Carbonic anhydrase genes network: Key role players in pH flux and abiotic stress tolerance

The persistent change in climatic conditions increasing the exiting stress conditions for plants resulting the internal fight to overcome stress challenges. Under normal condition COfixed in cells 2 enters either c3 or c4 cycle. Whereas, any imbalance/stress leads to the accumulation of carbonic acid and hydrogen peroxide; even, at extreme condition cyanide accumulation leads to cell death. Identification of interacting molecules by network analyses will help in translational research and network rewiring in developing adaptations to abiotic stress conditions. In this report, we tried to elucidate the existing carbonic anhydrase network of Glycine max and its relationship with abiotic stress condition