The OT who builds neuro-affirming, trauma-informed therapy environments
Rochelle Mutton is a visionary leader and paediatric occupational therapist, best known for her work in creating neuro-affirming, trauma-informed therapy environments that empower children and families. As the Founder and Lead OT of Motivate Kids in South Australia, she has grown the practice over 8 years from a two-person team into a thriving organisation of over 40 staff across three purpose designed studios.
Study reveals socioeconomic barriers to children’s healthcare access
Research published in the Australian Journal of General Practice (AJGP) has revealed mental health and developmental–behavioural issues such as ADHD are the most common paediatric referrals in metropolitan general practices.
But the research also revealed children at higher risk are less likely to get the care they may need.
HIGHLIGHTS Consumers and communities as agents of health care change and improvement
Policymakers, health administrators and clinicians must learn and embrace new ways to harness the transformative role consumers, community members and carers can play. Conversely, consumers and communities need support, capability and capacity to engage as equals in policy, research, program and service design. This is necessary if are to be less technocratic and realise the vision where all members of society can live the best life possible.
Investments to address health inequities in Prostate Cancer Care
Income, education, geographical location, and discrimination based on ethnicity, race, gender and sexual orientation, are only a fraction of factors that can negatively affect a person’s quality of cancer care. This is defined as the “equity gap” and it’s costing people their lives.
Timed to coincide with World Cancer Day 4th February 2025, Movember announced prostate cancer investment of $5.5 million. Eighteen grants (16 proposals and 2 community development grants) are slated to directly tackle inequities in prostate cancer care. The funding will be over three years with the grants spread across five countries – six in Canada, five in the United Kingdom, three in Australia, three in the United States and one in Ireland – each having a specific focus population and care area.
Pharmacist Prescribing Model gets further support from state health
A full scope pharmacist prescriber model allows pharmacists to independently prescribe medicines within their professional competence, without requiring prior doctor authorisation. It extends pharmacists’ role beyond dispensing to include assessment, diagnosis of minor and chronic conditions, initiation and modification of therapy, and ongoing patient monitoring. This model integrates pharmacists into primary care teams, aiming to improve timely access to treatment, reduce pressure on general practitioners, and enhance continuity of care. Pharmacists use their clinical knowledge, patient records, and collaborative pathways to ensure safe prescribing. The model emphasises training, regulation, and accountability to maintain high standards of patient safety.
The role of genomic screening in transforming public health
Dr Jane Tiller is a lawyer, genetic counsellor and public health researcher. She is Ethical, Legal & Social Adviser in Public Health Genomics at Monash University, and a National Health and Medical Research Council Investigator Grant holder. Jane is passionate about the use of genomics to prevent disease, and in delivering equitable access to preventive genetic information at the population level. She is co-lead of DNA Screen, a world-first study piloting the offer of preventive DNA screening to the Australian adult population. DNA Screen has tested over 10,000 young people for genetic high risk of medically actionable conditions such as cancer and heart disease, finding about 2% of participants had genetic high risk. Jane is leading efforts to secure Commonwealth Government funding to expand the DNA Screen program, with the eventual goal of the development of a public health population screening program for disease prevention based on high genetic risk.