Mapping Specialisation and Fragmentation of Regulatory Bodies

The objective of the Flemish database is to determine the current level of proliferation of regulatory bodies and to map how regulatory regimes are structured (i.e. what kind of organizations are involved and what are their characteristics?). This paper explores whether there are ‘groups’ of regulators who share certain characteristics with other members of the same group, but differ from other groups. In specific, we test whether the sector in which a body is active and the level of government to which it belongs, have an impact on the organisational form of the body and the tasks it performs. We find that economic regulators differ significantly from other areas. They are more insulated from politicians, are more specialised and seem to have a relatively strong legal mandate. The level of government seems to be a relevant explanatory factor as well. Federal bodies are more insulated from government than other levels. In addition, they are more specialised in regulation and have a rather limited legal mandate. The results confirm the relevance of comparing different regulatory areas and levels of government.

Blocking and Accepting Steering from Ministers and Departments: Coping Strategies of Agencies in Flanders

This article analyzes the relationships that exist between semi-autonomous agencies, departments and ministers. In theory, agencies have a significant amount of autonomy. However, in practice, this autonomy seems to be hollowed out by both ministers and departments. Politicians no longer are committed to agencification reform in Flanders and attempt to re-centralize. Departments hold a bureaucratic mentality and treat agencies as being lower in rank. However, what emerges from the findings discovered here is that agencies do not accept this passively. Over time, they have developed tactics to ensure their own autonomy. They depict departments as being incompetent and untrustworthy, and even manage to bypass them. Due to the low-level interest of ministers, they manage to shape the reform to their own objectives. These problems can be best described using theories of trust. This analysis suggests that both structural and contextual factors create distrust between agencies, departments and ministers

George K. Bradford v. Andrea O. Bradford and James A. Demita : Response Brief of Appellee

RESPONSE BRIEF OF APPELLEE APPEAL FROM THE FOURTH JUDICIAL COURT, UTAH COUNTY, PROVO DEPARTMENT, JUDGE GUY R. BURNINGHA

Population-Wide National Survey Data Emphasize the Importance of Work-Related Factors

Unintentional injuries cause much of the global mortality burden, with the workplace being a common accident setting. Even in high-income economies, occupational injury figures remain remarkably high. Because risk factors for occupational injuries are prone to confounding, the present research takes a comprehensive approach. To better understand the occurrence of occupational injuries, sociodemographic factors and work- and health-related factors are tested simultaneously. Thus, the present analysis aims to develop a comprehensive epidemiological model that facilitates the explanation of varying injury rates in the workplace. The representative phone survey German Health Update 2010 provides information on medically treated occupational injuries sustained in the year prior to the interview. Data were collected on sociodemographics, occupation, working conditions, health-related behaviors, and chronic diseases. For the economically active population (18–70 years, n = 14,041), the 12-month prevalence of occupational injuries was calculated with a 95% confidence interval (CI). Blockwise multiple logistic regression was applied to successively include different groups of variables. Overall, 2.8% (95% CI 2.4–3.2) of the gainfully employed population report at least one occupational injury (women: 0.9%; 95% CI 0.7–1.2; men: 4.3%; 95% CI 3.7–5.0). In the fully adjusted model, male gender (OR 3.16) and age 18–29 (OR 1.54), as well as agricultural (OR 5.40), technical (OR 3.41), skilled service (OR 4.24) or manual (OR 5.12), and unskilled service (OR 3.13) or manual (OR 4.97) occupations are associated with higher chances of occupational injuries. The same holds for frequent stressors such as heavy carrying (OR 1.78), working in awkward postures (OR 1.46), environmental stress (OR 1.48), and working under pressure (OR 1.41). Among health-related variables, physical inactivity (OR 1.47) and obesity (OR 1.73) present a significantly higher chance of occupational injuries. While the odds for most work-related factors were as expected, the associations for health-related factors such as smoking, drinking, and chronic diseases were rather weak. In part, this may be due to context-specific factors such as safety and workplace regulations in high- income countries like Germany. This assumption could guide further research, taking a multi-level approach to international comparisons

Graduate school students’ self-efficacy toward online learning in the midst of the COVID-19 pandemic

The COVID-19 pandemic brought drastic changes in graduate education. One of the most pressing concerns that graduate education students experience is their adjustment to the online learning modality. This study was conducted to determine their self-efficacy in online learning. A descriptive method of research was employed by 147 graduate school students in the Northern Philippines. The findings showed that students have a high level of self-efficacy when it comes to online learning. Despite their struggles and challenges in the online classroom, particularly in social interactions and communication with their classmates and teachers, they are eager to complete their respective degrees since they are confident in their learning management system's use. In addition, their current level of self-efficacy in online learning varies according to their age, occupation, and online courses they were previously enrolled in

Objective Prediction of Pharyngeal Swallow Dysfunction in Dysphagia through Artificial Neural Network Modelling

This article may be used for non-commercial purposes in accordance With Wiley Terms and Conditions for self-archiving'. © 2016 John Wiley & Sons LtdBackground Pharyngeal pressure-flow analysis (PFA) of high resolution impedance-manometry (HRIM) with calculation of the swallow risk index (SRI) can quantify swallow dysfunction predisposing to aspiration. We explored the potential use of artificial neural networks (ANN) to model the relationship between PFA swallow metrics and aspiration and to predict swallow dysfunction. Methods Two hundred consecutive dysphagia patients referred for videofluoroscopy and HRIM were assessed. Presence of aspiration was scored and PFA software derived 13 metrics and the SRI. An ANN was created and optimized over training cycles to achieve optimal classification accuracy for matching inputs (PFA metrics) to output (presence of aspiration on videofluoroscopy). Application of the ANN returned a value between 0.00 and 1.00 reflecting the degree of swallow dysfunction. Key Results Twenty one patients were excluded due to insufficient number of swallows (<4). Of 179, 58 aspirated and 27 had aspiration pneumonia history. The SRI was higher in aspirators (aspiration 24 [9, 41] vs no aspiration 7 [2, 18], p < 0.001) and patients with pneumonia (pneumonia 27 [5, 42] vs no pneumonia 8 [3, 24], p < 0.05). The ANN Predicted Risk was higher in aspirators (aspiration 0.57 [0.38, 0.82] vs no aspiration 0.13 [0.4, 0.25], p < 0.001) and in patients with pneumonia (pneumonia 0.46 [0.18, 0.60] vs no pneumonia 0.18 [0.6, 0.49], p < 0.01). Prognostic value of the ANN was superior to the SRI. Conclusions & Inferences In a heterogeneous cohort of dysphagia patients, PFA with ANN modeling offers enhanced detection of clinically significant swallowing dysfunction, probably more accurately reflecting the complex interplay of swallow characteristics that causes aspiration

Pan-colonic pressurizations associated with relaxation of the anal sphincter in health and disease: a new colonic motor pattern identified using high-resolution manometry

Background: Only few studies have applied high-resolution manometry (HRM) to the study of colonic motility in adults and none of them have concurrently evaluated colonic and anal motor activity. Aims: To evaluate colonic and anal motor activity by means of HRM in healthy subjects. As the present study revealed the presence of a new colonic motor pattern (pan-colonic pressurizations) in healthy subjects, three additional studies were conducted: the first and the second to exclude that this motor event results from an artefact due to abdominal wall contraction and to confirm its modulation by cholinergic stimulation and the third, as pilot study, to test the hypothesis that this colonic pattern is defective in patients with chronic constipation refractory to current pharmacological treatments. Methods: In both volunteers and patients the HRM catheter was advanced proximally during colonoscopy. Results: In all subjects, pressure increases of 15±3 mmHg and 24±4s simultaneously occurring in all colonic sensors (pan-colonic pressurizations), associated with anal sphincter relaxation were identified. Subjects had 85±38 pan-colonic pressurizations which increased significantly during meal (p=0.007) and decreased afterward (p=0.01), and were correlated with feelings of and desire to evacuate gas. The mean number of propagating sequences was 47±39, and only retrograde increased significantly postprandially (p=0.01). Pan-colonic pressurizations differed from strain artifacts and significantly increased after prostigmine. In patients pan-colonic pressurizations were significantly reduced as compared to volunteers. Conclusions: Pan-colonic pressurizations associated with relaxations of the anal sphincter represent a new colonic motor pattern which seems to be defective in patients with treatment-refractory chronic constipation and may play a role in the transport of colonic gas and in the facilitation of the propagating sequences-induced colonic transport

Characterization of Esophageal Physiology Using Mechanical State Analysis

This is an open-access article distributed under the terms of the Creative Commons Attribution License (CC BY). The use, distribution and reproduction in other forums is permitted, provided the original author(s) or licensor are credited and that the original publication in this journal is cited, in accordance with accepted academic practice. No use, distribution or reproduction is permitted which does not comply with these terms.The esophagus functions to transport swallowed fluids and food from the pharynx to the stomach. The esophageal muscles governing bolus transport comprise circular striated muscle of the proximal esophagus and circular smooth muscle of the distal esophagus. Longitudinal smooth muscle contraction provides a mechanical advantage to bolus transit during circular smooth muscle contraction. Esophageal striated muscle is directly controlled by neural circuits originating in the central nervous system, resulting in coordinated contractions. In contrast, the esophageal smooth muscle is controlled by enteric circuits modulated by extrinsic central neural connections resulting in neural relaxation and contraction. The esophageal muscles are modulated by sensory information arising from within the lumen. Contraction or relaxation, which changes the diameter of the lumen, alters the intraluminal pressure and ultimately inhibits or promotes flow of content. This relationship that exists between the changes in diameter and concurrent changes in intraluminal pressure has been used previously to identify the "mechanical states" of the circular muscle; that is when the muscles are passively or actively, relaxing or contracting. Detecting these changes in the mechanical state of the muscle has been difficult and as the current interpretation of esophageal motility is based largely upon pressure measurement (manometry), subtle changes in the muscle function during peristalsis can be missed. We hypothesized that quantification of mechanical states of the esophageal circular muscles and the pressure-diameter properties that define them, would allow objective characterization of the mechanisms that govern esophageal peristalsis. To achieve this we analyzed barium swallows captured by simultaneous videofluoroscopy and pressure with impedance recording. From these data we demonstrated that intraluminal impedance measurements could be used to determine changes in the internal diameter of the lumen comparable with measurements from videofluoroscopy. Our data indicated that identification of mechanical state of esophageal muscle was simple to apply and revealed patterns consistent with the known neural inputs activating the different muscles during swallowing