The approaches of seed-based correlation analysis [ 6, 13, 14], whole-brain correlation analysis [ 15– 17], and graph-theoretical topological analysis [ 12, 18] were primarily used to derive the resting-state FC and the brain network.
We show here that for displaced fiber systems, the use of anatomical approach for seed ROI selection yields insufficient results.
We exemplify our conceptual approach with studies of seed dispersal and recruitment in the wild olive tree in unaltered and severely altered adjacent sites.
In the case of an unsupervised approach, a list of seed terms has to be suggested by the experts which then can be used to automatically find and classify other terms that, e.g., are synonyms or antonyms to the manually labeled terms, or in other ways are co-occurring with terms with a known label.
Molecular breeding approaches to change composition of seed oil are targeting important genes involved in the fatty acid biosynthesis pathways, which have been intensively studied and many genes involved have been characterized.
New approaches of using carbon seeds for SWCNT "cloning" are also summarized.
Similar observation is found in the case of 5 but in this case, the reliability approach confirms the result of Seed and Highway Bridge of Japan methods, as it indicates that liquefaction will occur (PL = 91%).
The duration of the prenucleation period decreases until it reaches values also observed for monomer-swollen micelles, and it approaches infinity in the presence of seed particles.
The adoption of such multidisciplinary approaches has extended our understanding of seed lipid metabolism and, as will be discussed below, generated new specialized platforms for oil production.
Regardless of the abortion of the ovule, the fruit continues its development, although as the stage of seed dispersal approaches, the fruit dries, the valves open partially, rarely falling off completely, and the fruit can remain on the tree even if the next flowering and fructification stages have started.
We experimented with two alignment approaches: with two seeds of 21bp and with one seed of 25bp.
