Myopia among children and adolescents has become a global public health problem, and the myopia rate among children and adolescents in my country is at a high level worldwide.

Professor Bao Jinhua, an Ophthalmology Hospital Affiliated to Wenzhou Medical University, shared the results of 6 years of clinical trials

During the 25th Shanghai International Ophthalmology and Optometry Technology and Equipment Exhibition (COOC), the results of the 6-year clinical trial of designing myopia-controlled lenses by high aspheric microlens (HAL) were released.

The results of the "6-year prospective randomized controlled clinical trial of myopia-controlled lenses for high-astrosphere microlens design of myopia-controlled lenses" by Professor Bao Jinhua's team at the Affiliated Ophthalmology Hospital of Wenzhou Medical University showed that compared with single-astrosphere microlens frame lenses, wearing high-astrosphere microlens frame lenses for six consecutive years, delaying myopia progress reached an average of 1.95D, and delaying myopia axial growth average of 0.81 mm. ”

Yishilu said that in order to better help solve the current situation and challenges of myopia prevention and control in my country, Yishilu Xingqukong has always used scientific and innovative myopia management solutions and solid clinical trials to protect the vision health of Chinese children and adolescents.

The brand of myopia management for children and adolescents using high-astrosphere microlens technology, Yishilu Xingqukong adheres to the brand concept of "control and prevention coordination, efficient youth control", and works with industry experts to actively promote the "shift forward" work of myopia prevention and control and the hierarchical hyperopia reserve management strategy, strengthens the standardization and standardization of myopia control process, and is committed to improving public eye health awareness and delaying the progress of myopia with a scientific myopia management plan.

Myopia control is very important, and comprehensive myopia management cannot be ignored. Professor He Xiangui of Shanghai Eye Disease Prevention and Control Center emphasized that taking early measures to slow down the progress of myopia and prevent myopia from occurring in high-risk groups is of great significance to improving the comprehensive prevention and control effect of myopia and promoting the advance movement of the blindness prevention border. Studies have shown that the benefit of delaying myopia by 1 year can be equivalent to myopia control for more than 2 years. It can be seen from this that grasping the early stage of myopia and "moving the barrier forward" of prevention and control is the key to reducing myopia rate.

Hyperopia reserve is a simple and effective indicator for predicting myopia. Regular inspection of hyperopia reserves can help parents detect problems as early as possible and intervene in a timely manner. During the exhibition, Professor Li Shiming of Beijing Tongren Hospital Affiliated to Capital Medical University called for attention to the application of hyperopia reserves. According to different hyperopia reserve reference values, the implementation of hierarchical management is conducive to achieving more accurate and efficient myopia management.

Professor Li Shiming said: "For children and adolescents who have not myopia, targeted and differentiated management and intervention measures should be carried out based on different hyperopia reserves (adequate, relatively insufficient, pre-myopia). In addition, adequate outdoor activities can effectively reduce the incidence of myopia, and wearing appropriate flat-light high-alloon microlens technology glasses is also an important measure for myopia prevention intervention."

The delayed eye axis growth effect of Yishilu Xingqu control flat-light lens using high aspheric microlens technology has been supported by multiple data. Professor Chen Zhi of the Eye, Otolaryngology Hospital Affiliated to Fudan University and his team released the latest clinical research on lenses based on high aspheric microlens technology last year. The research results show that for children with low hyperopia reserves, wearing glasses for more than 30 hours per week on average, and Estimate Starqu Control flat-light lenses can delay eye axis growth.

Yishilu Xingqukong will continue to respond to the national call, work with industry experts and ecosystem partners to promote eye health consensus, and carry out the cultivation of myopia prevention awareness based on hyperopia reserves from childhood, and call on parents to take their children to regularly screen their vision and cultivate good daily eye habits. In the future, Yishilu Xingqukong will continuously optimize myopia management solutions to meet consumers' personalized needs, and use earlier intervention and more comprehensive myopia management solutions to protect the vision health of children and adolescents.

[Editor in charge: Wu Qilong]