d-clust | d-count | related 6-mers | Functional Cluster Name | f-count | P-val | Â |
---|---|---|---|---|---|---|
Fig. 4a | 182 | AAAATT, AAATTT, AATTTT, ATGAGC, CGATGA, CTCATC, GAGATG, GATGAG, GCGATG, TGAAAA, TGAGAT, TGAGCT, AAGGGG, AGGGGC, AGGGGG | nucleolus | 120 | 2.90E-129 | Â |
 |  |  | ribosome biogenesis | 90 | 2.30E-108 |  |
 |  |  | ncRNA processing | 111 | 1.70E-94 |  |
 |  |  | 90S preribosome | 45 | 4.50E-47 |  |
 |  |  | nuclear lumen | 127 | 1.20E-97 |  |
Fig. 4b | 85 | TACACC, CCGTAC, CCATAC, ATCCGT, ACCCAT, ACATCC | cytosolic ribosome | 82 | 9.70E-131 | Â |
 |  |  | ribosome | 79 | 2.90E-128 |  |
 |  |  | structural constituent of ribosome | 82 | 6.40E-111 |  |
 |  |  | cytosolic small ribosomal subunit | 36 | 1.30E-51 |  |
Fig. 4c | 36 | AACGCG, ACGCGA, ACGCGT, CGCGAA, CGCGTC, CGCGTT, GACGCG, TCGCGT | chromosome | 16 | 6.00E-11 | Â |
 |  |  | cell cycle | 23 | 9.00E-13 |  |
 |  |  | mitotic sister chromatid cohesion | 9 | 9.40E-12 |  |
 |  |  | DNA metabolic process | 19 | 6.60E-11 |  |
Fig. 4d | 13 | GATAAG | amide catabolic process | 6 | 6.20E-13 | Â |
 |  |  | purine metabolism | 5 | 3.40E-11 |  |
Fig. 4e | 30 | AAGGGG, AGGGGC, AGGGGG, | response to temperature stimulus | 21 | 6.30E-25 | Â |
 |  |  | response to abiotic stimulus | 21 | 8.10E-21 |  |
 |  |  | vacuolar protein catabolic process | 14 | 4.20E-16 |  |
Fig. 4f | 7 | GCACCC, GGGTGC | iron transport | 5 | 3.10E-09 | Â |
 |  |  | iron ion transport | 5 | 2.60E-08 |  |
 |  |  | siderophore transport | 4 | 8.70E-08 |  |