WebSPY555-actin is a bright fluorogenic, non toxic, cell permeable and highly specific live cell probe for fluorescence imaging of actin. Product contains 1 vial of SPY555-actin in … We also use different external services like Google Webfonts, Google Maps, and … Sir-actin stains endogenous F-actin without the need for genetic manipulation or … SPY555-DNA is a bright & non toxic live cell nuclear stain based on our SPY TM … SPY555-BG can be imaged with a standard Cy5 filterset. It can be used for widefield, … SPY555-FastAct™ is a bright, fluorogenic, non toxic, cell permeable and highly … SPY620-actin enables multicolor imaging with SPY505, SPY555, SPY650, SPY700, … Sir700-actin stains endogenous F-actin without the need for genetic … SPY555-tubulin is a bright & non toxic live cell microtubule stain based on our …
Fluorogenic probes for live-cell imaging of the cytoskeleton
WebSPY555-actin is the newest addition to Spirochrome’s family of F-actin live cell imaging probes. SPY555-actin is an improved version of the SiR-actin probes as a lower concentration can be used which offers robust labeling and reduced cytotoxicity and perturbation of actin cytoskeletal dynamics. Web17 Jan 2024 · Alternatively, SPY555-Tubulin could be replaced by SPY555-Actin revealing the F-actin netw ork. Instead of combi ning the green and the orange channel , t wo MaP618 probes (SPY620 - DNA and stihl 240 chainsaw
SPY555-actin - Live cell actin probe - spirochrome
WebSPY555-actin is the newest addition to Spirochrome’s family of F-actin live cell imaging probes. SPY555-actin is an improved version of the SiR-actin probes as a lower … WebCY-SC202 SPY555-Actin Probe 100 slides AT -20°C CY-SC203 SPY555-Tubulin Probe 100 slides AT -20°C CY-SC204 SPY555-BG Substrate, Abs./Em. 555/580 nm 35 nmoles AT -20°C CY-SC301 SPY595-DNA Probe 100 slides AT -20°C CY-SC401 SPY620-DNA Probe 100 slides AT -20°C CY-SC402 SPY620-Actin Probe 100 slides AT -20°C CY-SC404 SPY620-BG … WebIt has been reported that SPY555-actin stabilizes A- lament; thus the A- lament concentration naturally increases when this probe is used,41making quantitative anal- ysis difficult. However, depending on the cells and measure- ment conditions, the effect of external stimuli such as PDT becomes greater than that of stabilization. pitched delay by lkjb