Rozelle Osteopaths

22/09/2026

The burden of chronic pain I see in my clinic has pushed me to study the neuroscience of chronic pain , but simply explaining was not helpful enough .
That it why I have pursued bettering my skills in clinical neuromodulation using tDCS , neurovascular needling as well as of course my trusty hands .

22/09/2026

Concussion Awareness Week this week .
Did you know that only 3 % of reported concussions are sports related ?

21/09/2026

The figures are even higher than thought , due to under reporting .

Migraines are the reason why I have delved so hard in to pain science , Headstrong Training , Barral Institute , The International Society for the Study of Pain , Traditional Chinese Medicine , Inflammation and now Clinical neuromodulation.

Revised figures show the number of Australians living with migraine is about 4 million, with experts saying it highlights how authorities have been grossly under-reporting the chronic disease.

20/09/2026

20/09/2026

Certified Newronika tDCS practitioner , Alison Linn. Neuro regenerative medicine , pioneered by Sozo Brain Center and taught by the irrepressible Sir Petros Kattou , owner of the fastest and most informed neuroscience mind I have met .
TGA approved for targeting Post Stroke Rehabilitation, Chronic Pain , Migraines and mental health .

04/09/2026

https://www.newscientist.com/article/2580471-inhaling-high-dose-co2-clears-alzheimers-proteins-from-the-brain/

Intermittently inhaling a high dose of carbon dioxide seems to remove the proteins amyloid and tau, which are implicated in Alzheimer's disease, from the brain by boosting its glymphatic system

04/07/2026

https://pmc.ncbi.nlm.nih.gov/articles/PMC9020749/

I still think keep that fibre up .

Diet modulates the gut microbiome, which, in turn, can impact the immune system. Here, we determined how two microbiota-targeted dietary interventions, plant-based fiber or fermented foods, influence the human microbiome and immune system in healthy ...

24/04/2026

Scientists just overturned one of neuroscience's most fundamental assumptions — memory is not stored exclusively in the brain but distributed across the body's entire cellular network, with non-neural cells in organs, muscles, and immune tissue actively participating in memory formation and recall.

Research at the Salk Institute using single-cell RNA sequencing across 47 different tissue types found that learning experiences trigger identical molecular memory consolidation processes in liver cells, kidney cells, muscle cells, and immune cells as those occurring simultaneously in hippocampal neurons during memory formation. The cellular memory process involves epigenetic modifications — chemical changes to DNA packaging that alter which genes are expressed — that encode information about experiences in cells throughout the body with the same molecular signatures as neural memory engrams. Blocking these peripheral cellular memory processes impaired recall even when brain hippocampal function remained completely intact.

The most striking finding came from transplant medicine: organ recipients receiving livers and kidneys from donors with specific phobias showed measurable preference changes and mild acquired responses related to their donor's documented experiences in 12 documented cases — previously dismissed as coincidence but now explicable through cellular memory transfer. Non-neural cellular memory appears to encode emotional and physiological associations with experiences through hormone and neurotransmitter exposure during the original experience.

This discovery fundamentally expands where neuroscience looks for memory and potentially where medicine intervenes when memory-related conditions require treatment.
Source: Salk Institute for Biological Studies, Howard Hughes Medical Institute, Nature Cell Biology, 2025