Table 3.

Cell cycle-regulated genes with characterized functions^a

Line	Process	G1	S	G2	G2/M	M
1	Cell cycle control	rum1, csk1, mik1		suc1, spd1, wee1, cig1	cdc25	cdc13, cdr1, nuc2, hcn1
2	DNA replication and nucleosome assembly	cdc18, pfh1, cdc1, cdt1, cdt2, pol1, cdc22, ssb1, suc22, mip1, cdm1	hta1, hta2, htb1, hht1, hht2, hht3, hhf1, hhf2, hhf3		cdc23, orc5	cdc20, rfc2
3	Chromosome organization	rad21, dfp1, sds21, fin1, smc3, cut2, cnp1	sds22	hst4, spc24, dhp1, cid14, mis4, cut1	cut17	cnd1
4	Polarized cell growth	pob1, cdc42, gar2	fim1, cam1	ppe1, sts5, pho1, pop3, csx2, hob3, pmr1	ptc4
5	MT-based processes	scp3, alp31, klp8	nak1	dim1, pak1, sad1, alm1, alp14	nda2, alp1	klp5, tub1, klp6, mph1
6	Cytokinesis	sid2, mob1, imp2, par2, spn2, mid2, cdc4		aps1, rng2, mid1, sep1, myo52	myo51, cdc11	etd1, cdc15, myp2 plo1, rlc1
7	Mating and meiosis	mfm2, rgs1, spk1, ste6, srw1, byr2, isp6, cig2		sap1, zfs1, mes1, pac2		ste7, mam4, slp1
8	RNA pol. subunit			rpb10, rpb3, rpb9
9	Amino acid biosynthesis			leu2, his3
10	Protein biogenesis		tif34	tif51, tif6, tef3, sui1, rps2, rps1202, rpp201, rpp202, rpl901, rpl25a, rpl3202, rps13, rpl2701, rpl29, rpl3801	rpl1603
11	Transport/secretion	bet1, emp24, erv14, sec22, anc1	rer1, sod2, clc1, fio1, ght3, ypt3, sec17	arf1, n150, kap104, ght2, bfr1, nup124, nrf1, pmd1, mae1, pim1, apl1, pse1, sec72, sar1	sec1	sly1, abc1, sso1
12	Lipid/sterol metabolism		erg7, cut6	erg28, lsd1, ipk1		bem46, gpi1
13	Cell wall biogenesis	chs2, exg1, eng1, pmk1, bgs4		cwl1, psu1, gmh2, bgs3, hsf1, atf1, gpx1, ctt1, sks2, mpr1, hsp9, wis4, wis1, csx1, sin1, hsp60, bip1	exg2	cwg2, ags1
14	Stress response				slm9
15	Carbohydrate metabolism	fum1		scr1
16	Ubiquitin modification	ubc15, ubc3	pub1	ubi4, ubi3, ubi1		ubc11
17	DNA repair	msh6		rad25, rdp1, top2, hus2	ung1	pms1, pac1, mus81

^aMore information and relevant references on these genes can be obtained through the websites of the Sanger Centre GeneDB (http://www.genedb.org) and Incyte PombeDB (http://www.incyte.com/proteome)