Thus, behavioral change induced by the parasite may be specific to the rodent species.”
“Purpose:

The incidence of prostate cancer is approximately 60% higher and the mortality rate is 2 to 3 times greater in black than in white American men. We propose that a more rapid prostate cancer growth rate and/or earlier transformation from latent to aggressive prostate cancer in black than in white men contribute to this disparity.\n\nMaterials and Methods: We evaluated entirely embedded prostate glands on autopsy from 1,056 black and white men who died of causes other than prostate cancer. We also reviewed data from our radical prostatectomy database and from the Detroit Surveillance, Epidemiology and End Results database.\n\nResults: Autopsy data indicated that subclinical prostate cancer in black and white men starts at early age and clinical characteristics do not differ by race at early ages. buy CYT387 Radical prostatectomy specimen data revealed that prostate cancer volume and Gleason grade were greater in black than in white men. Advanced or metastatic prostate cancer occurred at a 4:1 ratio in black and white men, respectively, in the Detroit Surveillance, Epidemiology and End Results registry database.\n\nConclusions: Results showed that age at prostate find more cancer initiation and

clinical characteristics did not CP-868596 solubility dmso differ by race in our autopsy series, prostate cancer volume after radical prostatectomy was greater in black than in white men and disease became distant disease at a ratio of 4 black men to 1 white man in the Detroit Surveillance, Epidemiology and End Results population. These findings support the concept that prostate cancer grows more rapidly in black than in white men and/or earlier transformation from latent to aggressive prostate cancer occurs in black

than in white men.”
“The introduction of new foods with high protein content is a current objective of the food industry. Larvae of Tenebrio molitor (mealworm beetle) are rich in proteins and products derived from them have been marketed in animal food. Such products have a high sensitizing potency. Occupational allergy to these proteins has been reported. If these proteins are to be authorized for human consumption, the risk of their allergenicity must be studied. A single case of anaphylaxis to these proteins has been published. Cross-reactivity With other arthropod proteins (such as those from shellfish and house dust mites) raises concern that they may induce reactions in patients already allergic to these arthropods. Prospective studies on the risk of cross-reactive sensitivity should therefore be required by food safety agencies if they receive a request for authorization of such innovative foods. (C) 2013 Elsevier Masson SAS. All rights reserved.