Supplementary material for Chong et al. (1999) Proc. Natl. Acad. Sci. USA 96 (25), 14330-14335.

Table 7.

Energetic analysis of the 48G7 germ line antibody-hapten complex formation

 

Antibody

Hapten

Complex

 

Complex formation

<Eelec>

-12281.5

(3.3)

13.1

(0.4)

-12573.3

(4.1)

<DEelec>

-304.9

(2.5)

<Evdw>

-1993.1

(1.9)

7.0

(0.2)

-2022.0

(2.0)

<DEvdw>

-35.9

(0.5)

<Eint>

3628.6

(2.7)

25.0

(0.5)

3653.5

(2.8)

<DEint>

0.0

(0.0)

<EMM>

-10646.1

(3.5)

45.1

(0.7)

-10941.9

(3.6)

<DEMM>

-340.8

(2.4)

G

np

107.6

(0.0)

3.6

(0.0)

106.8

(0.0)

DGnp

-4.4

(0.0)

G

PB

-4617.8

(3.1)

-212.8

(0.3)

-4513.0

(4.0)

D GPB

317.7

(2.2)

G

solv

-4511.5

(3.9)

-209.3

(0.3)

-4407.4

(3.9)

DGsolv

313.3

(2.2)

G

elec,tot

-16900.6

(2.2)

-199.7

(0.2)

-17086.3

(2.5)

DGelec,tot

12.8

(0.9)

G

tot

-15157.6

(2.8)

-164.2

(0.4)

-15349.3

(2.7)

DGtot

-27.5

(0.6)

-TS

-1176.5

 

-45.4

 

-1203.5

 

-TDS

18.4

 

G

bind

-16334.1

 

-209.6

 

-16552.8

 

DGbind

-9.1

 

Shown are energetic contributions for the complex formation along with contributions to the unbound antibody, unbound hapten, and antibody-hapten complex states. Note that the internal (bonds, angles, dihedrals) components of the molecular-mechanical energies (<Eint> values) cancel out on complex formation. See Table 1 legend for definitions of the energetic components.