These efforts have led to programmed circuits, spatially organized pathways, co-activated catalytic ensembles, rational optimization of synthetic multi-enzyme pathways, and linear scalability from the micro-liter to the 100-liter scale.
Some stakeholders think that a centralised registration system for children entering the care system might create much needed transparency and more organized pathways to care.
Ranking by path length is often a byproduct of the applied graph search algorithm (i.e., k-shortest paths) and used to organize pathway results.
An emerging strategy to combat this problem is to spatially organize pathway enzymes into multi-protein complexes, where high local concentrations of enzymes and metabolites may enhance flux and limit problematic interactions with the cellular milieu.
We decided to analyze the position of localized enzymes organizing biochemical pathways from a genome-scale metabolic network of E. coli [ 20] into Elementary Flux Patterns (EFP) [ 21].
It was the first initiative, which started to provide the tools for compiling and organizing the pathway information in the cross-disciplinary field of signal transduction.
For decades metabolism has been organized into pathways and recently it has been observed that genes in pathways are often co-regulated [ 11].
Sulfur utilization biosynthetic pathways were obtained from AraCyc v3.4 (http://www.arabidopsis.org/biocyc/) and modified to better organize the pathways based on metabolites of importance for glucosinolate synthesis (Table S8).
Since genes are usually functionally organized into pathways, it is necessary to explore the gene regulation in terms of the pathways involved.
Already during fetal development sex steroids permanently organize neuronal pathways involved in reproductive behavior and later, at puberty, sex steroids released form the gonads activate these differentiated pathways [ 5].
