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DOI: 10.3791/66246-v
Wen Li*1,2, Hongyu Li*3, Hao Yan3, Lixiong Gao2, Xiaoling Wang3, Lingping Zhao3, Yuhan Yan1,2, Zi Ye2, Jiafei Xi3, Wen Yue3, Zhaohui Li1,2
1Medical School of Chinese PLA, 2Senior Department of Ophthalmology,The Third Medical Center of Chinese PLA General Hospital, 3Stem Cell and Regenerative Medicine Lab,Beijing Institute of Radiation Medicine
The present protocol describes an optimized 3D neural retina induction system that reduces the adhesion and fusion of retinal organoids with high repeatability and efficiency.
Our group focuses on understanding the pathogenesis and the treatment of human retinal diseases. Our protocol describes an optimized induction technique to generate a neural retina that significantly reduce the probability of escalation and fusion to increase the success rate of retina production until death 60. The modified method is simpler and more efficient in generating neural retina, which can prove to be a better disease model for drug screening and cell therapy.
In the future, we aim to study the effects of physical chemical factors on retinal development and underlying mechanisms using our retinal organoid model. To begin, add one milliliter of 1%extracellular matrix to each well of a 6-well plate. Incubate the plate at 37 degrees Celsius in a 5%carbon dioxide atmosphere.
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