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  • LUYOR-3480微孔板细胞辐照仪

LUYOR-3480微孔板细胞辐照仪

LUYOR-3480微孔板细胞辐照仪是用于体外光遗传(In Vitro Optogenetics)研究的一款LED辐照光源,是一款体外细胞培养光遗传刺激系统。体内光遗传学已成为研究小鼠、大鼠和其他动物神经回路的标准技术。但随着光激活蛋白和其他光反应工具数量的增加,该技术现在经常用于多孔板和细胞培养皿中,用于组织培养、细菌、斑马鱼、幼虫和其他研究模型的研究。LUYOR-3480微孔板细胞辐照仪可以提供理想的辐照波长和光强度、辐照时间可以控制,辐照仪的光源能够放置到细胞培养箱长时间工作。

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LUYOR-3480微孔板细胞辐照仪产品详情

LUYOR-3480微孔板细胞辐照仪是用于体外光遗传(In Vitro Optogenetics)研究的一款LED辐照光源,是一款体外细胞培养光遗传刺激系统。体内光遗传学已成为研究小鼠、大鼠和其他动物神经回路的标准技术。但随着光激活蛋白和其他光反应工具数量的增加,该技术现在经常用于多孔板和细胞培养皿中,用于组织培养、细菌、斑马鱼、幼虫和其他研究模型的研究。LUYOR-3480微孔板细胞辐照仪可以提供理想的辐照波长和光强度、辐照时间可以控制,辐照仪的光源能够放置到细胞培养箱长时间工作。


LUYOR-3480-470nm 微孔板细胞辐照仪

上图:LUYOR-3480-470nm

LUYOR-3480微孔板细胞辐照仪的特点:

1.辐照光源特别适用于96孔板,满足 6、12、24、48 和 96 孔板。

2.光源部分和控制器连接线长2米,辐照仪光源部分能够放置在细胞培养箱里面长时间工作。

3.光源部分能够满足培养箱的高湿度环境工作。

4.辐照光强度可调。

5.辐照时间可调。

6.可选波长:365nm、405nm、420nm、450nm、470nm、525nm、590nm、630nm、660nm、740nm、808nm等

LUYOR-3480-525nm 微孔板细胞辐照仪

LUYOR-3480微孔板细胞辐照仪用于: 

1.干细胞 (iPSC) 分化Stem cell (iPSC) differentiation

2.发育生物学 Developmental biology 

3.分子生物学Molecular biology 

  –受体定向蛋白表达(通过 Cry2 激活)receptor directed protein expression (via Cry2 activation)

4.CRISPR/Cas9基因修饰CRISPR/Cas9 gene modification

5.肿瘤学 Oncology 

6.眼科和眼科药物开发Ophthalmology & ophthalmologic drug development

7.光刺激和蛋白质漂白Photostimulation and bleaching of proteins

8.通道病,例如癫痫和心律失常。Channelopathies such as epilepsy, and arrhythmias.

9.光药理学Photopharmacology

10.光解笼Photo-uncaging

11.光开关激酶抑制剂的创建Photoswitching

12.光动力疗法的发展Development of Photodynamic therapies

13.光化学Photochemistry

LUYOR-3480-660nm 微孔板细胞辐照仪

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.



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