Bibliotekaren flipper - Perspektiver på et paradigmeskift: Fra videnformidling til facilitering og Flipped Learning.

Ønsket om at højne niveauet samt at skabe større sammenhæng mellem fagene har været drivkraften i den omorganisering, jeg har arbejdet med i forhold til den biblioteksfaglige undervisning, jeg i flere år har stået for på biblioteket. Deltagelsen i et udviklingsprojekt om Flipped Learning samt færdiggørelsen af min masteruddannelse var med til at give mig klarhed over, ”HVORDAN” opgaven skulle gribes an. Dette har blandt andet medført, at min underviserrolle er blevet markant forandret ligesom fokus i undervisningen i langt højere grad er blevet noget så essentielt som eleverne. Således er der i høj grad blevet vendt op og ned på måden at tænke biblioteksundervisning på på Social- og Sundhedsskolens afdeling i Fredericia

Indefra og udefra – serendipitet som kunstfagdidaktisk princip i teater bag murene

Udgangspunktet for denne studie skal findes i et kunstnerisk projekt med det norske scenekunst-kompagni Teater Bak Murene. I foråret 2019 arbejdede kompagniet med at udvikle forestillingen Innefra og Ut, som blev vist og udviklet sammen med indsatte i Trondheim Fængsel i forbindelse med dansefestivallen Multiplié. I vores undersøgelse af arbejdet med Innefra og Ut fokuserer vi på de kunstfagdidaktiske potentialer, som opstår i krydsfeltet mellem det kunstneriske udviklingsarbejde, deltagerne og publikums møde med forestillingen. I analysen gennemfører vi en fænomen-grafering (Juelskjær, 2019) af to hændelser fra forestillingen. Gennem fænomen-graferingen og begreberne serendipitet, som vi henter fra teaterteori, samt intra-aktion og agens (Barad, 2007; Juelskjær, 2019) åbner vi op for at bringe et væld af forbindelser, både af menneskelige og ikke-menneskelige karakterer, med ind i analysen af forestillingen. Hensigten med artiklen er at undersøge, hvordan serendipitet som kunstfagdidaktisk princip kan bringes med ind i udviklingen af- og mødet med en teaterforestilling.publishedVersio

Co-operation with the Geological Survey Department of Ghana

Between October 2001 and the end of 2003 there was a close co-operation between the Geological Survey of Denmark and Greenland (GEUS) and the Geological Survey Department of Ghana (GSD), as part of a project to enhance GSD’s institutional capabilities and effectiveness, mainly in the fields of management, geological mapping, map production and data handling. During this period a team of geologists, GIS (Geographic Information System) and database experts as well as administrative staff from GEUS have visited GSD, and GSD officers have visited GEUS in Copenhagen. The main obstacles to GSD becoming an effective organisation are its status as a department under the Ghana Ministry of Mines, insufficient funding by the government, and poor remuneration of its professional staff. To overcome these obstacles, attempts are being made to change the status of GSD from a ‘civil servant organisation’ into a semiautonomous institution, which will permit the Survey to generate funding for its core activities by providing services to outside organisations, and pay better salaries to its personnel. Despite many problems, geological mapping has been resumed and three new geological maps have been produced by GSD during the project and stored in GIS format. A mapping manual has been prepared, and the structure and ‘Mission and Vision Statements’ for the Survey have been revised

New type of stonewool (HT fibres) with a higli dissolution rate at pH = 4.5

Α representative, the HT-3 fibre, of a new type of stonewool (HT fibres), characterized by a relatively high content of a lumina and a relatively low content of silica, has recently been tested in-vivo by Bellmann et al. to have a low biopersistence after intratracheal instilladon in rat lungs. Several advantages of this fibre were found: - a half-time T50 which is 2 respectively 4 times lower than that for the reference fibres glasswool and stonewool (after correcting to 1 µm median diameter), - a better ultimate clearance after 18 months, resulting in 3 % remaining for the HT-3 fibre compared to 32 % for normal stonewool, - an effective clearance of fibres with a diameter < 0.5 µm. Fibres with a diameter belonging to this class are generally thought to be those with the highest potency for tumour formadon. The HT fibres have a relatively low in-vitro dissolution rate at p H = 7.5, similar to that of normal stonewool fibres, but a high in-vitro dissolution rate at pH = 4.5. The explanation of the favourable in-vivo properties of t h e HT-3 fibre is based on the recent investigations of the ability of alveolar macrophages to dissolve certain fibres, coupled with the Observation of the high dissolution rate of the HT fibres at the pH value of 4.5 to 5 prevailing inside the macrophages. All HT fibres have been shown t o have comparable, high dissolution rates at pH = 4.5 to 5

Dissolution behaviour of biosoluble HT stone wool fibres

The dissolution behaviour of two types of fibres, the biosoluble HT and the traditional MMVF21 stone wool fibres, in synthetic simulated lung fluid (Gamble's solution) at pH 4.5 was investigated in order to clarify the mechanisms, and the effect of the various constituents in the liquid. The Gamble's solution contains various organic acids and salts. The study showed that organic acids which are able to form complexes with aluminium (e.g. citric and tartaric acid) caused both fibres to dissolve at a high rate at pH 4.5. Organic acids without the ability to form complexes with aluminium (e.g. acetic, maleic, lactic and pyruvatic acid) have no (or minor) impact on the dissolution rate at pH 4.5. The presence of sodium chloride lowers the dissolution rate, especially that of MMVF21. The silica that remains when the silica network has been depleted of aluminium ions (due to citric and tartaric acid) behaves differently in the two fibres. In HT fibres the silica dissolves at a high rate, probably as a diluted sol. Thus the HT fibre has a high dissolution rate in Gamble's solution at pH 4.5. For the MMVF21 fibre, condensation of the silica network as a gel results in a lower dissolution rate. It is assumed that the different Al/(Al+Si) ratios for HT and MMVF21 fibres explain why the fibres behave differently

Is Long-Term Prognosis for Pervasive Developmental Disorder Not Otherwise Specified Different from Prognosis for Autistic Disorder? Findings from a 30-Year Follow-Up Study

We followed 74 children with autistic disorder (AD) and 39 children with pervasive developmental disorder not otherwise specified (PDD NOS) for 17–38 years in a record linkage study. Rates of disability pension award, marital status, criminality and mortality were compared between groups. Disability pension award was the only outcome measure that differed significantly between the AD and PDD NOS groups (89% vs. 72%, p < 0.05). The lower rate of disability pension award in the PDD NOS group was predicted by better psychosocial functioning. The lack of substantial differences in prognosis between the groups supports a dimensional description of autism spectrum disorder, in line with proposed DSM-V revision