Sentence examples similar to labelling technologies from inspiring English sources

Fundamentally, immunoassay evolution corresponds to the evolution of immunoassay labelling technology.

We therefore investigated directly the ability of the two compounds to inhibit the protein kinases identified by nucleotide acyl phosphate labelling technology.

Data retrieved from the Affymetrix platform was normalized using median over entire array as reference because of single color labelling technology.

Nowadays, the four main labeled technologies including radioactive-, enzyme-, fluorescence-, ananoparticle-labeledled technologies were applied widely to biochemistry analysis because of the advantages of high sensitivity and selectivity.

As a Microsoft spokesperson told us, though, the Azure Information Protection service takes it classification and labeling technologies from Secure Islands.

The author Douglas Adams once made a witty point about technology: the inventions we label "technologies" are simply those which haven't yet become an invisible, effortless part of our lives.

The applications include cell fate control with artificial ligands, screening of membrane proteins, mapping of protein protein interactions, cancer therapy, viral display methods for vaccination/screening, and smart protein labeling technologies using a chemical tool.

The resolution of our labeling technologies may not be sufficient to pick up these differences in the endosomal microenvironment, but the fact that we do observe genetic differences suggests that microenvironmental differences may exist.

The mouse studies reported thus far have not applied genetic labeling technologies to the morphologic analysis of neurons with large and complex arbors, an application that requires extremely sparse labeling and that is only rendered practical by limiting the labeled population to one or a few predetermined neuronal subtypes.

In mammals, genetically-directed cell labeling technologies have not yet been applied to the morphologic analysis of neurons with very large and complex arbors, an application that requires extremely sparse labeling and that is only rendered practical by limiting the labeled population to one or a few predetermined neuronal subtypes.

Additional cell fractionation and small quantity RNA labeling technologies [ 41, 42] will need to be developed to address this issue.