However, the power of such a technique was quickly realized, and it has been successfully applied to investigate many diverse systems, such as stem cells dynamics, neuroimaging, finance, and the solar-terrestrial system.
FF-TEM has emerged as an artifact-free method for observing diverse systems such as surfactant aggregates, polymer and polymer surfactant solutions, and microemulsions, as well as biological and biomedical systems.
Besides online social networks [20, 23, 25], it is possible to apply SNA to discover knowledge in the most diverse systems, such as mobile operators [12, 19, 40], Internet websites [1, 13], railroads [13], citation networks [17], movies and actors [21], sports leagues [28] and many others.
They are required for plasma membrane projections in diverse systems such as lamellipodia formation in migrating animal cells [5], [6], dendritic spine morphology in neurons [7] or trichome morphogenesis in plant cells [8], [9].
We found that in diverse systems, such as mESCs and fly hematopoiesis, Asrij levels affect stemness.
In the past, the approach has been successfully applied for diverse systems such as gene regulatory networks (Albert and Othmer, 2003; Chaves et al., 2005), models of floral morphogenesis (Mendoza et al., 1999), mammalian cell cycle (Mendoza, 2006), EGFR signalling (Samaga et al., 2009) or apoptosis (Schlatter et al., 2009).
For the most part, the ecosystem services which satisfy a large number of human preferences are supplied by relatively simple, non-diverse systems, such as salt marshes (useful for water filtration), and the low-diversity agricultural systems in which food is produced.
Whereas, it is found that graphene has quite different influences on the rate performance in diverse evaluation systems, such as commercial soft-packed cells and coin half-cells.
The proposed method is simple, efficient and suitable for realizing large-scale high numerical aperture PCMLs array, which has potential applications in diverse optical systems such as optical storage and three-dimensional imaging.
This could lead to a revolutionary change in the optimization and design of diverse engineering systems, such as nano-mechanical oscillators, vibratory energy harvesters, and civil infrastructure systems, with an eventual reduction in cost and an increase in the quality of such systems and structures.
Method overloading Dynamic capacity tables (a feature dropped from the draft of COBOL 2002) COBOL programs are used globally in governments and businesses, and are running on diverse operating systems such as z/OS, VME, Unix and Windows.
