TABLE 4.
Representative correlated reaction sets
Set number | Reaction name | Stoichiometry/Exchange |
---|---|---|
1 | atp | INPUT |
adp | OUTPUT | |
2 | prl1 | rPRL + j2 → rPRLj2 |
prl2 | rPRLj2 + PRL → rlPRLj2 | |
prl3 | rlPRLj2 + rPRLj2 + 2 atp → 2 adp + 2PRLj2 | |
PRL | INPUT | |
rPRL | INPUT | |
2PRLj2 | OUTPUT | |
3 | prl4 | 2PRLj2 + stat5A → 2PRLj2s5A |
prl5 | 2PRLj2s5A + atp → PRLj2s5Ap | |
prl6 | PRLj2s5Ap → 2PRLj2 + stat5AP + adp | |
4 | I4 | INPUT |
rI4 | INPUT | |
5 | il4i | 2I4j1 + stat6 → 2I4j1_s6 |
il4j | 2I4j1_s6 + atp → I4j1s6p | |
il4k | I4j1s6p → 2I4j1 + adp + stat6P | |
6 | il4l | 2I4j3 + stat6 → 2I4j3_s6 |
il4m | 2I4j3_s6 + atp → I4j3s6p | |
il4n | I4j3s6p → 2I4j3 + adp + stat6P |
Each set of reactions always appears together in a set of extreme pathways for the JAK-STAT signaling network. The complete list of correlated reaction sets, as well as the reaction and component abbreviations, are provided in the supplementary material.