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Due to the functional complexity, highly dynamic nature, and low presence percentage, the study of protein ptms remains challenging These processes occur on almost all proteins, and many domains within proteins are modified on multiple amino acids by diverse modifications. Here we summarize and discuss the major chemical biology tools and chemical proteomics approaches to enrich and investigate the protein ptm of interest.

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Nature increases the functional diversity of the proteome through posttranslational modifications (ptms) Ptms are the chemical modification of a protein after translation and have a wide range of effects on the function and structure of the target proteins A process that involves the proteolytic processing or catalytic attachment of diverse functional groups onto proteins

These modifications modulate a host of biological activities and responses.

By integrating global protein interaction networks and specific ptms, our study offers a novel approach to unraveling the role of ptms in cellular processes The function of proteins is frequently modulated by chemical modifications introduced after translation from rna. As a result, various aspects of normal cell biology and pathogenesis are impacted. Protein ptms can also be reversible depending on the nature of the modification.

Ptms have recently emerged as a hotspot in plant research, encompassing horticultural plants and tropical crops This review aims to systematically describe various types of ptms affecting plant proteins and their associated pathways and interactions. In this review, we address the regulation of protein stability through ptms with a focus on the emerging eld of protein stability fi control by methylation.