Table 1

Selection of significantly enriched biological processes

Enriched biological process (P value of enrichment)All proteinsPotentially PKA regulatedEarly responders (10 s), 2nM/5 nM
Vesicle-mediated transport (1.1 × 10−2054 19 14/14 
Platelet activation (4.4 × 10−1222 5/7 
Actin cytoskeleton organization (1.5 × 10−1226 15 11/10 
Regulation of small GTPase–mediated signal transduction (5.5 × 10−1226 13 10/9 
Platelet degranulation (1.5 × 10−812 3/3 
Negative regulation of cytoskeleton organization (3.7 × 10−710 2/3 
Blood coagulation (1.5 × 10−628 7/9 
Regulation of Ras protein signal transduction (4.8 × 10−521 8/4 
Cell-surface receptor linked signaling pathway (1.9 × 10−242 24 11/12 
Enriched biological process (P value of enrichment)All proteinsPotentially PKA regulatedEarly responders (10 s), 2nM/5 nM
Vesicle-mediated transport (1.1 × 10−2054 19 14/14 
Platelet activation (4.4 × 10−1222 5/7 
Actin cytoskeleton organization (1.5 × 10−1226 15 11/10 
Regulation of small GTPase–mediated signal transduction (5.5 × 10−1226 13 10/9 
Platelet degranulation (1.5 × 10−812 3/3 
Negative regulation of cytoskeleton organization (3.7 × 10−710 2/3 
Blood coagulation (1.5 × 10−628 7/9 
Regulation of Ras protein signal transduction (4.8 × 10−521 8/4 
Cell-surface receptor linked signaling pathway (1.9 × 10−242 24 11/12 

Selection of significantly enriched biological processes, according to gene ontology (GO) annotation,13  within the regulated proteins. Given is the number of proteins which can be assigned to the respective biological process from the share of all regulated proteins, the potentially PKA-regulated proteins as well as the early responders which show significant regulation already 10 seconds after stimulation.

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