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In the present study, expression pattern of all the 18 OsSAP genes have been analysed in response to different biotic stress simulators, in order to get insights into their possible involvement in biotic stress tolerance.
The transcriptional profiles of 33 highly Ra-inducible genes were analysed in response to BL.
Finally, the expression of representative CaRGAs was analysed in response to hormones and in different organs.
Therefore, to gain a better understanding of clostridial hydrogen metabolism, the changes in the relative protein abundance profiles for C. butyricum CWBI 1009 were analysed in response to naturally decreasing pH.
To understand better the ecophysiological mechanisms of salt tolerance of sugar beet and sea beet, the plant growth traits RGR, LAR, SLA, ULR, LWF, leaf succulence and leaf thickness were analysed in response to salinity.
To explore the underlying mechanism of the reduced ROS levels in the transgenic plants during the disease resistance process, the expression of six genes was analysed in response to oxidative stress.
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We requested supplementary data from 36 authors; 25 responded, of whom three did new analyses in response to our queries.
This study represents one of the largest de novo miRNAome analyses in response to different abiotic stresses and development in hexaploid wheat.
Expression analyses in response to abiotic and biotic stresses were based on microarray data (series matrix accession numbers GSE31594, GSE31677, GSE6404, GSE12842 and GSE31660) downloaded from the NCBI gene expression omnibus (GEO) datasets.
Differential gene expression analyses in response to osmotic stress and ABA revealed a strong interplay among various metabolic pathways including abscisic acid and 13-lipoxygenase, salicylic acid, jasmonic acid, and plant defense pathways.
However, most of the miRNAs, such as sma-miR159a, sma-miR171b and sma-miR169a, were upregulated in the Northern blot analyses in response to the NaCl treatment (Fig. 3), which is similar to the results of the abundance analysis (Fig. 2) except for that of the miRNA sma-miR396b, which did not present changes in its levels.
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