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The research project will involve a non-randomised trial of Daily Growth, a smartphone parenting app for parents and carers of children aged 2-5 years. The trial aims to: 1. Develop a machine learning algorithm for personalising interventions to determine the type of program most likely to be acceptable and beneficial to a parent in a given moment. 2. Evaluate the real-world effectiveness of a 6-week, in-the-moment and personalised Daily Growth app for parents of children 2-5 years. The research team hypothesises that the final personalised version of the Daily Growth app will be more acceptable and beneficial in improving parent and child emotion regulation and mental health compared to (a) no support, or (b) non-personalised parenting support from a single program.

MTS-201 is being developed by METis Pharmaceuticals for the potential treatment of metabolic diseases such as obesity and type 2 diabetes mellitus. This is a randomised, double-blind, placebo-controlled study conducted in healthy adult volunteers. The study will be conducted in 3 parts: Part A: Single Ascending dose of MTS-201 or placebo Part B: Multiple Ascending dose MTS-201 or placebo Part C: MTS-201 in combination with sitagliptin or placebo (Combination) Decisions about how and when to move between cohorts will be based on reviews of the available blinded safety data and available pharmacokinetic (PK) data: this data will be reviewed by a prespecified Safety Review Committee (SRC).

Concomitant use of the anxiolytic drugs diazepam and cannabidiol (CBD) is expected to increase in the community. However, findings from a recent investigation by Lambert Initiative scientists suggest that CBD, via inhibition of the CYP2C19 and CYP3A4 enzymes, could reduce the rate at which diazepam is metabolised. Higher plasma diazepam concentrations (or concentrations that remain elevated for an extended period of time) have the potential to increase the risk of unwanted side effects and to exacerbate or prolong diazepam-induced sedation and impairment. This could have significant implications for individuals performing safety sensitive tasks such as driving. Thus, the overall objective of this study is to determine whether CBD alters the pharmacokinetics and pharmacodynamics of diazepam. Participants will complete two 7-day treatment periods: one involving the administration of a placebo, and the other, CBD (600 mg per day). Individuals will receive a single dose of diazepam (10 mg) along with their existing treatment at a test session on the morning of Day 7. Blood will be drawn, and simulated driving and cognitive performance measured, at regular intervals over the following 24 hours. We hypothesise that CBD will: (1) increase diazepam exposure; that is, the area under the plasma diazepam concentration–time curve; and (2) exacerbate diazepam-induced sedation and impairment.

Previous studies with plwMND indicate that using a banked voice on a device has benefits in maintaining identity and preserving social networks (Cave & Bloch, 2021). However, in a recent study, 26% of plwMND who had banked their voices were not satisfied with their output voice (unpublished; Krikheli & Jackson, 2023). This novel study aims to investigate the factors relating to: - the acceptability of undertaking the voice banking process at disease onset, and - downloading and using banked voice output on speech generating devices This project will contribute to our understanding of how clinicians and voice banking services can improve acceptability of voice banking technology for plwMND and their carers, leading to more informed informational counselling approaches, improved therapeutic interventions and increased uptake.

This project is an Aboriginal led, non-randomised pilot to evaluate a co-designed initiative entitled 'Nra:gi Ya:yun' (NY), developed during the formative phase of the wider Coorong Diabetes Collaborative (CDC) study. NY is a healthy eating initiative with the objective of reducing the prevalence of type 2 diabetes and metabolic syndrome in Aboriginal people living on Ngarrindjeri Country. The project's primary aim is to assess the impact of the NY initiative on enhancing metabolic health outcomes and promoting dietary compliance. The secondary aim is to assess the feasibility of NY with the intent to upscale it for wider uptake. Adopting a stepped-wedge study design, consenting participants will be assigned to a cluster (group) as NY is rolled incrementally across two sites.

We have co-designed a website to help improve self-efficacy (feeling of confidence in your abilities) after stroke. Survivors of stroke will be invited to take part in one online "take Charge" session (60 minutes) to discuss what matters most to them, After this session, they will have access to the co-designed website for 4 weeks. We will measure self-efficacy, health-related quality of life and participation before and after the 4 weeks. We would like to test the Take Charge session and access to the website on different groups of survivors to see who the solution looks likely to help. This will guide future research.

Nutritional challenges due to motor, cognitive and behavioural issues can occur after an Acquired Brain Injury, leading to poor nutritional intake and reduced quality of life (QoL). We aim to evaluate a co-designed meal-box solution for improving nutrition and QoL in ABI. Fifteen ABI families will receive the meal-box comprising recipes and ingredients for five meals. Feasibility, acceptability, QoL and nutritional intake will be assessed pre and post, using qualitative and quantitative measures. Positive results could lead to rapid implementation within the ABI community through our industry partner, with potential to extend the novel approach to other neurological conditions, thereby addressing a critical need.

This trial will evaluate a novel device, namely the Fetal Kicks device, for the detection of fetal movement in the third trimester of pregnancy. The study participants will be healthy women with uncomplicated pregnancies. The primary aim of the study is to determine that the Fetal Kicks Device is able to detect fetal movements and differentiate fetal movement from maternal activities. The secondary aim is to determine that the Fetal Kicks device is able to perform over an extended period of up to 12 hours.

A cluster randomised controlled trial to test a range of care enhancement strategies to increase the proportion of Aboriginal and Torres Strait Islander clients attending mainstream general practice with an up-to-date Health Check. Care enhancement strategies include: Study Champions at the practice to drive positive change, information for patients about the benefits and availability of Health Checks; reminders for eligible patients who are due for a Health Check, continuing professional education for practice staff, and data-based feedback provided to practices about the rates of Health Checks in their practice. Building on existing processes implemented in the participating practices and within the local Primary Health Network, care enhancement strategies will be tailored to the individual practices and the Aboriginal and Torres Strait Islander Communities they serve. It is hypothesised that the Care Enhancement strategies will lead to an increase in the proportion of Aboriginal and Torres Strait Islander patients who have an up to date Health Check and receive best practice care.

This study aims to determine whether advanced MRI scanning techniques can provide more detailed information regarding high-grade brain tumours in patients who have brain cancer. Who is it for? You may be eligible for this study if you are aged 18 years or older, you have been diagnosed with a grade 4 glioma or astrocytoma (brain tumour) and you are able to undergo an MRI scan. Study details All participants who choose to enrol in this study will be asked to undergo a single MRI scan. This scan is anticipated to take 60 minutes/hours. You will need to have a tracing agents injected as part of this scan (as you would usually). There are no extra blood tests as part of this study but you will be invited to contribute a blood sample for biobanking It is hoped this research will determine whether advanced MRI scanning techniques can identify biomarkers specific to brain tumours, and provide further information about the location and type of brain tumour for cancer patients. If these techniques are successful, the information provided by the MRI scans could assist doctors to determine which treatment options would be most effective for patients with brain cancer.