… Such differential analyses are necessary to take our understanding of system-wide molecular
mechanisms to the next level ( Figure 6 ). While the future of plant proteomics looks very …

… The development of widespread sequencing technologies in the field of molecular biology
has sped up research on noncoding RNA and the failure of DNA transcription to produce …

… Proteomics provides an important molecular approach to … the proteome regulatory network
in leguminous plants. In the present review, we have discussed the role of different proteomic …

… methylation can be inherited in the next generation [10]. DNA … show correspondent proteins
in the proteomic data. In addition… of proteomic technologies to analyze the entire proteome. …

Full article: Common bean as a potential crop for future food security: an overview of past,
current and future contributions in genomics, transcriptomics, transgenics and proteomics Skip …

… their applications to plant biology research … future perspectives in MS-based proteomics
and metabolomics development including their applications to and challenges for system biology…

… the hierarchy of central dogmas of molecular biology (Fig. 25.1)… Proteomics encompasses
the comprehensive investigation … In proteomic studies, the identification and characterization of …

… A new generation of μPAC columns designed specifically for low-input samples has recently
released which facilitated the identification of nearly 1,500 protein groups from just 250 pg …

… From the traditional methods of studying proteins emerged proteomics, a large-scale
study of the proteome which is able to provide a snapshot of total proteins in an organism. As …

… molecular biology. In clear contrast, unlike the polymeric nature of nucleic acids and proteins,
precursors (building blocks) for the biosynthesis of PSMs are highly diverse. PSM scaffolds …