ANZCTR search results

Prototype CPAP masks will be evaluated for usability (comfort, seal and stability) by participants for a 7 night period. During the process of product development, multiple user trials are conducted in order to improve CPAP masks. The purpose of this study is to identify usability issues and improve them in order to develop CPAP masks which are comfortable and easy to use.

This project will involve a FMS program that will be implemented with the parents of children enrolled at the UNSW Early Years Childcare Centres. FUN MOVES will be a randomised controlled trial in preschool aged children to be conducted over a 12-week period with fundamental motor skill testing to be completed at the beginning and end of the 12 weeks. Parents of children in the control group will be offered the videos free of charge at the end of the study. Therefore, initially the control groups will be allocated as wait list for the program. The primary outcome measure will be FMS measured using the Test of Gross Motor Development 2 (TGMD-2). Secondary outcome measures include both perceived and actual physical activity (PA) levels and anthropometric data (BMI).

Antibiotics are crucial in the fight against serious infections. There is increasing resistance of bacteria to old antibiotics and new antibiotics are not readily being released for use. To fight antibiotic resistance, we need to use older antibiotics more effectively. To do this we need to study them more intensively in our sickest patients. Microsampling is a general technique for reducing blood collection volumes. It is not readily used in bedside practise. It is not well researched in clinical practise. The researchers aim to study antibiotics in children admitted to the intensive care unit at Lady Cilento Children’s Hospital that are receiving commonly prescribed antibiotics. They aim to study the blood levels to build up a picture of the effectiveness of current dosing regimens. This will be done with a combination of standard blood volume sampling (0.5mls -2mls) and micro blood sampling (~0.02ml). This will assess weather micro sampling is able to be utilised in this way and give meaningful results. Similar pilot studies have been undertaken in adults and it seems this is possible. The overall aim is to improve the understanding of antibiotic therapy in sick children and make future studies easier.

About 1 in 3 stroke survivors experience an emergency presentation or unplanned readmission within 90 days of discharge from hospital. Unplanned readmissions are associated with poorer quality of life, depression and poorer functional status. In addition to the impact of hospitalisation on survivors and their families, there is a substantial economic impact. While the factors precipitating an unplanned readmission are complex, common precipitating factors include: poorer mental health, poorer functional status, and infections. These factors are related to poor preparation of survivors and their carers for the transition from hospital to home; and a lack of ongoing support to assist with self-managing the sequelae of stroke. Methods: Randomised controlled trial to assess the impact of an innovative dischagre support program comprising (a) standardised goal setting prior to hospital discharge plus (b) integrated e-health self-management support, to reduce unplanned presentations/ readmissions among survivors of stroke within 90 days. Significance: This will be the first adequately powered and rigorous trial of an e-health intervention to improve discharge care and support. Findings will be important nationally and internationally, for all adults discharged from hospital with a newly-acquired disability, not just survivors of stroke.

We conducted a randomised, controlled pilot trial of individualised yoga, compared to group-format fitness, to assess the feasibility, acceptability, and effectiveness of these interventions on symptoms of burnout and traumatic stress on junior doctors at a Sydney metropolitan hospital.

Dementia is a major global health problem for ageing adults with Down syndrome. Almost all adults with Down syndrome are prone to develop dementia as early as 40 years of age. Dementia in adults with Down syndrome causes progressive loss of cognitive skills impacting daily functioning, thus escalating caregiving responsibilities for their informal caregivers. This study examines whether home-based occupational therapy interventions can optimise functioning in daily activities for adults with both Down syndrome and dementia and reduce caregiving strain for their informal caregivers. Three participants with a diagnosis of both Down syndrome and dementia and their informal caregivers living in their own homes with their informal caregivers, or living in close proximity to informal caregivers who provide daily care and support will be invited to take part in this study. The study will have three phases (A-B-A)[ (A =baseline phase with no intervention), (B=intervention phase) and (A=follow-up phase with no intervention)]. Occupational therapy interventions will be client-centred and tailored to meet meaningful goals of the participants. These interventions will be provided by a qualified occupational therapist with previous clinical experience in neurological rehabilitation.

This trial will test whether advice alone compared to advice and a pillow device best supports non-supine sleep using the Night Shift as an objective measure of both sleep duration and position. This design could also be employed in the future for a roll out of sleep position interventions, but crucially the optimum intervention would need to be properly validated, which is what this trial aims to do.

This is a randomized, double-blind, placebo-controlled, parallel-group, single ascending dose study in healthy subjects. LPT99, the study drug is an Apaf1 inhibitor that can permeate the cochlea. LPT99 is being developed as a locally administered otoprotective agent that would specifically block apoptosis in the ear without interfering with anti-tumor activity of the platinum-based chemotherapeutic agent delivered systemically. There are four sequential doses: 25 µg (200 µM), 50 µg (400 µM), 75 µg (600 µM) and 100 µg (797 µM). Approximately 32 healthy male and female subjects with normal baseline hearing will be enrolled, with 8 subjects planned for each dose cohort. Each Subject will receive a dose of LPT99 or matching placebo by transtympanic (TT) administration. In all subjects, study drug will be unilaterally delivered (ie, 1 ear will remain untreated, serving as the control ear for that subject). The study will include sentinel subjects in the initial cohort and all subsequent dose escalation cohorts.

The project team, including computer analysts and expert clinicians, will refine and continue to develop facial analysis tools using precise 3-dimensional photography to develop ways to assess treatment response. The hypothesis is: Subtle facial changes associated with treatment response can be assessed and measured by 3D facial analysis

Blood collected from volunteers, also known as allogeneic blood, is donated, processed and made available for patients requiring transfusion, such as during surgery. This is an expensive process; according to the National Blood Authority, the estimated cost associated with blood transfusion in Australia is over $1 billion per year. While the safety of allogeneic blood transfusions has improved over decades, life-threatening risks remain. For example, 617 transfusion-related adverse events were reported in Australia in 2013-2014. These adverse events include wrong blood to wrong patient, transfusion-related lung injury, allergic reaction, infection, cancer recurrence, organ failure and death. Research has linked some of these outcomes to a post-transfusion impairment of the patient’s immune responses. In order to better understand how this happens, the Australian Red Cross Blood Service has developed a series of tests to characterise how transfusion impairs these immune responses. Intraoperative cell salvage is a process where blood lost during surgery is collected, processed and given back to the patient. Use of intraoperative cell salvage may provide a cost-effective and safer alternative to allogeneic blood transfusion. In particular, because patients aren’t exposed to blood from another person, it seems likely that the impairment of immune responses that occurs following allogeneic blood transfusion will be prevented. However, whether or not this assumption is true remains to be investigated. Therefore this research project aims to investigate whether the process of intraoperative cell salvage affects the immune responses of patients. To do so, this research project will use the existing series of assays already developed by the Australian Red Cross Blood Service. This project will be highly significant to the health care system as we anticipate that intraoperative cell salvage, as an alternative to allogeneic blood transfusion, results in better patient care, less harm to patients and a decrease in costs. This important research is led by Dr Michelle Roets, a senior anaesthetist at the Royal Brisbane and Women’s Hospital who has been researching improvements in blood management over the past 10 years. Her work has resulted in authorship of the ‘Guidance for the Provision of Intraoperative Cell Salvage’ National documents with the National Blood Authority in Australia. Dr Roets has teamed up with the Australian Red Cross Service to co-ordinate an expert team and evaluate the association between immune suppression and infection risk after allogeneic blood transfusion compared to intraoperative cell salvage. These results hope to significantly improve current blood administration practice.