Despite the increased access to high-quality plant genome sequences, the set of genes with
a known function remains far from complete. With the advent of novel bulk and single-cell …

Unraveling gene function is pivotal to understanding the signaling cascades that control
plant development and stress responses. As experimental profiling is costly and labor …

High‐throughput technology has become a powerful approach for routine plant research.
Interpreting the biological significance of high‐throughput data has largely focused on the …

Omics and bioinformatics are essential to understanding the molecular systems that underlie
various plant functions. Recent game-changing sequencing technologies have revitalized …

Sequencing technologies are evolving at a rapid pace, enabling the generation of massive
amounts of data in multiple dimensions (eg, genomics, epigenomics, transcriptomic …

The great recent progress made in identifying the molecular parts lists of organisms
revealed the paucity of our understanding of what most of the parts do. In this review, we …

Plants produce a vast array of metabolites, the biosynthetic routes of which remain largely
undetermined. Genome-scale enzyme and pathway annotations and omics technologies …

Following the sequencing of whole genomes of model plants, high-throughput decoding of
gene function is a major challenge in modern plant biology. In view of remarkable technical …

Understanding cellular metabolic systems is vital not only for determining the function of
enzymatic genes, but also for elucidating the coordination among various metabolic …

Many genomic-scale datasets in plants have been generated over the last few years. This
substantial achievement has led to impressive progress, including some of the most detailed …