. 2000 Nov 15;28(22):4514–4522. doi: 10.1093/nar/28.22.4514

Table 2. Statistical analysis of the final structures of 1 and 2^a.

	vdW^b	R^{x c}	Bonds^d	Angles^e	Dihed^f	Distance violations^g
1^h	–262	0.066 ± 0.001 (0.159, 0.099)	0.01 Å	3.5°	0.005°	0
2ⁱ	–262	0.072 ± 0.001 (0.186, 0.095)	0.01 Å	3.5°	0.05°	0

^aThe final structures of 1 and 2 were the result of energy minimization of the average of 10 A- and 10 B-form derived structures.

^bCalculated van der Waals energy in kcal/mol.

^cSixth-root R-factor of the 20 final structures as determined by the program CORMA (35,36,51). The values in parentheses are the R^x values of the starting A- or B-form models, respectively.

^dr.m.s. deviation of the covalent bonds from their equilibrium values.

^er.m.s. deviation of the bond angles from their equilibrium values.

^fr.m.s. deviation of the dihedral angle constraints.

^gNumber of bounds violations above 0.25 Å.

^hFinal structure of 1. See text for details.

ⁱFinal structure of 2.

Table 2. Statistical analysis of the final structures of 1 and 2a.

Table 2. Statistical analysis of the final structures of 1 and 2^a.