The Supreme Court disagreed, but at least it was consistent, since it had ruled during World War II that a wheat farmer could not use this argument to escape federal war efforts to regulate wheat production (Wickard v. Filburn).
After powdery mildew infection, TalnRNA5 and TapmlnRNA19 were up-regulated 12hai in JD8 and JD8-Pm30 genotypes, and their corresponding miR2004 was also increased in abundance, which strongly indicated that these two long npcRNAs were processed to miRNAs to regulate wheat response to powdery mildew infection.
In the hormone signal pathways, besides the participation of two major players (abscisic acid and gibberelin) in controlling germination events, other hormones are involved in an intricate interaction web regulating wheat seed germination [ 24].
These clones represented putative defense response genes that were differentially regulated in wheat after infection with P. triticina.
In Wickard v. Filburn, from 1942, the Court said that the federal government could regulate the amount of wheat grown on a farm, even if none of the wheat was sold across state lines, or even if no wheat was sold at all.
The Court has allowed Congress, among many other examples, to regulate the amount of wheat a farmer may grow on his farm for personal purposes, the types of customers small restaurants are obligated to serve, loan sharking by small time hoods, and the private growing of marijuana never bought or sold and permissible under state law.
Therefore, the available GPC-RNAi transgenic wheat plants and their non-transgenic control represent an excellent entry point to study the gene networks regulating senescence in wheat.
SignalP (http://www.cbs.dtu.dk/services/SignalP) was performed to examine signal peptides of fungal and wheat regulated proteins.
A pioneering study in this field was represented by the e-QTL analysis of Cor14, a cold regulated gene of wheat and barley.
Because of the undesirable effects of DON on human and animal health, its presence in grain is tightly regulated in many wheat grain markets [ 7].
Two of them were identified as the HvNAM1 and HvNAM2 genes in barley, the homologs of a NAC transcription factor (NAM-B1) that increases GPC by regulating senescence in wheat [ 14].
