NRPSs use a set of core domains, known as a module, to accomplish peptide synthesis.
To include these features, we introduce a continuous modularity paradigm, where the border of a module and overlap between modules can both be found, allowing each module to accomplish a relatively autonomous function and to influence the function of other modules.
Intracellular elements, i.e. modules, to accomplish these functions may show molecular redundancy and diversity.
Subsequently, an NADH supplementation module, fdh1 gene from Saccharomyces cerevisiae coding formate dehydrogenase, was introduced and its expression level was tuned for coordinating the galactose-utilizing and the n-butanol producing modules to accomplish maximization of the production rate of n-butanol from galactose.
Cluster analyses identified modules of coordinately regulated genes and the different modules appear to accomplish distinct cellular functions during follicle assembly.
A gene bionetwork analysis identified gene modules of coordinately expressed interconnected genes and it was found that different gene modules appear to accomplish distinct tasks during primordial follicle assembly.
To understand the activation observed, it is necessary to identify the main processing modules needed to accomplish the given task successfully.
Now some of these modules are used to accomplish card read/write procedures and therefore internal architecture of those modules are again implemented based on FSM format for the realization of above procedures.
In cell polarization and movement, a biochemical and biophysical picture is emerging of how those complex functional modules self-organize to accomplish their functions (Howard et al., 2011; Goehring and Grill, 2013).
Then, five other top-level Verilog modules were also required to accomplish the correct wiring of the scalable accelerator to the chosen memory subsystem module.
Since the genes of each module may act in concert to accomplish distinct cellular processes during follicle assembly, each module was analyzed separately for gene networks of putative regulatory relationships.
