\n\nResults: Qualitative analysis Caspase pathway of the ethics content of cases presented by residents in this pediatric teaching clinic identified 5 themes for categorizing ethics challenges: (1) promoting the child’s best interests in complex and resource-poor home and social settings; (2) managing the therapeutic alliance with parents and caregivers; (3) protecting patient privacy and confidentiality; (4) balancing the dual roles of learner and health care provider; and (5) using professional authority appropriately.\n\nConclusions: Qualitative analysis of the ethics content of directly observed preceptor-resident case discussions yielded a
set of themes describing the ethics challenges facing pediatric residents. The themes are somewhat different from the lists of residents’ ethics experiences developed using recall or survey methods and may be very different from the ideas usually included in hospital-based ethics
discussions. This may have implications for improving ethics education during residency training.”
“Phenotypically discordant monozygotic twins offer the possibility of gene discovery through delineation of molecular abnormalities in one member of the twin pair. One proposed mechanism of discordance is postzygotically occurring genomic alterations resulting from mitotic recombination and other somatic changes. Detection of altered genomic fragments can Selleck TH-302 reveal candidate gene loci that can be verified through additional analyses. We investigated this hypothesis using array comparative genomic hybridization; the 50K and 250K Affymetrix GeneChip (R) SNP arrays and an Illumina custom array consisting of 1,536 SNPs, to scan for genomic alterations in a sample of monozygotic twin pairs with discordant cleft lip and/or palate phenotypes. Paired analysis for deletions, amplifications and loss of heterozygosity, along with sequence verification of SNPs with discordant genotype calls did not reveal any genomic discordance between twin pairs in lymphocyte DNA samples. Our results demonstrate
that postzygotic genomic alterations are not a common cause of monozygotic twin discordance 3-deazaneplanocin A research buy for isolated cleft lip and/or palate. However, rare or balanced genomic alterations, tissue-specific events and small aberrations beyond the detection level of our experimental approach cannot be ruled out. The stability of genomes we observed in our study samples also suggests that detection of discordant events in other monozygotic twin pairs would be remarkable and of potential disease significance.”
“Pythium root dysfunction (PRD), caused by Pythium volutum. has been observed on golf course putting greens established with creeping bentgrass in the southeastern United States since 2002 To evaluate preventative strategies for management of this disease. a 3-year field experiment was conducted in Pinehurst. NC on a ‘G-2′ creeping bentgrass, putting green.