Case study: Cloud-based management software for biobank

Cloud-based management software for biobank Description Biobank activities are primarily managed through an external digital application that supports the administration and retrieval of biological samples. This tool enables the complete tracking of samples, from their arrival at the biobank to their eventual allocation to researchers. Biobank managers use the application to design storage configurations, establish sample collections, define procedural protocols, and retrieve samples based on a range of criteria. Technical staff use the system to log samples upon physical receipt and maintain associated data records. Researchers and clinicians are also able to update their collections, initially configured by biobank managers and complete relevant data entries. A core function of the biobank is the utilisation of stored samples and their associated data. Researchers or clinicians submit requests to the biobank management team, who then use the system’s search functionalities to identify relevant samples according to defined parameters. The resulting information is manually compiled into catalogues and shared with the requestor. With support from national biomedical infrastructure funding, the biobank has expanded its service portfolio to include the development of biomodels such as patient-derived xenografts (PDXs), organoids, and cell lines, alongside preclinical trial development. The coordination of these activities requires collaboration across a multidisciplinary team, collection of patient clinical data, histological verification of tumours, and detailed tracking of data linked to each generated biomodel. Tech archetype PLATFORM Occupational groups BIOLOGIST BIOLOGY TECHNICIANS​ PHYSIOTHERAPISTS Led by Academic lead Explore all case studies

Case study: VR-technology in physiotherapy treatment​

VR-technology in physiotherapy treatment​ Description The Physical Medicine and Rehabilitation service provides care for individuals experiencing disability secondary to medical or traumatic conditions, regardless of their underlying cause or the patient’s age. This includes the rehabilitation of motor, cognitive, bladder and bowel, and cardiorespiratory functions, with the aim of restoring each patient’s maximum functional capacity. To support rehabilitation and occupational therapy, professionals within the service use augmented reality (AR) devices that enable patients to engage in immersive therapy sessions conducted within the facility’s gymnasium. This approach has been associated with improved treatment adherence and effectiveness. Specifically, AR glasses are used in conjunction with both commercially available software and custom-designed programmes developed by medical staff within the service. Rehabilitation physicians prescribe the appropriate video content for each patient, which is then administered by physiotherapists and occupational therapists, who assist patients throughout the session. These tailored videos are created in-house by clinicians using various immersive reality software tools. Tech archetype AUGMENTED INTERACTION​ Occupational groups OCCUPATIONAL THERAPIST SPECIALISED DOCTORS PHYSIOTHERAPISTS Led by Academic lead Explore all case studies