In this work, we focus mainly on understanding how bistability and oscillations are induced by the interplay between two RNAs and one protein.
Our hypotheses are focussed mainly on understanding population-level differences.
The few studies we found were relatively old, focused mainly on understanding specific aspects of the PR, and were usually country specific [ 7, 13- 15].
In the current study devoted mainly to understanding the transcriptional regulation of MAGE-A1, we detected that ectopically expressed BORIS was able to induce MAGE-A1 promoter activity in MCF-7 cells and micrometastatic BCM1 cells.
Our research interest lies mainly with understanding the coordination between replication and repair machinery in higher plant genome with special emphasis on the role of single subunit, short gap- filling family-X DNA polymerase orthologues in plant DNA replication and repair (DNA polymerase λ) [ 5- 9].
Investigation of this process has been focused mainly on understanding contributions from vernalization (Schmid, 1974; Lexander, 1987; Crosthwaite and Jenkins, 1993; Sadeghian, 1993; Hohmann et al., 2005; Reeves et al., 2006; Milford et al., 2010) and, more recently, from photoperiod (Chia et al., 2008), including the interactive effects of vernalization (Van Dijk, 2009).
In the present review, we will summarize the recent progress in understanding mainly the interactions between graphene and cells.
Those studying the determinants of income inequality mainly concentrate on understanding the relative stability of inequality during the period 1990 2000, despite the rapid economic growth.
To sum up, the success of CO2 in shale reservoirs is mainly depending on understanding its main mechanisms which are totally different from its mechanisms in conventional reservoirs.
