1,025 research outputs found
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Midwifery students in health visitor placements: the importance of student-mentor relationships
OBJECTIVE: The aim of this study was to explore midwifery students and health visitor practice mentors experiences of a health visiting placement for midwifery students, focusing on the student-mentor relationship. DESIGN: Interview study SETTING: East London, United Kingdom PARTICIPANTS: Eighteen students and eighteen mentors were invited to take part in an interview. Ten midwifery students (55.5%) and fifteen health visitor practice mentors (83.3%) took part in interviews or provided information via email. Thematic analysis was used to analyse findings. FINDINGS: The main study finding was that students reported valuing practice mentors who took the time to get to know them, were welcoming and enthusiastic and planned their time in advance. The mentors in turn spoke highly of the students who were keen and enthusiastic about the placement, but noted that not all students had appeared interested. KEY CONCLUSIONS: The findings from this small interview study show that taking time to make the students feel welcome was important to facilitate a student-mentor relationship. Another important factor in whether a student enjoyed their placement was the mentors' advance planning
Recommended from our members
Midwifery students' experiences in a health visiting placement: An interview study
In the UK, there is a clear remit for midwives and health visitors to work collaboratively to care for pregnant women and new mothers. This study evaluated a clinical placement for midwifery students with health visitor mentors. The evaluation explored the experience of mentors and students during the placement, the effect on their understanding of the different roles and the potential effect on collaborative working in the future. Results indicated that students developed their knowledge of the health visitor role and learned transferable skills to take back to midwifery. They saw little collaborative practice, but identified ways to incorporate interprofessional working into their practice once qualified. Mentors were positive about sharing health visiting practice and the potential impact on relationships in the future
Fluctuating-friction molecular motors
We show that the correlated stochastic fluctuation of the friction
coefficient can give rise to long-range directional motion of a particle
undergoing Brownian random walk in a constant periodic energy potential
landscape. The occurrence of this motion requires the presence of two
additional independent bodies interacting with the particle via friction and
via the energy potential, respectively, which can move relative to each other.
Such three-body system generalizes the classical Brownian ratchet mechanism,
which requires only two interacting bodies. In particular, we describe a simple
two-level model of fluctuating-friction molecular motor that can be solved
analytically. In our previous work [M.K., L.M and D.P. 2000 J. Nonlinear Opt.
Phys. Mater. vol. 9, 157] this model has been first applied to understanding
the fundamental mechanism of the photoinduced reorientation of dye-doped liquid
crystals. Applications of the same idea to other fields such as molecular
biology and nanotechnology can however be envisioned. As an example, in this
paper we work out a model of the actomyosin system based on the
fluctuating-friction mechanism.Comment: to be published in J. Physics Condensed Matter
(http://www.iop.org/Journals/JPhysCM
Detection of the United States Neisseria meningitidis urethritis clade in the United Kingdom, August and December 2019 - emergence of multiple antibiotic resistance calls for vigilance.
Since 2015 in the United States (US), the US Neisseria meningitidis urethritis clade (US_NmUC) has caused a large multistate outbreak of urethritis among heterosexual males. Its 'parent' strain caused numerous outbreaks of invasive meningococcal disease among men who have sex with men in Europe and North America. We highlight the arrival and dissemination of US_NmUC in the United Kingdom and the emergence of multiple antibiotic resistance. Surveillance systems should be developed that include anogenital meningococci
Operation Moshtarak and the manufacture of credible, “heroic” warfare
Richard Lance Keeble argues that Fleet Street’s coverage of the Afghan conflict has served largely to promote the interests of the military/industrial/media complex – and marginalise the views of the public who have consistently appealed in polls for the troops to be brought back hom
In Situ X-ray Tomography Observations of Initiation and Propagation of Pits during Atmospheric Corrosion of Aluminium Alloy AA2024
A report on the study of land-sourced pollutants and their impacts on water quality in and adjacent to the Great Barrier Reef: an assessment to guide the development of management plans to halt any decline in the water quality of river catchments draining to the Reef, as a result of land-based pollution, and to achieve the long-term goal of reversing any trend in declining water quality
Includes 'Summary statement of the Reef Science Panel regarding water quality in and adjacent to the Great Barrier Reef
Protein fiber linear dichroism for structure determination and kinetics in a low-volume, low-wavelength couette flow cell
High-resolution structure determination of soluble globular proteins relies heavily on x-ray crystallography techniques. Such an approach is often ineffective for investigations into the structure of fibrous proteins as these proteins generally do not crystallize. Thus investigations into fibrous protein structure have relied on less direct methods such as x-ray fiber diffraction and circular dichroism. Ultraviolet linear dichroism has the potential to provide additional information on the structure of such biomolecular systems. However, existing systems are not optimized for the requirements of fibrous proteins. We have designed and built a low-volume (200 μL), low-wavelength (down to 180 nm), low-pathlength (100 μm), high-alignment flow-alignment system (couette) to perform ultraviolet linear dichroism studies on the fibers formed by a range of biomolecules. The apparatus has been tested using a number of proteins for which longer wavelength linear dichroism spectra had already been measured. The new couette cell has also been used to obtain data on two medically important protein fibers, the all-β-sheet amyloid fibers of the Alzheimer's derived protein Aβ and the long-chain assemblies of α1-antitrypsin polymers
An unfolding signifier: London's Baltic Exchange in Tallinn
In the summer of 2007 an unusual cargo arrived at Muuga and Paldiski harbors outside Tallinn. It consisted of nearly 50 containers holding over 1,000 tons of building material ranging from marble columns, staircases and fireplaces, to sculpted allegorical figures, wooden paneling and old-fashioned telephone booths. They were once part of the Baltic Exchange in the City of London. Soon they will become facets of the landscape of Tallinn. The following article charts this remarkable story and deploys this fragmented monument to analyze three issues relating to the Estonian capital: the relocation of the ‘Bronze Soldier’, the demolition of the Sakala Culture Center, and Tallinn’s future role as European Cultural Capital in 2011
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