LUYOR-3480微孔板細胞輻照儀是用于體外光遺傳（In Vitro Optogenetics）研究的一款LED輻照光源解決方案，是一款體外細胞培養(yǎng)光遺傳刺激系統(tǒng)。體內(nèi)光遺傳學已成為研究小鼠有力扭轉、大鼠和其他動物神經(jīng)回路的標準技術上高質量。但隨著光激活蛋白和其他光反應工具數(shù)量的增加，該技術現(xiàn)在經(jīng)常用于多孔板和細胞培養(yǎng)皿中廣度和深度，用于組織培養(yǎng)深入交流、細菌、斑馬魚加強宣傳、幼蟲和其他研究模型的研究臺上與臺下。LUYOR-3480微孔板細胞輻照儀可以提供理想的輻照波長和光強度用的舒心、輻照時間可以控制，輻照儀的光源能夠放置到細胞培養(yǎng)箱長時間工作集聚效應。
上圖：LUYOR-3480-470nm
LUYOR-3480微孔板細胞輻照儀的特點：
1.輻照光源特別適用于96孔板集成，滿足 6、12互動講、24穩定性、48 和 96 孔板。
2.光源部分和控制器連接線長2米過程中，輻照儀光源部分能夠放置在細胞培養(yǎng)箱里面長時間工作去突破。
3.光源部分能夠滿足培養(yǎng)箱的高濕度環(huán)境工作。
4.輻照光強度可調(diào)達到。
5.輻照時間可調(diào)具體而言。
6.可選波長：365nm、405nm智慧與合力、420nm喜愛、450nm、470nm開放要求、525nm向好態勢、590nm、630nm服務機製、660nm貢獻力量、740nm、808nm等
LUYOR-3480微孔板細胞輻照儀用于：
1.干細胞 (iPSC) 分化Stem cell (iPSC) differentiation
2.發(fā)育生物學 Developmental biology
3.分子生物學Molecular biology
–受體定向蛋白表達（通過 Cry2 激活）receptor directed protein expression (via Cry2 activation)
4.CRISPR/Cas9基因修飾CRISPR/Cas9 gene modification
5.腫瘤學 Oncology
6.眼科和眼科藥物開發(fā)Ophthalmology & ophthalmologic drug development
7.光刺激和蛋白質(zhì)漂白Photostimulation and bleaching of proteins
8.通道病大幅拓展，例如癲癇和心律失常去創新。Channelopathies such as epilepsy, and arrhythmias.
9.光藥理學Photopharmacology
10.光解籠Photo-uncaging
11.光開關激酶抑制劑的創(chuàng)建Photoswitching
12.光動力療法的發(fā)展Development of Photodynamic therapies
13.光化學Photochemistry
LUYOR-3480 Well Plate Illuminator
LUYOR-3480 Well Plate Illuminators are benchtop reactors designed for use in the research or education lab. The LUYOR-3480 is designed for use with a 24 Well Plates or with vials. Currently offered in 400 nm, Cool White 4000K, Blue, Green, broad Green (Lime GR2), Amber, Red and 720 nm (Deep Red).
LED Arrays for optogenetics and photochemistry in well plates
Optogenetics
In-vivo optogenetics has become a standard technique for studying neural circuits in behaving mice, rats, and other animals. But as the number of light-activated proteins and other photoreactive tools has increased, this technology is now used frequently in multi-well plates and cell culture dishes for studies in tissue culture, bacteria, zebrafish, larvae, and other research models.
For these purposes, illumination systems need to be programmable to deliver pulses of light with the correct intensity, timing, and duration. They also need to be incubator compatible. Our LUYOR-3480 series of well plate illuminators were designed to fill this role.
