Table 1 of Yeagle et al.


Table 1. 1H chemical shifts (parts per million) for rhoIVe

Residue alphaH NH ßH Other
tyr1 4.26 3.12 7.11, 6.88
ile2 4.17 8.445 1.76 1.47, 1.14, 0.86
met3 4.47 8.590 2.02, 2.07 2.59
met4 4.49 8.485 2.03, 2.13 2.52
asn5 4.68 8.565 2.78, 2.82 6.96, 7.64
lys6 4.22 8.475 1.82, 1.76 1.47, 3
gln7 4.42 8.450 1.99, 2.21 2.27, 6.91, 7.56
phe8 4.63 8.275 3.03, 3.16 7.36, 7.26
arg9 4.28 8.260 1.81, 1.71 1.56, 3.18, 7.19
asn10 4.67 8.530 2.88, 2.78 6.98, 7.71
cys11 4.51 8.385 2.94
met12 4.36 8.320 2.0, 2.15 2.48
val13 4.21 8.250 2.1 0.97
thr14 4.44 8.330 4.23 1.21
thr15 4.35 8.340 4.15 1.22
leu16 4.41 8.380 1.65 0.94, 0.88
cys17 4.55 8.525 2.94
cys18 4.54 8.600 2.97
gly19 3.98 8.555
lys20 4.35 8.250 1.82, 1.90 1.40, 1.69, 3
asn21 4.35 8.590 2.88, 2.73 7.0, 7.75
pro22 4.45 2.03, 3.85, 3.8
leu23 4.35 8.290 1.65 0.96, 0.89
gly24 3.94 8.240
asp25 4.74 8.330 2.87, 2.94
asp26 4.72 8.590 2.87, 2.96
glu27 4.43 8.310 1.98, 2.04 2.31
ala28 4.35 8.380 1.43
ser29 4.52 8.385 3.94
thr30 4.45 8.245 4.32 1.22
thr31 4.35 8.210 4.22 1.22
val32 4.16 8.270 2.08 0.96
ser33 4.47 8.510 3.87
lys34 4.415 8.565 1.8, 1.9 1.49, 1.66, 3
thr35 4.38 8.560 4.21 1.2
glu36 4.27 8.370 1.98, 1.94 2.24
thr37 4.38 8.280 4.25 1.2
ser38 4.48 8.400 3.89
gln39 4.40 8.515 1.98, 2.14 2.37, 6.97, 7.63
val40 4.12 8.245 2.05 0.94
ala41 4.62 8.570 1.38
pro42 4.6 2.05, 3.67, 3.84
ala43 4.22 1.39