Directing playfully: Towards an understanding of the practical knowledge involved in leading multi-family groups for adults with severe eating disorders

Masteroppgave i praktisk kunnskap - Universitetet i Nordland, 201

An Aristotelian view of therapists’ practice in multifamily therapy for young adults with severe eating disorders

publishedVersionPaid Open Acces

Developing the React to Falls resources to support care home staff in managing falls

Objectives: Care home residents are falling three times more often than elderly frail people living in their own homes and as such, the management of falls is an important area for care home staff to consider. This paper outlines the development of the ‘React to Falls’ training resources to support care home staff in the management of falls. Methods: The ‘React to Falls’ resources were developed in collaboration with falls prevention researchers, expert clinicians working in the field of falls management in care homes and care home staff and residents. Results: A freely accessible online and paper based resource was developed to meet the needs of different care home settings. Expert clinicians and care homes emphasised the importance of promoting activity and quality life and ensuring the resources were a learning tool that supported positive risk taking. Expert clinicians highlighted the need to convey the importance of continually reacting to reducing risk in the management of falls. Conclusions: This study has developed a set of training resources on falls management to support care home staff to continually react and consider the risks and management of falls. An evaluation of the impact of the resource on care staff behaviour and organisational changes is recommended

Aqueous worm gels can be reconstituted from freeze-dried diblock copolymer powder.

Worm-like diblock copolymer nanoparticles comprising poly(glycerol monomethacrylate) (PGMA) as a stabilizer block and poly(2-hydroxypropyl methacrylate) (PHPMA) as a core-forming block were readily synthesized at 10% w/w solids via aqueous dispersion polymerization at 70 °C using Reversible Addition-Fragmentation chain Transfer (RAFT) chemistry. On cooling to 20 °C, soft transparent free-standing gels are formed due to multiple inter-worm interactions. These aqueous PGMA-PHPMA diblock copolymer worms were freeze-dried, then redispersed in water with cooling to 3-5 °C before warming up to 20 °C; this protocol ensures molecular dissolution of the copolymer chains, which aids formation of a transparent aqueous gel. Rheology, SAXS and TEM studies confirm that such reconstituted gels comprise formed PGMA-PHPMA copolymer worms and they possess essentially the same physical properties determined for the original worm gels prior to freeze-drying. Such worm gel reconstitution is expected to be highly beneficial in the context of various biomedical applications, since it enables worm gels to be readily prepared using a wide range of cell growth media as the continuous aqueous phase