Coronavirus and long term lockdown – How HR need to be proactive and not panic

As the nationwide lockdown is extended, and uncertainty surrounding when it will end, a HR expert and digital transformation expert from the University of Salford Business School give their top tips for HR teams when supporting their staff with long term working from home

Noncommutative Residues and a Characterisation of the Noncommutative Integral

We continue the study of the relationship between Dixmier traces and noncommutative residues initiated by A. Connes. The utility of the residue approach to Dixmier traces is shown by a characterisation of the noncommutative integral in Connes' noncommutative geometry (for a wide class of Dixmier traces) as a generalised limit of vector states associated to the eigenvectors of a compact operator (or an unbounded operator with compact resolvent), i.e. as a generalised quantum limit. Using the characterisation, a criteria involving the eigenvectors of a compact operator and the projections of a von Neumann subalgebra of bounded operators is given so that the noncommutative integral associated to the compact operator is normal, i.e. satisfies a monotone convergence theorem, for the von Neumann subalgebra.Comment: 15 page

Ten Years of Community Profiles in New Hampshire

Through a program called Community Profiles, the University of New Hampshire Cooperative Extension has helped 57 New Hampshire communities develop a vision for their future and mobilize local residents to act on that vision. The Community Profile process is based on the premise that communities must engage members in identifying and documenting common and deeply held values from which to craft a vision for the future if they are to build and sustain community vitality. The process also helps communities find new and creative ways to pursue that vision by leveraging resources within and outside of the community. These resources include individual skills, local organizational capacity, and local, state, and regional institutional-support structures. Since creating and pursuing a vision is a challenge for communities that often rely on volunteers, the Community Profiles program was conceived to help them achieve these functions. Community Profiles is, in essence, a process that enables community residents to take stock of current conditions, build a collective set of goals for their future, and develop an action plan for realizing that vision. In the past 10 years, UNH Cooperative Extension has helped nearly a quarter of the state’s incorporated cities and towns conduct Community Profiles. This retrospective shares with our stakeholders the various successes that communities have had as a result of the process. This publication was inspired by stories emerging from Community Profiles conducted between 1996 and 2006 in 42 communities. The communities selected for this report were either particularly successful at carrying out the Community Profiles process, or they achieved positive outcomes as a result of the process. Through this report we will tell their stories and illustrate how these and other communities can work together to shape their future through persistence, creativity and teamwork

Periodic minimal surfaces of cubic symmetry

A survey of cubic minimal surfaces is presented, based on the concept of fundamental surface patches and their relation to the asymmetric units of the space groups. The software Surface Evolver has been used to test for stability and to produce graphic displays. Particular emphasis is given to those surfaces that can be generated by a finite piece bounded by straight lines. Some new varieties have been found and a systematic nomenclature is introduced, which provides a symbol (a ‘gene’) for each triply-periodic minimal surface that specifies the surface unambiguously

Current developments in LC-MS for pharmaceutical analysis

The current developments in liquid chromatography-mass spectrometry (LC-MS) and its applications to the analysis of pharmaceuticals are reviewed. Various mass spectrometric techniques, including electrospray and nanospray ionization, atmospheric pressure chemical ionization and photoionization and their interface with liquid chromatographic techniques are described. These include high performance liquid chromatography, capillary electrophoresis and capillary electrochromatography and the advantages and disadvantages of each technique are discussed. The applications of LC-MS to the studies of in vitro and in vivo drug metabolism, identification and characterization of impurities in pharmaceuticals, analysis of chiral impurities in drug substances and high-throughput LC-MS-MS systems for applications in the “accelerated drug discovery” process are described

Herschel observations in the ultracompact HII region Mon R2: Water in dense photon-dominated regions (PDRs)

Context. Monoceros R2, at a distance of 830 pc, is the only ultracompact Hii region (UC H_(II)) where the photon-dominated region (PDR) between the ionized gas and the molecular cloud can be resolved with Herschel. Therefore, it is an excellent laboratory to study the chemistry in extreme PDRs (G_0 > 10^5 in units of Habing field, n > 10^6 cm^9−3)). Aims. Our ultimate goal is to probe the physical and chemical conditions in the PDR around the UC H_(II) Mon R2. Methods. HIFI observations of the abundant compounds ^(13)CO, C^(18)O, o-H_2^(18)O, HCO^+, CS, CH, and NH have been used to derive the physical and chemical conditions in the PDR, in particular the water abundance. The modeling of the lines has been done with the Meudon PDR code and the non-local radiative transfer model described by Cernicharo et al. Results. The ^(13)CO, C^(18)O, o-H^(18)_2O, HCO^+ and CS observations are well described assuming that the emission is coming from a dense (n = 5 × 10^6 cm^(−3), N(H_2) > 10^(22) cm^(−2)) layer of molecular gas around the H_(II) region. Based on our o-H^(18)_2O observations, we estimate an o-H_2O abundance of ≈2 × 10^(−8). This is the average ortho-water abundance in the PDR. Additional H^(18)_2O and/or water lines are required to derive the water abundance profile. A lower density envelope (n ~ 10^5 cm^(−3), N(H_2) = 2−5 × 10^(22) cm^(−2)) is responsible for the absorption in the NH 1_1 → 0_2 line. The emission of the CH ground state triplet is coming from both regions with a complex and self-absorbed profile in the main component. The radiative transfer modeling shows that the ^(13)CO and HCO^+ line profiles are consistent with an expansion of the molecular gas with a velocity law, v_e = 0.5 × (r/R_(out))^(−1) km s^(−1), although the expansion velocity is poorly constrained by the observations presented here. Conclusions. We determine an ortho-water abundance of ≈2 × 10^(−8) in Mon R2. Because shocks are unimportant in this region and our estimate is based on H^(18)_2O observations that avoids opacity problems, this is probably the most accurate estimate of the water abundance in PDRs thus far

The Role and Development of Advanced Clinical Practice Within Allied Health Professions: A Mixed Method Study

To investigate the profiles of advanced clinical practitioners (ACPs) in the allied health professions (AHPs) and their skills, attributes, experiences and involvement in new models of care. A 2 phase, cross sectional, mixed method survey of AHP ACPs across London was conducted in 2018-2019. Online questionnaires were completed by 127 AHP ACPs and then semi-structured interviews were conducted with 15 AHP ACPs. The survey results gave a comprehensive overview of the attributes of AHPs in ACP roles across London. There was considerable variability between role titles, types and levels of qualification, and evolution of the roles. The respondents predominately worked in clinical practice, and less frequently in other ACP domains (research, leadership and management, education). The interview findings provided in-depth insights into the AHP ACP roles within four themes: being advanced, career pathways, outcomes of the advanced practitioner role and influencing and transforming. The "Being advanced" theme highlighted that expert practice comprised confident and autonomous practice, leadership, and applying specialist and expert decision-making skills. "Career pathways" highlighted the diversity within the participants' roles, titles, career opportunities and development. In the "Outcomes of the advanced clinical practitioner role" theme, the ACPs described their services as prompter, more accessible and providing an improved patient journey. The "Influencing and transforming" theme highlighted networking and dissemination and ideas for innovation, influencing and transforming services. This is the first comprehensive profile of ACP roles across AHPs and indicates that these roles are already having a positive impact on healthcare services and supporting new models of care. However, establishing the necessary infrastructure, standardization and governance for ACP roles across sectors, along with the career pathways, funding, sustainability and education, could increase impact in the future. [Abstract copyright: © 2020 Stewart-Lord et al.

Virtual training in patient information sessions prior to external beam radiotherapy

Purpose or Objective: The aim of the study was to explore the prostate patients’ perceptions of Virtual Environment for Radiotherapy Training (VERT) as an information giving resource prior to radiotherapy delivery

From education to research: A journey of utilising virtual training

© 2015 Cambridge University Press.Background London South Bank University (LSBU) has successfully implemented Virtual Environment for Radiotherapy Training (VERT) across the therapeutic radiography training curricula and are now supporting the use of VERT for patient education in clinical departments. A number of publications have reported on the use of VERT in education and training; more recent literature has focused on the use of VERT for patient education. Materials and methods The successful introduction of VERT before students' first clinical placements resulted in the development of a 'Pre-Clinical week' where students practice and improve their technical skills, using the hand controls without a patient present, leading to increased confidence in clinical practice. Other examples of VERT curriculum integration at LSBU focused on the use of VERT for anatomy teaching. The more recent innovation at LSBU relevant to VERT integration has been the design, development and implementation of collaborative research projects where the aims of the studies were to explore patients' perceptions of VERT as an information giving resource before radiotherapy delivery. Summary The introduction of VERT as education tool has enabled academic staff to develop a range of teaching methods to embed virtual training into the traditional classroom setting, demonstrating innovation and collaboration