Proteins frequently move quickly between various organelles and cell compartments. They are frequently connected to a fluorescent, brilliantly shining protein component to be seen under a microscope.

Organelles in cells were originally often independent cells, which were incorporated by host cells and lost their ...

and cytoskeleton proteins. Scientists can also apply organelle dyes as counterstains in live cell imaging, which is useful in functional studies. Additionally, non-organelle, disease-related targets ...

With a fluorescent microscope, an investigator is now better able to study individual cells and image subcellular entities, such as organelles, proteins, microtubules, and chromosomes. Owing to ...

Voltair (right), a sensor developed to measure the membrane potential of organelles, operates on a similar principle but uses fluorescent ... the second most-used protein-based drugs act on ...

With it, biologists can use expansion microscopy to visualize the thin membranes that form the boundaries of cells and enclose the organelles ... tissue sample and a fluorescent molecule for ...

and serves as a retention signal for proteins in this organelle. Together, these domains confirm that CRT is an endoplasmic reticular protein (Figure 1). Once scientists have some knowledge about ...