The physiological condition of pheasants in each treatment pen was assessed before and after the laying season. In flock pens, the behaviour of spectacled and non-spectacled pheasants was also assessed weekly. Detailed records of egg collections and mortality were also kept. Spectacles had no effect on the behaviour of male pheasants but affected the behaviour of females by reducing pecking and increasing head shaking/scratching. Although spectacles halved feather damage in females, and

at least halved incidences of skin damage in both sexes, they increased bill and nostril damage in females while causing no detectable damage in males. Egg collections and mortality rates did not differ between spectacled and non-spectacled pens.”
“The conversion of lignocellulose into fermentable sugars is considered a promising alternative for increasing ethanol production. Higher fermentation yield has been achieved through the process PF-03491390 of simultaneous saccharification and fermentation (SSF). In this study, a comparison was performed between the yeast species Saccharomyces cerevisiae and Kluyveromyces marxianus for their potential use in SSF process. Three strains of S. cerevisiae NF-��B inhibitor were evaluated: two are widely used in the Brazilian ethanol

industry (CAT-1 and PE-2), and one has been isolated based on its capacity to grow and ferment at 42 A degrees C (LBM-1). In addition, we used thermotolerant strains of K. marxianus. Two strains were obtained from biological collections, ATCC 8554 and CCT 4086, and one strain was isolated based on its fermentative capacity (UFV-3). SSF experiments AMN-107 revealed that S. cerevisiae industrial strains (CAT-1 and PE-2) have the potential to produce

cellulosic ethanol once ethanol had presented yields similar to yields from thermotolerant strains. The industrial strains are more tolerant to ethanol and had already been adapted to industrial conditions. Moreover, the study shows that although the K. marxianus strains have fermentative capacities similar to strains of S. cerevisiae, they have low tolerance to ethanol. This characteristic is an important target for enhancing the performance of this yeast in ethanol production.”
“Extracorporeal circulation (ECC) and hypothermia are routinely used in cardiac surgery to maintain stable circulatory parameters and to increase the ischaemic tolerance of the patient. However, ECC and hypothermia cause platelet activation and dysfunction possibly followed by a devastating coagulopathy. Stimulation of the adenosinediphosphate (ADP) receptor P2Y12 plays a pivotal role in platelet activation. This experimental study tested P2Y12 receptor blockade as an approach to protect platelets during ECC.\n\nHuman blood was treated with the short-acting P2Y12 blocker cangrelor (1 M, t(1/2)5 min) or the P2Y12 inhibitor 2-MeSAMP (100 M) and circulated in an ex vivo ECC model at normothermia (37C) and hypothermia (28C).