… our 35 shortest path genes were hubs in the background network or not, we ran a permutation
to count the occurrence time of our 35 shortest path genes in the shortest paths between 6 …

… 114 and 161 shortest path genes were also hubs in the background network, we performed
a … We identified 25 shortest path genes in NSCLC and 38 shortest path genes in SCLC with a …

… For S bone i and S breast i , all shortest paths connecting any gene in S bone i … network.
Then, we counted the betweenness of each shortest path gene based on these shortest paths. …

… path genes. To determine whether our 527 shortest path genes were hubs in the background
network… for the 527 shortest path genes on the shortest paths between 119 randomly …

… -th shortest paths in the protein–protein interaction network. We set k = 1, 2 in this study, ie,
for each pair of candidate proteins, the 1st shortest path and the 2nd shortest path were found …

… shortest paths and constructed shortest path-weaved subnetworks (SSN). We conjectured
that the pathway interaction … of biological signal or interaction through topologically important …

… life span, we applied a shortest-path network algorithm to a pre-existing protein–protein
interaction dataset in order to construct a shortest-path longevity network. To validate this …

… We argue that neither nor can be shortest paths and, in turn, that p cannot be a shortest s
i -t i path (due to the optimality of subpaths). Below, we prove this claim for , noting that the …

… We apply our algorithm to orient protein–protein interaction networks in yeast and compare
it with two state-of-the-art algorithms. We find that our algorithm outperforms previous …

… Real networks comprise from hundreds to millions of interacting elements and … , networks
present an apparent lack of metric structure and are difficult to map. Yet, many networks have a …