In the summer of July, went to the grand event - "Sichuan Province Ophthalmology Clinical New Technology Seminar and Ophthalmic Imaging Exploration trip" was successfully held!

The green trees are lush and the summer is long, and the reflection of the buildings and terraces falls into the pond. On July 28th, the Sichuan Province Ophthalmology Clinical New Technology Seminar and Ophthalmic Imaging Exploration Tour were successfully held in Chengdu. The conference invited Professor Zhang Junjun from Chengdu Aidi Ophthalmology Hospital and Professor Zhang Meixia from West China Hospital of Sichuan University as conference chairs, as well as hundreds of ophthalmologists from all over the country to discuss the new applications and progress of global scanning OCT/OCTA and the new generation scanning biometric instrument in the field of ophthalmology, and explore their potential value in clinical applications and pathological mechanism research of eye diseases.

The conference is divided into five parts: opening speech, new applications of ophthalmic imaging, new exploration of ophthalmic imaging, new discoveries in ophthalmic imaging, and new expansion of ophthalmic imaging. The attending experts conducted in-depth discussions on the application of global scanning OCT/OCTA and biometric imaging in the diagnosis, treatment, and pathogenesis of various eye diseases through rich and vivid cases and detailed clinical research data. Experts unanimously believe that the Tupai ultra wide angle panoramic OCTA can provide a wider range of blood flow imaging for the fundus. A single scan can obtain 24mm × 20mm tomographic and vascular imaging images of the retina and choroid, automatically and seamlessly piecing together over 200 ° ultra wide angle blood flow imaging, achieving true ultra wide angle OCTA, allowing for a clear view of surrounding abnormal blood vessels without the need to switch wide-angle lenses during data acquisition. Its unique choroidal macrovascular algorithm and rich quantitative functions provide unprecedented clinical data for both clinical and scientific research. The innovative "iSpot" function combines retinal blood flow and Enface image laser spots to more accurately locate the lesion area, ensuring that laser energy is accurately applied to the target tissue, thereby achieving precise treatment of eye diseases and greatly improving the effectiveness and safety of ophthalmic laser therapy.

In terms of the previous section, panoramic anterior segment OCT provides multiple data for preoperative evaluation, surgical plan design, precise postoperative efficacy evaluation, keratoconus screening, and visualization and quantification of corneal neovascularization in anterior segment surgeries such as cataracts and ICL. It can be widely used for non-invasive diagnosis, follow-up, and surgical evaluation of ocular surface diseases. The whole domain scanning OCTA integrates the anterior and posterior segments, providing comprehensive indicators of glaucoma (such as anterior segment angle opening, lens thickness, iris, anterior segment OCTA, 360 ° full circle angle adhesion analysis and other quantitative parameters of the anterior segment, posterior segment nerve fiber layer analysis, GMA analysis, and optic disc blood flow analysis), which can explore more mechanisms of glaucoma pathogenesis, better detect disease progression, and bring more optimized diagnosis and treatment management plans for glaucoma patients. The attending experts also gave high clinical recognition to the Tupai new generation scanning frequency optical biometric instrument - "Ziwu". Ziwu adopts the latest global SS-OCT technology, which perfectly combines high-speed acquisition card and scanning frequency laser, and the image signal is not affected by depth. The measurement range of the eye axis length can reach 44mm, and real-time "dynamic panoramic visualization" measurement is achieved. During the measurement process, the morphology and structure of the cornea, anterior chamber, lens, vitreous body, and macular fovea are displayed in real time - what you see is what you get. The operation is convenient and fast, and the related functions (such as the ability to modify eye state measurement and data editing) are in line with clinical practical application needs. In addition to conventional formulas, it also has the latest generation Kane series (normal eye, Toric, keratoconus) and EVO series (normal eye, Toric, post refractive surgery) formulas, which meet the needs of various eye states in clinical practice. Calculation of artificial crystal degree. Both clinical applications and preliminary clinical research results have shown that ZW-30 has good repeatability and stability in eye measurements of cataract patients, and is consistent with the measurement results of IOLMaster 700, making it interchangeable. At this conference, the attending experts shared their valuable clinical experience without reservation, which provided great guidance and assistance to the clinical work and academic research of ophthalmic participants, and promoted the widespread application of ophthalmic imaging technology in the clinical diagnosis and treatment of various eye diseases.

Congratulations on the successful conclusion of the Sichuan Province Ophthalmology Clinical New Technology Seminar and Ophthalmic Imaging Exploration Journey! Tupai Medical will continue to independently research and develop ophthalmic medical equipment, deeply cultivate the field of ophthalmic medical equipment, continuously bring innovation to the field of ophthalmic equipment, and work together with clinical experts to improve the diagnosis and treatment level of ophthalmic diseases in China, and promote the development of ophthalmic diagnosis and treatment technology.

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