This large prospective study demonstrates that medication history acquisition is very often incomplete in the ED. A structured form and a standardised method is necessary. Pharmacists are especially suited to acquire and supervise accurate medication histories, as they are educated and familiar with commonly used drugs.

Measuring the contrast sensitivity function (CSF) in the periphery of the eye is complicated. The lengthy measurement time precludes all but the most determined subjects. The aim of this study was to implement and evaluate a faster routine based on the quick CSF method (qCSF) but adapted to work in the periphery. Additionally, normative data is presented on neurally limited peripheral CSFs. A peripheral qCSF measurement using 100 trials can be performed in 3 min. The precision and accuracy were tested for three subjects under different conditions (number of trials, peripheral angles, and optical corrections). The precision for estimates of contrast sensitivity at individual spatial frequencies was 0.07 log units when three qCSF measurements of 100 trials each were averaged. Accuracy was estimated by comparing the qCSF results with a more traditional measure of CSF. Average accuracy was 0.08 log units with no systematic error. In the second part of the study, we collected three CSFs of 100 trials for six persons in the 20° nasal, temporal, inferior, and superior visual fields. The measurements were performed in an adaptive optics system running in a continuous closed loop. The Tukey HSD test showed significant differences (p < 0.05) between all fields except between the nasal and the temporal fields. Contrast sensitivity was higher in the horizontal fields, and the inferior field was better than the superior. This modified qCSF method decreases the measurement time significantly and allows otherwise unfeasible studies of the peripheral CSF.

Attachment theory implies that children's inclination to interpret attachment figures behavior as supportive and available causally influences children's trust in their attachment figure's availability. An experiment was conducted to test whether training children (8-12 years old) to interpret ambiguous interactions with their mothers in a more secure way increases their trust in their mother's availability. Participants (N = 49) were randomly assigned to either a secure condition to train children to interpret their mother's behavior as supportive or a neutral placebo condition, where interpretations were unrelated to maternal support. Results supported the hypothesis: After the secure training, children interpreted maternal behavior more securely and trusted more in her availability. This suggests that attachment-related processing biases causally affect attachment expectations.

Multiple suitable predictors for PAM-related discrepancies were identified of which higher age and polypharmacy were reported most frequently.

There is limited research examining stability and change in attachment security in middle childhood. The current study addresses this gap using data from a 3-year longitudinal study. Specifically, we examined stability and change in secure base script knowledge during middle childhood using a sample of 157 children (Wave 1 mean age [Mage] = 10.91, standard deviation [SD] = 0.87) assessed at 1-year intervals across 4 waves. Secure base script knowledge was moderately stable over time, as script scores were significantly correlated between each wave. We also investigated the impact of life stress on change in secure base script knowledge within individuals across waves. The results demonstrated that daily hassles (minor and frequently occurring stressful life events) but not major (more severe and infrequent) stressful life events predicted change in script knowledge. Implications for attachment-based interventions and, more broadly, the stability of attachment security are discussed.

No abstract

The purpose of this study was to measure the transverse chromatic aberration (TCA) across the visual field of the human eye objectively. TCA was measured at horizontal and vertical field angles out to ±15° from foveal fixation in the right eye of four subjects. Interleaved retinal images were taken at wavelengths 543 nm and 842 nm in an adaptive optics scanning laser ophthalmoscope (AOSLO). To obtain true measures of the human eye's TCA, the contributions of the AOSLO system's TCA were measured using an on-axis aligned model eye and subtracted from the ocular data. The increase in TCA was found to be linear with eccentricity, with an average slope of 0.21 arcmin/degree of visual field angle (corresponding to 0.41 arcmin/degree for 430 nm to 770 nm). The absolute magnitude of ocular TCA varied between subjects, but was similar to the resolution acuity at 10° in the nasal visual field, encompassing three to four cones. Therefore, TCA can be visually significant. Furthermore, for high-resolution imaging applications, whether visualizing or stimulating cellular features in the retina, it is important to consider the lateral displacements between wavelengths and the variation in blur over the visual field.

Attachment theory implies the causal influence of interpretation bias on the attachment-related expectations. Previous research demonstrated that training children to interpret maternal behavior as more supportive increased their trust in maternal support. The current study explored possible training effects on two attachment script-related processes: recollection of attachment-related memories and secure base script knowledge. Children (9-12 years old; N = 84) were assigned to either a secure training condition, training children to interpret mother's behavior as supportive, or a neutral placebo condition, where interpretations about maternal behavior were unrelated to support. Findings replicated the training effect on interpretation bias and trust. Furthermore, children's recollection of attachment-related memories became more positive. No training effect was found for secure base script knowledge.