In this study we performed microscopic characterization of mineral particles that were collected in the thorium-rich Fen Complex in Norway and identified and isolated based on autoradiography in function of their radioactivity. For this we combined information obtained with X-ray absorption μ-CT, μ-XRF and μ-XRD, both in bi- and in three-dimensional (tomographic) mode. We demonstrate that radionuclides and metals are heterogeneously distributed both within soil samples and within individual Th-enriched aggregates, which are characterised as low-density mineral bulk particles with high density material inclusions, where Th as well as several metals are highly concentrated. For these sites, it is important to take into account how these inhomogeneous distributions could affect the overall environmental behaviour of Th and progeny upon weathering due to human or environmental factors. Moreover, the estimated size of the Th-containing inclusions as determined in this work represents information of importance for the characterization of radionuclides and toxic metals exposure, as well as for assessing the viability of mining for Th and rare-earth metals in the Fen Complex and the associated environmental impact. Atmospheric activity concentration of 7Be in the air was monitored during the period of one year from September 2015 to September 2016 at Ostrava, Czech Republic, with a two-day frequency that is shorter compared to a standard 7-day frequency of routine 7Be measurements. Simultaneously, relevant meteorological data (temperature, rainfall amount, precipitation particle size and speed, tropopause height, and PM10 concentrations) and the sunspot number were accumulated. SIS3 cell line Weighted linear regression analysis applied to the 7Be atmospheric activity concentration, the measured meteorological explanatory variables and the sunspot number revealed temperature as the most statistically significant explanatory variable. The tree model proved temperature as the most important explanatory variable and predicted the threshold value separating low and high temperature behavior of 7Be at about 13 °C (2-day average). A simple local two-layer (stratosphere and troposphere) atmospheric model was then applied to the data analysis. The model is able to fit the data for a larger accumulation period (6 days). Isotopic ratios of radioxenon captured in the atmosphere can be indicators of the occurrence of an underground nuclear explosion. However, civilian sources of xenon isotopes, such as medical isotope production facilities and nuclear reactors, can interfere with detection of signals associated with nuclear testing, according to a standard model of the evolution of radioxenon isotopic abundances in a nuclear explosion cavity. We find that this standard model is idealized by not including the effects of physical processes resulting in the partitioning of the radionuclide inventory between a gas phase and rock melt created by the detonation and by ignoring seepage or continuous leakage of gases from the cavity or zone of collapse. Application of more realistic assumptions about the state of the detonation cavity results in isotopic activity ratios that differ from the civilian background more than the idealized standard model suggests, while also reducing the quantity of radioxenon available for atmospheric release and subsequent detection. Our simulations indicate that the physical evolution of the detonation cavity during the post-detonation partitioning process strongly influences isotopic evolution in the gas phase. Collapse of the cavity potentially has the greatest effect on partitioning of the refractory fission products that are precursors to radioxenon. The model allows for the possibility that post-detonation seismicity can be used to predict isotopic evolution. The placenta, a temporary organ that forms during pregnancy, is the largest fetal organ and the first to develop. It is recognised as an organ that plays a vital role as a metabolic and a physical barrier in the foetoplacental unit; throughout fetal development it acts as the lungs, gut, kidneys, and liver of the fetus. When its two components, the fetal and the maternal one, successfully interact, pregnancy proceeds healthily. However, in some cases there may be pregnancy disorders, such as preeclampsia (PE) and gestational mellitus diabetes (GMD), that can lead to a different outcome for the mother and the newborn. In recent years several studies have been conducted to try to understand how the expression of factors involved in the development of the placenta varies under pathological conditions compared to normal conditions. The purpose of this review is to summarize recent discoveries in this field. The author comments on and discusses the findings of the paper entitled "The speed of progression towards obsessive-compulsive disorder" recently published in the journal, along a neurobiological perspective. V.BACKGROUND Posttraumatic growth (PTG) refers to positive psychological changes that may occur after experiencing a traumatic event. While cross-sectional studies have suggested that posttraumatic stress disorder (PTSD) is associated with greater PTG, few longitudinal studies have evaluated interrelationships between PTSD and PTG. Further, little is known about which specific symptom clusters of PTSD and coping mechanisms may drive PTG over time. METHODS We evaluated interrelationships between PTSD symptoms and PTG using data from a 4-year, nationally representative, prospective cohort study of 2,006 older trauma-exposed U.S. veterans. RESULTS Autoregressive cross-lagged panel regression analyses revealed that greater severity of PTSD symptoms was associated with greater PTG over time. Specifically, greater severity of the avoidance and anxious arousal (e.g., hypervigilance) symptoms at Wave 1 predicted greater PTG at Wave 2; and greater severity of avoidance and lower severity of dysphoric arousal (e.g., sleep disturbance) at Wave 2 predicted greater PTG at Wave 3. Engagement in active coping and religious coping were associated with greater subsequent PTG above and beyond autoregressive associations between PTSD and PTG. LIMITATIONS The self-report nature of the assessments, discrete assessment periods assessed, and focus on older military veterans are study limitations. CONCLUSIONS Greater severity of PTSD symptoms, particularly avoidance and hyperarousal symptoms, may contribute to and maintain PTG over time in older veterans. Interventions that promote deliberate, constructive attempts to manage chronic PTSD symptoms via active coping and religious coping may help veterans better manage PTSD symptoms and experience greater PTG in late-life. V.