Results for Chemicals & Small Molecules ( 98591 )
- From: €324.00
SPY650-DNA is a bright, photostable, far-red & non toxic live cell nuclear stain based on our SPYTM dyes series. Its optimized structure allows quick labeling of DNA in live & fixed cells with high specificity and very low background. SPY650-DNA stains the nuclei of live or fixed cells without the need for genetic manipulation or overexpression of fluorescent proteins. Its emission in the far red minimizes phototoxicity and sample autofluorescence. SPY650-DNA enables multicolor imaging with SPY505, SPY555, SPY595, SPY700, GFP or m-cherry. SPY650-DNA can be imaged with standard Cy5 filtersets. It can be used for widefield, confocal, SIM or STED imaging in living or fixed cells and tissue. Probe quantity allows 100 staining experiments.
- From: €425.00
SPY650-FastAct™ is a bright, far red, fluorogenic & non toxic F-actin stain based on SPY™ dyes series. Its optimized structure allows to label F-actin in live cells with high specificity and low background. The unique and unmatched feature of SPY650-FastAct™ is its ability to label very dynamic actin, like LifeAct™* but the probe does not require any genetic manipulation, transfection or overexpression of fluorescent proteins. SPY650-FastAct™ is based on our bright, photostable & far red SPY650 fluorophore which is far superior than fluorescent proteins. SPY650-FastAct™ enables multicolor imaging with SPY505, SPY555, SPY595, SPY700, GFP or m-cherry. SPY650-FastAct™ can be imaged with standard Cy5 filterset. It can be used for widefield, confocal, SIM or STED imaging of living cells and tissue.*LifeAct™ is a registered trademark of Ibidi GmbH.
- Ref: 27003
- From: €225.00
Afatinib, also known as BIW-2992, is an irreversible dual inhibitor of epidermal growth factor receptor 1 (EGFR) and 2 (HER2) tyrosine kinases. Afatinib suppresses EGF-induced EGFR phosphorylation and cellular proliferation in various cell lines, including EGFR-overexpressing and HER2-expressing cell lines A431, NIH-3T3-HER2, NCI-N87 and BT-474.