The goal of functional genomics is to determine the function of these proteins.
The function of these proteins inside plant cells has remained a mystery for years.
Thus, gaining insights into the function of these proteins in developmental processes related to shape determination will be key to understanding the remarkable morphological diversity observed in plant organs within and among species.
Given the increasing recognition of their developmental significance, this review highlights the function of these proteins and addresses their phylogenetic and evolutionary relationships.
The function of these proteins will be examined using mutants with the goal of identifying the ROS signaling network that defines root architecture.
To assess the function of these proteins in otolith formation, we performed antisense morpholino oligonucleotide (MO -mediated knockdown of oMO -mediatedlin-1 in zebrafish embryos.
However, the function of these proteins has not been characterized.
However, it is still elusive how partial phosphorylation affects the function of these proteins.
The function of these proteins in mitochondrial protein import in Ectocarpus will need to be confirmed experimentally.
Nevertheless, the lack of YlaC and YlaD homologs in B. pumilus indicates that despite the function of these proteins, they are not essential to H2O2 resistance.
Elucidation of how this post-translational modification alters the function of these proteins should shed light on the role of NO in prostate pathologies.
