TABLE 4.

Parameters that are changed in 10-fold

Serial number of parameter sets	Parameter value changes	Serial number of parameter sets	Parameter value changes
1	No changes	2	ThrRR/10
3	kSL1_lexA/10, kSL2_lexA/10	4	kSL1_lexA × 10, kSL2_lexA × 10
5	kSL1_umuD/10, kSL2_umuD/10	6	kSL1_umuD × 10, kSL2_umuD × 10
7	kSL1_recA/10, kSL2_recA/10	8	kSL1_recA × 10, kSL2_recA × 10
9	kSL1_uvrB/10, kSL2_uvrB/10	10	kSL1_uvrB × 10, kSL2_uvrB × 10
11	kSL1_umuC/10, kSL2_umuC/10	12	kSL1_umuC × 10, kSL2_umuC × 10
13	ktr_uvrB/10, kdp_uvrB/10	14	ktr_uvrB × 10, kdp_uvrB × 10
15	ktr_lexA/10, kdp_lexA/10	16	ktr_lexA × 10, kdp_lexA × 10
17	ktr_recA/10, kdp_recA/10	18	ktr_recA × 10, kdp_recA × 10
19	ktc_lexA/10	20	ktc_lexA × 10
21	ktc_umuD/10	22	ktc_umuD × 10
23	ktc_recA/10	24	ktc_recA × 10
25	ktc_uvrB/10	26	ktc_uvrB × 10
27	ktc_umuC/10	28	ktc_umuC × 10
29	kClp/10	30	kClp × 10
31	kDD′dp/10	32	kDD′dp × 10
33	ThrTLS/10	34	ThrTLS × 10
35	kslow_on/10	36	kslow_on × 10
37	rslow/10	38	rslow × 10
39	kslow_off/10	40	kslow_off × 10
41	kreca_on/10	42	kreca_on × 10
43	kreca_off/10	44	kreca_off × 10
45	kner/10	46	kner × 10
47	ktls/10	48	ktls × 10
49	krrDSG/10	50	krrDSG × 10
51	krrRF/10	52	krrRF × 10
53	kDD1/10	54	kDD1 × 10
55	kDD2/10	56	kDD2 × 10
57	kD′D′1/10	58	kD′D′1 × 10
59	kD′D′2/10	60	kD′D′2 × 10
61	kD′D1/10	62	kD′D1 × 10
63	kD′D2/10	64	kD′D2 × 10
65	kD′C1/10	66	kD′C1 × 10
67	kD′C2/10	68	kD′C2 × 10
69*	krecu_umuD2/10	70	krecu_umuD2 × 10
71	krecu_umuD/10	72	krecu_umuD × 10
73	kclexA/10	74	kclexA × 10
75	ktc_lexA × 10, ktr_lexA/10	76	ktc_lexA/10, ktr_lexA × 10
77	ktc_umuD × 10, ktr_umuD/10	78	ktc_umuD/10, ktr_umuD × 10
79	ktc_recA × 10, ktr_recA/10	80	ktc_recA/10, ktr_recA × 10
81	ktc_uvrB × 10, ktr_uvrB/10	82	ktc_uvrB/10, ktr_uvrB × 10
83	ktc_umuC × 10, ktr_umuC/10	84	ktc_umuC/10, ktr_umuC × 10

^*k_{recu_umuD} is the rate of RecA catalyzed UmuD cleavage, whereas k_{recu_umuD2} is the rate of RecA catalyzed UmuD₂ cleavage.