Sentence examples for molecular control and from inspiring English sources

DNA replication is temporally and spatially organized in all eukaryotes, yet the molecular control and biological function of the replication-timing program are unclear.

And slug polymerization, which we proposed as a new polymerization method, enables continuous production of particles and independent control of polymer properties by separating the molecular control and precipitation processes.

The discovery of the regulatory role of RNA has revolutionized our understanding of the molecular control and genome organization of living cells [ 1, 2].

This raises important questions regarding the molecular control and the sequence of cellular events acting downstream of auxin signalling during cell fate re-specification and tissue regeneration.

Taken together, these data led to the establishment of the "integrated model of hematopoiesis" [ 17], proposing that despite striking phenotypic differences between mammalian megakaryocytes and nonmammalian thrombocytes, there is a clear link between mammalian and nonmammalian erythroid and thrombocytic cells in terms of their molecular control and their proliferation potential.

Thus, it is possible that the measure of serum levels of these cytokines and the investigation of their polymorphisms together could have contributed to a better understanding of the molecular control and respective protein synthesis, clarifying the possible associations with outcomes.

As a consequence, future studies may investigate in detail the distinct transcriptional pathway involved in the immunoregulation of T-cell exhaustion in chronic virus infection, providing different molecular controls and therapeutic targets to treat chronic HBV infection.

Research into the molecular controls and growth conditions that affect sterol biosynthesis [ 21- 24] has highlighted the scope to utilise the brewing yeast S. cerevisiae for squalene production [ 25- 27, 16].

Cell culture and plant regeneration are the bases for cotton biotechnology through genetic transformation, and so understanding the molecular control of dedifferentiation and redifferentiation is key to manipulating the SE process.

In addition to understanding the molecular control of autophagy and its conservation between zebrafish and mammals, it is important to examine the onset of expression of the pathway components.

In addition, genetic redundancy has likely impeded progress toward fully understanding the molecular control of tissue and organismal morphogenesis (Thomas, 1993; Pickett and Meeks-Wagner, 1995; Tautz, 2000; Herman and Yochem, 2005; Bussey et al., 2006).