Barn och katastrofer : en systematisk litteraturstudie

Syftet med denna litteraturstudie var att belysa ämnet barn och katastrofer, som hur barn reagerar efter traumatiska händelser, hur de utvecklar Post- Traumatic Stress Disorder (PTSD), hur PTSD behandlas samt hur vårdpersonal kan hjälpa barn på bästa sätt. Studien var en systematisk litteraturstudie. Litteraturen söktes via Elin@dalarna, Pub Med och DOAJ. Sökord som användes för att få fram relevanta artiklar var: ”adaption”, ”care”, ”catastrophe”, ”children”, ”child”, ”disasters”, ”help”, ”natural disaster”, ”PTSD”, ”react”, ”trauma”. Dessa ord användes ett och ett samt i kombination med varandra. De vetenskapliga artiklarna som användes kvalitetsbedömdes med en kombinerad granskningsmall av Forsberg och Wengström (2003) samt Willman och Stoltz (2002) granskningsmallar för kvalitativa och kvantitativa studier. Denna granskning resulterade i ett urval av 16 vetenskapliga artiklar som var publicerade mellan1990 och 2006 och var skrivna på svenska eller engelska. Sökorden fanns med i artikelns titel eller abstract, samt att dess innehåll skulle besvara frågeställningarna som fanns. De studier som granskades i denna uppsats visade att barn reagerar väldigt olika beroende på deras sociala liv och levnadsstandard, samt hur svårt drabbade de blivit av naturkatastrofen. Barns första reaktioner efter en naturkatastrof var ofta ilska och aggressioner över det inträffade, barnen anklagade ofta sig själva för det inträffade. Barn som levde under sociala missförhållande, utan föräldrar, hem och vänner löpte högre risk att få symtom på PTSD, och det var vanligare att flickor fick symtom än pojkar. De vanligaste behandlingsmetoderna för symtom av PTSD var kognitiv beteendeterapi och läkemedel. Den viktigaste hjälpen för barn som upplevt en naturkatastrof var att hjälpa dem tillbaka till det vardagliga livet.

Competitive Solar Heating Systems for Residential Buildings (REBUS)

Research on solar combisystems for the Nordic and Baltic countries have been carriedout. The aim was to develop competitive solar combisystems which are attractive tobuyers and to educate experts in the solar heating field.The participants of the projects were the universities: Technical University of Denmark,Dalarna University, University of Oslo, Riga Technical University and Lund Institute ofTechnology, as well as the companies: Metro Therm A/S (Denmark), Velux A/S(Denmark), Solentek AB (Sweden), SolarNor (Norway) and SIA Grandeg (Latvia).The project included education, research, development and demonstration. Theactivities started in 2003 and were finished by the end of 2006. A number of Ph.D.studies in Denmark, Sweden and Latvia, and a post-doc. study in Norway were carriedout. Close cooperation between the researchers and the industry partners ensured thatthe results of the projects can be utilized. The industry partners will soon be able tobring the developed systems into the market.In Denmark and Norway the research and development focused on solarheating/natural gas systems, and in Sweden and Latvia the focus was on solarheating/pellet systems. Additionally, Lund Institute of Technology and University ofOslo studied solar collectors of various types being integrated into the building.

Mobile systems for monitoring Parkinson's disease

A challenge for the clinical management of Parkinson's disease (PD) is the large within- and between-patient variability in symptom profiles as well as the emergence of motor complications which represent a significant source of disability in patients. This thesis deals with the development and evaluation of methods and systems for supporting the management of PD by using repeated measures, consisting of subjective assessments of symptoms and objective assessments of motor function through fine motor tests (spirography and tapping), collected by means of a telemetry touch screen device. One aim of the thesis was to develop methods for objective quantification and analysis of the severity of motor impairments being represented in spiral drawings and tapping results. This was accomplished by first quantifying the digitized movement data with time series analysis and then using them in data-driven modelling for automating the process of assessment of symptom severity. The objective measures were then analysed with respect to subjective assessments of motor conditions. Another aim was to develop a method for providing comparable information content as clinical rating scales by combining subjective and objective measures into composite scores, using time series analysis and data-driven methods. The scores represent six symptom dimensions and an overall test score for reflecting the global health condition of the patient. In addition, the thesis presents the development of a web-based system for providing a visual representation of symptoms over time allowing clinicians to remotely monitor the symptom profiles of their patients. The quality of the methods was assessed by reporting different metrics of validity, reliability and sensitivity to treatment interventions and natural PD progression over time. Results from two studies demonstrated that the methods developed for the fine motor tests had good metrics indicating that they are appropriate to quantitatively and objectively assess the severity of motor impairments of PD patients. The fine motor tests captured different symptoms; spiral drawing impairment and tapping accuracy related to dyskinesias (involuntary movements) whereas tapping speed related to bradykinesia (slowness of movements). A longitudinal data analysis indicated that the six symptom dimensions and the overall test score contained important elements of information of the clinical scales and can be used to measure effects of PD treatment interventions and disease progression. A usability evaluation of the web-based system showed that the information presented in the system was comparable to qualitative clinical observations and the system was recognized as a tool that will assist in the management of patients.

Dynamic whole system testing of combined renewable heating systems : the current state of the art

Objective: For the evaluation of the energetic performance of combined renewable heating systems that supply space heat and domestic hot water for single family houses, dynamic behaviour, component interactions, and control of the system play a crucial role and should be included in test methods. Methods: New dynamic whole system test methods were developed based on “hardware in the loop” concepts. Three similar approaches are described and their differences are discussed. The methods were applied for testing solar thermal systems in combination with fossil fuel boilers (heating oil and natural gas), biomass boilers, and/or heat pumps. Results: All three methods were able to show the performance of combined heating systems under transient operating conditions. The methods often detected unexpected behaviour of the tested system that cannot be detected based on steady state performance tests that are usually applied to single components. Conclusion: Further work will be needed to harmonize the different test methods in order to reach comparable results between the different laboratories. Practice implications: A harmonized approach for whole system tests may lead to new test standards and improve the accuracy of performance prediction as well as reduce the need for field tests.