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Textkompetenz in mehreren Sprachen : Forschungsergebnisse und weiterführende Forschungsansätze
(2014)
The article presents results of an empirical study which examines productive transfer in the area of text skills competence and the associated writing skill which could be attributed to the learners' contact with several languages. The research was conducted within the research project "Multilingualism in the Czech Republik: Learning and Teaching German after English." After a short presentation of the key concepts in the development of the study and a presentation of selected results, implications and a modell for further research in multilingual writing and on transfer processes between languages are introduced.
Text und Experiment : die Experimentalszene als mediale Konfiguration im Werk E. T. A. Hoffmanns
(2014)
Im literarischen Werk E.T.A. Hoffmanns nimmt das Experiment eine besondere Stellung ein. Wissenschaftliche oder parawissenschaftliche - auch alchemistische - Experimente kommen in seinem OEuvre an vielen Stellen explizit zur Sprache. In der zweiten Vigilie des bekannten 'Goldenen Topf', beispielsweise stellt der Registrator Heerbrand den geheimen Archivarius Lindhorst zunächst als einen "experimentierenden Chemiker" vor. In dem Märchen 'Klein Zaches genannt Zinnober' unternimmt der Professor Mosch Terpin so manch "physikalisches Experiment". In den Gesprächen der Serapions-Brüder ist unter anderem vom "Experiment" des Magnetismus die Rede, und in der späten Erzählung 'Der Elementargeist' kommt es noch zu einem sehr ausgiebig beschriebenen "Experiment". Dies sind lediglich vereinzelte Beispiele, die einen ersten Einblick bieten. Das "Experiment" an sich stellt ein rekurrentes Motiv des Gesamtwerks Hoffmanns dar. Wie lässt sich diese Präsenz und Prägnanz des Experimentalmoments kontextualisieren? Wie lässt sie sich begründen? Und zunächst auch: Welche Verbindungen ergeben sich genereller aus dem Zusammenhang von Literatur und Experiment?
Mit der Konstellation "Text und Experiment" ist ein Themenfeld bezeichnet, das als Schnittfläche zwischen wissenschaftsgeschichtlichen und literaturhistorischen Fragestellungen heute kein unerforschtes Gebiet darstellt. Zu den Verbindungen zwischen Experiment und literarischer Konfiguration liegt mit dem von Michael Gamper herausgegebenen Band 'Experiment und Literatur' sowie der grundlegenden, dreibändigen literaturgeschichtlichen Buchfolge zu dem Thema inzwischen eine imposante Reihe wissenschaftlicher Werke vor. Die genannten Bände stecken Grundlagen ab, liefern Einzelanalysen und geben darüber hinaus Impulse und Anregungen für die weitere Beschäftigung mit dem Gegenstand.
In the title compound, C40H76Si, the Si atom is located on a special position of site symmetry -4. Thus, there is just a quarter of a molecule in the asymmetric unit. The C=C double bonds exhibit a trans configuration. The Si atom and the tert-butyl group are located on the same side of the plane formed by the C=C double bond and its four substituents. The crystal packing shows no short contacts between the molecules and despite the low crystal density (0.980 Mg m−3), there are no significant voids in the structure.
Trotz der Annäherung der Begriffe 'Geschichte' und 'Evolution' unter dem Vorzeichen einer semantischen Verschiebung kulturellen Kapitals haben sich bis in die Gegenwart auch begriffliche Differenzen erhalten. So gibt es neben der unbekümmerten Anwendung von 'Geschichte' und 'Evolution' auf alle sich in der Zeit verändernden Dinge auch Versuche, die Begriffe terminologisch stark zu machen und in der Folge dessen 'Evolution' für den Bereich der Natur und 'Geschichte' für den der Kultur zu reservieren. Der Beitrag liefert eine historische Rekonstruktion dieser Entwicklung. Am Anfang stehen dabei einige quantitative sprachwissenschaftliche Beobachtungen zur Entwicklung der Häufigkeit der Begriffe in verschiedenen Textgattungen und zur gegenwärtigen Semantik durch einen Vergleich der häufigsten Genitivattribute. Im zweiten Abschnitt wird die Veränderung des Ausdrucks 'Geschichte' untersucht, zunächst in seiner terminologischen Bedeutung in den Geschichtswissenschaften, dann in seiner Ausweitung auf Gegenstände der Natur. Der dritte Abschnitt liefert eine analoge Untersuchung zu 'Evolution', ausgehend von den Naturwissenschaften und in der Ausweitung auf kulturelle Phänomene. Im vierten Abschnitt wird eine Verbindung der beiden Begriffe näher betrachtet, die im Sinne einer semantischen Verschränkung wirksam ist und sich unter anderem daraus ergibt, dass das Wort 'Evolution' eine teleologische Konnotation hat, die bei 'Geschichte' nicht vorliegt. Der fünfte Abschnitt schließlich beleuchtet die wissenschaftliche Stellung der Begriffe in der Gegenwart und erwägt die Aussichten ihrer terminologischen Differenzierung.
Buff, red, grey – these are common descriptions of pottery in archaeology. Colour is usually part of the recording of ceramic data, but these data are rarely used for more than the most general characterisation of pottery. Despite hesitations concerning the subjective nature of these observations and other factors involved in colour notation, is has been shown that the data can lead the way to broader interpretations, and careful recording with a standardised system such as the Munsell colour charts may reduce the effects of personal perception. A sample of colour notations of pottery from Tell Mozan, Syria, is presented here as an example of the possibilities; it is hoped that this study will provide comparative data for other sites in the region.
Various aspects of uncertainty have become topical in pest risk modelling discussions. A recent contribution to the literature sought to explore the effect of taxonomic uncertainty on modelled pest risk. The case study involved a high profile plant pathogen Puccinia psidii, which causes a major disease of plants within the Myrtaceae family. Consequently, the results and recommendations may attract a wide range of interest in the biosecurity and pest risk modelling communities. We found the study by Elith et al. (2013) included a number of methodological issues that limit some of the specific and general conclusions reached in the paper. We discuss these issues and the ensuing implications for biosecurity management. We also draw attention to the need for pest risk modellers and biosecurity managers to find ways to communicate more effectively. We urge modellers and managers alike to develop a better understanding of the challenges and limitations of modelling species potential distributions across novel climates, and to be able to appreciate the meanings and limitations of models framed in different ways.
Bellek ve tarih ilişkisinin irdelendiği bir çok araştırmada, doksanlı yılların başından beri tüm dünyada bir bellek ve anımsama furyasının yaşandığı belirtilmekte ve ana nedenlerinden biri olarak da yazılı tarihin kaydettiği en ağır felaketlerin yaşandığı 20. Yüzyılın sona ermesi gösterilmektedir. 2000'li yıllardan bu yana gerek Avrupa kıtasında yazılan romanlara gerekse Türkiye'de yayımlanan romanlara bakıldığında, metinlerin odak noktasına yakın geçmişi yerleştiren tarihsel romanların sayısı küçümsenmeyecek kadar artmıştır. Yakın tarihe bugünden bakarak tarihsel durumların yeniden değerlendirilmesi, dolayısıyla belleklerde saklanan ancak şimdi dile gelen anıların öykülendirilmesi söz konusudur.
Tarihsel romanların yanı sıra bir ya da birden fazla ailenin kuşaklar boyu belleklerinde sakladıkları ve büyük tarihin yanında bugün "oral history" olarak yeniden önem kazanan bireysel/kollektif bellek, özellikle tarihsel romanların bir uzantısı olan "yeni" aile romanlarında gittikçe daha fazla yer bulmaktadır. 2011'in Mart ayında yayımlanan, Zülfü Livanel'nin "Serenad" adlı romanı da içerdiği tarihsel düzlem ve bu tarihin bireysel ve kollektif belleklerin bir parçası olarak aile üyelerinin anımsaması yoluyla okuyucuya açımlanması nedeniyle, çerçevesini tarihsel olguların oluşturduğu bir aile romanıyla karşı karşıya olduğumuzu göstermektedir.
Bu çalışmada romanda yer alan figürlerin tarihle ilişkileri yeni aile romanı çerçevesinde incelenecektir.
Survivin is a well-established target in experimental cancer therapy. The molecule is over-expressed in most human tumors, but hardly detectable in normal tissues. Multiple functions in different subcellular compartments have been assigned. It participates in the control of cell division, apoptosis, the cellular stress response, and also in the regulation of cell migration and metastasis. Survivin expression has been recognized as a biomarker: high expression indicates an unfavorable prognosis and resistance to chemotherapeutic agents and radiation treatment. Survivin is an unconventional drug target and several indirect approaches have been exploited to affect its function and the phenotype of survivin-expressing cells. Interference with the expression of the survivin gene, the utilization of its messenger RNA, the intracellular localization, the interaction with binding partners, the stability of the survivin protein, and the induction of survivin-specific immune responses have been taken into consideration. A direct strategy to inhibit survivin has been based on the identification of a specifically interacting peptide. This peptide can recognize survivin intracellularly and cause the degradation of the ligand–survivin complex. Technology is being developed that might allow the derivation of small molecular-weight, drug-like compounds that are functionally equivalent to the peptide ligand.
Blastic plasmacytoid dendritic cell neoplasm (BPDCN) is a rare haematopoietic malignancy characterized by dismal prognosis and overall poor therapeutic response. Since the biology of BPDCN is barely understood, our study aims to shed light on the genetic make-up of these highly malignant tumors. Using targeted high-coverage massive parallel sequencing, we investigated 50 common cancer genes in 33 BPDCN samples. We detected point mutations in NRAS (27.3% of cases), ATM (21.2%), MET, KRAS, IDH2, KIT (9.1% each), APC and RB1 (6.1% each), as well as in VHL, BRAF, MLH1, TP53 and RET (3% each). Moreover, NRAS, KRAS and ATM mutations were found to be mutually exclusive and we observed recurrent mutations in NRAS, IDH2, APC and ATM. CDKN2A deletions were detected in 27.3% of the cases followed by deletions of RB1 (9.1%), PTEN and TP53 (3% each). The mutual exclusive distribution of some mutations may point to different subgroups of BPDCN whose biological significance remains to be explored.
In this study, we describe the synthesis of 1,4-disustituted-1,2,3-triazolo-quinazoline ribonucleosides or acyclonucleosides by means of 1,3-dipolar cycloaddition between various O or N-alkylated propargyl-quinazoline and 1'-azido-2',3',5'-tri-O-benzoylribose or activated alkylating agents under microwave conditions. None of the compounds selected showed significant anti-HCV activity in vitro.
MicroRNAs are key modulators at molecular level in different biological processes, including determination of cell fate and differentiation. Herein, microRNA expression profiling experiments were performed on syngeneic cardiac (CStC) and bone marrow (BMStC) mesenchymal stromal cells cultured in standard growth medium and then in vitro exposed to adipogenic, osteogenic, cardiomyogenic and endothelial differentiation media. Analysis identified a tissue-specific microRNA signature composed of 16 microRNAs that univocally discriminated cell type of origin and that were completely unaffected by in vitro differentiation media: 4 microRNAs were over-expressed in cardiac stromal cells, and 12 were overexpressed or present only in bone marrow stromal cells. Further, results revealed microRNA subsets specifically modulated by each differentiation medium, irrespective of the cell type of origin, and a subset of 7 microRNAs that were down-regulated by all media with respect to growth medium. Finally, we identified 16 microRNAs that were differentially modulated by the media when comparing the two tissues of origin. The existence of a tissue-specific microRNA signature surviving to any differentiation stimuli, strongly support the role if microRNAs determining cell identity related to tissue origin. Moreover, we identified microRNA subsets modulated by different culture conditions in a tissue-specific manner, pointing out their importance during differentiation processes.
The morphology of presynaptic specializations can vary greatly ranging from classical single-release-site boutons in the central nervous system to boutons of various sizes harboring multiple vesicle release sites. Multi-release-site boutons can be found in several neural contexts, for example at the neuromuscular junction (NMJ) of body wall muscles of Drosophila larvae. These NMJs are built by two motor neurons forming two types of glutamatergic multi-release-site boutons with two typical diameters. However, it is unknown why these distinct nerve terminal configurations are used on the same postsynaptic muscle fiber. To systematically dissect the biophysical properties of these boutons we developed a full three-dimensional model of such boutons, their release sites and transmitter-harboring vesicles and analyzed the local vesicle dynamics of various configurations during stimulation. Here we show that the rate of transmission of a bouton is primarily limited by diffusion-based vesicle movements and that the probability of vesicle release and the size of a bouton affect bouton-performance in distinct temporal domains allowing for an optimal transmission of the neural signals at different time scales. A comparison of our in silico simulations with in vivo recordings of the natural motor pattern of both neurons revealed that the bouton properties resemble a well-tuned cooperation of the parameters release probability and bouton size, enabling a reliable transmission of the prevailing firing-pattern at diffusion-limited boutons. Our findings indicate that the prevailing firing-pattern of a neuron may determine the physiological and morphological parameters required for its synaptic terminals.
Background: Dysregulation of the autonomic nervous system is frequent in subjects with cardiovascular disease. The contribution of different forms of renovascular hypertension and the mechanisms contributing to autonomic dysfunction in hypertension are incompletely understood. Here, murine models of renovascular hypertension with preserved (2-kidneys-1 clip, 2K1C) and reduced (1-kidney-1 clip, 1K1C) kidney mass were studied with regard to autonomic nervous system regulation (sympathetic tone: power-spectral analysis of systolic blood pressure; parasympathetic tone: power-spectral analysis of heart rate) and baroreflex sensitivity of heart rate by spontaneous, concomitant changes of systolic blood pressure and pulse interval. Involvement of the renin-angiotensin system and the rho-kinase pathway were determined by application of inhibitors.
Results: C57BL6N mice (6 to 11) with reduced kidney mass (1K1C) or with preserved kidney mass (2K1C) developed a similar degree of hypertension. In comparison to control mice, both models presented with a significantly increased sympathetic tone and lower baroreflex sensitivity of heart rate. However, only 2K1C animals had a lower parasympathetic tone, whereas urinary norepinephrine excretion was reduced in the 1K1C model. Rho kinase inhibition given to a subset of 1K1C and 2K1C animals improved baroreflex sensitivity of heart rate selectively in the 1K1C model. Rho kinase inhibition had no additional effects on autonomic nervous system in either model of renovascular hypertension and did not change the blood pressure. Blockade of AT1 receptors (in 2K1C animals) normalized the sympathetic tone, decreased resting heart rate, improved baroreflex sensitivity of heart rate and parasympathetic tone.
Conclusions: Regardless of residual renal mass, blood pressure and sympathetic tone are increased, whereas baroreflex sensitivity is depressed in murine models of renovascular hypertension. Reduced norepinephrine excretion and/or degradation might contribute to sympathoactivation in renovascular hypertension with reduced renal mass (1K1C). Overall, the study helps to direct research to optimize medical therapy of hypertension.
The pharmacokinetic properties and tolerability of a triamcinolone acetonide poloxamer 407 hydrogel for intratympanic application were investigated in a guinea pig model. Evaluation of in vivo release kinetics showed very high initial perilymph drug levels, with clinically relevant levels present for a minimum of 10 days. Assessment of auditory brainstem response thresholds showed a minimal, delayed and transient threshold shift, which was apparent on day 3 and resolved by day 10. No relevant histological changes of the middle and inner ear structures were noted, and hair cell counts showed no significant differences between treated and untreated ears. Thus, the triamcinolone-acetonide-loaded poloxamer 407 hydrogel is an effective vehicle for sustained high-dose inner ear glucocorticoid delivery.
The Tarim River Basin, located in Xinjiang, NW China, is the largest endorheic river basin of China and one of the largest in whole Central Asia. Due to the extremely arid climate with an annual precipitation of less than 100 mm, the water supply along the Aksu and Tarim River solely depends on river water. This applies for anthropogenic activities (e.g. agriculture) as well as for the natural ecosystems so that both compete for water. The on-going increase of water consumption by agriculture and other human activities in this region has been enhancing the competition for water between human needs and nature. Against this background, 11 German and 6 Chinese universities and research institutes formed the consortium SuMaRiO (www.sumario.de), which aims at gaining a holistic picture of the availability of water resources in the Tarim River Basin and the impacts on anthropogenic activities and natural ecosystems caused by the water distribution within the Tarim River Basin. The discharge of the Aksu River, which is the major tributary to the Tarim, has been increasing over the past 6 decades due to enhanced glacier melt. Alone from 1989 to 2011, the area under agriculture more than doubled. Thereby, cotton became the major crop and there was a shift from small-scale farming to large-scale intensive farming. The major natural ecosystems along the Aksu and Tarim River are riparian ecosystems: Riparian (Tugai) forests, shrub vegetation, reed beds, and other grassland. Within the SuMaRiO Cluster the focus was laid on the Tugai forests, with Populus euphratica as dominant tree, because the most productive and species-rich natural ecosystems can be found among those forests. On sites with groundwater distance of less than 7.5 m the annual increments correlated with river runoffs of the previous year. But, the further downstream along the Tarim River, the more the natural river dynamics ceased, which impacts on the recruitment of Populus euphratica. Household surveys revealed that there is a considerable willingness to pay for conservation of those riparian forests with the mitigation of dust and sandstorms considered as the most important ecosystem service. This interdisciplinary project will result in a decision support tool (DST), build on the participation of regional stakeholders and models based on results and field experiments. This DST finally shall assist stakeholders in balancing the water competition acknowledging the major external effects of any water allocation.
Survival according to BRAF-V600 tumor mutations : an analysis of 437 patients with primary melanoma
(2014)
The prognostic impact of BRAF-V600 tumor mutations in stage I/II melanoma patients has not yet been analyzed in detail. We investigated primary tumors of 437 patients diagnosed between 1989 and 2006 by Sanger sequencing. Mutations were detected in 38.7% of patients and were associated with age, histological subtype as well as mitotic rate. The mutational rate was 36.7% in patients with disease-free course and 51.7% in those with subsequent distant metastasis (p = 0.031). No difference in overall survival (p = 0.119) but a trend for worse distant-metastasis-free survival (p = 0.061) was observed in BRAF mutant compared to BRAF wild-type patients. Independent prognostic factors for overall survival were tumor thickness, mitotic rate and ulceration. An interesting significant prognostic impact was observed in patients with tumor thickness of 1 mm or less, with the mutation present in 6 of 7 patients dying from melanoma. In conclusion, no significant survival differences were found according to BRAF-V600 tumor mutations in patients with primary melanoma but an increasing impact of the mutational status was observed in the subgroup of patients with tumor thickness of 1 mm or less. A potential role of the mutational status as a prognostic factor especially in this subgroup needs to be investigated in larger studies.
he aim of this study was to evaluate the effect of controlled intraoral grinding and polishing on the roughness of full-contour zirconia compared to classical veneered zirconia. Thirty bar-shaped zirconia specimens were fabricated and divided into two groups (n=15). Fifteen specimens (group 1) were glazed and 15 specimens (group 2) were veneered with feldspathic ceramic and then glazed. Prior to grinding, maximum roughness depth (Rmax) values were measured using a profilometer, 5 times per specimen. Simulated clinical grinding and polishing were performed on the specimens under water coolant for 15 s and 2 N pressure. For grinding, NTI diamonds burs with grain sizes of 20 µm, 10 µm, and 7.5 µm were used sequentially. The ground surfaces were polished using NTI kits with coarse, medium and fine polishers. After each step, Rmax values were determined. Differences between groups were examined using one-way analysis of variance (ANOVA). The roughness of group 1 was significantly lower than that of group 2. The roughness increased significantly after coarse grinding in both groups. The results after glazing were similar to those obtained after fine grinding for non-veneered zirconia. However, fine-ground veneered zirconia had significantly higher roughness than venerred, glazed zirconia. No significant difference was found between fine-polished and glazed zirconia, but after the fine polishing of veneered zirconia, the roughness was significantly higher than after glazing. It can be concluded that for full-contour zirconia, fewer defects and lower roughness values resulted after grinding and polishing compared to veneered zirconia. After polishing zirconia, lower roughness values were achieved compared to glazing; more interesting was that the grinding of glazed zirconia using the NTI three-step system could deliver smooth surfaces comparable to untreated glazed zirconia surfaces.
We report on the measurement of the inclusive Υ (1S) production in Pb–Pb collisions at √sNN = 2.76 TeV carried out at forward rapidity (2.5 < y < 4) and down to zero transverse momentum using its μ+μ−decay channel with the ALICE detector at the Large Hadron Collider. A strong suppression of the inclusive Υ (1S) yield is observed with respect to pp collisions scaled by the number of independent nucleon–nucleon collisions. The nuclear modification factor, for events in the 0–90% centrality range, amounts to 0.30 ± 0.05(stat) ± 0.04(syst). The observed Υ (1S) suppression tends to increase with the centrality of the collision and seems more pronounced than in corresponding mid-rapidity measurements. Our results are compared with model calculations, which are found to underestimate the measured suppression and fail to reproduce its rapidity dependence.
Fission fragment mass distributions were measured in heavy-ion induced fissions using 238U target nucleus. The measured mass distributions changed drastically with incident energy. The results are explained by a change of the ratio between fusion and qasifission with nuclear orientation. A calculation based on a fluctuation dissipation model reproduced the mass distributions and their incident energy dependence. Fusion probability was determined in the analysis, and the values were consistent with those determined from the evaporation residue cross sections.
We present an approach for combining high resolution MRI-based myelin mapping with functional information from electroencephalography (EEG) or magnetoencephalography (MEG). The main contribution to the primary currents detectable with EEG and MEG comes from ionic currents in the apical dendrites of cortical pyramidal cells, aligned perpendicularly to the local cortical surface. We provide evidence from an in-vivo experiment that the variation in MRI-based myeloarchitecture measures across the cortex predicts the variation of the current density over individuals and thus is of functional relevance. Equivalent current dipole locations and moments due to pitch onset evoked response fields (ERFs) were estimated by means of a variational Bayesian algorithm. The myeloarchitecture was estimated indirectly from individual high resolution quantitative multi-parameter maps (MPMs) acquired at 800 μm isotropic resolution. Myelin estimates across cortical areas correlated positively with dipole magnitude. This correlation was spatially specific: regions of interest in the auditory cortex provided significantly better models than those covering whole hemispheres. Based on the MPM data we identified the auditory cortical area TE1.2 as the most likely origin of the pitch ERFs measured by MEG. We can now proceed to exploit the higher spatial resolution of quantitative MPMs to identify the cortical origin of M/EEG signals, inform M/EEG source reconstruction and explore structure–function relationships at a fine structural level in the living human brain.
Structure and regulatory interactions of the cytoplasmic terminal domains of serotonin transporter
(2014)
Uptake of neurotransmitters by sodium-coupled monoamine transporters of the NSS family is required for termination of synaptic transmission. Transport is tightly regulated by protein–protein interactions involving the small cytoplasmic segments at the amino- and carboxy-terminal ends of the transporter. Although structures of homologues provide information about the transmembrane regions of these transporters, the structural arrangement of the terminal domains remains largely unknown. Here, we combined molecular modeling, biochemical, and biophysical approaches in an iterative manner to investigate the structure of the 82-residue N-terminal and 30-residue C-terminal domains of human serotonin transporter (SERT). Several secondary structures were predicted in these domains, and structural models were built using the Rosetta fragment-based methodology. One-dimensional 1H nuclear magnetic resonance and circular dichroism spectroscopy supported the presence of helical elements in the isolated SERT N-terminal domain. Moreover, introducing helix-breaking residues within those elements altered the fluorescence resonance energy transfer signal between terminal cyan fluorescent protein and yellow fluorescent protein tags attached to full-length SERT, consistent with the notion that the fold of the terminal domains is relatively well-defined. Full-length models of SERT that are consistent with these and published experimental data were generated. The resultant models predict confined loci for the terminal domains and predict that they move apart during the transport-related conformational cycle, as predicted by structures of homologues and by the “rocking bundle” hypothesis, which is consistent with spectroscopic measurements. The models also suggest the nature of binding to regulatory interaction partners. This study provides a structural context for functional and regulatory mechanisms involving SERT terminal domains.
Autism spectrum disorder and schizophrenia share a substantial number of etiologic and phenotypic characteristics. Still, no direct comparison of both disorders has been performed to identify differences and commonalities in brain structure. In this voxel based morphometry study, 34 patients with autism spectrum disorder, 21 patients with schizophrenia and 26 typically developed control subjects were included to identify global and regional brain volume alterations. No global gray matter or white matter differences were found between groups. In regional data, patients with autism spectrum disorder compared to typically developed control subjects showed smaller gray matter volume in the amygdala, insula, and anterior medial prefrontal cortex. Compared to patients with schizophrenia, patients with autism spectrum disorder displayed smaller gray matter volume in the left insula. Disorder specific positive correlations were found between mentalizing ability and left amygdala volume in autism spectrum disorder, and hallucinatory behavior and insula volume in schizophrenia. Results suggest the involvement of social brain areas in both disorders. Further studies are needed to replicate these findings and to quantify the amount of distinct and overlapping neural correlates in autism spectrum disorder and schizophrenia.
We study the equilibrium properties of strongly-interacting infinite parton-hadron matter, characterized by the transport coefficients such as shear and bulk viscosity and electric conductivity, and the non-equilibrium dynamics of heavy-ion collisions within the Parton-Hadron-String Dynamics (PHSD) transport approach, which incorporates explicit partonic degrees of freedom in terms of strongly interacting quasiparticles (quarks and gluons) in line with an equation of state from lattice QCD as well as the dynamical hadronization and hadronic collision dynamics in the final reaction phase. We discuss in particular the possible origin for the strong elliptic flow v2 of direct photons observed at RHIC energies.
U radu se daje prikaz tehničkih odnosno strojarskih naziva u prvim četirima izdanjima Rječnika stranih riječi koje je sastavio i priredio sâm Klaić. Analiza uključuje način definiranja pojma, leksikografsku obradu rječničkoga članka kao i osvrt na dopunjavanje novim natuknicama u svakome od četiriju izdanja Rječnika. U radu se donose i primjeri strojarskih germanizama kako su popisani u Klaićevu Rječniku te osvrt na kratice i pokrate kao važno obilježje tehničkoga jezika.
Dekorierte Straußenei-Behältnisse konnten bislang in zahlreichen Regionen des Mittelmeerraums nachgewiesen werden. Die Bearbeitung und Dekoration erfolgte meist individuell, sodass die Eier aller Wahrscheinlichkeit nach eine Einbettung in den jeweiligen regionalen Kontext erfuhren und dort spezifische Funktionen innehatten. Da der Strauß jedoch nur in wenigen Regionen des Mittelmeerraums heimisch war, kann ein überregionaler Handel mit den Eiern angenommen werden.
Within the statistical model, the net strangeness conservation and incomplete total strangeness equilibration lead to the suppression of strange particle multiplicities. Furthermore, suppression effects appear to be stronger in small systems. By treating the production of strangeness within the canonical ensemble formulation we developed a simple model which allows to predict the excitation function of K+/π+ ratio in nucleus–nucleus collisions. In doing so we assumed that different values of K+/π+, measured in p + p and Pb + Pb interactions at the same collision energy per nucleon, are driven by the finite size effects only. These predictions may serve as a baseline for experimental results from NA61/SHINE at the CERN SPS and the future CBM experiment at FAIR.
Die Ermittlung und Bewertung der Auswirkungen von Stickstoffeinträgen in der FFH-Verträglichkeitsprüfung ist in Deutschland seit fast zehn Jahren Gegenstand einer intensiven Fachdiskussion. Zuletzt hat sich ein Forschungsprojekt im Auftrag der Bundesanstalt für Straßenwesen (BASt) mit dieser Frage beschäftigt und eine Fachkonvention für den Projekttyp Straße erarbeitet. Diese Fachkonvention, die auch auf andere Projekttypen übertragbar ist, basiert grundsätzlich auf dem Maßstab der Critical Loads zur Beschreibung der Empfindlichkeit von FFH-Lebensräumen gegenüber Stickstoffeintrag. Liegt die gebietsspezifische Gesamtbelastung mit Stickstoffeinträgen über dem standort- und vegetationstypspezifisch zu ermittelnden Critical Load, so wird für die FFH-Verträglichkeitsprüfung ein mehrstufiges Schwellenwertkonzept zur Bestimmung von irrelevanten bzw. bagatellhaften Zusatzbelastungen empfohlen: Unterschieden wird ein vorhabenbezogenes absolutes Abschneidekriterium von 0,3 kg N ha-1a-1 und eine rezeptorbezogene Bagatellschwelle von 3% des jeweiligen Critical Loads. Beide Schwellenwerte sind als sehr niedrig und der Zielsetzung der FFH-Richtlinie entsprechend vorsorgeorientiert einzustufen.Mit dem Bewertungsansatz werden alle Anforderungen, die sich aus den fachlichen und rechtlichen Maßstäben für die FFH-Verträglichkeitsprüfung ergeben, berücksichtigt. Zugleich handelt es sich um einen praxistauglichen Bewertungsansatz, der auch dem Grundsatz der Verhältnismäßigkeit Rechnung trägt. Das vorhabenbezogene Abschneidekriterium soll für jedes zu genehmigende Vorhaben gelten. Für die Größenordnung von 0,3kg N ha-1a-1 für den vorhabenbezogenen Stickstoffeintrag in ein FFH-Gebiet sprechen verschiedene Argumente: Einträge in dieser Größenordnung liegen deutlich unterhalb der messtechnischen Erfassbarkeit und deutlich unterhalb jeder bekannten Schwelle von Zusatzbelastungen, die negative Wirkungen für die Biodiversität auslösen können; unterhalb dieser Größenordnung ist eine Ermittlung von Belastungen und Beeinträchtigungen mit derzeit verfügbaren Modellen und Eingangsdaten auch aufgrund der Unsicherheiten und fehlenden statistischen Signifikanz nicht mehr sinnvoll möglich. Zusatzbelastungen eines Vorhabens in dieser Größenordnung stellen somit lediglich ein theoretisches Risiko dar und können keine erheblichen Beeinträchtigungen im Sinne der FFH-RL auslösen. Somit können auch nur diejenigen projektbezogenen Zusatzbelastungen, die oberhalb dieses Abschneidekriteriums liegen, für eine kumulative Prüfung mit weiteren Projekten und deren gemeinsamer Wirkung geprüft werden. Die Bagatellschwelle von 3% des Critical Loads wird demgegenüber gebietsbezogen angewendet und kann daher auch durch das Zusammenwirken mehrerer einzelner Vorhaben überschritten werden. Die Anwendung soll unabhängig von der Höhe der Überschreitung der Critical Loads in der Gesamtbelastung möglich sein. Die Bagatellschwelle ist an der spezifischen Stickstoffempfindlichkeit der FFH Lebensräume, die durch die Critical Loads vorsorgeorientiert beschrieben wird, ausgerichtet. Eine Auswertung der Ergebnisse der Wirkungsforschung, insbesondere zu Randeffekten entlang von Straßen, hat ergeben, dass der Wert von 3% des maßgeblichen Critical Loads sicher unterhalb von feststellbaren negativen Wirkungen auf den Erhaltungszustand von FFH-Lebensräumen liegt.
Acute myeloid leukemia (AML) is characterized by an aberrant self-renewal of hematopoietic stem cells (HSC) and a block in differentiation. The major therapeutic challenge is the characterization of the leukemic stem cell as a target for the eradication of the disease. Until now the biology of AML-associated fusion proteins (AAFPs), such as the t(15;17)-PML/RARα, t(8;21)-RUNX1/RUNX1T1 and t(6;9)-DEK/NUP214, all able to induce AML in mice, was investigated in different models and genetic backgrounds, not directly comparable to each other. To avoid the bias of different techniques and models we expressed these three AML-inducing oncogenes in an identical genetic background and compared their influence on the HSC compartment in vitro and in vivo.
These AAFPs exerted differential effects on HSCs and PML/RARα, similar to DEK/NUP214, induced a leukemic phenotype from a small subpopulation of HSCs with a surface marker pattern of long-term HSC and characterized by activated STAT3 and 5. In contrast the established AML occurred from mature populations in the bone marrow. The activation of STAT5 by PML/RARα and DEK/NUP214 was confirmed in t(15;17)(PML/RARα) and t(6;9)(DEK/NUP214)-positive patients as compared to normal CD34+ cells. The activation of STAT5 was reduced upon the exposure to Arsenic which was accompanied by apoptosis in both PML/RARα- and DEK/NUP214-positive leukemic cells. These findings indicate that in AML the activation of STATs plays a decisive role in the biology of the leukemic stem cell. Furthermore we establish exposure to arsenic as a novel concept for the treatment of this high risk t(6;9)-positive AML.
Zu Beginn noch Treffpunkt ausziehender Soldaten, die besonders in den ersten Monaten umjubelt die Städte verließen, wurde der Heimtransport Verwundeter besonders in den Grenzregionen mit zunehmender Dauer alltäglicher. Spätestens mit Kriegsende aber wird die Figur des Kriegsheimkehrers auch in den von der Westfront entfernten Städten wie Hamburg oder Berlin immer präsenter — als körperlich invalider Krüppel, wie auch als äußerlich unverletzter, aber tief traumatisierter Veteran.
Der Beitrag untersucht Polyglossie als eine Form der ästhetischen Polyphonie. Damit rücken die Aspekte der Vielstimmigkeit und Multiperspektivität in den Blick, poetologische Verfahren, die wesentlich die literarische Moderne des 20. Jahrhunderts prägen. Die zivilisatorische Moderne ist gekennzeichnet durch Dialogizität und Vielstimmigkeit, Dezentralisierung und Heterogenität, Simultanität und Interferenz. Über eine Ästhetik des Polyphonen re-lektieren literarische Texte so Merkmale einer modernen Lebens- und Erfahrungswelt, was anhand von Alfred Döblins modernem Großstadtepos "Berlin Alexanderplatz" veranschaulicht wird.
Innerhalb der barocken, von der Rhetorik dominierten Poetik gilt Sprachmischung als Abweichung von der puritas und folglich als ein Fehler (vitium), weshalb sie auch als "barbarolexis" bezeichnet wird. In Andreas Gryphius' Scherzspiel "Horribilicribrifax Teutsch" (1663) wird diese Fehlerhaftigkeit nicht bloß ausgestellt, sondern zugleich ethisch instrumentalisiert. Es kommt so zu einer Spannung zwischen den guten und sprachlich reinen Charakteren auf der einen Seite und den schlechten, sprachlich verunreinigten Charakteren auf der anderen Seite. Die Struktur der Sprachmischung macht dabei das Konzept des verunreinigten Charakters sichtbar. Gryphius entwickelt anhand des Liebeswerbens der soldatischen Maulhelden und des Gelehrten, die als Komödientypen die barbarolexis verkörpern, das Prinzip der Hybris als des Grenzen verletzenden Hochmuts. Dieser bedroht Sprache und Erotik gleichermaßen, kann aber vom impliziten Autor des Stückes abgewehrt werden. Mittels der Überblendung ethischer, erotischer und linguistischer Verunreinigung entfaltet der barocke Autor eine purgatorische Komik und geht mit dieser dichterischen Lösung der "barbarolexis" über die bloße sprachpuristische Polemik hinaus.
Der Beitrag untersucht die verschiedenen Funktionen literarischer Mehrsprachigkeit in Francesco Colonnas "Hypnerotomachia Poliphili" (1499) und François Rabelais' "Pantagruel" (1532) und "Gargantua" (1535), die auf Colonna zurückgreifen. Er unterscheidet die Wirkungen der Sprachmischung (im Sinne einer Hybridisierung der Sprache, in der erzählt wird) von den Wirkungen, welche die Polyglossie (im Sinne der Pluralität der in einem Werk verwendeten Sprachen) hervorbringt. Daraus ergeben sich auf der Ebene der Narration wie auf der von Syntax und Lexikon unterschiedliche Ästhetiken, die, indem sie den Autor in der von ihm verwendeten artifiziellen Sprache zum Verschwinden bringen, im Diskurs des Textes die Stimme des Anderen hörbar machen.
The Rubin vase and duck-rabbit have two things in common: not only are they famous multistable figures, or 'Kippbilder', but before being discovered by scientists and philosophers, they both started their career as simple jokes. In contrast to usual understandings of 'Kippbilder', this paper will try to demonstrate that 'Kippbilder' can be a helpful model for understanding better dramatic, existential, and even religious events and their consequences. Multistable figures or 'Kippbilder' combine reversibility and irreversibility in an interesting way. While the so called first aspect change introduces an irreversible split, all subsequent aspect changes can be understood as an endless chain of reversible changes. After discussing the specificity of the Rubin vase and its aspect changes and focussing then on the distinction between first and further aspect changes, Di Blasi suggests the productive potential of the multistable figure as model for eventful events in discussing the conversion of Paul and his 'hōs mē' ('as if not').
In self-organized critical (SOC) systems avalanche size distributions follow power-laws. Power-laws have also been observed for neural activity, and so it has been proposed that SOC underlies brain organization as well. Surprisingly, for spiking activity in vivo, evidence for SOC is still lacking. Therefore, we analyzed highly parallel spike recordings from awake rats and monkeys, anesthetized cats, and also local field potentials from humans. We compared these to spiking activity from two established critical models: the Bak-Tang-Wiesenfeld model, and a stochastic branching model. We found fundamental differences between the neural and the model activity. These differences could be overcome for both models through a combination of three modifications: (1) subsampling, (2) increasing the input to the model (this way eliminating the separation of time scales, which is fundamental to SOC and its avalanche definition), and (3) making the model slightly sub-critical. The match between the neural activity and the modified models held not only for the classical avalanche size distributions and estimated branching parameters, but also for two novel measures (mean avalanche size, and frequency of single spikes), and for the dependence of all these measures on the temporal bin size. Our results suggest that neural activity in vivo shows a mélange of avalanches, and not temporally separated ones, and that their global activity propagation can be approximated by the principle that one spike on average triggers a little less than one spike in the next step. This implies that neural activity does not reflect a SOC state but a slightly sub-critical regime without a separation of time scales. Potential advantages of this regime may be faster information processing, and a safety margin from super-criticality, which has been linked to epilepsy.
Dendritic cells (DCs) are the cutting edge in innate and adaptive immunity. The major functions of these antigen-presenting cells are the capture, endosomal processing and presentation of antigens, providing them an exclusive ability to provoke adaptive immune responses and to induce and control tolerance. Immature DCs capture and process antigens, migrate towards secondary lymphoid organs where they present antigens to naive T cells in a well-synchronized sequence of procedures referred to as maturation. Indeed, recent research indicated that sphingolipids are modulators of essential steps in DC homeostasis. It has been recognized that sphingolipids not only modulate the development of DC subtypes from precursor cells but also influence functional activities of DCs such as antigen capture, and cytokine profiling. Thus, it is not astonishing that sphingolipids and sphingolipid metabolism play a substantial role in inflammatory diseases that are modulated by DCs. Here we highlight the function of sphingosine 1-phosphate (S1P) on DC homeostasis and the role of S1P and S1P metabolism in inflammatory diseases.
Bacteria have adapted their NhaA Na(+)/H(+) exchangers responsible for salt homeostasis to their different habitats. We present an electrophysiological and kinetic analysis of NhaA from Helicobacter pylori and compare it to the previously investigated exchangers from Escherichia coli and Salmonella typhimurium. Properties of all three transporters are described by a simple model using a single binding site for H(+) and Na(+). We show that H.pylori NhaA only has a small acidic shift of its pH-dependent activity profile compared to the other transporters and discuss why a more drastic change in its pH activity profile is not physiologically required.
Background: Rapidly increasing temperatures in the mountain region of Nepal and recent reports of dengue fever and lymphatic filariasis cases from mountainous areas of central Nepal prompted us to study the spatio-temporal distribution of the vectors of these two diseases along an altitudinal transect in central Nepal.
Methodology/Principal Findings: We conducted a longitudinal study in four distinct physiographical regions of central Nepal from September 2011 to February 2012. We used BG-Sentinel and CDC light traps to capture adult mosquitoes. We found the geographical distribution of the dengue virus vectors Aedes aegypti and Aedes albopictus along our study transect to extend up to 1,310 m altitude in the Middle Mountain region (Kathmandu). The distribution of the lymphatic filariasis vector Culex quinquefasciatus extended up to at least 2,100 m in the High Mountain region (Dhunche). Statistical analysis showed a significant effect of the physiographical region and month of collection on the abundance of A. aegypti and C. quinquefasciatus only. BG-Sentinel traps captured significantly higher numbers of A. aegypti than CDC light traps. The meteorological factors temperature, rainfall and relative humidity had significant effects on the mean number of A. aegypti per BG-Sentinel trap. Temperature and relative humidity were significant predictors of the number of C. quinquefasciatus per CDC light trap. Dengue fever and lymphatic filariasis cases had previously been reported from all vector positive areas except Dhunche which was free of known lymphatic filariasis cases.
Conclusions/Significance: We conclude that dengue virus vectors have already established stable populations up to the Middle Mountains of Nepal, supporting previous studies, and report for the first time the distribution of lymphatic filariasis vectors up to the High Mountain region of this country. The findings of our study should contribute to a better planning and scaling-up of mosquito-borne disease control programmes in the mountainous areas of Nepal.
Pattern recognition applied to whole-brain neuroimaging data, such as functional Magnetic Resonance Imaging (fMRI), has proved successful at discriminating psychiatric patients from healthy participants. However, predictive patterns obtained from whole-brain voxel-based features are difficult to interpret in terms of the underlying neurobiology. Many psychiatric disorders, such as depression and schizophrenia, are thought to be brain connectivity disorders. Therefore, pattern recognition based on network models might provide deeper insights and potentially more powerful predictions than whole-brain voxel-based approaches. Here, we build a novel sparse network-based discriminative modeling framework, based on Gaussian graphical models and L1-norm regularized linear Support Vector Machines (SVM). In addition, the proposed framework is optimized in terms of both predictive power and reproducibility/stability of the patterns. Our approach aims to provide better pattern interpretation than voxel-based whole-brain approaches by yielding stable brain connectivity patterns that underlie discriminative changes in brain function between the groups. We illustrate our technique by classifying patients with major depressive disorder (MDD) and healthy participants, in two (event- and block-related) fMRI datasets acquired while participants performed a gender discrimination and emotional task, respectively, during the visualization of emotional valent faces.
Reconstructing the early Paleogene climate dynamics of terrestrial settings in the high southern latitudes is important to assess the role of high-latitude physical and biogeochemical processes in the global climate system. However, whereas a number of high-quality Paleogene climate records has become available for the marine realm of the high southern latitudes over the recent past, the long-term evolution of coeval terrestrial climates and ecosystems is yet poorly known. We here explore the climate and vegetation dynamics on Tasmania from the middle Paleocene to the early Eocene (60.7–54.2 Ma) based on a sporomorph record from Ocean Drilling Program (ODP) Site 1172 on the East Tasman Plateau. Our results show that three distinctly different vegetation types thrived on Tasmania under a high-precipitation regime during the middle Paleocene to early Eocene, with each type representing different temperature conditions: (i) warm-temperate forests dominated by gymnosperms that were dominant during the middle and late Paleocene; (ii) cool-temperate forests dominated by southern beech (Nothofagus) and araucarians across the middle/late Paleocene transition interval (~59.5 to ~59.0 Ma); and (iii) paratropical forests rich in ferns that were established during and in the wake of the Paleocene–Eocene Thermal Maximum (PETM). The transient establishment of cool-temperate forests lacking any frost-sensitive elements (i.e., palms and cycads) across the middle/late Paleocene transition interval indicates markedly cooler conditions, with the occurrence of frosts in winter, on Tasmania during that time. The integration of our sporomorph data with previously published TEX86-based sea-surface temperatures from ODP Site 1172 documents that the vegetation dynamics on Tasmania were closely linked with the temperature evolution in the Tasman sector of the Southwest Pacific region. Moreover, the comparison of our season-specific climate estimates for the sporomorph assemblages from ODP Site 1172 with the TEX86L- and TEX86H-based temperature data suggests a warm-season bias of both calibrations for the early Paleogene of the high southern latitudes.
Global warming, changes in the hydrological cycle and enhanced marine primary productivity all have been invoked to have contributed to the occurrence of widespread ocean anoxia during the Cenomanian-Turonian Oceanic Anoxic Event (OAE2; ~ 94 Ma), but disentangling these factors on a regional scale has remained problematic. We generated palynological and organic geochemical records that allow the separation of these forcing factors in a core spanning the OAE2 from Wunstorf, Lower Saxony Basin (LSB; North Gemany), which exhibits cyclic black shale–marl alternations related to the orbital precession cycle.
Despite the widely varying depositional conditions complicating the interpretation of the obtained records, TEX86H indicates that sea-surface temperature (SST) evolution in the LSB during OAE2 resembles that of previously studied sites throughout the proto-North Atlantic. Cooling during the so-called Plenus Cold Event interrupted black shale deposition during the early stages of OAE2. However, TEX86 does not vary significantly across marl–black shale alternations, suggesting that temperature variations did not force the formation of the cyclic black shale horizons. Relative (i.e., with respect to marine palynomorphs) and absolute abundances of pollen and spores are elevated during phases of black shale deposition, indicative of enhanced precipitation and run-off. High abundances of cysts from inferred heterotrophic and euryhaline dinoflagellates supports high run-off, which likely introduced additional nutrients to the epicontinental shelf resulting in elevated marine primary productivity.
We conclude that orbitally-forced enhanced precipitation and run-off, in tandem with elevated marine primary productivity, were critical in cyclic black shale formation on the northwest European epicontinental shelf and potentially for other OAE2 sections in the proto-Atlantic and Western Interior Seaway at similar latitudes as well.
Obligatory control refers to the relation of obligatory coreference between one of the arguments in the matrix clause and an unexpressed argument of the subordinate infinitive. This paper provides examples of subject and object control in Croatian that reveal significant differences between these two constructions. Subject control is understood as a purely syntactic relation, while the analysis of object control requires the introduction of semantic macroroles. The two constructions are therefore based on different basic principles, which results in various asymmetries with regard to restrictions on possible syntactic realizations. Moreover, the limitations on scope interpretation of temporal adverbs resulting from word order changes in object control constructions suggest that the two verbs in object control might form a tighter unit than those in subject control constructions.
Wet meadows are transitional habitats between wetlands and dry-mesophilous grasslands; thus, they are vital in sustaining biodiversity as sources, stepping stones and green corridors of species dispersal. It is especially valid for inland alkali vegetation, where high landscapescale patchiness is typical and rapid shifts between vegetation types occur frequently. Solonetz meadows (Beckmannion eruciformis) are among the bestpreserved open habitats in Europe harbouring a unique flora including several endemics. Besides their importance, studies on the vegetation of solonetz meadows are scarce even though this knowledge would be vital for their effective conservation and management. Using own records and literature data, we provide a synthesis of the alliance Beckmannion eruciformis to characterise its associations floristically and ecologically in five regions along the river Tisza, East Hungary. We studied three associations of the alliance: (i) Agrostio stoloniferae-Alopecuretum pratensis, (ii) Agrostio stoloniferae-Beckmannietum eruciformis and (iii) Agrostio stoloniferae-Glycerietum pedicellatae. We found that solonetz meadow associations were separated along a moisture gradient with Agrostio stoloniferae-Alopecuretum pratensis at the drier end and Agrostio stoloniferae-Glycerietum pedicellateae at the wet end. This gradient was also justified by the distribution of the phytosociological groups. The proportion of species of Festuco-Brometea division was the highest in Agrostio stoloniferae-Alopecuretum pratensis, while the proportion of Cypero-Phragmitetea species was the highest in Agrostio stoloniferae-Glycerietum pedicellateae. Species of Puccinellio-Salicornetea had the highest proportion in Agrostio stoloniferae-Beckmannietum eruciformis, indicating the high soil salinity of this association. Our results suggest that Agrostio stoloniferae-Alopecuretum pratensis association plays an important role in preserving the continental flora elements of the surrounding dry grasslands. The ecological indicator values for soil moisture and salinity suggest that in case of the studied solonetz meadow associations, humidity increases with decreasing elevation, while salinity is highest at medium elevations. Our results suggest that Agrostio stoloniferae-Beckmannietum eruciformis is a transition towards salt marsh associations, while Agrostio stoloniferae-Glycerietum pedicellatae is a transition towards freshwater marshes. Our results show that preserving solonetz meadows is an important task for nature conservation as they have a crucial role in maintaining landscapescale species and habitat diversity and act as buffer zones around wetlands.
Soil water potential is crucial to plant transpiration and thus to carbon cycling and biosphere–atmosphere interactions, yet it is difficult to measure in the field. Volumetric and gravimetric water contents are easy and cheap to measure in the field, but can be a poor proxy of plant-available water. Soil water content can be transformed to water potential using soil moisture retention curves. We provide empirically derived soil moisture retention curves for seven soil types in the Kruger National Park, South Africa. Site-specific curves produced excellent estimates of soil water potential from soil water content values. Curves from soils derived from the same geological substrate were similar, potentially allowing for the use of one curve for basalt soils and another for granite soils. It is anticipated that this dataset will help hydrologists and ecophysiologists understand water dynamics, carbon cycling and biosphere–atmosphere interactions under current and changing climatic conditions in the region.
While it is extraordinarily difficult to theoretically specify privacy, in the last 100 years or so (social) psychology, philosophy, communication studies, economics, and, to a lesser degree, also sociology and anthropology, provided attempts to conceptualize its meaning. Be that as it may, from the 1960s onwards privacy discourse has focused upon data, understood as “personal information”, to a certain extent because of the advent of huge databases and information and communication technologies (ICTs). Influential scholarship at the present time tends to conceive of ICT-related privacy in terms of the “sociotechnical”, thus highlighting the interlocking of human and technical agency. Although having developed a manifold of instruments to research sociotechnical phenomena, STS engagement with sociotechnical privacy, so far, has been rather low-key. In our contribution we therefore provide a mapping of the research landscape, identify connecting factors between STS and sociotechnical privacy research, and calling for further STS contributions.
Background: Hereditary angioedema (HAE) due to C1 inhibitor deficiency is a rare but serious and potentially life-threatening disease marked by spontaneous, recurrent attacks of swelling. The study objective was to characterize direct and indirect resource utilization associated with HAE from the patient perspective in Europe.
Methods: The study was conducted in Spain, Germany, and Denmark to assess the real-world experience of HAE via a cross-sectional survey of HAE patients, including direct and indirect resource utilization during and between attacks for patients and their caregivers over the past 6 months. A regression model examined predictors of medical resource utilization.
Results: Overall, 164 patients had an attack in the past 6 months and were included in the analysis. The most significant predictor of medical resource utilization was the severity of the last attack (OR 2.6; p < 0.001). Among patients who sought medical care during the last attack (23%), more than half utilized the emergency department. The last attack prevented patients from their normal activities an average of 4-12 hours. Patient and caregiver absenteeism increased with attack severity and frequency. Among patients who were working or in school (n = 120), 72 provided work/school absenteeism data, resulting in an estimated 20 days missing from work/school on average per year; 51% (n = 84) indicated that HAE has hindered their career/educational advancement.
Conclusion: HAE poses a considerable burden on patients and their families in terms of direct medical costs and indirect costs related to lost productivity. This burden is substantial at the time of attacks and in between attacks.
Background: Influenza vaccination of healthcare workers (HCWs) is recommended to prevent the transmission of influenza to vulnerable patients. Nevertheless, vaccination coverage rates of HCWs in European countries have been low.
Aim: To investigate the relative and combined strength of sociocognitive variables, from past research, theory and a qualitative study, in explaining the motivation of HCWs to receive the influenza vaccine.
Methods: An anonymous, online questionnaire was distributed among HCWs in hospital settings in Belgium, Germany and the Netherlands between February and April 2013.
Findings: Attitude and past vaccination uptake explained a considerable amount of variance in the intention of HCWs to receive the influenza vaccine. Moreover, low perceived social norms, omission bias, low moral norms, being older, having no patient contact, and being Belgian or Dutch (compared with German) increased the probability of having no intention to receive the influenza vaccine compared with being undecided about vaccination. High intention to receive the influenza vaccine was shown to be more likely than being undecided about vaccination when HCWs had high perceived susceptibility of contracting influenza, low naturalistic views, and lower motivation to receive the vaccine solely for self-protection.
Conclusion: Country-specific interventions and a focus on different sociocognitive variables depending on the intention/lack of intention of HCWs to receive the influenza vaccine may be beneficial to promote vaccination uptake.
Složeni glagolski predikat u hrvatskom kajkavskom književnom jeziku sa stajališta reda riječi
(2014)
U radu se donosi raščlamba reda riječi u rečenicama sa složenim glagolskim predikatom.1 Na korpusu tiskanih tekstova na hrvatskom kajkavskom književnom jeziku utvrđuje se redoslijed sintaktičkih jedinica složenoga glagolskog predikata, mjesto složenoga glagolskog predikata u rečenici te njegov suodnos s drugim rečeničnim dijelovima.