Average pain, worst pain and sleep disruption were measured daily during 5 weeks of treatment; other questionnaires measured quality of life and mood. A total of 360 patients were randomized; 263 completed. There were no baseline differences across groups. The 30% responder rate primary analysis was not significant for nabiximols versus placebo (overall P = .59). A secondary continuous responder analysis of average daily pain from baseline

to end of study demonstrated that the selleck products proportion of patients reporting analgesia was greater for nabiximols than placebo overall (P = .035), and specifically in the low-dose (P = .008) and medium-dose (P = .039) groups. In the low-dose group, results were similar for mean average pain (P = .006),

mean worst pain (P = .011), and mean sleep disruption (P = .003). Other questionnaires showed no significant group differences. Adverse events were dose-related and only the learn more high-dose group compared unfavorably with placebo. This study supports the efficacy and safety of nabiximols at the 2 lower-dose levels and provides important dose information for future trials.\n\nPerspective: Nabiximols, a novel cannabinoid formulation, may be a useful add-on analgesic for patients with opioid-refractory cancer pain. A randomized, double-blind, placebo-controlled, graded-dose study demonstrated efficacy and safety at low and medium doses. (C) 2012 by the American Pain Society”
“Penicillium italicum and Penicillium digitatum

are critical pathogens for citrus fruit. In this study, the ability of yeast Pichia membranefaciens to control P. italicum and P. digitatum during storage was examined, and the possible biocontrol mechanisms were discussed. Disease incidence after treatments with autoclaved cell culture or culture filtrate of P. membranefaciens was not effective in preventing the decay and even aggravated the disease degree. Disease incidence and lesion diameter were lower in fruit treated with living yeast cell suspension and washed cell suspension when compared to the respective control. Furthermore, disease control was more efficient when P. membranefaciens was applied. Rapid wound colonization by P. membranefaciens was observed both at 4 and at 20 degrees NSC23766 mw C. Correspondingly, yeast population on the inoculated wounds increased by more than 4 and 11 folds after 48 h inoculation. In addition. citrus fruit dipped in 1 x 10(8) CFU mL(-1) P. membranefaciens had lower disease incidence, and the fruit dipped or inoculated with P. membranefaciens had increased in phenolic and flavonoid compounds content, peroxidase (POD), polyphenoloxidase (PPO), phenylalanine ammonia-lyase (PAL), chitinase (CHI) and beta-1,3-glucanase activities in citrus fruit peel, all of which were correlated with the onset of induced resistance.