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Like PRHC, the company he partnered with is from Peterborough.1 \"It was very beneficial to work with a company in the design phase because you were getting an instrument that was built for the job you wanted it to do,\" says Schaan.2 For long-term storage, a slide is loaded into SlideTrack, which then scans various crucial elements, like barcodes and unique identifiers. With this technology, locating and retrieving either individual slides or entire cases is reliable, as the location of each slide is now controlled in a database.1 \"We worked with Lab Improvements to define a process of what needs to be captured that is already on the slide, how it can be filed and we came up with a database filing system with all the information that is captured on the slide,\" says Schaan.2 Usually, innovative laboratory inventions like SlideTrack are not created in smaller cities, which is only one of the reasons why this invention is impressive. Other health care facilities across North America have already visited the lab to see what the device can do up close and personal.1 D Every year, over 1.82 million lab tests are performed at the hospital How It Works The SlideTrack is loaded with slides, and each slide is scanned for barcodes, key characters, unique identifiers and colours to sort, divert or archive the slides into storage magazines.

An example would be performing serology tests: Because of the humidity, the tests didn't work. \"The main purpose of the [glass house validation] exercise is communication,\" PO2 Dupuis explains. \"Because we don't have an LIS system to work with, where the results are sent to the wards, we have to be very vocal about it once the lab results are out\" Being an effective communicator, especially in a busy environment like a military hospital, is crucial to ensure the patient receives the proper care. A day later, the United Nations General Assembly was united in developing the United Nations Mission for Ebola Emergency Response.1 Operation SIRONA In October 2014, the United Kingdom began efforts to stop Ebola from spreading any further in West Africa.1 Personnel from the United Kingdom established the UK's Kerry Town Treatment Unit in Kerry Town, Sierra Leone, which included a testing laboratory that was operated by British scientists.3 On November 27, 2014, the Government of Canada declared that the Canadian Armed Forces would take up the fight against Ebola in Sierra Leone, with the mission Operation SIRONA. First British Ebola treatment facility opens in Sierra Leone. 2014; Accessed at https://www.gov.uk/government/news/first-british-ebola-treatmentfacility-opens-in-sierra-leone

This prospective study investigates whether measurement of plasma intestinal-fatty acid binding protein (I-FABP), a sensitive marker for small intestinal epithelial damage, improves non-invasive diagnosing of celiac disease (CD), and whether I-FABP levels are useful to evaluate mucosal healing in patients on a gluten-free diet (GFD). Ninety children with elevated tTG-IgA titres and HLA-DQ2/DQ8 positivity were included (study group). Duodenal biopsies were taken, except in those fulfilling the ESPGHAN criteria. Plasma I-FABP levels and tTG-IgA titres were assessed sequentially during six months of follow-up. Eighty children with normal tTG-IgA titres served as control group. In 61/90 (67.8%) of the children in the study group an increased I-FABP level was found; in all these children CD diagnosis was confirmed. Interestingly, in 14/30 (46.7%) children with slightly elevated tTG-IgA titres (<10x upper limit of normal), an increased I-FABP level was found. In all these children the diagnosis of CD was confirmed histologically. After gluten elimination for six weeks I-FABP levels had decreased towards levels in the control group. Measurement of plasma I-FABP, in addition to tTG-IgA, EMA-IgA and HLAtyping, enables non-invasive diagnosing of CD in a substantial number of children, and might therefore be of value in the diagnostic approach of CD.

ObjectivesAs mainstreaming of genomic medicine is being implemented rapidly throughout paediatrics, it is critical that healthcare professionals are effectively upskilled in a timely fashion.1 Genomic Notes for Clinicians (GeNotes) is an NHS England National Genomics Education freely accessible online ‘just in time’ educational resource, designed to meet this need. It is aligned to the National Genomic Test Directory and supports clinicians, at the point of care, to identify when and how to request genomic tests and return results (‘In The Clinic’), and provides and extended learning opportunity (‘Knowledge Hub’). Paediatric content was launched on the public beta website in May 2023. We assessed usability, content and real-world use of the paediatric GeNotes resources.MethodsUsability testing took place in March 2022 and comprised user testing sessions in which participants completed a series of tasks using GeNotes by following a relevant clinical scenario. Data were collected via moderated user testing sessions, a feedback questionnaire and follow-up interviews. The sessions and interviews included a System Usability Scale (SUS) assessment.2 Live website analytics were undertaken to identify those pages most frequently accessed. Self-selection bias may affect the results as participants are likely to have a positive attitude towards genomics. We excluded IP addresses from National Genomics Education staff to avoid skewing the data on the pre-launch test site, however this was not possible for the live website.ResultsFive user testing sessions, 31 feedback surveys and 3 follow-up interviews were conducted. 61% of survey respondents were consultants and 39% were trainees working across quaternary, tertiary, secondary and community paediatrics across various UK regions. 91% said they would be likely or very likely to use GeNotes in the future. The mean SUS score was 86, indicating a high usability (the mean score for digital services is 68). Respondents reported that content is easy to navigate and appropriately detailed. Live website analytics identified that, between 14th June and 27th September 2023, there were 2,753 visits by 1,563 users to paediatric ‘In the Clinic’ pages, most frequently developmental delay/intellectual disability, macrocephaly, and suspected autism spectrum disorder.ConclusionUser testing suggests that GeNotes is a well-received, highly-usable educational resource appropriately pitched at paediatricians, which is being frequently accessed. Further work is required to expand the repository of resources in line with this rapidly evolving field, including resources to support Genomics England’s Generation Study, and to improve accessibility by exploring other routes of access, such as a mobile application.ReferencesAccelerating genomic medicine in the NHS, NHS England, 2022.Brooke J. SUS: A quick and dirty usability scale’ in Usability Evaluation in Industry, 1996.

Background Powerful new genomic technologies are transforming the way healthcare is delivered, shaping medical practice across all specialties. In this rapidly changing landscape, there is an urgent need to equip the clinical workforce with knowledge and skills to navigate the new healthcare terrain. Co-design of healthcare resources with end users is increasingly gaining traction as a method of ensuring that educational content and delivery are tailored to users’ needs, increasing likelihood of use and resulting in better outcomes for patients. Here we describe the co-design and ongoing co-creation of GeNotes – an NHS England National Genomics Education flagship online resource providing genomics education at the point of patient care. Methods To understand the barriers to implementation of genomic medicine and the training needs of the diverse NHS workforce, we adopted a co-design approach with clinicians from both primary and secondary care who are uniquely placed to understand the context in which they are working and identify their own training needs. Concept design, initial user research and subsequent ‘alpha’ and ‘private beta’ phase user research was conducted in a series of co-design iterations employing a mixed methodology integrating quantitative and qualitative data collection and analysis. Results User evaluation data demonstrated excellent feedback across the tested domains (content, navigation, likelihood of use and recommendation to colleagues). We identified several key themes from user testing that shaped the resource’s development. Conclusions The co-design approach to the development of this point-of-care genomics education resource for clinicians has allowed insight into the education needs, challenges and learning styles of end-users. The utility of this approach was supported by excellent user feedback across the tested domains, and we recommend it to others involved in developing healthcare resources in a fast-paced environment.

The bomb-peak signal preserved in the Arches® cotton paper was used to detect art forgeries imitating the work of Chinese artist T’ang Haywen (1927–1991). The dating of seven legitimate T’ang Haywen art pieces showed that the timing of the paper production was consistent with the artist’s use of Arches® paper starting in the early 1980s. The measured F14C of the paper from the 14 suspected forged paintings shows that the support material was produced in the last decade (2008–2011), therefore the art pieces could not be genuine T’ang Haywen works.

The bomb-peak signal preserved in the Arches ® cotton paper was used to detect art forgeries imitating the work of Chinese artist T’ang Haywen (1927–1991). The dating of seven legitimate T’ang Haywen art pieces showed that the timing of the paper production was consistent with the artist’s use of Arches ® paper starting in the early 1980s. The measured F 14 C of the paper from the 14 suspected forged paintings shows that the support material was produced in the last decade (2008–2011), therefore the art pieces could not be genuine T’ang Haywen works.

Microglia are essential regulators of myelin integrity and repair, yet their regenerative capacity declines with ageing and in neurodegenerative diseases such as multiple sclerosis (MS). Neonatal microglia retain a uniquely reparative program that may offer insight into restoring lost functions in the adult CNS. Here we show that transplantation of neonatal microglia ameliorates disability, reduces leukocyte infiltration, and promotes remyelination in both inflammatory (EAE) and non-inflammatory (cuprizone) models, and reverses cognitive decline in aged mice. These benefits persisted even when transplanted cells remained confined to the meninges and were reproduced by the neonatal microglia secretome, indicating a paracrine mechanism. Multi-omic profiling revealed that the neonatal secretome is enriched in trophic factors and membrane-building lipids compared to adult microglia, while transcriptomic analyses of treated aged brains showed reactivation of developmental repair pathways and suppression of inflammatory signatures. Together, these results demonstrate that neonatal microglia re-engage rejuvenation-like programs in the adult CNS and highlight the importance of multifactorial strategies, integrating trophic, metabolic, and immunomodulatory cues, over single-target approaches. Our findings establish early microglial programs as a paradigm for designing new regenerative therapies for CNS disorders.

Transforming food systems is essential to bring about a healthier, equitable, sustainable, and resilient future, including achieving global development and sustainability goals. To date, no comprehensive framework exists to track food systems transformation and their contributions to global goals. In 2021, the Food Systems Countdown to 2030 Initiative (FSCI) articulated an architecture to monitor food systems across five themes: 1 diets, nutrition, and health; 2 environment, natural resources, and production; 3 livelihoods, poverty, and equity; 4 governance; and 5 resilience and sustainability. Each theme comprises three-to-five indicator domains. This paper builds on that architecture, presenting the inclusive, consultative process used to select indicators and an application of the indicator framework using the latest available data, constructing the first global food systems baseline to track transformation. While data are available to cover most themes and domains, critical indicator gaps exist such as off-farm livelihoods, food loss and waste, and governance. Baseline results demonstrate every region or country can claim positive outcomes in some parts of food systems, but none are optimal across all domains, and some indicators are independent of national income. These results underscore the need for dedicated monitoring and transformation agendas specific to food systems. Tracking these indicators to 2030 and beyond will allow for data-driven food systems governance at all scales and increase accountability for urgently needed progress toward achieving global goals.