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. 2006 Aug 7;34(13):3698–3707. doi: 10.1093/nar/gkl454

Table 2.

Leave-one-out cross validation for 57 unbound protein structures

Unbound proteina PDB code Complex code interface residues Surface residues Coverage (%) Accuracy (%)
Barstar 1a19A 1brsA 17 70 82.4 73.7
Barnase 1a2pA 1brsD 18 91 72.2 61.9
Tumor suppressor p16ink4a 1a5e- 1bi7B 31 125 22.6 38.9
Acetylcholinesterase 1acl- 1fssA 25 355 56.0 35.9
Plastocyanin 1ag6- 2pcfA 23 78 39.1 60.0
cdc42hs 1aje- 1am4D 18 160 33.3 60.0
Rhogdi 1ajw- 1cc0E 13 127 69.2 69.2
Fkbp-rapamycin-binding domain 1aueA 1fapB 8 78 37.5 15.8
Trypsin inhibitor 1avu- 1avwB 15 138 93.3 66.7
Human procarboxypeptidase a2 1aye- 1dtdA 24 304 54.2 44.8
Hydrolase angiogenin 1b1eA 1a4yB 34 101 47.1 88.9
Bifunctional trypsin/alpha-amylase inhibitor (rbi) 1bip- 1tmqB 27 119 37.0 58.8
Cytochrome f 1ctm- 2pcfB 25 201 36.0 36.0
Granulocyte colony stimulating factor 1cto- 1cd9B 6 103 100.0 35.3
Receptor chey mutant 1cye- 1eayA 13 97 7.7 6.7
Calcium-free equine plasma gelsolin 1d0nA 1c0fS 24 589 0.0 0.0
Hydrolase inhibitor 1d2bA 1ueaB 22 109 59.1 81.2
Transferase 1ekxA 1d09A 21 232 0.0 0.0
Bovine chymotrypsinogen a 1ex3A 1cgiE 28 188 46.4 68.4
Neuronal t-snare syntaxin-1a 1ez3A 1dn1B 18 116 44.4 47.1
N-terminal domain of enzyme I from E.coli 1eza- 3ezaA 24 249 0.0 0.0
rgs4 1eztA 1agrE 21 115 19.0 23.5
Enteropathogenic E.coli intimin C-terminal domain 1f00I 1f02I 16 215 0.0 0.0
Coxsackie virus and adenovirus receptor 1f5wA 1kacB 18 98 22.2 23.5
Fk506 binding protein 1fkl- 1b6cA 20 88 45.0 69.2
Uracil-DNA glycosylase 1flzA 1euiA 26 172 69.2 78.3
Neuronal sec1 1fvhA 1dn1 41 423 39.0 55.2
Hydrolase 1g4kA 1ueaA 31 133 22.6 41.2
Radixin ferm domain 1gc7A 1ef1A 59 248 11.9 31.8
Granulocyte colony stimulating factor (rhg-csf) 1gnc- 1cd9A 18 174 16.7 17.6
N-terminal region of p67phox 1hh8A 1e96B 14 150 78.6 44.0
Lipase (EC 3.1.1.3) 1hplA 1ethA 21 325 9.5 8.0
p53 core DNA-binding domain 1hu8A 1ycsA 16 155 68.8 29.7
Interleukin-1 beta 1iob- 1itbA 42 133 19.0 47.1
Actin 1j6zA 1c0fA 30 281 30.0 33.3
α-Amylase 1jae- 1tmqA 33 316 45.5 78.9
(EC 3.5.1.28) mutant 1lba- 1aroL 16 112 37.5 40.0
Knob domain from adenovirus serotype 12 1nobA 1kacA 18 139 0.0 0.0
Nitric oxide synthase oxygenase domain 1nos- 1nocA 1 251 0.0 0.0
Porcine pancreatic procolipase b 1pco- 1ethB 18 85 22.2 18.2
Profilin 1pne- 1hluP 25 107 60.0 93.8
Phosphotransferase (hpr) 1poh- 1ggrB 16 69 75.0 66.7
Papain (EC 4.3.22.2) 1ppp- 1stfE 28 160 32.1 50.0
Streptokinase domain b 1qqrA 1bmlC 10 118 70.0 38.9
Rhogap 1rgp- 1am4A 17 155 41.2 35.0
Selenosubtilisin 1selA 1cseE 23 177 47.8 61.1
Cyclin a 1vin- 1finB 29 194 51.7 50.0
P120gap 1wer- 1wq1G 34 251 35.3 66.7
α-Lactamase tem1 1×pb- 1jtgA 33 186 54.5 90.0
Ribonuclease inhibitor 2bnh- 1a4yA 39 370 35.9 36.8
Cyclophilin a 2cpl- 1ak4A 19 120 63.2 75.0
Glucose-specific phosphocarrier 2f3gA 1ggrA 20 104 60.0 63.2
Negative factor (fprotein) 2nef- 1avzB 14 128 42.9 33.3
RalGEF-rbd streptomyces 2rgf- 1lfdA 15 79 33.3 26.3
Subtilisin inhibitor 3ssi- 2sicI 13 92 100.0 68.4
Cytochrome c peroxidase (EC 1.11.1.5) mutant 6ccp- 2pcbA 13 226 69.2 29.0
BLIP Bound 1jtgB 30 136 40.0 63.2
Mean 22 174 42.2 44.5
Enzyme (25) 21 174 43 47.3
Inhibitor (7) 21 149 68.6 65.6
Others (25) 23 181 34.1 35.8

aThe same dataset has been used by Neuvirth et al. (10) except BLIP. The unbound structure of BLIP was not available in PDB and we used the bound structure instead.