Attack and defense behaviors with the sensory–motor algorithm between multiple predators and prey. by Hiroyuki Ichijo (13891153)

Algorithm 7: Branching and Algorithm 8: Directed branching. by Mizuki Kato (5557610)

Algorithm 4: Manage Purkinje cell fronts and Algorithm 5: Dendritic root initialization. by Mizuki Kato (5557610)

Algorithm 1: Single front growth and Algorithm 2: Manage granule cell fronts. by Mizuki Kato (5557610)

Algorithm 3: gc_soma. by Mizuki Kato (5557610)

Algorithm 6: Dendritic elongation. by Mizuki Kato (5557610)

Combined Analysis of Multiple Glycan-Array Datasets: New Explorations of Protein–Glycan Interactions by Zachary Klamer (4570672)

“…We then evaluated the feasibility and value of the combined analyses of multiple datasets. In an integrated analysis of datasets covering multiple lectin concentrations, the software determined approximate binding constants for distinct motifs and identified major differences between the motifs that were not apparent from single-concentration analyses. …”

Combined Analysis of Multiple Glycan-Array Datasets: New Explorations of Protein–Glycan Interactions by Zachary Klamer (4570672)

“…We then evaluated the feasibility and value of the combined analyses of multiple datasets. In an integrated analysis of datasets covering multiple lectin concentrations, the software determined approximate binding constants for distinct motifs and identified major differences between the motifs that were not apparent from single-concentration analyses. …”

Differentially abundant fungal genera in RRMS versus healthy controls. by Meeta Yadav (11129656)

Scatter plot illustrating the distribution of ligand molecules present in the PDB. by Santhosh Sankar (9764690)

Evaluating the alignment accuracy of SiteMotif in the binding site of proteins present in the level-1 category. by Santhosh Sankar (9764690)

Unveiling cellular heterogeneity through podocyte subcluster analysis. by Hailin Li (453832)

DataSheet_1_The Molecular Mechanism of Multiple Organ Dysfunction and Targeted Intervention of COVID-19 Based on Time-Order Transcriptomic Analysis.zip by Miao Zou (11198049)

“…The PageRank algorithm was used to identify five hub genes in each organ. …”

Relative solvent accessible surface area (RSA) of PY motifs from the Nedd4-1, SMURF1, and WWP2 interactome reveals that PPxY motifs are more solvent accessible than LPxY motifs. by A. Katherine Hatstat (11552811)

Payoff matrices of sensory–motor IBM. by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”

Payoff matrices of non-sensory motor IBM. by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”

Variables of simulations. by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”

Grid world Program 1.txt (R script). by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”

Grid world Program 2.txt (R script). by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”

Sensory–Motor Program.nlogo (NetLogo program). by Hiroyuki Ichijo (13891153)

“…Moreover, Nash equilibrium behaviors were also identified under a simpler non-sensory motor algorithm. Despite the similarity, the non-sensory motor algorithm and the sensory–motor algorithm had distinct adaptive significance. …”