Brain-storming Solutions for Neurological Disorders

Brain-storming Solutions for Neurological Disorders

The brain is complex – billions of neurons, trillions of connections, and countless ways things can go wrong. Brain malformations and severe epilepsies can derail development, disrupt learning, and change lives forever. And sometimes, the cause remains a mystery. Until now. Genetic testing is unlocking answers. Translational genetics is rewiring how we approach treatment. And understanding the genetic code behind these conditions could be game-changing. This week, we’re brain-storming solutions with Dr Matt Coleman who spent years at Murdoch Children’s Research Institute investigating the genetic basis of neurological disorders. He’s passionate about using genetic knowledge to develop treatments that can transform lives, which he now does as Medical Science Liaison at UCB Pharmaceuticals. Because when we decode the brain’s code, we can rewrite the story for patients and their families. Originally aired 26th May, 2026. The post Brain-storming Solutions for Neurological Disorders [https://joy.org.au/sciencequeeries/2026/06/02/brain-storming-solutions-for-neurological-disorders/] appeared first on Science Queeries [https://joy.org.au/sciencequeeries].

Ovary-coming obstacles for ovarian cancer treatment

Ovarian cancer is a disease that’s often invisible, often deadly, and often overlooked. Over 1900 estimated new cases of ovarian cancer were diagnosed last year, and women diagnosed have been stuck with limited options…but that may be changing. Cancer is cunning. It hides and our immune cells can’t find it to fight back. But what if we could bring the cancer out of hiding and unleash the immune system’s full power against it? This week, we’re cell-ebrating breakthrough research into immunotherapy for ovarian cancer. Dr Amy Wilson supports scientists across Australia turn their scientific discoveries into real-world impact as the Senior Research Advisor at the Ovarian Cancer Research Foundation. She is working out ways to help a person’s own immune system destroy cancer. And that’s a standing ovary-ation moment! Originally aired 19th May, 2026. The post Ovary-coming obstacles for ovarian cancer treatment [https://joy.org.au/sciencequeeries/2026/05/24/ovary-coming-obstacles-for-ovarian-cancer-treatment/] appeared first on Science Queeries [https://joy.org.au/sciencequeeries].

Digging up Dirt on Soil Ecotoxicology

Soil is often overlooked – we walk on it, we grow food in it, but we rarely think about what’s actually in it. Yet soil is one of the most important ecosystems on Earth. And it’s under siege. From traditional pollutants like heavy metals and petroleum compounds to emerging threats like PFAS and microplastics, our soils are becoming increasingly contaminated. But how do we know how bad it is? How do we assess the risk to human health? Enter tardigrades – nearly indestructible microscopic creatures that can survive extreme temperatures, radiation, and even space. These tiny titans are helping scientists understand soil health and contamination in ways we never could before. This week, we’re digging deep into soil ecotoxicology with Erin Koster from The University of Melbourne. We’ll learn how contaminants affect soil organisms and ecosystems, and how they move through the food chain into plants, animals, and ultimately into us. Because healthy soil isn’t just about plants – it’s about all of us. And when we understand what’s beneath the surface, we can make better choices for our future. Originally aired 12th May, 2026. The post Digging up Dirt on Soil Ecotoxicology [https://joy.org.au/sciencequeeries/2026/05/21/digging-up-dirt-on-soil-ecotoxicology/] appeared first on Science Queeries [https://joy.org.au/sciencequeeries].

Mould Matters & Future Fungicides

Fungi aren’t all bad. They’ve given us penicillin – one of the most important medicines ever discovered. But they can also rot our crops, threaten food security, and spread resistance to our best fungicides. Climate change is introducing fungal diseases where they previously didn’t exist. And as farmers use more fungicides to combat these threats, fungi develop resistance – creating a vicious cycle of increasing pesticide use, environmental pollution, and diminishing effectiveness. Dr Donovan Garcia-Ceron is on the case. He works at Victorian Strawberry Industry Certification Authority Research to ensure that we can all have good strawberry fields forever. He discusses why traditional fungicides are losing effectiveness, and how RNA-based fungicides can “silence” fungal infections – essentially telling fungi to turn off the genes they need to cause infection. Next generation fungicides could revolutionise sustainable agriculture. Originally aired 5th May, 2026. The post Mould Matters & Future Fungicides [https://joy.org.au/sciencequeeries/2026/05/17/mould-matters-future-fungicides/] appeared first on Science Queeries [https://joy.org.au/sciencequeeries].

B Positive: Immune Cell-ebrating Immunity

Every day, we encounter tens of thousands of microbes. Our antibodies are our anti-buddies, protecting us from infection. The Day of Immunology is the perfect day to immune cell-ebrate this biology that keeps us alive. We also celebrate a literally life-saving change to blood donation eligibility rules. Gay and bisexual men, trans people, and other previously excluded communities can now donate blood. This week, we’re exploring blood types, blood donation, and the incredible B cells that make antibodies. We’ll talk about why you can’t receive just any blood type, and how vaccines train your B cells to protect you. B cell immunologist Dr Liam Kealy from Monash University is here to help us understand the microscopic heroes that circulate through our bodies, protecting us every single day. So let’s circulate some knowledge about immunity! Originally aired 28th April, 2026. The post B Positive: Immune Cell-ebrating Immunity [https://joy.org.au/sciencequeeries/2026/05/01/b-positive-immune-cell-ebrating-immunity/] appeared first on Science Queeries [https://joy.org.au/sciencequeeries].