Mar 17, 2018 · We investigated network regularities on a fine scale in order to examine the functional impact of recurring motifs in signed oriented biological networks.
Analysis of Triplet Motifs in Biological Signed Oriented Graphs Suggests a Relationship Between Fine Topology and Function · Alberto C, G. Cesareni · Published in ...
Analysis of Triplet Motifs in Biological Signed Oriented Graphs Suggests a Relationship Between Fine Topology and Function. March 2018. March 2018. Authors ...
Quantitative Biology Molecular Networks. Analysis of Triplet Motifs in Biological Signed Oriented Graphs Suggests a Relationship Between Fine Topology and ...
Analysis of Triplet Motifs in Biological Signed Oriented Graphs Suggests a Relationship Between Fine Topology and Function. Preprint. Mar 2018.
Stimulus-dependent functional network topology in mouse visual ...
www.ncbi.nlm.nih.gov › PMC10349950
Varying the threshold on significant motifs naturally changes their total count, but importantly, it does not substantially change the relationship between the ...
Jan 5, 2023 · We then classify the triplet motifs by event sequencing and neuron recruitment to derive a natural summary of in fourteen motif classes. This ...
Mar 18, 2022 · We develop a toolbox for topological analysis based on Circuit Topology, allowing for the quantification of inter- and intracellular genomic heterogeneity.
Missing: Fine | Show results with:Fine
Feb 25, 2024 · To transform signed graphs from topology space to embed- ding spaces, there are different methods adopted in current models. In this section ...
With this “topological featurization” technique, previously poorly-classifying neurons provided sufficient information to classify stimuli with high accuracy.