In the early and mid-1980s, scientists used phages to express recombinant proteins. The protein was retained inside the virions, so screening required growing viral plaques, creating a stamp of these ...

Reviewed by Michael Greenwood, M.Sc. In phage-display, a gene encoding the surface protein of a bacteriophage is replaced with a gene encoding a novel protein. The technique can be used in drug ...

Chemists are taking a p[h]age from bacteria's playbook in order to beat viruses at their own game and develop new drugs to fight cancer and a host of other human diseases in the process. Chemists at ...

Recent advances in phage display for molecular evolution incorporate deep sequencing to enable greater library coverage. However, severe gaps and limitations associated with next generation sequencing ...

Phage display is an increasingly popular, robust, and rapid method of antibody identification, particularly for antigens not amenable to antibody discovery using traditional hybridoma technology.

Company will combine this technology with ribosome display to increase speed and reliability of screening. Scil Proteins acquired a phage-display technology known as Tat Phage display from the German ...

From L to R: Frances H. Arnold was recognized for her work in the directed evolution of enzymes, while George P. Smith and Sir Gregory Winter were honored for the phage display of peptides and ...

Techniques that put natural evolution on fast-forward to build new proteins in the lab have earned three scientists this year’s Nobel Prize in chemistry. Frances Arnold of Caltech won for her method ...

Aga2-fusion protein binding to yeast cell by Aga1. Image provided by Invitrogen. Phage display systems, reviewed in a recent issue of The Scientist, 1 have proven enormously useful for the detection ...

mRNA display is a technique that can identify proteins which bind to specific regions in DNA. This method has several advantages over other methods, such as yeast-to-hybrid, immunoprecipitation, phage ...