Dizzy Care Network provides a direct path for individuals experiencing dizziness to find the optimal specialist based on their unique set of symptoms. Our patient-first approach combined with clinically-validated technologies deliver a targeted referral that reduces time to diagnosis, minimizes expenses and delays, and provides clarity and confidence in every step towards a balanced life.
Dizzy Care Network的外部链接
US，PA，Philadelphia，19104
Join people who understand what you're going through without having to dwell on it--great idea Vestibular Disorders Association!
Save the date: VeDA's October Social Hour ? Join us on October 28th for an hour of fun and relaxation where you DON'T have to talk about your vestibular disorder. This is a special space for people who truly get it... but instead of focusing on the challenges, we're hitting pause and having some fun. ?? Register at vestibular.org/social-hour. Tag a fellow vestie!
Hearing and balance go hand in hand--so having good hearing is a component to good balance!
With a little more programming, I was able to build a very basic 3D model of the human cochlea that lights up to show how nerve fibers in specific regions respond to different sound frequencies. This interactive model provides a unique look at how our ears convert sound into signals for the brain. Music provided by Canadian Brass: https://lnkd.in/eMvERFwf ?? Highlights: Demonstrates the cochlea's organization. Visualizes nerve responses to various sound frequencies. Ideal for educators, students, and anyone interested in hearing science. Check it out and share your thoughts! Special thanks to Amy Bowley for supporting this side quest while building the electronic vestibular apparatus! And thanks to Arduino and its community for making an awesome platform to develop these educational tools! #Science #Innovation #Hearing #3DModel #Cochlea #Neuroscience #Sound #STEM #Education #Audiology
Director Finance and Asset Management , Vice Chair Global Health in Aging Adults,SIG, President at PhysioGen Physical Therapy and Wellness,LLC,Health and Wealth Ambassador,Speaker.
Welcome to our latest episode of TGIT, where we dive into the world of innovative vestibular technology with Patrick Esmonde, Co-Founder of Vestibular First! In this insightful interview, Patrick shares his expertise and the latest advancements in vestibular diagnostics and therapy. Join us as we explore: ?? The journey of Vestibular First and its mission ?? Groundbreaking innovations in vestibular assessment tools ?? How these technologies are transforming patient care ?? Tips and insights for practitioners in the field Whether you're a healthcare professional, a student, or simply curious about vestibular health, this video is packed with valuable information and expert knowledge. Don't miss out on learning how Vestibular First is making a significant impact in the industry! ?? Have any questions or thoughts? Leave them in the comments below—we'd love to hear from you! #VestibularFirst #PatrickEsmonde #InnovationsInHealthcare #VestibularHealth #healthcaretechnology #innovation #vertigo #BPPV #Dizziness #vestibularrehab
Demonstrating how gravity affects inner ear crystals when present in the semicircular canals (represented by the green LEDs) is critical for learning how to treat common forms of #vertigo like #BPPV. This is the last core feature to be added to the electronic educational #vestibular apparatus model we are developing. Learning the math behind normal vectors of planes, tangents to circles, and some basic fluid dynamics was defintely fun and it’s getting close to accurately representing the fall rate of the crystals in the canals. Thanks to Amy Bowley and Michel PIQUET for the feedback in support of this feature! Technical Notes: This proof of concept rig uses an Arduino Nano 33 BLE with an addressable RGB LED strip on a 3D printed base. This will be integrated into an anatomically accurate model with all 3 canals once the math and features are perfected on this mockup.
Visual representation of the otolith organs came up high on the list of requests for the electronic inner ear model. Here’s a proof of concept that shows how different linear movement stimulates the saccule and utricle. This will be integrated into the anatomical model by multi-color LEDs so that you’ll be able to see all 5 sensors of the inner ear in one model. Thanks to all for your great ideas and feedback! More to come with electronic otoconia “falling” in the canals to clearly show how repositioning maneuvers work!
The electronic vestibular apparatus is starting to take shape with three selectable modes! I got great feedback and ideas to improve the educational potential of this model. Still thinking how to best visualize the otolith organs to show linear acceleration, but I wanted to get the canals refined first. Thanks to every for sharing my last post which allowed me to expand my network of awesome #vestibular enthusiasts, #3Dprinting makers, and #healthtech entrepreneurs! Any other modes you’d like to see in this kind of educational model for clinicians, educators, and/or patients? Special shoutout to Arduino, Vestibular First, and Dizzy Care Network, and Alex B. for their awesome products and support along the way!
For anyone with positional vertigo (eg. #BPPV), this model demonstrates how each canal of the inner ear is triggered with movement in each plane of motion/rotation. Our understanding of vestibular anatomy helps improve dizziness care for everyone!
Experimenting with technology to improve education of the #vestibular system has been so rewarding! This is a proof of concept for a potential new model for teaching vestibular anatomy. This is an #ESP32 (think #Arduino/rasberry pi) with a motion detection sensor that’s paired with Adafruit Industries LED string lights. Each canal’s plane of motion/rotation light up when excited/inhibited which is precisely what happens in our own inner ears. Special thanks to Alex B. for his patience and encouragement as I learn the possibilities of microcontrollers in our space!
Did you know: Over 35% of US adults have had a vestibular dysfunction at some point in their lives. If you are feeling isolated or misunderstood due to your symptoms or diagnosis, know that you are not alone! At VeDA, we are all about providing support and spreading positivity about life with a vestibular disorder. Learn more about us and find resources at vestibular.org.
Are you struggling to get a concrete diagnosis for your disorder? Many people who suffer from dizziness, imbalance, or vertigo have trouble finding out why. While the majority of patients experiencing vertigo do have a vestibular disorder, dizziness can also be caused by problems that have nothing to do with the vestibular system. The key to getting an accurate diagnosis is to find the right expertise. Most general practitioners may not be able to assist. You need to find a specialist who has experience treating vestibular disorders. Find more guidance: https://lnkd.in/gdFS5tmb [Image Text: Struggling To Get A Diagnosis?]