Dendrites contain thousands of postsynaptic sites and long-lasting forms of activity-dependent synaptic modifications (memory storage) are believed to require local protein synthesis.
These enzymes modify free fatty acids into acyl-CoA derivatives, thus retaining them in the cell and making them available for subsequent modifications and storage [ 44].
Whereas sucrose is the same molecule that is transported from source tissues and thus theoretically needs no further modifications before storage in a vacuole, starch needs a number of enzymatic steps for its formation.
False positives are mostly due to nonspecific binding, alteration of the reporting signal (quenching of the fluorescence signal, cytotoxicity to the cells, etc)., and chemical modifications during storage of the chemicals.
While post-translational modifications of storage proteins have been extensively studied in legumes, they have received less attention in cereals where, with the notable exception of rice, prolamins constitute the majority of the accumulated polypeptides.
Previous studies reported that initial reactions of isoprenoid biosynthetic pathway occur in the leaves, while later step modifications and storage of saponins occurs in the roots [ 54] thus the amount of saponins is higher in roots.
The cinnabar moth Tyria jacobaeae (Lepidoptera, Arctiidae), an insect specialized for plants containing toxic PAs, has evolved an FMO for the modification and storage of these plant-derived toxins [1].
The only further modification was storage of the RNA at -70°C instead of -20°C.
Finally, to reduce false positives resulting from some chemical modification upon storage, we prepared a fresh solution of each positive hit just before counterscreening.
Carbohydrate-Active enzymes (CAZymes) are enzymes responsible for the synthesis, degradation and modification of storage and structural biomass polysaccharides [ 4] and thus are the most important enzymes for bioenergy research.
