Margaret R Woodhouse  , John L Portwood, Shatabdi Sen, Rita K Hayford, Jack M Gardiner , Ethalinda K Cannon, Lisa C Harper , Carson M Andorf

Genetics; 2023 Feb 9;iyad016. doi: 10.1093/genetics/iyad016. Online ahead of print.

Abstract

Protein structures play an important role in bioinformatics, such as in predicting gene function or validating gene model annotation. However, determining protein structure was, until now, costly and time-consuming, which resulted in a structural biology bottleneck. With the release of such programs AlphaFold and ESMFold, this bottleneck has been reduced by several orders of magnitude, permitting protein structural comparisons of entire genomes within reasonable timeframes. MaizeGDB has leveraged this technological breakthrough by offering several new tools to accelerate protein structural comparisons between maize and other plants as well as human and yeast outgroups. MaizeGDB also offers bulk downloads of these comparative protein structure data, along with predicted functional annotation information. In this way, MaizeGDB is poised to assist maize researchers in assessing functional homology, gene model annotation quality, and other information unavailable to maize scientists even a few years ago.

See https://pubmed.ncbi.nlm.nih.gov/36755109/

Fig. 1. A bar chart showing the website usage (monthly page views) at MaizeGDB. The x-axis shows the years ranging ...