Dr. Yan Razdolsky Expands Expertise on 3D Cone Beam Technology at National Conference

In order to better serve his patients, Dr. Yan Razdolsky is committed to continued education, seminars and conferences at the forefront of technology and techniques in orthodontia.

In this endeavor, Dr. and Mrs. Razdolsky recently attended a Visualization Systems and 3D Cone Beam Technologies conference in San Francisco. This conference afforded the Razdolsky’s the opportunity to learn, engage and participate in hands-on training with the latest in Cone Beam 3D Technology and medical imaging software.

At the forefront in simulation of data for analysis are visualization systems such as 3D Cone Beam, which are being adopted by many of the world’s leading medical institutions and dental service providers to study cranio-maxillofacial anatomy. Research studies on the use of 3D Cone Beam are also featured in numerous industry journals and praised by the medical community for their innovative approach to patient diagnosis and treatment. Through these systems and companion software applications, doctors can develop and implement comprehensive treatment plans for patients using digitally aided diagnostics.

“Visualization systems offer a diagnostic and treatment solution for orthodontists by rendering a patient’s CBCT scans into 2D and 3D models with more detail and precision for diagnosis of orthodontic issues,” said Dr. Razdolsky. “Doctors can analyze, generate measurements and develop treatments quickly and more accurately.”

Through impression-free, 3D Cephalometric X-rays and Cone Beam Computed Tomography (CBCT), orthodontists capture a complete scanned image of the side of the face including the nasal and sinus passages. This type of imaging is more comfortable for the patient as it means that no plates or film are inserted inside the mouth. It can also reveal hidden anatomy and anatomic variations that cannot be seen on traditional 2D images. Failure to recognize these key anatomic features can lead to less than optimal diagnosis and overall results from treatment.

As an added benefit of visualization systems, orthodontists can isolate areas, simulate movements and even determine the minimum area and total volume of a patient's airway making this is a fantastic tool in treating sleep apnea and other maxillofacial respiratory issues.

“Visualization systems are also very helpful in patient consultation because doctors can develop custom annotations, capture videos and create digital models from patient scans for a clearer explanation of treatments,” said Dr. Razdolsky. “I really enjoy this type of technology as it is very cutting edge in orthodontics, helps me to better connect with the patient and it is also really cool.”

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