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Alters- und Bildungsnormen für das Kölner Neuropsychologische Screening für Schlaganfallpatienten (KöpSS)
No full textZusammenfassung: Zusammenfassung. Anhand einer Stichprobe von 524 gesunden Probanden wurden alters- und bildungsabhängige Normen für den Kognitionsgesamtwert des Kölner Neuropsychologischen Screenings für Schlaganfallpatienten (KöpSS) erstellt. Es zeigten sich Gruppenunterschiede zwischen Probanden in den Altersgruppen von ≤ 69 und > 69 Jahren und zwischen ≤ 13 und > 13 Bildungsjahren. Das KöpSS ist ein multidimensionales neuropsychologisches Testverfahren, das sich insbesondere für die Anwendung in der Frühphase nach Schlaganfällen eignet. Es umfasst die Fremdbeurteilungsskalen Testbarkeit und Testverhalten, die Testung kognitiver Funktionen in acht Domänen sowie eine Selbstbeurteilungsskala zur Affektivität. Neben den Haupteffekten von Alter und Bildung wurden keine geschlechtsabhängigen Unterschiede oder Interaktionen gefunden.Age and Educational Norms for the Cologne Neuropsychological Screening for Stroke Patients (KöpSS)Abstract: Abstract. Based on a sample of 524 healthy controls, we developed age and education-level adjusted norms for the total score of the Cologne Neuropsychological Screening for Stroke Patients (KöpSS). We observed group differences between subjects aged ≤ 69 and > 69 and for subjects with ≤ 13 and > 13 years of education. The KöpSS is a multidimensional neuropsychological assessment that is also applicable in the early phase after stroke. It includes the observational scales testability and test behavior, the assessment of cognitive functions in eight domains, and a self-rating scale for the affective state. Except for the main effects of age and education, we found neither sex-related differences nor interactions
Supported Catalytically Active Liquid Metal Solutions (SCALMS) for Propane Dehydrogenation–Intermetallic Phases and Liquid Alloys Studied by Pair Distribution Function Analysis and Density Functional Theory
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Investigation of the Influence of Morphology or Oxidation State on Product Selectivity during CO2 Electrolysis for newly synthesized Ag-Cu Pre-Catalysts.
No full textA combined synthetic, theoretical and electron paramagnetic resonance spectroscopic project is suggested to improve the performance and lifetime of organic radical polymers for battery applications with high intermittent current requirements that are typical for internet of things (IoT) appliances
No full textHybrid Interfaces in Focus – Decoding the Berlinite Surface with a Synergetic NMR-DFT Approach
No full textDiscovery of a new coreactant for highly efficient and reliable electrochemiluminescence
No full textCombining Quantum Optimal Control with Finite Element Methods for Spatially Selective operando NMR
No full textBehavioral repertoires in dynamic crowds: Interplay between physical, collective and inter-personal factors
No full textMore than a century of research has gradually demystified crowds (e. g. they are neither swarms, homogeneous, nor irrational). But despite considerable advances, coordinated movement in crowds remains a scientific puzzle. Within crowds we see an interplay between physical and socio-psychological factors that is challenging to study. Our collaboration therefore aims to integrate these hitherto separate disciplines at multiple levels (conceptually and methodologically). We present work (experiments with groups of 80-90 participants) to show that crowds have different repertoires (walking, queuing, huddling) and can transition between them. The transitions between these ways of behaving occur fluently, typically without overt gesturing, and sometimes rapidly. This raises the question: how do these patterns emerge and propagate? For selected cases, we show this emergence through physical (e.g., velocity or density) and socio-psychological factors. Then we present the results of a set of small experiments (20-30 participants) which directly manipulate the physical, collective and inter-personal factors by which we hypothesize crowds to coordinate. For this study we use quantitative analysis of movement parameters, post-experimental questionnaires and qualitative analysis of observational data. We end the presentation outlining our future research goals towards further integration