green fluorescent protein

To illustrate, S will be calculated for green fluorescent protein.

Other commonly used reporters include green fluorescent protein and luciferase.

The researchers used compounds fused with green fluorescent protein, which is easy to trace.

Some bacteria were programmed to produce a green fluorescent protein at high concentrations of the chemical.

Proteins can also pass through the cytoplasmic sleeve (for example Green fluorescent protein).

Other fusion proteins such as green fluorescent protein may act as a reporter gene.

One of them, Green fluorescent protein is now widely used as a marker of molecular activity.

This research also marked the beginning of research into green fluorescent protein which was summarized by Shimomura.

In addition, green fluorescent protein is used as a reporter so that the behavior of the network can be observed using fluorescence microscopy.

Green fluorescent protein makes cells glow green under UV light.

See also green fluorescent protein.

Green fluorescent proteins are genetically encoded and can be covalently fused to your protein of interest.

Ethidium bromide, Fluorescein and Green fluorescent protein are common tags.

Aequoreids include Aequorea victoria, the organism from which the green fluorescent protein gene was isolated.

Three main types of fluorophores are used: small organic dyes, green fluorescent proteins, and quantum dots.

Both are color variants of green fluorescent protein (GFP).

Green fluorescent protein is successfully expressed in C. elegans, starting its career as a fluorescent marker.

But William Ward, a professor at Rutgers University, has a solution: green fluorescent proteins.

By replacing the gene with a new version fused to a green fluorescent protein (or similar) marker, expression may be directly quantified in live cells.

Cerulean cyan fluorescent protein is a mutant of green fluorescent protein.

Living cells can be genetically engineered to produce Green fluorescent protein (GFP).

She had replaced one of the mouse's genes with another, and was looking for a green fluorescent protein to tell her whether the transfer had been effective.

The blue light produced is in turn transduced to green by the now famous green fluorescent protein (GFP).

Cameleon is an engineered protein based on variant of green fluorescent protein used to visualize calcium levels in living cells.

Dr. Stelzer said the use of green fluorescent protein instead of conventional labeling dyes was critical to making the microscope work.