Occupational therapy assessment of self-awareness following traumatic brain injury

Impaired self-awareness is a common problem following traumatic brain injury. Without adequate self-awareness, a person's motivation to participate in rehabilitation may be limited, which in turn can have an adverse effect on his or her functional outcome. For this reason, it is important that brain injury rehabilitation professionals, including occupational therapists, both understand this phenomenon and use assessment and treatment approaches aimed at improving clients' self-awareness. This article provides an overview of self-awareness, reviewing the distinction between intellectual and online awareness. The current role of occupational therapy in the assessment of self-awareness is highlighted and the guidelines for new assessments of self-awareness suitable for use in occupational therapy are explored.

Allowance for thermodynamic non-ideality in the characterization of protein self-association by frontal exclusion chromatography: hemoglobin revisited

This investigation re-examines theoretical aspects of the allowance for effects of thermodynamic non-ideality on the characterization of protein self-association by frontal exclusion chromatography, and thereby provides methods of analysis with greater thermodynamic rigor than those used previously. Their application is illustrated by reappraisal of published exclusion chromatography data for hemoglobin on the controlled-pore-glass matrix CPG-120. The equilibrium constant of 100/M that is obtained for dimerization of the (02 species by this means is also deduced from re-examination of published studies of concentrated hemoglobin solutions by osmotic pressure and sedimentation equilibrium methods. (C) 2003 Elsevier Science B.V. All rights reserved.

Kinetic parameters associated with self-heating of New Zealand coals under adiabatic conditions

Adiabatic self-heating tests were carried out on five New Zealand coal samples ranging in rank from lignite to high-volatile bituminous. Kinetic parameters of oxidation were obtained front the self-heating curves assuming Arrhenius behaviour. The activation energy E (kJ mol(-1)) and the pre-exponential factor A (s(-1)) were determined in the temperature range of 70-140 degreesC. The activation energy exhibited a definite rank relationship with a minimum E of 55 kJ mol(-1) occurring at a Suggate rank of similar to6.2 corresponding to subbituminous C. Either side of this rank there was a noticeable increase in the activation energy indicating lower reactivity of the coal. A similar rank trend was also observed in the R-70 self-heating rate index values that were taken from the initial portion of the self-heating curve front 40 to 70 degreesC. From these results it is clear that the adiabatic method is capable of providing reliable kinetic parameters of coal oxidation.

Perceived stress as a predictor of the self-reported new diagnosis of symptomatic CHD in older women

This article describes one aspect of a prospective cohort study of 10,432 women aged between 70 and 75 years. After a 3-year period, 503 women self-reported a new diagnosis by a doctor of angina or myocardial infarction (symptomatic coronary heart disease [CHD]). Time one psychosocial variables (Duke Social Support Index, time pressure, Perceived Stress Scale, Mental Health Index, having a partner, educational attainment, and location of residence) were analyzed using univariate binary logistic regression for their ability to predict subsequent symptomatic CHD. Of these variables, the Duke Social Support Index, Perceived Stress Scale and the Mental Health Index were found to be significant predictors of symptomatic CHID diagnosis. Only the Perceived Stress Scale, however, proved to be a significant independent predictor. After controlling for time one nonpsychosocial variables, as well as the frequency of family doctor visits, perceived stress remained a significant predictor of the new diagnosis of symptomatic CHD in this cohort of older women over a 3-year period.

O devir menor de Alice : linhas de escrita, linhas de vida. Sobre a aprendizagem da linguagem na educação infantil

As linhas de escrita que conformam o Devir Menor de Alice constituem-se a partir da necessidade de investigar o devir-criança dos corpos aprendentes no processo de aprendizagem da linguagem como potência capaz de engendrar, na imanência dos encontros educativos, um currículo que funcione como plano de constituição de um estilo singular de inscrição de si e do mundo no âmbito da educação infantil. Impulsionado por forças que se desdobram em um campo problemático que orienta um percurso investigativo de caráter cartográfico, o estudo busca problematizar: Por quais processos o problema da escrita pode ordenar um movimento expressivo de aprendizagem da linguagem? Em torno dessa problemática, concebe três questões centrais: (1) De que modo as práticas diferenciais de linguagem traçadas no movimento imanente do currículo deslocam de modo positivo o processo de aprendizagem da linguagem na educação infantil? (2) Do que trata concretamente o conceito de linguagem no movimento expressivo e de aprendizagem afetiva? (3) Por que é relevante abordar o movimento expressivo de aprendizagem da linguagem e por que fazer isso a partir do problema da escrita? Nesse processo investigativo, afirma que a aprendizagem da linguagem implica processos de subjetivação pelos quais a ideia do delírio, do sonho, do sonambulismo de Alice traz para a leitura e a escrita a necessária relação com a tradução: uma leitura que, ao invés de ler o real, o traduz com as forças intensivas do mundo, produzindo afecções nos corpos envolvidos (o leitor, o escritor, o texto, o próprio entorno) e fazendo variar sua potência; uma leitura que envolve as artistagens tradutórias de um agenciamento coletivo de enunciação pelo traçado de linhas de escrita e de vida; uma escrita como invenção: inscrição singular de um si-mundo; traçado desejante de criação. Pretende, portanto, defender que a aprendizagem da linguagem acontece como atividade expressiva quando há composição de um bloco de devir-aprendente por meio da criação de um estilo. Para tanto, recorre a algumas ferramentas conceituais produzidas por Gilles Deleuze (1925-1995) e Félix Guattari (1930-1992), Gilbert Simondon (1924-1989), Baruck Spinoza (1632-1677), Suely Rolnik (2006), Sandra Corazza (2013), Virginia Kastrup (1999) e Walter Kohan (2007), de modo a tentar intervir concretamente nas discussões em torno dos conceitos de aprendizagem, linguagem, tempo, signos, acontecimento, devir, escrita e estilo, seguindo pelo conceito de individuação e pelos movimentos de exploração intensiva dos meios cartografados nos encontros educativos estabelecidos em um Centro de Educação Infantil de Vitória.

Radial Distortion Self-Calibration

In cameras with radial distortion, straight lines in space are in general mapped to curves in the image. Although epipolar geometry also gets distorted, there is a set of special epipolar lines that remain straight, namely those that go through the distortion center. By finding these straight epipolar lines in camera pairs we can obtain constraints on the distortion center(s) without any calibration object or plumbline assumptions in the scene. Although this holds for all radial distortion models we conceptually prove this idea using the division distortion model and the radial fundamental matrix which allow for a very simple closed form solution of the distortion center from two views (same distortion) or three views (different distortions). The non-iterative nature of our approach makes it immune to local minima and allows finding the distortion center also for cropped images or those where no good prior exists. Besides this, we give comprehensive relations between different undistortion models and discuss advantages and drawbacks.

Agronomic performance of 27 cocoa progenies and plant selection based on productivity, self-compatibility and disease resistance

The objective of the present work was to evaluate 27 progenies of cocoa crosses considering the agronomic traits and select F1 plants within superior crosses. The experiment was installed in March 2005, in the Experimental Station Joaquim Bahiana (ESJOB), in Itajuipe, Bahia. The area of the experiment is of approximately 3 ha, with a total of 3240 plants. Thirteen evaluations of vegetative brooms, five of cushion brooms and 15 of number of pods per plant were accomplished. Thirty pollinations were made for each selected plant to test for self-compatibility. The production, based on the number of pods per plant, and resistance to witches´ broom indicated CEPEC 94 x CCN 10, RB 39 x CCN 51 and CCN 10 x VB 1151 as superior progenies. All selections tested were self-compatible. The analyses of progenies and individual tree data, associated to visual field observations, allowed the selection of 17 plants which were included in a network of regional tests to determine the phenotypic stability.

Self-interacting scalar field cosmologies: unified exact solutions and symmetries

We investigate a mechanism that generates exact solutions of scalar field cosmologies in a unified way. The procedure investigated here permits to recover almost all known solutions, and allows one to derive new solutions as well. In particular, we derive and discuss one novel solution defined in terms of the Lambert function. The solutions are organised in a classification which depends on the choice of a generating function which we have denoted by x(phi) that reflects the underlying thermodynamics of the model. We also analyse and discuss the existence of form-invariance dualities between solutions. A general way of defining the latter in an appropriate fashion for scalar fields is put forward.

(Virtual) Agents for running electricity markets

This paper describes a multi-agent based simulation (MABS) framework to construct an artificial electric power market populated with learning agents. The artificial market, named TEMMAS (The Electricity Market Multi-Agent Simulator), explores the integration of two design constructs: (i) the specification of the environmental physical market properties and (ii) the specification of the decision-making (deliberative) and reactive agents. TEMMAS is materialized in an experimental setup involving distinct power generator companies that operate in the market and search for the trading strategies that best exploit their generating units' resources. The experimental results show a coherent market behavior that emerges from the overall simulated environment.