The major process groups are vapor/aerosol, liquid, and solid phase synthesis.
Ten major process groups can be assigned within each system: symptomatic, developmental, degenerative, circulatory, inflammatory, immunologic, neoplastic, traumatic, toxic and idiopathic (details, see [ 13]).
Major "Biological process" groups were constituted by the following GO terms: organic substance metabolic process (18 %), primary metabolic process (17 %), biosynthesis process (9 %), establishment of localization (7 %), catabolic process (1.5 %), response to stress (1 %), and pathogenesis genes (0.1 %).
Major biological process groups included genes related to cellular metabolic processes (30 %), primary metabolism (34 %), biosynthetic processes (19.81 %), regulation of biological processes (14 %), establishment of localization (18 %) and response to stress (1.5 %).
Secondary aims were to provide up-to-date estimates of the mean sodium concentration of major processed food groups and categories that contribute sodium to the UK food supply and to compare unweighted mean sodium values with means weighted by annual food-purchasing volumes.
It is widely accepted that angiosperm flowers and their insect pollinators have influenced each other's evolution, but there is still considerable uncertainty about whether or not coevolution has been a major process in the diversification of these groups.
Although some HGTs could be identified, major accepted bacterial groups were found within the functional groups described before, suggesting vertical inheritance as a major process to explain their presence in the bacterial genomes.
Cell wall formation includes 23 CVG groups (16 have experimental annotations), reflecting the fact that cell wall biosynthesis is a major process during vascular development.
By linking several organismal groups to major processes in global biogeochemistry, it is now possible to appreciate the wide array and diverse nature of soil organism functions in the biosphere.
The results provide an insight into the alteration of thiol-redox profiles in proteins that function in major processes in seeds and include groups of redox- and stress-responsive, genetic information processing and cell cycle control, transport and storage proteins, enzymes of carbohydrate metabolism, proteases and their inhibitors.
In this study, considering that SO4 2− appeared both in factor 5 with NO3 −, it implies that SO4 2− also presented a similar source with NO3 −, coming from the use of fertilizers such as ammonium sulfate with major element of N and S. The combination of factor 3 and factor 5 is recognized as the "pollution" group which indicates major processes deteriorating the regional groundwater quality.
