Can Collage-Based Art Therapy be a Bridge to Engage Patients Experiencing Social Isolation with a Diagnosis of a Psychotic Disorder?

Social isolation is not only a common part of the experience of people with psychotic disorders but also often acts as a barrier to their treatment and recovery. Causes of this isolation seem to include not only symptoms of the psychotic illnesses themselves but also the social stigma related to psychotic illnesses, as well as feelings of hopelessness, anxiety, and low self-esteem related to common comorbid disorders. Engaging with patients in acute inpatient units with short lengths of stay can be extremely difficult. This paper reviews the literature and describes a collage-based art intervention with six particularly isolative patients in an acute inpatient unit, with emphasis on a supportive one-to-one approach. The patient’s levels of activity were observed before and after the directive. The positive experience of the actual intervention and common themes are described, as well as an encouraging trend towards increased engagement afterward

Crystal growth and thermodynamic investigation of Bi2M2+O4 (M = Pd, Cu)

Phase equilibria that are relevant for the growth of Bi2MO4 have been studied experimentally, and the ternary phase diagrams of Bi2O3–PdO2–Pd and Bi2O3–Cu2O–CuO and its isopleth section Bi2O3–CuO were redetermined. It is shown that every melting and crystallization process is always accompanied by a redox process at the phase boundary and that for both title compounds, the valence of the transition metal is lowered during melting. Vice versa, during crystal growth, O2 must be transported through the melt to the phase boundary. Based on these new insights provided by our thermodynamic studies, Bi2CuO4 single crystals with a length of up to 7 cm and a diameter of 6 mm were grown by the OFZ technique to be used for investigations of magnetic, electronic and thermal transport properties. The grown crystals were characterized by powder X-ray diffraction, Laue, magnetization and specific heat measurements

Phase diagram studies for the growth of (Mg,Zr):SrGa12O19 crystals

By differential thermal analysis, a concentration field suitable for the growth of Zr, Mg co-doped strontium hexagallate crystals was observed that corresponds well with known experimental results. It was shown that the melting point of doped crystal is ca. 60 K higher than that of undoped crystals. This higher melting points indicate hexagallate phase stabilization by Zr, Mg co-doping and increase the growth window of (Mg,Zr):SrGa12O19, compared to undoped SrGa12O19 that grows from SrO–Ga2O3 melts

Preventing Civic Space Restrictions: an Exploratory Study of Successful Resistance Against NGO Laws

In many countries around the world, civil society organizations are facing increasing restrictions that constrain their autonomy, capacity and/or freedom of action. While the general phenomenon of shrinking civic space and the adoption of legal restrictions in particular have become more widespread since the early 2000s, there are also cases in which governmental attempts to adopt restrictive NGO laws have been frustrated, aborted or, at least, significantly mitigated as a consequence of domestic and/or international resistance. This PRIF Report takes a look at four such cases (Azerbaijan, Kenya, Kyrgyzstan and Zambia) and identifies conditions and dynamics that help understand successful resistance against legal civic space restrictions

Studie über Lean Management und Industrie 4.0 in der Weser-Ems-Region sowie Handlungsbedarf

Industrie 4.0 ist das Zukunftsprojekt und wird die Industrie neu organisieren. Demenentsprechend ist Industrie 4.0 und die damit einhergehende Digitalisierung das Thema in den Unternehmen, oder nicht? In der Studie haben 75 Unternehmen aus dem Weser-Ems-Regierungsbezirk an der Umfrage zum Thema des Status von Lean Management und Industrie 4.0 im eigenen Unternehmen teilgenommen. Befragt wurden primär kleine und mittlere Unternehmen. Die Fragen handelten von Lean Management und Industrie 4.0 und beinhalteten die Themenbereiche -Kenntnisstand bei Mitarbeitern und Führungskräften -Status bereits initiierter bzw. geplanter Aktivitäten. Die Befragungsergebnisse werden vorgestellt und es wird der in der Studie ermittelte Handlungsbedarf aufgezeigt und Unterstützungsmöglichkeiten beschrieben, die die Hochschulen leisten können

Nanosensors Based on a Single ZnO:Eu Nanowire for Hydrogen Gas Sensing

Fast detection of hydrogen gas leakage or its release in different environments, especially in large electric vehicle batteries, is a major challenge for sensing applications. In this study, the morphological, structural, chemical, optical, and electronic characterizations of ZnO:Eu nanowire arrays are reported and discussed in detail. In particular, the influence of different Eu concentrations during electrochemical deposition was investigated together with the sensing properties and mechanism. Surprisingly, by using only 10 μM Eu ions during deposition, the value of the gas response increased by a factor of nearly 130 compared to an undoped ZnO nanowire and we found an H2gas response of ∼7860 for a single ZnO:Eu nanowire device. Further, the synthesized nanowire sensors were tested with ultraviolet (UV) light and a range of test gases, showing a UV responsiveness of ∼12.8 and a good selectivity to 100 ppm H2gas. A dual-mode nanosensor is shown to detect UV/H2gas simultaneously for selective detection of H2during UV irradiation and its effect on the sensing mechanism. The nanowire sensing approach here demonstrates the feasibility of using such small devices to detect hydrogen leaks in harsh, small-scale environments, for example, stacked battery packs in mobile applications. In addition, the results obtained are supported through density functional theory-based simulations, which highlight the importance of rare earth nanoparticles on the oxide surface for improved sensitivity and selectivity of gas sensors, even at room temperature, thereby allowing, for instance, lower power consumption and denser deployment

Molecular Profiling of Hepatocellular Carcinoma Using Circulating Cell-Free DNA.

PurposeMolecular profiling has been used to select patients for targeted therapy and determine prognosis. Noninvasive strategies are critical to hepatocellular carcinoma (HCC) given the challenge of obtaining liver tissue biopsies.Experimental designWe analyzed blood samples from 206 patients with HCC using comprehensive genomic testing (Guardant Health) of circulating tumor DNA (ctDNA).ResultsA total of 153/206 (74.3%) were men; median age, 62 years (range, 18-91 years). A total of 181/206 patients had ≥1 alteration. The total number of alterations was 680 (nonunique); median number of alterations/patient was three (range, 1-13); median mutant allele frequency (% cfDNA), 0.49% (range, 0.06%-55.03%). TP53 was the common altered gene [>120 alterations (non-unique)] followed by EGFR, MET, ARID1A, MYC, NF1, BRAF, and ERBB2 [20-38 alterations (nonunique)/gene]. Of the patients with alterations, 56.9% (103/181) had ≥1 actionable alterations, most commonly in MYC, EGFR, ERBB2, BRAF, CCNE1, MET, PIK3CA, ARID1A, CDK6, and KRAS. In these genes, amplifications occurred more frequently than mutations. Hepatitis B (HBV)-positive patients were more likely to have ERBB2 alterations, 35.7% (5/14) versus 8.8% HBV-negative (P = 0.04).ConclusionsThis study represents the first large-scale analysis of blood-derived ctDNA in HCC in United States. The genomic distinction based on HCC risk factors and the high percentage of potentially actionable genomic alterations suggests potential clinical utility for this technology