Controversy over where exactly the precursors of this molecule come from was stirred by early 2000s studies of Baroja-Fernández et al. and Muñoz et al. In higher plants, sedimentable organelles containing this molecule direct the gravitropism response. The enzyme SEX1 is involved in the breakdown of this molecule. This molecule is synthesized by a namesake synthase from the precursor ADPG, which is created by AGPase. Lugol's solution turns black when this molecule is present. In contrast to monocots, whose main (*) photosynthate is sucrose, the main photosynthate in dicots is this compound. This molecule consists of a
Controversy over where exactly the precursors of this molecule come from was stirred by early 2000s studies of Baroja-Fernández et al. and Muñoz et al. In higher plants, sedimentable organelles containing this molecule direct the gravitropism response. The enzyme SEX1 is involved in the breakdown of this molecule. This molecule is synthesized by a namesake synthase from the precursor ADPG, which is created by AGPase. Lugol's solution turns black when this molecule is present. In contrast to monocots, whose main (*) photosynthate is sucrose, the main photosynthate in dicots is this compound. This molecule consists of amylose and amylopectin and its degradation to simple sugars is catalyzed by the enzyme amylase, present in saliva. For 10 points, name this plant storage carbohydrate commonly detected by iodine staining.
Controversy over where exactly the precursors of this molecule come from was stirred by early 2000s studies of Baroja-Fernández et al.