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25.01.2022 Do you perform Vestibular Rehabilitation or interested in helping more patients with dizziness? The upcoming Australian Vestibular Rehabilitation Conference is for you. We're showcasing world-renowned experts in the field of vestibular rehabilitation and falls prevention.... **BONUS** we're premiering the most advanced 'all-in-one' vestibular assessment and therapy device, designed, engineered, built and researched by our Balance and Vision Lab at Neuroscience Research Australia and collaborators from Johns Hopkins University. It performs video head impulse test (vHIT) incremental VOR adaptation dynamic visual acuity (DVA) subjective visual horizontal and vertical (SVH and SVV) visual smooth pursuits saccades The ONLINE event is viewed as on-demand learning, meaning you have unlimited access from this Friday 27th Nov up until Dec 7th (midnight). 14 hours CPD Here is a snack peak of the presentations on offer Register at https://bit.ly/2ZBeufy

24.01.2022 The online seminar ‘Scoliosis - a Vestibular Neuro-Rehab approach’ kicks off this Friday, 30th October. It’s not too late to register at https://bit.ly/2ZNfld8 You will receive... 12 months unlimited access (via internet) 12 hours of content, including video demonstrations 1-2 hours live group Zoom call to answer any questions on 13th November, 2020 at 8pm (Sydney, Australia time) )recorded and added to your course material) Full course downloadable high-resolution notes (240 pages) 30 full research papers We recently ran a short 1 hour introduction webinar on the same topic and here are some of the feedback reviews Great presentation. It defiantly broadened my horizons in terms of the magnitude of effect that the vestibular system has on the body. Extremely insightful and well explained!! Thank you! Wow, fantastic info, great webinar many thanks! Dr Rinaudo's presentation was for me an exceptional, thought provoking hour and a brilliant reminder of the value of a brain based approach to chiropractic care, the importance of communication with our patients and evidence and experience applied in clinical practice Very thought provoking webinar. Loved it! Thank you I’ve included some of the course slides (240 in total!!) to give you a taste of what we cover in 12 hours). Register at https://bit.ly/2ZNfld8

18.01.2022 Publication #3. Do you use VORx1 or VORx2 training to improve the VOR?? Our results show is far less effective in VOR adaptation as originally suggested VORx1 and manual (or patient-operated) VORx2 exercises have the basis of vestibular rehabilitation therapy for decades, with the assumption that they 'adapt' or improve the VOR gain. Despite these exercises improving patients symptoms, gait and balance activities, there is little/no evidence they objectively improve the VOR ...gain. This study was the first to objectively measure VOR gain following a single 20 minutes training session within normal subjects and patients with isolated peripheral hypofunction (eg neuritis or labyrinthitis). Apart from measuring the VOR gain values, we also measured the variability in performing x1 and x2 exercises, that is, the timing, movement and synchronicity between the head, eyes and arm (target) and found very large differences (variability) especially with the gain demand. Despite the intention of producing a gain demand of 2.0 for x2 training, the reality is the end results was considerably less (approx 1.5), which was thought to contribute to reduced VOR gain improvement compared to a computer-controlled stimulus. Conclusions Manual 2 (variable demand) training in healthy controls resulted in significant, but two-thirds less, adaptation than computer-controlled 2 (nonvariable demand) training observed in a prior study, suggesting that increased training demand variability results in reduced VOR adaptation. In contrast, one session of manual 2 training in patients with isolated UVH did not result in significant sinusoidal VOR adaptation, possibly because of significantly greater variability in training gain demand compared to controls, which may improve (decrease) with repeated training. The data also suggest that 1 gaze-stabilizing training is a weak stimulus for VOR adaptation. https://link.springer.com/article/10.1007/s10162-020-00775-y

14.01.2022 Take a sneak peak at the content and bonuses for the online Vestibular Rehabilitation Conference that's starting this Friday - https://mailchi.mp//australian-vestibular-rehabilitation-c

03.01.2022 **Special Offer inside** Dr Robert Melillo - Functional Neuro-Development. 2 parts. September 10-12 (Melbourne) and 17-19 (Sydney). - https://mailchi.mp/d6697efbf6a7/rob_melillo_2021-5526974