A variety of studies have demonstrated that many genes are involved in the defense response of rice to M. oryzae.
Plant hormones (e.g. salicylic acid and jasmonate/ethylene), Ca2+, mitogen-activated protein kinases (MAPKs), and OsRac1 play important roles in the immune response of rice to BPH.
Hayashi, S., Wakasa, Y., Takahashi, H., Kawakatsu, T. & Takaiwa, F. Signal transduction by IRE1-mediated splicing of bZIP50 and other stress sensors in the endoplasmic reticulum stress response of rice.
From this experiment, it was elucidated that acclimation of instantaneous photosynthetic response of rice population to [CO2] occurs in vegetative phase through changes in ratio of leaf area to whole plant dry weight, LAR.
To better understand the response of rice to nutrient stress, we have taken a systematic approach to identify rice genes that respond to deficiency of macronutrients and affect rice growth.
The highest response of rice yield to nitrogen fertilizer addition was obtained for 60 kg N ha−1 in combination with 3 Mg ha−1 of rice straw for the two tillage systems.
This strongly suggests that AA accumulation was a general response of rice to chilling stress at the seedling stage.
This up-regulation suggests an important role of both JA and SA in the response of rice to insect infestation.
Our data show that the loss of activity of the LRR-RLK DOCS1 gene affects gravitropism perception and response of rice roots at several stages of development.
The response to stress was detailed, with many up-regulated terms (Figure 3F2), suggests the dynamic response of rice root at this time point.
In the current study, our main objective was to understand the transcriptomic response of rice to different conditions of Fe availability.
