The most common heat responses were communication about heat, outreach, and collaborations with other organizations.
The common heat responsive genes represent a small set of genes, which are, as they are differentially expressed in each inbred line likewise, absolutely necessary, i.e. indispensable key genes for the heat response as discussed for drought stress in maize by [ 49].
Other common heat stress response proteins included DnaK proteins (Os01g62290, Os03g11910 and Os03g16920), DnaJ protein (Os05g48810), and heat shock protein (Os02g52150, Os05g44340 and Os01g04370) (Additional file 3).
All organisms, including eukaryotes and prokaryotes, share a common heat shock response mechanism, which involves a number of reactions, including new protein synthesis, folding, intracellular targeting, specific biological functions, and protein degradations.
The genes related to heat response and oxidative stresses were common to both accessions, which indicates conserved As stress-associated responses for the two accessions.
Interestingly, the majority of heat response transcription factors genes were responsive to the heat treatment.
Therefore, identifying GRMs of heat response is instrumental for understanding cellular responses to heat shock.
Heat response was generally more extensive in counties with heat plans.
Heat response was greater if a county had a heat plan in 2011.
Another common heating system is the radiant hot-water type.
