Here we propose that tolerance to oxygen may explain several aspects of eukaryote complexity including lineage origin.
The use of models to study the dynamics of transitions is challenging because of several aspects of transitions, notably complexity, multi-domain and multi-level interactions.
These ancestral features include the actin and tubulin-based forms of cytoskeleton, the nuclear pore, the spliceosome, and the ubiquitin signaling network, to mention only several aspects of the inherent organizational complexity of eukaryotic cells [ 12– 16].
Despite advancing molecular studies on DM1, newly discovered factors continue to add complexity, and several aspects of the pathogenesis are still unclear.
We have examined the accumulation of regulatory complexity in human genes, by analyzing several aspects of gene expression in genes of different evolutionary ages.
Patient centered outcomes better reflect the complexity and the impact of the disease, and several aspects of health status predict clinically meaningful outcomes in COPD [ 48, 49].
Such a complex process is clearly too difficult to interpret fully, but it serves to illustrate several aspects of the development of flavors discussed above and, in particular, demonstrates the complexity of the nature of the chemistry of cooking.
Although the development of in vitro culture techniques has greatly improved our knowledge of blood cell production, several aspects of hemopoiesis remain unresolved due to the inability of current in vitro models to reproduce the complexity of the bone marrow.
Several aspects of GPCR function, which are currently being characterized, clarify some regulatory processes regarding these receptors and, at the same time, introduce novel levels of complexity which should be taken into consideration for rational drug design.
Several aspects of this passage stand out.
Several aspects of the poll stand out.
