In the olfactometer bioassay, H. hampei showed a significant response to 3-ethyl-4-methylpentanol, methylcyclohexane,

nonane, ethylbenzene, and a synthetic blend of these four compounds. SB273005 in vitro Attraction to the synthetic blend was comparable to that for the natural sample. The significance of the study is discussed in terms of semiochemical based pest management methods of the coffee berry borer.”
“Background: The number of bariatric procedures has continued to increase worldwide. However, experience with tumors arising in the esophagus or stomach after gastric bypass is lacking. We report our technique for curative resection of esophageal adenocarcinoma in a patient who had undergone previous gastric bypass

and review the reported data on esophagogastric tumors after bariatric surgery.\n\nMethods: We have described the operative details of esophagectomy after gastric bypass and reviewed the published data regarding type of bariatric surgery, gender predilection, presentation, symptom duration, cancer stage, and prognosis of patients with esophagogastric tumors occurring after bariatric surgery.\n\nResults: Only 22 esophagogastric selleck chemicals tumors have been reported so far after bariatric surgery. The majority of them are locally advanced or metastatic at presentation.\n\nConclusion: Esophagogastric tumors after bariatric surgery are uncommon. This operative technique pays particular attention to the altered anatomy, dissection of the gastric

pouch, and preservation of the blood supply to the excluded stomach. This technique can also be applied to manage tumors arising in the gastric pouch after previous gastric bypass. Close collaboration with the bariatric surgeon during surgery is essential to achieve a successful oncologic outcome in this subset of patients. (Surg Obes Relat Dis 2009;5:576-581.) (C) 2009 American Society for Metabolic and Bariatric Surgery. All rights reserved.”
“The olive snail (Neritina reclivata) is ubiquitous in tropical and sub-tropical systems of the Gulf of Mexico, however its impacts on sediment microalgae have been little studied. Many coastal systems around the world are being eutrophied due to human activities, and seemingly they will continue learn more to be eutrophied to a further extent in the future. Exploring the single and combined impacts of further nutrient enrichment and grazing by the olive snail on sediment microalgae in such eutrophic systems is an important question for our understanding and management of these systems. Here we examine the effects of short-term nutrient enrichment and grazing by the olive snail N. reclivata on sediment microalgal biomass and composition in a shallow eutrophic estuary (Weeks Bay, Alabama, USA) of the Northern Gulf of Mexico.