Table 1.

Statistics for the 16 clusters for Fig. 1

cl.	genes	HL		phase		width		ontology
		mean	std	mean	std	mean	std
1	101	13.26	(9.54)	32.4	(9.4)	2.2	(0.56)	RNA, rRNA, and tRNA processing and metabolism, ribosome biogenesis and assembly
2	58	16.02	(19.07)	26.3	(7.6)	2.3	(0.66)	RNA, rRNA and tRNA processing and metabolism, RNA helicase, ribosome assembly
3	101	16.46	(8.65)	43.3	(15.4)	2.1	(0.65)	RNA polymerase, translation initiation, regulation, and termination, nucleotide biosynthesis
4	34	19.44	(10.19)	98.2	(9.7)	6.3	(3.54)	transferase activity, DNA replication, cell cycle
5	102	22.99	(10.27)	67.7	(11.8)	3.3	(1.95)	glycine metabolism, nitrogen and sulfur metabolism, amino acid biosynthesis
6	102	24.59	(11.67)	177.4	(51.0)	5.2	(3.43)	retrotransposons, long term repeats
7	124	24.59	(13.45)	109.6	(15.8)	5.0	(2.88)	mitochondrial membrane organization and biogenesis, mitochondrial transport
8	151	24.72	(11.80)	128.3	(9.4)	7.6	(2.96)	mitochondrial ribosome, envelope, and membranes
9	232	25.76	(13.78)	44.8	(22.5)	2.6	(1.46)	cytoplasmic ribosomes, translation processes
10	154	28.34	(16.36)	169.7	(20.3)	6.0	(3.59)	ion/cation transmembrane transport, electron transport, oxidative phosphorylation
11	230	31.99	(19.05)	246.7	(35.5)	5.4	(3.90)	endopeptidase activity, protein catabolic process, proteasome, actin filament organization, glycolysis, gluconeogenesis
12	65	32.69	(18.68)	214.8	(14.8)	5.5	(2.28)	lipid and alcohol metabolic process, peroxisome
13	223	38.24	(28.35)	245.8	(12.6)	9.2	(3.71)	kinase activity, vacuolar transport, membrane organization and biogenesis
14	128	39.10	(29.27)	285.5	(16.1)	10.1	(4.19)	arginine biosynthesis, protein folding
15	117	42.83	(28.02)	258.7	(11.5)	10.2	(4.59)	hydrolase activity, fatty acid oxidation, cytokinesis
16	29	45.74	(26.30)	307.8	(15.1)	8.7	(2.84)	catalytic activity