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Table 4 Residual-QSAR self-consistent (SC), factor (F1), averaged (AV, with ) models of Equations (3), (7), and (8) for the Hansch parameters of Table 3, with the modeling and predictive powers for the "Gaussian" and "Quasi-Gaussian" molecules of Tables 1 and 2 represented by their associated correlation factors, respectively.

From: Residual-QSAR. Implications for genotoxic carcinogenesis

Structural

Variables

Activity Model

 

Type

Equation

R Gauss

R Q-Gauss

Ia : LogP

SC

A-0.011951 + 0.00728[LogP]

0.99996

0.99994

 

F 1

-119.51 + 72.8[LogP]

0.0091

0.1240

 

AV

0.0091

0.1240

Ib : POL

SC

A + 0.572801-0.029613[POL]

0.98307

0.97713

 

F 1

33.8936-1.75225[POL]

0.1832

0.23179

 

AV

0.1832

0.23179

Ic : Etot

SC

A + 0.608682 + 1.1 × 10-5[Etot]

0.98362

0.97238

 

F 1

29.1235 + 5.26316 × 10-4[Etot]

0.2033

0.04250

 

AV

0.2033

0.04250

IIa : LogP, POL

SC

A + 0.946305 + 0.279746[LogP]-0.072662[POL]

0.95626

0.94916

 

F 1

21.6546 + 6.40151[LogP]-1.66275[POL]

0.2925

0.21906

 

AV

0.2925

0.21906

IIb : LogP, Etot

SC

A + 0.707577 + 0.162902[LogP] + 1.8 × 10-5[Etot]

0.96686

0.96164

 

F 1

20.4502 + 4.70815[LogP] + 5.20231 × 10-4 [Etot]

0.2608

0.0524

 

AV

0.2608

0.0524

IIc : POL, Etot

SC

A + 0.606194 + 0.000978[POL] + 1.2 × 10-5 [Etot]

0.97838

0.97017

 

F 1

29.0045 + 0.046793[POL] + 5.74163 × 10-4 [Etot]

0.2033

0.03654

 

AV

0.2033

0.03654

III : LogP, POL, Etot

SC

A + 0.943939 + 0.273668[LogP]-0.06646[POL] + 2. × 10-6[Etot]

0.95628

0.94927

 

F 1

21.5511 + 6.24813[LogP]-1.51735[POL] + 4.56621 × 10-5[Etot]

0.2929

0.19871

 

AV

0.2929

0.19871