Skip to main content
. Author manuscript; available in PMC: 2012 Oct 17.
Published in final edited form as: J Am Chem Soc. 2008 Apr 16;130(19):6145–6158. doi: 10.1021/ja710366c

Table 3.

Proton Crosspeak Predictions for TIP3P and TIP4P-Ew for the 800 MHz Spectra in 2H2Oa

Isim Iexp proton 1 proton 2 Isim Iexp proton 1 proton 2
TIP3P TIP4P-Ew
11.7 < 1.0 HA VAL24 HB3 ASN27 8.0 7.4 HB ALA21 HG VAL24
10.0 1.8 HB3 ASP23 HB2 SER26 3.9 5.1 HG3 GLU22 HG VAL24
6.1 HA GLU22 HA ASN27 3.1 HA GLU22 HA ASN27
5.8 7.4 HB ALA21 HG VAL24 3.0 1.4 HA VAL24 HB2 ASN27
5.0 5.1 HG3 GLU22 HG VAL24 2.8 1.8 HB3 ASP23 HB2 SER26
5.0 1.4 HA VAL24 HB2 ASN27 2.7 < 1.0 HA VAL24 HB3 ASN27
3.0 3.8 HB3 GLU22 HG VAL24 2.7 2.4 HB2 GLU22 HG VAL24
3.0 1.8 HG VAL24 HB3 ASN27 2.3 3.8 HB3 GLU22 HG VAL24
3.0 4.3 HG2 GLU22 HG VAL24 2.2 4.3 HG2 GLU22 HG VAL24
2.9 HA ASP23 HA LYS28 2.2 0.8 HA GLU22 HG VAL24
2.7 HB3 ASP23 HE2 LYS28 1.8 HB VAL24 HB2 ASN27
2.5 HG2 GLU22 HA ASN27 1.6 1.3 HG VAL24 HB2 SER26
2.5 1.6 HG VAL24 HB2 ASN27 1.5 1.8 HG VAL24 HB3 ASN27
2.5 2.4 HB2 GLU22 HG VAL24 1.5 3.1 HG VAL24 HE2 LYS28
2.4 HB ALA21 HA ASN27 1.5 HB3 ASP23 HA LYS28
2.3 HA VAL24 HA ASN27 1.4 HG VAL24 HA SER26
2.2 HB ALA21 HB2 SER26 1.4 1.6 HG VAL24 HB2 ASN27
2.1 HG VAL24 HA GLY29 1.4 HA VAL24 HB2 LYS28
2.0 HA GLY25 HA GLY29 1.4 HG2 GLU22 HA ASN27
2.0 3.1 HG VAL24 HE2 LYS28 1.3 HB ALA21 HB2 SER26
1.9 HB3 ASP23 HG3 LYS28 1.3 HA SER26 HE2 LYS28
1.8 HA GLU22 HA GLY29 1.3 HB ALA21 HB3 ASP23
1.8 1.3 HG VAL24 HB2 SER26 1.3 HB ALA21 HA ASP23
1.8 HG3 GLU22 HB2 SER26 1.2 HG VAL24 HA ASN27
1.8 HG3 LYS28 HB ALA30 1.2 HA GLY25 HE2 LYS28
1.6 HG2 GLU22 HB2 ASN27 1.1 0.9 HG VAL24 HA LYS28
1.6 HG VAL24 HD2 LYS28 1.1 HB2 SER26 HE2 LYS28
1.6 0.8 HA GLU22 HG VAL24 1.0 HA ASP23 HB2 SER26
1.6 HG3 GLU22 HA ASN27 1.0 HB ALA21 HA SER26
1.5 HG VAL24 HB3 SER26 1.0 2.5 HB2 ASN27 HB ALA30
1.5 HB ALA21 HB ALA30 1.0 HG VAL24 HB3 SER26
1.5 HB2 SER26 HE2 LYS28 False Negatives
1.5 HA GLY25 HE2 LYS28 0.9 1.8 HA GLY25 HD2 LYS28
1.4 HB2 GLU22 HA GLY29 0.4 1.0 HB3 SER26 HG3 LYS28
1.3 HA ASP23 HB2 SER26 0.1 2.2 HB3 ASP23 HB3 SER26
1.3 1.8 HA GLY25 HD2 LYS28 −0.1 0.8 HB2 ASP23 HB3 SER26
1.3 HB3 ASP23 HB2 LYS28 −0.1 3.9 HB3 ASN27 HB ALA30
1.3 HB VAL24 HB3 ASN27 −0.3 1.7 HB2 ASP23 HB2 SER26
1.2 HB ALA21 HB2 ASN27
1.2 HA SER26 HE2 LYS28
1.2 HG VAL24 HA ASN27
1.2 HA GLU22 HA LYS28
1.2 3.9 HB3 ASN27 HB ALA30
1.2 HB ALA21 HB3 ASP23
1.2 2.2 HB3 ASP23 HB3 SER26
1.2 HB3 ASP23 HD2 LYS28
1.2 HB2 SER26 HG3 LYS28
1.1 HB3 ASP23 HA GLY25
1.1 HE2 LYS28 HB ALA30
1.1 HB ALA21 HB2 LYS28
1.1 HB3 GLU22 HA ASN27
1.1 HB3 ASP23 HG2 LYS28
1.1 HG VAL24 HA SER26
1.0 HA VAL24 HE2 LYS28
1.0 HB ALA21 HA ASP23
1.0 HG3 GLU22 HB2 ASN27
1.0 HB ALA21 HA ALA30
1.0 HB3 GLU22 HB2 ASN27
1.0 HB ALA21 HA VAL24
1.0 HG2 GLU22 HA GLY29
False Negatives
0.9 1.0 HG VAL24 HA LYS28
0.3 1.0 HB3 SER26 HG3 LYS28
0.1 2.5 HB2 ASN27 HB ALA30
0.0 0.8 HB2 ASP23 HB3 SER26
−0.7 1.7 HB2 ASP23 HB2 SER26
a

Experimental intensities (Iexp) are normalized to the intensity of the weakest assigned peak. Simulation intensities (Isim) are normalized to experimental intensity as described in the Methods section. Experimental intensities are labeled as a dash if the peak is absent or < 1.0 if some evidence of a peak is present but is too weak to be assigned.