Chi-square test of cluster membership based on offense type. by Kwanele Shishane (14475217)

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Chi-square test of cluster membership based on education level. by Kwanele Shishane (14475217)

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Effect-size measures and significance tests for pairwise analysis, according to the type of variables in each pair. by Jesus Felix Bayta Valenzuela (6996767)

Clustering performance comparison. by Zongjin Li (38031)

“…We propose a novel deep graph clustering feature selection (DeepGCFS) algorithm to identify hypertension gene biomarkers with more biological significance. …”

Average efficiency by cluster. by Adriana Cobas (18585109)

Average efficiency by cluster. by Adriana Cobas (18585109)

Significantly Enriched Pathways. by Jiyong Zhang (2498740)

“…By comparing samples from NAFLD patients and healthy controls, we identified 1,770 significant DEGs, with 1,073 being upregulated and 697 downregulated. …”

Dynamics of the modified Markov-based model. by Yeftanus Antonio (11608060)

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Graphs commonly clustered as top RNA-like and non-RNA-like graphs by five clustering methods. by Rui Wang (52434)

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LISA significance map. by Bibian N. Robert (17457829)

Overlay visualization clusters over “Mediterranean”. by Sabri Öz (17334543)

Gene specific primers used for <i>GmNN1/FT2a</i> fine mapping. by Xinxin Li (281237)

Clustering of sperm proteomes based on semen quality parameters in Italian chicken breeds. by Simona Nonnis (9181670)

Hierarchically clustered heat map of the metabolites with the highest VIP value with statistical significance. by Cu Ean Ong (11890424)

Frequency of clustering results. by Xinhuan Zhang (9541577)

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DNN based testing result for <i>n</i> = 10. by Syed Muhammad Hamedoon (19565635)

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Clustering across ages: The figure shows means of statistically significant clustering for recordings from infants at each of 6 age intervals. by Hyunjoo Yoo (3178128)

“…</b> Squeals showed significant clustering for more than 30% of infants at all ages except the 3–4-month interval, where 27% of infants had significant clustering of squeals. …”

Dog clustered based on PCoA using individual SNP genotypes. by Anastassiya Perfilyeva (7122332)

Clustering of ROIs and average trace of each ROI cluster. by Virgil Christian Garcia Castillo (19688355)

Hierarchical clustering based on the gene-expression data of three brain regions. by Souvik Seal (12437166)