Abstract Self-assembling protein microarrays arrays can be used to study protein-protein interactions, protein-drug interactions, search for enzyme substrates, and as tools to search for disease ...

This review outlines protein microarray techniques that are currently being used for analytical and function-based proteomics, providing a detailed analysis of recent advances in this technology.

A protein microarray consists of the immobilization of proteins in organized rows and columns upon a support structure. The structure of the protein microarray allows for high-throughput analysis ...

A designed polypeptide scaffold contains a surface immobilization domain and a target capture domain for flexible protein arraying. 'Microarray' might just be the hottest buzzword in biology today ...

*These authors contributed equally to the preparation of this manuscript. Cell-based technologies for printing protein microarrays are faced with poor protein expression, protein insolubility ...

These three must be tightly merged with each other in order to provide accurate and best protein detection. The following are some of the label-free protein microarray detection methods.

In addition to screening for protein–protein interactions, the microarray method can also be used to identify substrates for enzymes such as protein kinases, or to screen small molecule ...

Microarrays have advanced significantly over the years, which is a good thing as genomics would not exist if not for that progress. Protein microarray development, however, has not seen as much ...

Researchers at Baylor College of Medicine have developed an artificial intelligence (AI) model that reveals how protein ...

Protein microarrays are one aspect of highly automated, large-scale biological screening technologies, the other is nucleic acid arrays.

Using a novel method that gives a readout of which proteins are in specific locations within cells, UT Southwestern Medical Center researchers have identified a protein that plays a key role in ...