. 2000 Jan;11(1):369–391. doi: 10.1091/mbc.11.1.369

Table 4.

Mutations that rescue the cln1 cln2 cln3 strain

		Mass at birth	Mass at SBF 50%	Mass at DNA repl.	Mass at bud ini.	Mass at division	T_G1 (min)	Changed parameter	Comments (Experimental results in boldface type)
1	wild type	0.71	1.07	1.15	1.15	1.64	84		CT 146 min
	(daughter)		(71′)	(84′)	(84′)	(146′)			(time of occurrence of event)
2	cln1 cln2 cln3	0.71	2.47	[6.20]	[6.48]	[8.11]		D_n3 = 0	Richardson, 1989, inviable
								k″_s,n2 = 0
3	cln1 cln2 cln3	0.65	0.65	0.75	0.95	1.50	25	D_n3 = 20	Schwob, 1993, Fig. 2, SBF activated soon
	GAL-CLN3							k″_s,n2 = 0	after galactose induction
4	cln1 cln2 cln3	0.34	0.34	0.39	0.35	0.79	25	D_n3 = 0	Cross, 1991, Fig. 4, GAL-CLN1 induces cln2
	GAL-CLN2							k′_s,n2 = 0.1
								k″_s,n2 = 0
5	cln1 cln2 cln3	2.81	2.83	4.96	5.15	6.52	98	D_n3 = k″_s,n2 = 0	Epstein, 1992, viable
	2X CLB5							k′_s,b5 = 0.012
								k″_s,b5 = 0.04
6	cln1 cln2 cln3	1.23	2.07	2.05	2.14	2.86	88	D_n3 = k″_s,n2 = 0	Schwob, 1993, Fig. 6, viable
	GAL-CLB5							k′_s,b5 = 0.1
								k″_s,b5 = 0
7	cln1 cln2 cln3	0.71	2.57	[5.49]	[6.64]	[7.38]		D_n3 = k″_s,n2 = 0	Amon, 1994, Fig. 8, G1 arrest
	GAL-CLB2							k′_s,b2 = 0.1	We consider cells arrested in G1 if mass at
								k″_s,b2 = 0	DNA replication exceeds 5
8	cln1 cln2 cln3	1.30	2.12	1.50	2.24	3.01	24	D_n3 = k″_s,n2 = 0	Tyers, 1996, Fig. 2, viable but large
	sic1		(85′)	(24′)	(94′)	(146′)		k′_s,c1 = 0
								k″_s,c1 = 0
9	cln1 cln2 cln3	0.71	2.48	4.62	5.03	No mit		D_n3 = k″_s,n2 = 0	Schwab, 1997, Fig. 3, M phase arrest
	hct1							k″_d,b2 = 0.01
10	cln1 cln2 cln3	0.71	2.48	4.16	4.60	No mit		D_n3 = k″_s,n2 = 0	Irniger, 1997, Fig. 2, M phase arrest
	apc-ts							k″_d,b2 = 0.01
								k‴_d,b2 = 0
								k″_d,b5 = 0