Sentence examples for total pathways from inspiring English sources
In some cases, breaking ties only slightly increased path number, to 30 total pathways (compared with 27), whereas in others the number of accessible pathways was increased to up to 298 total pathways.
Functional mapping populated 32 total pathways (Figure 6B) of which only 10 are populated early and 20 are late.
Results for a similar analysis of downregulated pathways were: 89 total pathways (clusters): 6 (∼7%) significant; 10 hypothesis-related (associated with neuronal or myelin-related function, ∼11%); probability that 5 significant and hypothesis supporting pathways would be found by chance was highly unlikely (p = 7-5, binomial test).
The pathways were ranked within each method and the fraction of real versus total pathways was computed and visualized.
Through KEGG-based pathway analysis, A. glycines transcripts were assigned to one or more of 129 total pathways (Additional file 2).
The number 40 (out of 200 total pathways) was chosen so that a nontrivial overlap between two groups of 40 pathways from two experiments could provide statistically reliable results.
The length of total pathway was measured over seven different temporal length scales (step lengths), ranging from one day to one week, and a seasonal mean was calculated.
In total, pathway annotations were available for 1,462 of the 7,819 genes (∼19%).
The first variable is a positive integer, which is a relative measure of the contribution of that particular flux to the total pathway.
The Total Pathway Connectivity (P T ) is defined as the sum of all pathway gene degrees (K); For n total genes associated with pathway i. Edges comprising the Total Pathway Connectivity (P T ) can be divided into Internal (P IN ) vs. External (P EX ), defined as edges which connect 2 genes within a pathway vs. edges which connect a gene within the pathway to a gene outside of the pathway.
To address this question, we defined the Total Pathway Connectivity (P T ) for each of the 128 annotated pathways in our ensemble graph as the sum of all degrees (K) for genes included in a pathway.
