Table 1.

Effect of MMR on ssOT

ssOligo	msh2/WT	msh3/WT	msh6/WT	mlh1/WT	msh2/msh3	msh2/msh6	msh2/mlh1
COD(1) leading	37*	3.5*	1.9	22*	10*	19*	1.7
DCOD(1) leading	260*	4.1*	4.3*	270*	62*	59*	0.9
NC(1) leading	840*	3.6	44*	500*	240*	19*	1.7
DNC(1) leading	380*	1.6	39*	290*	240*	9.8*	1.3
COD(1) lagging	52*	2.4	7.5*	37*	22*	7.0*	1.4
DCOD(1) lagging	440*	2.6*	6.3*	180*	170*	69*	2.4
NC(1) lagging	440*	0.6	18*	300*	680*	25*	1.5
DNC(1) lagging	810*	1.0	82*	650*	820*	9.9*	1.3
Average	410	2.4	25	280	280	27	1.5
COD(7) leading	42*	62*	1.2*	27*	0.7*	34*	1.6
DCOD(7) leading	85*	54*	2.1	32*	1.6	41*	2.7*
NC(7) leading	230*	330*	11*	41*	0.7	20*	5.5*
DNC(7) leading	46*	39*	1.8	15*	1.2	25*	3.1*
COD(7) lagging	140*	180*	4.2*	16*	0.8	33*	8.5*
DCOD(7) lagging	73*	77*	2.0	4.2*	0.9	37*	17*
NC(7) lagging	17*	14*	1.2	2.8	1.2	14*	5.9*
DNC(7) lagging	12*	11*	1.3	9.2*	1.1	9.4*	1.3
Average	80	96	3.1	18	1	27	5.7

For a given ssOligo, the normalized transformation values (Fig. 2) were used to compute the indicated ratios.

*A ratio in which the standard deviations of the denominator and numerator do not overlap; we consider such ratios to be different from 1.