Conectar
Allografts derived from live-birth tissue obtained with donor consent have emerged as an important treatment option for wound and soft tissue repairs. Placental membrane derived from the amniotic sac consists of the amnion and chorion, the latter of which contains the trophoblast layer. For ease of cleaning and processing, these layers are often separated with or without re-lamination and the trophoblast layer is typically discarded, both of which can negatively affect the abundance of native biological factors and make the grafts difficult to handle. Thus, a full-thickness placental membrane that includes a fully-intact decellularized trophoblast layer was developed for homologous clinical use as a protective barrier and scaffold in soft tissue repairs. Here, we demonstrate that this full-thickness placental membrane is effectively decellularized while retaining native extracellular matrix (ECM) scaffold and biological factors, including the full trophoblast layer. Following processing, it is porous, biocompatible, supports cell proliferation in vitro, and retains its biomechanical strength and the ability to pass through a cannula without visible evidence of movement or damage. Finally, it was accepted as a natural scaffold in vivo with evidence of host-cell infiltration, angiogenesis, tissue remodelling, and structural layer retention for up to 10 weeks in a murine subcutaneous implant model.
In Australia, the Victorian State Government has established a number of priority primary care centres (PPCCs) across the state to address the increasing demand for emergency departments (EDs). PPCCs are general practitioner-led, free-of-charge services that aim to provide care for conditions that require urgent attention but do not require the high-acuity care of an ED. This study aims to evaluate the implementation processes, outcomes and the impact of the PPCC on reducing ED demand within Barwon, Warrnambool and Grampians Health Services in the Western region of Victoria, Australia.
This is a convergent mixed-method study. Qualitative data collection will be undertaken through semistructured interviews to understand the experiences of PPCC patients, PPCC clinical staff, PPCC managerial and administrative staff and ED clinical staff. A documentary analysis will be conducted on the materials relating to the implementation of the PPCC. The quantitative component will involve interrupted time series analysis of de-identified administrative data, comprising ED presentation records and PPCC clinical records. Implementation science frameworks will be integrated throughout the study. The RE-AIM framework is a guide used for the planning and evaluation of programmes through five outcomes: reach, effectiveness, adoption, implementation and maintenance. The Consolidated Framework for Implementation Research will be integrated.
This study has received ethical approval from Deakin University HREC (Ref No. 2023-046) and Barwon Health HREC (Ref No. 94374). Findings will be disseminated as reports, presentations and peer-reviewed journal articles.
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