As the protein–protein interaction (PPI) data increase exponentially, the development and
usage of computational methods to analyze these datasets have become a new research …

Introduction Plant–microbe interactions play a vital role in the development of strategies to
manage pathogen-induced destructive diseases that cause enormous crop losses every …

The microbe-associated molecular pattern flg22 is recognized in a flagellin-sensitive 2–
dependent manner in root tip cells. Here, we show a rapid and massive change in protein …

To identify sets of genes that exhibit similar expression characteristics, co-expression
networks were constructed from transcriptome datasets that were obtained from plant …

A cell's various components interact with each other in a coordinated manner to respond to
environmental cues and intracellular signals. Compared to the other biological networks, the …

Protein–protein interaction mapping has gained immense importance in understanding
protein functions in diverse biological pathways. There are various in vivo and in vitro …

In recent years, extracting information from biological data has become a particularly
valuable way of gaining knowledge. Molecular interaction networks provide a framework for …

Proteins are the building blocks of life, and a vast array of cellular processes is handled by
protein–protein interactions (PPIs). The protein complexes formed via PPIs lead to tangled …

Protein complex immunoprecipitation (co-IP) is an in vitro technique used to study protein–
protein interaction between two or more proteins. This method relies on affinity purification of …

Pathogens and plants are involved in a coevolutionary battle for dominance. As plants lack
adaptive immune systems, they rely on their innate immunity to protect themselves from …