Possible crossover reactions between the O H and C H pathways were also computed.
Moreover, transcripts related to these toxic pathways were also significantly affected by BT.
Of note, inhibition of integrin signaling, activation of RhoGDI signaling and involvement (no direction predicted) of the IGF1 signaling pathways were also predicted.
The mass and energy balance of co-pyrolysis were analyzed, and the main reaction pathways were also proposed.
In our study, these two mentioned pathways were also found.
In the end, the reaction pathways were also discussed.
Histological and biochemical studies of glucose transporters, the MAPK and glycolytic pathways were also undertaken.
Cardiac and vascular protein expressions of NF-κB and eNOS/Akt/iNOS pathways were also assessed by western blotting.
These same two pathways were also enriched with genes having altered methylation in sperm from THC-exposed versus vehicle-exposed rats (p < 0.01).
Genes involved in auxin and brassinosteroid signaling pathways were also identified, but the relationship of these hormones and plant defense response is largely unknown.
Inhibitors (Axin2, Ror2, Sfrp4) of the canonical Wnt signaling pathways were also increased (Figure 9B).
