• 回到顶部
  • 18700773749
  • QQ客服
  • 微信二维码
首页    Fluorophore & Reagents    SpyRho 555

SpyRho 555

SpyRho 555

SpyRho 555 is a fluorogenic dye ligand for RNA live cell imaging

SpyRho 555 is cell permeable, highly fluorogenic and photostable. It allows live cell RNA imaging in combination with the rhodamine binding aptamer RhoBAST. It can be used in living or fixed cells. Contains 1 vial of SpyRho 555 (100 stainings).

产品参数
  • 品牌 Spirochrome
    品名 SpyRho 555
    货号 SC018
    规格 100 stainings
    售价 询价
    λabs 562 nm
    λfl 581 nm
    λSTED 660 nm
    运输 常温
    储存 -20℃
    能否用于固定细胞 能用于固定细胞
 
 
产品描述

SpyRho 555 is a fluorogenic dye ligand for the RNA aptamer RhoBAST developed by the lab of Murat Sunbul in Heidelberg University1). SpyRho 555 is a rhodamine dye that is cell permeable, highly fluorogenic and photostable. With its high affinity and fast on/off binding kinetics to its cognate aptamer RhoBAST, it allows overcoming the main issues of live cell RNA imaging. SpyRho 555 is highly suited for widefield, confocal, STED or single molecule localization microscopy in a PAINT like setup.

SpyRho 555 enables multicolor imaging with SPY505, SPY595, SPY650, SPY700, SiR and GFP. SpyRho 555 can be imaged with standard TMR or Cy3 settings. Probe quantity allows 100 staining experiments.*

Figure 1. A Chemical structure of SpyRho 555. B SpyRho 555 reversibly binds to RhoBAST aptamer with fast kinetics. Unbound SpyRho 555 exists predominantly in the closed form and is not fluorescent. Upon binding to RhoBAST aptamer, SpyRho 555 switches to the open form and becomes highly fluorescent.

*Based on the following conditions: 0.5 ml staining solution / staining experiment with 1x probe concentration. The number of staining experiments can be further increased by reducing the staining solution volume or the probe concentration.

产品说明书: SpyRho 555 datasheet

产品SDS下载: SpyRho 555 SDS

产品光谱: Ex/Em spectra (excel format)

 

 

参考文献:1. Daniel Englert et al. Fast-exchanging spirocyclic rhodamine probes for aptamer-based super-resolution RNA imaging” bioRxiv 2022.10.24.513449 https://doi.org/10.1101/2022.10.24.513449