The importance of product design as a main determinant of process design has been emphasized in operations management literature for decades, but the direct and indirect impacts of product design on process and supply chain activities is a research area that has received less attention to date.
Although some genes have been implicated in their role in cellular compartmentalization within the super-phylum (Santarella-Mellwig et al. 2010), genetic determinants of this process are yet to be determined.
In this paper, we examine how the livelihoods of resettlers evolve following resettlement, and examine the determinants of that process.
The high frequency of internal structural symmetry in common protein folds is presumed to reflect their evolutionary origins from the repetition and fusion of ancient peptide modules, but little is known about the primary sequence and physical determinants of this process.
The genetic determinants of this process are poorly characterized.
Thus, here we further investigated the NFA activation of CLC-Ks in oocytes to identify molecular determinants of this process.
These marked phenotypic differences suggested genetic determinants of the process underlying MGC formation in the rat, which we set out to investigate by profiling genome-wide expression levels in macrophages of 200 backcross rats derived from WKY and LEW.
Integrin receptors for extracellular matrix (ECM) are critical determinants of biological processes.
At the same time, soil properties are strong determinants of geomorphic processes such as overland erosion, landsliding and creep.
