Is the diagnosis and treatment equipment of Professor Yang Hui, Guangzhou Ophthalmology Department, Sun Yat sen University advanced?
As a famous ophthalmologist in China, Professor Yang Hui of the Guangzhou Ophthalmology Department of Sun Yat sen University is concerned about whether his diagnostic and therapeutic equipment is advanced. This article will elaborate on Professor Yang Hui's diagnosis and treatment equipment from four aspects to evaluate its advancement.
Advanced imaging equipment
The Guangzhou Ophthalmology Department of Sun Yat sen University where Professor Yang Hui works is equipped with advanced imaging equipment, such as high-definition fundus camera, OCT, etc. Using optical technology and computer image processing technology, these devices can obtain high-resolution fundus images in real time and conduct accurate quantitative measurement of eye tissues. These imaging devices can quickly and accurately detect various eye diseases, such as glaucoma, macular degeneration, etc., providing an important reference for Professor Yang Hui's diagnosis and treatment.
In addition, the imaging equipment can also be used for navigation and guidance of eye surgery. For example, in cataract surgery, Professor Yang Hui can observe the patient's eye conditions in real time through imaging equipment, and conduct accurate surgery location, which greatly improves the accuracy and safety of surgery.
Advanced laser equipment
Professor Yang Hui's diagnosis and treatment equipment is equipped with advanced laser equipment, such as laser corneal ablation instrument, laser myopia surgical instrument, etc. These devices can change the shape and structure of eye tissue through laser action, so as to achieve the purpose of correcting vision and treating eye diseases.
Among them, laser corneal ablation instrument can be used for correction of myopia, hyperopia and astigmatism. It adopts precise laser technology, which can cut a specific shape structure on the cornea and change the refraction of light in the eyes to achieve the effect of correcting vision. This laser surgery has the characteristics of high accuracy and fast recovery.
The laser myopia surgical instrument can change the curvature of the front surface of the eye through the action of the laser, thus correcting myopia. This kind of operation is non-invasive and can be completed in a few minutes. After the operation, the vision recovers quickly and the postoperative pain is slight.
Advanced surgical equipment
Professor Yang Hui has a series of advanced surgical equipment that can be used in all aspects of eye surgery. For example, a high-precision operating microscope can provide a clear field of vision to help Professor Yang Hui operate accurately during surgery. In addition, surgical instruments are also carefully designed to improve the safety and effectiveness of surgery.
In cataract surgery, Professor Yang Hui's advanced equipment allows him to perform minimally invasive surgery. Operation through small incision can reduce tissue damage and speed up the recovery of patients. In addition, the surgical equipment is also equipped with advanced tools such as high-frequency electric knife, which can reduce intraoperative bleeding and improve the surgical effect.
Advanced remote diagnosis and treatment equipment
The Guangzhou Ophthalmology Department of Sun Yat sen University also has advanced remote diagnosis and treatment equipment, which can realize remote collaboration and remote diagnosis. Professor Yang Hui can communicate with experts remotely through the network to discuss and diagnose cases together. This has greatly expanded the scope of academic exchange of Professor Yang Hui, and also provided convenience for patients nationwide.
Remote diagnosis and treatment equipment can also realize remote consultation and remote surgery guidance. If doctors in a region encounter cases that are difficult to deal with, they can consult Professor Yang Hui through remote diagnosis and treatment equipment for professional guidance. Professor Yang Hui can observe the operation process through remote equipment and provide real-time surgical guidance and help.
Summary
To sum up, the diagnosis and treatment equipment of Professor Yang Hui, Guangzhou Ophthalmology Department, Sun Yat sen University is advanced in imaging equipment, laser equipment, surgical equipment and remote diagnosis and treatment equipment. These devices not only provide accurate and accurate detection and diagnosis means, but also improve the safety and effect of surgery. In addition, the application of remote diagnosis and treatment equipment also facilitates academic exchanges and collaboration. Professor Yang Hui used these advanced equipment to provide better medical services for ophthalmic patients.
