Innovative chances are created by the high-resolution crystal structure of GFP ... in examining gene expression, and in various biological selections. GFP provides researchers with a rich palette ...

and many people thought that such a complex chromophore structure would need the help of other enzymes in the jellyfish to fold correctly. With the clone in hand, the two had a decision to make. Since ...

The gene for GFP was successfully inserted into ... is known as wild-type or wtGFP and is the most widely used GFP. The structure of GFP includes the primary structure of a chain of 238 amino ...

Martin Chalfie introduced the GFP gene to the genome of C. elegans, which has since enabled the tracking and localization of specific proteins in living organisms; Roger Tsien tweaked the structure of ...

The team installed a mutation in the bacterium's GFP gene to remove its fluorescence. To emphasize the connection to genetic diseases, this phenotype is called "GFP-itis," and students are tasked ...

Years ago scientists realized that the gene for GFP is a perfect marker when they insert another new gene into an organism. By inserting a version of GFP along with their gene of choice ...

Rather than having to examine thousands of jellyfish, the researchers made mutations in a version of the GFP gene that had been transferred into lab bacteria called E. coli, which produce the ...

The virus carried the gene encoding an enhanced version of green fluorescent protein or GFP, which the virus inserts into the marmosets’ genome. The protein glows green under UV light ...