Scientific Library

The Silicon Rhodamine-like (SiR) technology has significantly contributed to the recent development of DNA and cytoskeletal analysis by live cell imaging.

In 2014, two new Silicon Rhodamine-like (SiR)

LipiDye lipid droplet Green* is a new highly sensitive fluorescent probe for detecting lipid droplets in live or fixed cells. In this, let's review the characteristics of this dye which is compatible

Ppc-1 is a novel small molecule derived from cellular slime mould. In this post, I'd like to introduce the characteristics of this compound for your in vitro mitochondrial research.

For more than 2 years now, the Silicon Rhodamine-like (SiR) technology has allowed the live cell imaging field with fluorescence microscopy to evolve significantly.

Fluorescent SiR-probes have appeared

As you may already know, Spirochrome have developed a broad range of Live Cell Imaging probes for the staining of DNA, Lysosome, F-Actin and Microtubules.

Based on the use of the Silicon rhodamine-like

With their polycationic properties, polyamine organic compounds are involved in various biological functions (DNA-RNA interaction, gene expression...), and can also be considered as cancer marker.

In this

Real time visualization of cellular events by Live Cell Imaging (LCI) has led to a better understanding of the global dynamic biological process. In a constantly evolving field, tebu-bio regularly introduces

Following on from the popular SiR-Probes, earlier this year Spirochrome introduced new SPY probes, as presented in this post.

Take a few minues to watch this video of the SPY™ Actin, Tubulin and DNA

Despite its importance in the regulation of many cellular processes, membrane tension is still complicated to measure. And despite valuable insights, the techniques currently available remain complex and

With the great success of the SIR-probes for efficient labeling of the cell Cytoskeleton, DNA and Lysosome, Spirochrome have just launched a series of 10 new live cell fluorescent tools : The SPY^TM probes