New scientific research achievements of Guangzhou Eye Hospital
As a medical institution specialized in diagnosis, treatment and research of ophthalmic diseases, the ophthalmic hospital has been committed to exploring new scientific research achievements to provide better ophthalmic medical services. Guangzhou Eye Hospital has recently made some important scientific research achievements, which have broken through the limitations of traditional ophthalmic medicine in many aspects, and will have a significant impact on the development of ophthalmology.
Application of gene therapy in glaucoma treatment
Glaucoma is a disease that seriously threatens the visual health. Traditional treatment methods have limited effect. The scientific research team of Guangzhou Eye Hospital successfully found a new gene related to glaucoma by applying gene therapy technology. Through stem cell reprogramming and gene expression regulation, the scientific research team successfully repaired the damaged tissues of the patients' eyes and improved the therapeutic effect of glaucoma. This study has achieved remarkable results in clinical practice, which brings new hope for the treatment of glaucoma.
In addition, the scientific research team of Guangzhou Eye Hospital also found some important breakthrough gene variations through in-depth research on the genetic mechanism of glaucoma, which are closely related to the risk of glaucoma. The accurate detection of these gene mutations can provide important guidance in the early accurate diagnosis and treatment of glaucoma, and strive for more treatment opportunities for glaucoma patients.
Application of machine learning in cataract surgery
Cataract is one of the most common eye diseases. The research team of Guangzhou Eye Hospital is committed to improving the safety and effectiveness of cataract surgery. Through the application of machine learning technology, the scientific research team has developed a set of intelligent auxiliary system to provide real-time image analysis and suggestions during cataract surgery. The system can identify the key steps and risk factors in the operation process, and provide professional advice to help doctors avoid surgical errors and improve the safety and success rate of the operation.
In addition, the scientific research team also used machine learning algorithms to analyze a large number of medical data of cataract surgery, and combined with clinical experience, developed a personalized surgical scheme generation system. According to the individual differences and surgical needs of patients, the system can generate the most suitable surgical plan for patients to improve the surgical effect and satisfaction.
Innovative application of laser technology in refractive surgery
The eye hospital has always been committed to providing efficient and safe refractive surgery. The scientific research team of Guangzhou Eye Hospital has pioneered the innovative application of laser technology in refractive surgery. They developed a more accurate and safe refractive surgery method by combining automatic control and laser cutting technology. Through high-precision laser cutting and real-time eye shape perception, this method can better correct the refraction of patients' eyes and effectively improve vision problems.
In addition, the research team has also developed a laser based keratopathy treatment technology, which can remove abnormal tissue on the corneal surface through laser without traditional surgical resection. This non-invasive treatment method greatly reduces the pain and recovery time of patients, and improves the treatment effect.
Summary
Guangzhou Eye Hospital has made some important scientific research achievements in the field of ophthalmic medicine. The application of gene therapy in glaucoma treatment, the application of machine learning in cataract surgery and the innovative application of laser technology in refractive surgery were elaborated in detail. The breakthrough and innovation of these scientific research achievements will bring important impetus to the development of ophthalmology, and provide safer and more accurate ophthalmic medical services for patients.
