Publications by authors named "J R Bowden"

The number of people aged 50 and over entering the criminal justice system (CJS) in England and Wales is growing. This raises questions as to the suitability of the CJS to equitably accommodate individuals with complex illness or impairment, who might experience difficulties in cognitive function, frailty, and/or impaired mobility. Findings from the government, the third sector, and academic literature have highlighted the difficulties experienced by older adults in the CJS and those tasked with supporting them.

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The number of older people in prison is increasing, and this group has significant mental health needs. Despite this, little research has evaluated mental healthcare for older prisoners, and examples of best practice are unknown. This paper explored staff experiences of supporting the mental health needs of older prisoners to identify existing forms of care provision, challenges to implementation, and areas for improvement.

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Directed evolution (DE) is a powerful tool to optimize protein fitness for a specific application. However, DE can be inefficient when mutations exhibit non-additive, or epistatic, behavior. Here, we present Active Learning-assisted Directed Evolution (ALDE), an iterative machine learning-assisted DE workflow that leverages uncertainty quantification to explore the search space of proteins more efficiently than current DE methods.

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Background: This study investigated the effect of various offloading devices commonly used for the management of diabetic foot ulcerations on peak plantar pressure and pressure-time integral of the contralateral limb.

Methods: A quantitative, randomised and within-subject repeated measures study was conducted in an outpatient gait laboratory. Outpatients with unilateral diabetic foot ulcers and adequate perfusion to the lower limb without an intrinsic limb-length discrepancy who were able to walk were recruited for the study.

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is the etiologic agent of invasive aspergillosis, a life- threatening fungal pneumonia that is initiated by the inhalation of conidia (spores) into the lung. If the conidia are not cleared, they secrete large quantities of hydrolytic enzymes and toxins as they grow, resulting in extensive damage to pulmonary tissue. Stromal fibroblasts are central responders to tissue damage in many organs, but their functional response to pulmonary injury caused by has not been explored.

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