The Teixido Membranous Labyrinth is an educational resource developed by Dr. Michael Teixido as part of his interactive BPPV Viewer application available at bppviewer.com. This 3D model is based on detailed MRI scans and accurately depicts the membranous canals of the inner ear, providing a detailed and durable reference for those studying or explaining the nuances of BPPV. Printed in full color and made from sturdy nylon, the model is designed for learning and discussion in both clinical and educational environments.
The Teixido Membranous Labyrinth, developed by Dr. Michael Teixido, is a practical and informative educational tool, stemming from his work on the BPPV Viewer application, which users can conveniently access at bppviewer.com. This 3D model stands out for its scientific accuracy, grounded in detailed MRI scans, offering a clear and tangible representation of the inner ear’s membranous canals. These specifics are crucial for anyone delving into the complexities of Benign Paroxysmal Positional Vertigo (BPPV).
The production of the model takes advantage of full-color printing, enhancing the visual appeal and educational clarity. This aspect is particularly beneficial for distinguishing the various intricate parts that make up the inner ear anatomy. Moreover, the use of sturdy nylon material in its creation ensures it can endure frequent handling, making it suitable for interactive learning sessions and in-depth discussions among professionals or students.
In educational environments, the model serves as a hands-on supplement to theoretical learning, allowing students to visualize the abstract concepts they encounter in texts. Its durability and detail make it an excellent tool for these settings, promoting engagement and a deeper understanding of the subject matter.
In clinical scenarios, the model proves beneficial for patient education, helping healthcare professionals illustrate the specifics of BPPV-related conditions, potential procedures, and treatment methods. By providing a physical point of reference, it facilitates clearer communication between clinicians and patients, contributing to more informed decision-making and increased comfort with treatment plans.
Overall, the Teixido Membranous Labyrinth is a valuable resource for both educational and clinical purposes. Its balance between detailed construction and user-friendly design ensures that it is approachable for learners and professionals at various levels, promoting a comprehensive understanding of BPPV and inner ear anatomy without unnecessary complexity.
We have partnered with Vestibular Today to produce the Educational Inner Ear Model, aka “The Functional Inner Ear Model”. The anatomically accurate 4-inch model is positioned on an elegant 3D printed base which allows you to easily remove it for hands-on education of clinicians, researchers, educators, and students. Each of the main parts of the anatomy are labeled: the cochlea, semicircular canals, and their respective cupulas. Perfect for clinics and educational settings where explaining the anatomy is required. Our model also comes with a removable ring to simulate the movement of otoconia during repositioning maneuvers for treating positional vertigo like BPPV.
This pair of fluid-filled vestibular apparatuses shows all six semicircular canals from the Left and Right ear with different colored gemstones representing the otoconia. These stones fall with gravity just like the real crystals and can even get “stuck” on the cupula to replicate what happens with those suffering from BPPV. This is a great model to show the inner ear functions to students, educators, and clinicians
We have partnered with Vestibular Today to produce the Educational Inner Ear Model, aka “The Functional Inner Ear Model”. The anatomically accurate pair of 14-inch wide models (left and right) is positioned on an elegant 3D printed base and optimized for visibility during group instruction or clinic-based teaching. Each of the main parts of the anatomy are labeled: the cochlea, semicircular canals, and their respective cupulas. Perfect for clinics and educational settings where clear, large-format anatomy visualization is needed.
Teixido Membranous Labyrinth – Matched Pair (Multi-Color)
$250.00 USD
The Teixido Membranous Labyrinth is an educational resource developed by Dr. Michael Teixido as part of his interactive BPPV Viewer application available at bppviewer.com. This 3D model is based on detailed MRI scans and accurately depicts the membranous canals of the inner ear, providing a detailed and durable reference for those studying or explaining the nuances of BPPV. Printed in full color and made from sturdy nylon, the model is designed for learning and discussion in both clinical and educational environments.
Description
The Teixido Membranous Labyrinth, developed by Dr. Michael Teixido, is a practical and informative educational tool, stemming from his work on the BPPV Viewer application, which users can conveniently access at bppviewer.com. This 3D model stands out for its scientific accuracy, grounded in detailed MRI scans, offering a clear and tangible representation of the inner ear’s membranous canals. These specifics are crucial for anyone delving into the complexities of Benign Paroxysmal Positional Vertigo (BPPV).
The production of the model takes advantage of full-color printing, enhancing the visual appeal and educational clarity. This aspect is particularly beneficial for distinguishing the various intricate parts that make up the inner ear anatomy. Moreover, the use of sturdy nylon material in its creation ensures it can endure frequent handling, making it suitable for interactive learning sessions and in-depth discussions among professionals or students.
In educational environments, the model serves as a hands-on supplement to theoretical learning, allowing students to visualize the abstract concepts they encounter in texts. Its durability and detail make it an excellent tool for these settings, promoting engagement and a deeper understanding of the subject matter.
In clinical scenarios, the model proves beneficial for patient education, helping healthcare professionals illustrate the specifics of BPPV-related conditions, potential procedures, and treatment methods. By providing a physical point of reference, it facilitates clearer communication between clinicians and patients, contributing to more informed decision-making and increased comfort with treatment plans.
Overall, the Teixido Membranous Labyrinth is a valuable resource for both educational and clinical purposes. Its balance between detailed construction and user-friendly design ensures that it is approachable for learners and professionals at various levels, promoting a comprehensive understanding of BPPV and inner ear anatomy without unnecessary complexity.
Additional information
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