Here, using novel culturing and computational methods as well as latest analytical techniques, we mapped the proteome and transcriptome during the replicative lifespan of budding yeast.
Mapping the whole proteome onto 20 AAs provides a large parameter space and thus high specificity, while also exhibiting maximum sensitivity, i.e., detecting statistically significant differences between two "identical" biological proteomes, which conventional methods based on individual proteins fail to uncover.
For that reason, many experts say it does not make sense to have a proteome project like the genome project, or to claim to completely map the human proteome.
This is applied to map the proteome of the mitochondrial intermembrane space (IMS), which can freely exchange small molecules with the cytosol.
This method maps the proteome of each organism on the pre-computed protein families in the Pfam database [26] and uses the Spearman's correlation of these mappings to establish the similarity between bacterial genomes and cluster them into groups.
Pathway analysis [3,4] provides mapping of the proteome onto more than 160 known signaling pathways and dozens of metabolic pathways.
As only minimal progress has been made in mapping the human proteome using high-throughput screens, the transfer of interaction information within and across species has become increasingly important.
AtLPEAT1 was also ER predicted in a study mapping the Arabidopsis proteome [ 18].
But many competitors and academic experts said that they were skeptical that anyone could create a complete proteome map, saying the proteome is too vast and that it is unclear what the term "entire human proteome" even means.
