The Second Conversation project: -Improving training in end of life care communication among junior doctors.

Junior doctors describe a need for greater support and training in end of life care (EoLC) communication skills. The Second Conversation project was designed by a multi-professional steering group as a workplace based training intervention for junior doctors to improve their skills and confidence in undertaking EoLC conversations. Qualitative interviews were carried out with 11 junior doctors and five senior doctors across two sites who took part in, or facilitated, a 'second conversation'. This is a three-step training intervention that involves 1) observation - the junior doctor observes an EoLC conversation between a senior doctor and patient/caregiver; 2) direct experience - the junior doctor undertakes a follow-up second conversation with the patient/caregiver; and 3) reflection - the junior doctor discusses and reflects on the experience with a senior colleague. Interviews were analysed using framework analysis and findings informed iterative changes to the intervention and its implementation using 'Plan, Do, Study, Act' cycles. Benefits that were identified included the flexibility of the intervention and its positive impact on the confidence and skills of junior doctors. The Second Conversation was felt to be of most value to newly qualified doctors and worked well on wards where length of stay was longer and EoLC conversations frequently happen. Further evaluation and exploration of patient and caregiver experiences is required.

A magnet-actuated biomimetic device for isolating biological entities in microwells.

Microwell platforms show great promise in single-cell studies and protein measurements because of their low volume sampling, rapid analysis and high throughput screening ability. However, the existing actuation mechanisms to manipulate the target samples and fabrication procedures involved in the microwell-based microfluidic devices are complex, resource-intensive and require an external power source. In this work, we present proof of concept of a simple, power-free and low-cost closed magnet digital microfluidics device for isolating biological entities in femtoliter-sized microwells. The target biological entities were encapsulated in magnetic liquid marbles and shuttled back and forth between micropatterned top and bottom plates in the microdevice to obtain high loading efficiency and short processing time. The microdevice performance was studied through fluorescent detection of three different entities: microbeads, bovine serum albumin (BSA) and Escherichia coli, captured in the microwell array. Almost 80% of the microwells were loaded with single microbeads in five shuttling cycles, in less than a minute. Further, a low volume of BSA was compartmentalized in the microwell array over a two order range of concentration. The microdevice exhibits two unique features: lotus leaf stamps were used to fabricate micropatterns (microwells and micropillars) on top and bottom plates to impart functionality and cost-effectiveness, and the target samples were actuated by a permanent magnet to make the microdevice power-free and simple in operation. The developed biomimetic microdevice is therefore capable of capturing a multitude of biological entities in low-resource settings.

Introducing Namaste Care to the hospital environment: a pilot study.

BACKGROUND: The rising prevalence of dementia is impacting on acute hospitals and placing increased expectations on health and social care professionals to improve the support and services they are delivering. It has been recommended that good practice in dementia care relies on adopting a palliative approach to care and meeting people's physical, psychological, social and spiritual needs. Increased dementia training for staff that includes initiatives that promote dignity; enhancing communication skills and recognizing that a person with dementia may be approaching the end of their lives are needed. Our study aim was to explore whether Namaste Care is an acceptable and effective service for people with advanced dementia being cared for on an acute hospital ward. METHODS: This was an exploratory qualitative interview, pilot study. Individual, semi-structured, face-to-face interviews were conducted with hospital healthcare staff working in an area of the hospital where Namaste Care had been implemented. Data were analysed using the framework approach. RESULTS: Eight interviews were completed with members of the multidisciplinary ward team. Two themes were identified: (I) difficulties establishing relationships with people with dementia in hospital (subthemes: lack of time and resources, lack of confidence leading to fear and anxiety); (II) the benefits of a Namaste Care service in an acute hospital setting (subthemes: a reduction in agitated behavior; connecting and communicating with patients with dementia using the senses; a way of showing people with dementia they are cared for and valued). CONCLUSIONS: This small-scale study indicates that Namaste Case has the potential to improve the quality of life of people with advanced dementia being cared for in an acute hospital setting. However, further research is required to explore more specifically its benefits in terms of improved symptom management and wellbeing of people with dementia on acute hospitals wards.