A 2 (age group) by 2 (tastant) analysis of variance (ANOVA) on fMRI activation revealed: (1) a main effect of age (young adults > middle-aged adults) in the bilateral anterior cingulate, lentiform nucleus, putamen, caudate, and right precentral gyrus; (2) a main effect of taste (sweet > bitter) in selleck kinase inhibitor the bilateral pre- and postcentral gyri, anterior cingulate and right middle frontal gyrus; qualified by (3) an age-by-taste interaction. Further inspection of the age-by-taste
interaction revealed that there was a significant effect of age (greater activation in young adults) in sensory (insula) and reward (lentiform nucleus) regions during hedonic evaluation of the sweet taste; however, there was no age effect in the bitter taste condition. Further, young adults had greater responses during hedonic evaluation of sucrose than of caffeine in several sensory and motor processing regions (pre- and postcentral gyri, insula), but there were
no taste-related Selleckchem PD-1/PD-L1 Inhibitor 3 differences in activation in the middle-aged adults. We speculate that these results might reflect early age-related differences in central taste processing that occur prior to deficits in gustatory function observed in old age, and this might have important implications for weight changes that occur during middle-age. (C) 2012 IBRO. Published by Elsevier Ltd. All rights reserved.”
“Aims: The objective of this study was to investigate
the molecular diversity of CTX genetic element within toxigenic Vibrio cholerae genomes and to determine the genetic diversity of V center dot cholerae population collected in a 6-year period (2004-2009) in Iran. Methods and Results: The results of mismatch amplification mutation assay (MAMA)-PCR and sequencing Methane monooxygenase showed cytosine nucleotide in positions 203 and 115 in all 50 El Tor V.cholerae strains, which is the same as classical ctxB sequence. One strain yielded amplicons with both El Tor and classical biotype primers in MAMA-PCR indicative of presence of two copies of CTX phages with different genotypes (rstRET ctxBclass and rstRET ctxBET) integrated within the genome of this isolate, which suggested the integration of two different CTX phages at different occasions or point mutation in one copy of CTX. Sequencing and PCR analysis indicated the presence of hybrid CTX genotype (rstRET ctxclass) in 70.6% of the isolates; however, only El Tor RS1 phage has been integrated in flanking to the CTX phages with different genotypes. Conclusions: Enterobacterial repetitive intergenic consensus-PCR (ERIC-PCR) and ribosomal gene spacer-PCR (RS-PCR) showed a relatively homogenous population in different years. Our findings indicate that sequence analysis of RS and ctxB regions has more discriminative power than restriction-based methods.
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