The strongest effect was identified for colds (p = 0.008).
A stable operating region, bordered by two unstable regions, has been identified for the cold model riser.
Interestingly, among the genes encoding for the regulatory proteins, several transcription factors have been identified for the first time as cold responsive genes in plants, indicating novel investigation lanes which should receive special attention in the future.
In a recent study a QTL has been identified for percent seed set under cold water conditions at reproductive stage on chromosome 3 and used for identification of lines with high spikelet fertility under cold stress which may be different from the QTL identified in this study (34, 35).
Consultations were identified for acute upper RTIs including colds, cough, otitis-media, rhino-sinusitis and sore throat.
For the micro combustors with d = 2 mm, the regime of successful ignition (under the cold wall condition) was identified for different combustor lengths.
A variety of physiological stimuli (e.g., cold exposure, exercise) and signaling ligands (e.g., FGF21, BMP, VEGF) have been identified for their potential to induce WAT browning4.
Yang ([2013]) used bulked segregant analysis (BSA), combined with NGS (referred to as NGS-BSA) to identified six QTLs for cold tolerance at the seedling stage via resequencing DNA pools from 385 extremely tolerant F3 individuals of Nipponbare/LPBG.
In the present study, two strategies, traditional QTL mapping and Seq-BSA were employed to identify the genes for cold tolerance at the booting stage in recombinant inbred lines (RILs) derived from a cross between a cold sensitive variety, Dongnong422, and a strongly cold-tolerant variety, Kongyu131.
Our results show agreement with literature-based results in identifying genes important for cold tolerance, and have suggested additional genes that might be involved in other abiotic response (with CEJ1 and RD29A at the core).
