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Ningli Wang
H指数:60
被引数:1.4万
个人简介
Professor Wang Ningli is the director of Beijing Tongren Eye Center, director of Beijing Institute of Ophthalmology, president of Ophthalmology Academy of Capital Medical University, President-Elect of Chinese Ophthalmological Society, president of Ophthalmology Society of Beijing Medical Association, chairman of China WHO Collaboration Center of Prevention of Blindness, director of Asia-Pacific ophthalmic society. Professor Wang Ningli has done many pioneering research works in the area of glaucoma: proposed the new classification system of primary angle-closure glaucoma based on the mechanism of angle-closure; proposed the new theories that the high Trans-Lamina Cribrosa Pressure difference can cause optic nerve damage in glaucoma and conduct a series of studies to verify; performed the study on the mechanism of glaucomatous posterior retinal neuron damage, and proposed the concept that glaucoma is a disorder of whole visual pathway; discovered the pathogenesis of exfoliation syndrome in Chinese population is different from that in European and American people, and made the diagnostic criteria of exfoliation syndrome for Chinese people; designed and spearheaded a number of new ophthalmic technologies, such as non-penetrating trabecular surgery, improved surgical extra-trabeculotomy, Schlemm's forming dilatation, two-phase aqueous drainage implantation and endoscopic implantation in high myopia and etc; introduced the high-frequency ultrasound biomicroscopy and designed the ophthalmic panoramic ultrasound biomicroscopy with independent intellectual property rights; performed manufacturing technology and equipment research on implantable and individualized higher-order aberration corrective lens for human eyes by integrating innovation; organized some large-scale eye disease epidemiology in China - Handan Eye Study and An Yang Children Eye Study. He has published nearly 300 papers, which included more than 100 SCI papers. Recently, his paper on the three new loci involved in primary angle closure glaucoma was published in Nature Genetics, also had been selected as a research highlight on Nature Middle East. He gained the Golden Key Awards of Chinese-American Ophthalmological Association, the Outstanding Achievement Awards of Chinese Ophthalmological Society, the Achievement Awards of Asia-Pacific Academy of Ophthalmology (APAO), the APAO Arthur Lim Awards，the Senior Clinician Scientist Awards of World Glaucoma Association (2011). Chinese medical science and technology prize, first prize, (2011).
教育背景
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工作经历
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荣誉奖项
- Golden Key Awards｜Chinese-American Ophthalmological Association
- Outstanding Achievement Awards｜Chinese Ophthalmological Society
- Achievement Awards｜Asia-Pacific Academy of Ophthalmology (APAO)
- APAO Arthur Lim Awards
- Senior Clinician Scientist Awards（2011）｜World Glaucoma Association
- Chinese medical science and technology prize, first prize（2011）
减少脂滴可调节损伤反应并增强视神经挤压后CNTF诱导的轴突再生
近视控制阿托品治疗浓度逐步增加（SIMC）研究
眼科基础模型的混合使用有助于缓解与海拔相关的领域偏移
Science Bulletin
IF21.1
医生与人工智能在真实临床案例中评估大型语言模型时存在分歧
npj Digital Medicine
IF15.1
颅内压降低与AQP1-敲除小鼠视网膜中线粒体OPA1及细胞色素c释放相关
Brain Sciences
IF2.8
基于突触晶体管的运动分析，实现超越人类能力的高速视觉感知
Nature Communications
IF15.7
RetSTA：一种基于大语言模型（LLM）的临床眼底图像报告标准化方法
一种基于AI驱动的多模态智能家居平台，用于卒中后运动障碍的持续监测与辅助
原发性闭角型青光眼和原发性闭角型青光眼病筛查指标性能的差异：邯郸眼科研究
联合手术周边虹膜切除术、房角粘连分离术和房角切开术治疗无白内障的原发性闭角型青光眼晚期患者的两年疗效：一项多中心研究
全基因组关联研究（GWAS）确定了与眼生物测量和形态学相关的原发性闭角型青光眼的易感位点。
Nature Communications
IF15.7
iPSC来源的ITGA6阳性细胞可恢复青光眼眼中的房水外流
Nature Communications
IF15.7
黄斑厚度及其相关因素：一项在健康 cynomolgus 猴群中的研究——非人灵长类动物眼部研究
基于可解释Transformer学习框架的IDH基因分型与胶质瘤预后研究
视网膜血管指纹作为原发性闭角型青光眼进展的新型生物标志物
Rag1-/- 小鼠在视神经压迫后表现出较轻的视网膜炎症反应和视网膜神经节细胞损伤，且存在T和B淋巴细胞缺陷。
neuroscience
IF2.8
微导管辅助的微创青光眼手术对开角型青光眼的疗效与并发症：一项系统评价和网络Meta分析
周边虹膜切除联合虹膜角分离术和前房角切开术与 Trabeculectomy 治疗 Advanced PACG 的随机临床试验
JAMA OPHTHALMOLOGY
IF9.2
