Thus far, we have examined global aspects of the organization of enzymatic functions, disregarding where the proteins carrying out these functions occur in sequence space.
We discuss the implications of this observation, the limitations of our procedure, and propose a general perspective on the organization of protein functions in sequence space.
The organization of these functions also depends on regions anterior to the cingulate gyrus in the medial wall of the frontal lobe.
Later, by making detailed stopwatch measurements of the time required to perform each step of manufacture, Taylor brought a quantitative approach to the organization of production functions.
This method allows for the analysis of the organization of system functions as well as underlying technical and ecosystem structures and associated processes.
This observation underscores the importance of studying the organization of protein functions in sequence space independently from the organization of structures.
We here characterize the organization of enzymatic functions in protein genotype space, using a data set of more than 30,000 proteins with known structure and function.
Thus, any analysis aiming to understand the organization of protein functions in sequence space must not tie itself too closely to protein structure, while respecting that structure constrains function.
According to the first results of the study one can conclude that behind the outwardly similar clinical symptoms in patients in VS lies a diverse (due to the organization of brain functions) group of patients.
