Strengthening of Parenthood; Developing a Life Skills Questionnaire for Dutch Parents (LSQ-P)

AbstractLife skills of parents have a positive effect on the wellbeing of parents and development of children. Currently, no reliable instrument is available to measure these skills. This study was set up to develop a questionnaire for assessing parents’ life skills. The questionnaire was developed for professionals who are working with parents and for building behavioral interventions enhancing the wellbeing of parents. A pilot research using a translation of the Life Skills Scale (Erawan, 2010) was conducted. Construct validity and reliability by means of confirmatory factor analysis of nine scales were examined in a sample of 133 Dutch parents and reliability of the scales in terms of Cronbach's alpha was examined. Evidence for construct validity of the scales was found. Reliability coefficients were satisfactory for the scales Critical thinking, Social responsibility, Interpersonal relationships, Decision making, Self-awareness, and Creative thinking. Reliability coefficients were good for Empathy and Self-esteem. The LSQ-P can be used in social work practice as an assessment tool to measure strengths and weaknesses regarding life skills of parents. More attention for developing life skills of parents is necessary in order to increase their wellbeing. Implications for health promotion among parents are discussed. Suggestions for further research and development of the scales are outlined

Extensive polymorphism and geographical variation at a positively selected MHC class II B gene of the lesser kestrel (Falco naumanni)

Understanding the selective forces that shape genetic variation in natural populations remains a high priority in evolutionary biology. Genes at the major histocompatibility complex (MHC) have become excellent models for the investigation of adaptive variation and natural selection because of their crucial role in fighting off pathogens. Here we present one of the first data sets examining patterns of MHC variation in wild populations of a bird of prey, the lesser kestrel, Falco naumanni. We report extensive polymorphism at the second exon of a putatively functional MHC class II gene, Fana-DAB*1. Overall, 103 alleles were isolated from 121 individuals sampled from Spain to Kazakhstan. Bayesian inference of diversifying selection suggests that several amino acid sites may have experienced strong positive selection (ω = 4.02 per codon). The analysis also suggests a prominent role of recombination in generating and maintaining MHC diversity (ρ = 4Nc = 0.389 per codon, θ = 0.017 per codon). Both the Fana-DAB*1 locus and a set of eight polymorphic microsatellite markers revealed an isolation-by-distance pattern across the Western Palaearctic (r = 0.67; P = 0.01 and r = 0.50; P = 0.04, respectively). Nonetheless, geographical variation at the MHC contrasts with relatively uniform distributions in the frequencies of microsatellite alleles. In addition, we found lower fixation rates in the MHC than those predicted by genetic drift after controlling for neutral mitochondrial sequences. Our results therefore underscore the role of balancing selection as well as spatial variations in parasitemediated selection regimes in shaping MHC diversity when gene flow is limited.Peer reviewe

X-ray reflectivity of an Sb delta-doping layer in silicon

X‐ray reflectivity measurements were made on Si(001) crystals containing a delta‐doping layer of Sb atoms a few nanometers below the surface. The measurements show the Sb doping profile to be abrupt towards the substrate side of the sample and to decay towards the surface with a characteristic decay length of 1.01 nm