayed trnK intron sequences identical to the STEL Type B but different from the Type A. For the trnL-F region, all the 30 samples showed identical sequences. Thus, it was suggested that in the hybridization of C. stellatopilosus, the Type A genotype acts as paternal parent whereas the Type B genotype acts as maternal parent. In addition, all C. stellatopilosus samples were analyzed for their plaunotol content using TLC densitometry. We found that the Type A genotype, hybrid group and Type B genotype had plaunotol content in the ranges 0.209-0.492, 0.319-0.896 and 0.442-1.000% (w/w) dry weight, respectively.