Flowering regulators and photosynthetic efficiency in plants under salt stress
Flowering, a pivotal stage in plant development, marks the transition from vegetative to reproductive growth, and it is particularly vulnerable to environmental stressors such as salinity.
With his advisor, Clemencia Rojas and collaborator Seema Sahay, Thiago Maia will investigate the role of proteins involved in immune-related pathways that activate defense responses in Arabidopsis thaliana. His previous observations indicate a potential role for these proteins in the salt stress response.
Photosynthesis, the primary source of energy for flowering, is also highly vulnerable to salinity stress. There is a need to identify genetic regulators that integrate the efficiency of both flowering and photosynthesis under salt stress. Such discoveries could help researchers to develop salt-resistant crops for challenging environments.