The X-ray
structure of a chitinase from the pathogenic fungus Coccidioides immitis.
DiscoTope predictions for '1d2k'.
Looking only at Chain(s): Looking at All Chains
Contact Distance = 10.000 Angstroms
Threshold = -7.700
Chain_Id Residue_number
Amino acid Contact_number
Propensity score Discotope score <=B-Identified_B_cell_epitope
A
36
GLY
11 0.74
-4.76 <=B
A 37
GLY
18
0.64
-8.36
A
38
PHE
27
-1.23
-14.73
A
39
ARG
28
-2.87
-16.87
A
40
SER 27
-4.78 -18.28
A
41
VAL
28
-6.56
-20.56
A
42
VAL
25
-6.79
-19.29
A
43
TYR
21
-7.04
-17.54
A
44
PHE
27
-5.45
-18.95
A
45
VAL
20
-3.85
-13.85
A
46
ASN
23
-4.26
-15.76
A
47
TRP
18
-1.76
-10.76
A
48
ALA
17 1.14
-7.36 <=B
A
49
ILE
16 0.63
-7.37 <=B
A
50 TYR
11
1.41
-4.09 <=B
A
51
GLY
9 1.38
-3.12 <=B
A
52
ARG
13 2.35
-4.15 <=B
A
53
GLY
11 2.44
-3.07 <=B
A
54
HIS
19 2.29
-7.21 <=B
A
55
ASN
22 1.84
-9.16
A
56
PRO
24
-0.66
-12.66
A
57
GLN
14
3.26
-3.74 <=B
A
58
ASP
11 4.28
-1.22 <=B
A
59
LEU
17 1.98
-6.52 <=B
A
60
LYS
13
1.94
-4.56 <=B
A
61
ALA
18 2.27
-6.73 <=B
A
62
ASP
15 1.41
-6.09 <=B
A
63
GLN
21
-4.84 -15.34
A
64
PHE
25
-2.72
-15.22
A
65
THR
25
-0.97
-13.47
A
66
HIS
21 -5.2
-15.7
A
67
ILE
27
-7.01 -20.51
A
68
LEU
25
-8.95
-21.45
A
69
TYR
25
-8.72
-21.22
A
70 ALA
23
-9.13
-20.63
A
71
PHE
27
-8.83
-22.33
A
72
ALA
23 -6.98
-18.48
A
73
ASN
22
-4.11
-15.11
A
74
ILE
25
-2.77
-15.27
A
75
ARG
16 0.76
-7.24 <=B
A
76
PRO
15 1.14
-6.36 <=B
A
77
SER
19 1.99
-7.52 <=B
A
78
GLY
28
1
-13
A
79
GLU
19 -0.6
-10.1
A
80 VAL
23
-4.07
-15.57
A
81
TYR
18
-4.84
-13.84
A
82
LEU
19
-5.22
-14.72
A
83
SER
18
-4.84
-13.84
A
84
ASP
16
-3.19
-11.19
A
85
THR
13
-1.02
-7.52 <=B
A
86
TRP
15
-0.88 -8.38
A
87
ALA
21
-1.21
-11.71
A
88
ASP
24 -5.4
-17.4
A
89
THR
19
-1.55
-11.05
A
90
ASP
17
0.14
-8.36
A
91
LYS
16 1.22
-6.78 <=B
A
92
HIS
17 4.15
-4.35 <=B
A
93
TYR
15 3.99
-3.52 <=B
A
94
PRO
6 3.79
0.79 <=B
A
95
GLY
8 4.95
0.95 <=B
A
96
ASP
15 5.84
-1.66 <=B
A
97
LYS
11 6.12
0.62 <=B
A
98
TRP
9 4.86
0.36 <=B
A
99
ASP
7 4.02
0.52 <=B
A
100 GLU
12
5.16
-0.84 <=B
A
101
PRO
9
3.43
-1.07 <=B
A
102
GLY
10
2.96
-2.05 <=B
A
103
ASN
11
2.32
-3.18 <=B
A
104
ASN
18
3.63
-5.37 <=B
A
105
VAL
23
1.31
-10.2
A
106
TYR
23
1.61
-9.89
A 107
GLY
22
0.39
-10.61
A
108
CYS
26
-0.38
-13.38
A
109
ILE
23
-1.7
-13.2
A
110
LYS 26
2.36
-10.64
A
111
GLN
20
1.81
-8.19
A
112
MET
25
-2.48
-14.98
A
113
TYR
24
0.69 -11.31
A
114
LEU
19
2.84
-6.66 <=B
A
115
LEU
21
2.75
-7.75
A
116
LYS
24
1.44
-10.56
A 117
LYS
17
3.66
-4.84 <=B
A
118
ASN
12
3.04
-2.96 <=B
A
119
ASN
17
2.85
-5.65 <=B
A
120
ARG 17
4.05
-4.45 <=B
A
121
ASN
21
3.95
-6.55 <=B
A
122
LEU
28
1.03
-12.97
A
123
LYS
27
-1.71 -15.21
A
124
THR
30
-7.13
-22.13
A
125
LEU
25
-8.38
-20.88
A
126
LEU
27
-9.34
-22.84
A
127
SER
27
-11.38
-24.88
A 128
ILE
27
-7.25
-20.75
A
129
GLY
23
-2.14
-13.64
A
130
GLY
19
-2.07
-11.57
A
131
TRP
12
0.48
-5.52 <=B
A
132
THR
12
0.16
-5.84 <=B
A
133
TYR
18
-0.95
-9.95
A
134
SER
19
1.55
-7.95
A
135
PRO
16
2.08
-5.92 <=B
A
136
ASN
18
1.2
-7.8
A
137
PHE
31
0.64 -14.86
A
138
LYS
22
3.22
-7.78
A
139
THR
18
1.71
-7.29 <=B
A
140
PRO
23
1.01
-10.49
A
141
ALA
28
-1.4
-15.4
A
142
SER
19
-0.75
-10.25
A
143
THR
17
-0.26
-8.76
A
144
GLU
16
-1.69
-9.69
A
145
GLU
14
1.87
-5.13 <=B
A
146
GLY
22
1.06
-9.94
A
147
ARG
27
-5.84
-19.34
A
148
LYS
24
-6.05
-18.05
A
149
LYS
22
-1.76
-12.76
A
150
PHE 28
-4.22
-18.22
A
151
ALA
24
-9.02
-21.02
A
152
ASP
21
-5.56
-16.06
A
153
THR
20
-4.19
-14.19
A
154
SER
29
-7.44
-21.94
A
155
LEU
24
-7.13
-19.13
A
156
LYS
19
-4.43
-13.93
A
157
LEU
21
-4.17
-14.67
A
158
MET
22
-5.12
-16.12
A
159
LYS
22
-3.55
-14.55
A 160
ASP
19
-1.64
-11.14
A
161
LEU
24
-2.27
-14.27
A
162
GLY
28
-2.07
-16.07
A
163
PHE
28
-5.52
-19.52
A
164
ASP
26
-4.13
-17.13
A
165
GLY
25
-7.19
-19.69
A
166
ILE
25 -10.47
-22.97
A
167
ASP
27
-9.98
-23.48
A
168
ILE
24
-8.65
-20.65
A
169
ASP
22
-4.1 -15.1
A
170
TRP
23
-0.91
-12.41
A
171
GLU
19
1.58
-7.92
A
172
TYR
21
3.22
-7.28 <=B
A
173
PRO
21
4.32
-6.18 <=B
A
174
GLU
14
4.84
-2.16 <=B
A
175
ASP
12
3.52
-2.48 <=B
A
176
GLU
13 1.64
-4.86 <=B
A
177
LYS
13
1.94
-4.56 <=B
A
178
GLN
21
-0.05
-10.55
A
179
ALA
21
1.01
-9.49
A
180
ASN
19
-1.91
-11.41
A
181
ASP
22
-3.03
-14.03
A
182
PHE
24
-4.67
-16.67
A
183
VAL
21
-7.85
-18.35
A
184
LEU
21
-8.15
-18.65
A
185
LEU
26
-7.32
-20.32
A
186
LEU 25
-12.99
-25.49
A
187
LYS
20
-10.59
-20.59
A
188
ALA
20
-9.97
-19.97
A
189
CYS
25
-12.05
-24.55
A
190
ARG
23
-12.58
-24.08
A
191
GLU
16
-8.74
-16.74
A
192
ALA
21 -10.04
-20.54
A
193
LEU
25
-9.73
-22.23
A
194
ASP
15
-5.43
-12.93
A
195
ALA
12
-4.65 -10.65
A
196
TYR
18
-3.42
-12.42
A
197
SER
16
-1.4
-9.4
A
198
ALA
13
0.41
-6.09 <=B
A 199
LYS
10
1
-4 <=B
A
200
HIS
15
1.02
-6.48 <=B
A
201
PRO
10
2.07
-2.93 <=B
A
202
ASN
9
2.47
-2.03 <=B
A
203
GLY
16
2.9
-5.1 <=B
A
204
LYS
17
2.72
-5.78 <=B
A
205
LYS
17
0.17
-8.33
A
206
PHE
23
-5.07
-16.57
A
207
LEU
23
-6.9
-18.4
A
208
LEU
22
-8.83
-19.83
A
209 THR
23
-8.26
-19.76
A
210
ILE
22
-6.63
-17.63
A
211
ALA
23
-4.53
-16.03
A
212
SER
24
-2.73
-14.73
A
213
PRO
24
-0.45
-12.45
A
214
ALA
28
-1.09
-15.09
A
215
GLY
20
0.81 -9.19
A
216
PRO
14
2.71
-4.29 <=B
A
217
GLN
11
3.27
-2.23 <=B
A
218
ASN
16
4.48
-3.52 <=B
A 219
TYR
19
2.81
-6.69 <=B
A
220
ASN
16
2.02
-5.98 <=B
A
221
LYS
16 4.58
-3.42 <=B
A
222
LEU
25
2.35
-10.15
A
223
LYS
16
-0.99
-8.99
A
224
LEU
21
-1.82
-12.32
A
225
ALA
17
-2.51 -11.01
A
226
GLU
18
-5.12
-14.12
A
227
MET
20
-7.48
-17.48
A
228
ASP
20
-4.9
-14.9
A 229
LYS
15
-4.77
-12.27
A
230
TYR
20
-10.44
-20.44
A
231
LEU
18
-7.28
-16.28
A
232 ASP
16
-5.29
-13.29
A
233
PHE
25
-6.06
-18.56
A
234
TRP
26
-6.57
-19.57
A
235
ASN
25 -5.61
-18.11
A
236
LEU
24
-5.9
-17.9
A
237
MET
25
-5.52
-18.02
A
238
ALA
28
-3.43
-17.43
A
239
TYR
27
-3.37
-16.87
A
240
ASP
20
-2.68
-12.68
A
241
PHE
21
-0.83
-11.33
A 242
SER
23
-0.89
-12.39
A
243
GLY
21
-1.68
-12.18
A
244
SER
20
-1.65
-11.65
A
245
TRP
9
0.25
-4.25 <=B
A
246
ASP
15
-0.16
-7.66 <=B
A
247
LYS
16
-0.23
-8.23
A
248
VAL
22
-0.16 -11.16
A
249
SER
31
-1.88
-17.38
A
250
GLY
30
-0.08
-15.08
A
251
HIS
33
-2.77
-19.27
A
252
MET
29
-3.02 -17.52
A
253
SER
29
-4.88
-19.38
A
254
ASN
32
-4
-20
A
255 VAL
27
-2.03
-15.53
A
256
PHE
17
-1.33
-9.83
A
257
PRO
23
0.05
-11.45
A
258
SER
19 0.85
-8.65
A
259
THR
11
1.16
-4.34 <=B
A
260
THR
8
1.5
-2.5 <=B
A
261
LYS
11
1.53
-3.97 <=B
A
262
PRO
13
2.36 -4.14
<=B
A
263
GLU
18
2.64
-6.36 <=B
A
264
SER
22
2.21
-8.79
A
265
THR 26
1.25
-11.76
A
266
PRO
20
1.95
-8.05
A
267
PHE
28
1.12
-12.88
A
268
SER
24
-0.9 -12.9
A
269
SER
24
-1.57
-13.57
A
270
ASP
20
-0.57
-10.57
A
271
LYS
16
0.42
-7.58 <=B
A 272
ALA
22
0.39
-10.61
A
273
VAL
24
-1.53
-13.53
A
274
LYS
14
-1
-8
A
275
ASP 17
0.63
-7.87
A
276
TYR
21
-0.64
-11.14
A
277
ILE
17
-2.15
-10.65
A
278
LYS
14
-1.25 -8.25
A
279
ALA
17
-1.11
-9.61
A
280
GLY
13
-1.8
-8.3
A
281
VAL
22
-3.55
-14.55
A
282
PRO
19
-1.95
-11.45
A
283
ALA
21
-0.79
-11.29
A
284
ASN
20
-1.44
-11.44
A
285
LYS 22
-2.81
-13.81
A
286
ILE
26
-2.81
-15.81
A
287
VAL
28
-5.58
-19.58
A
288
LEU
30
-3.55
-18.55
A
289
GLY
25
-5.23
-17.73
A
290
MET
27
-5.4
-18.9
A
291
PRO
26
-3.08
-16.08
A
292
LEU
23
-0.79 -12.29
A
293
TYR
25
0.88
-11.62
A
294
GLY
28
-0.69
-14.69
A
295 ARG
27
-1.86
-15.36
A
296
ALA
29
-1.35
-15.85
A
297
PHE
33
-1.93
-18.43
A
298
ALA
23
-1.37
-12.87
A
299
SER
19
-0.7
-10.2
A
300
THR
23
0.01
-11.49
A
301
ASP
19
0.16 -9.34
A
302
GLY
24
0.3
-11.7
A
303
ILE
23
-0.24
-11.74
A
304
GLY
19
0.75
-8.75
A
305 THR
16
-0.98
-8.98
A
306
SER
17
-1.74
-10.24
A
307
PHE
23
-2.14
-13.64
A
308
ASN
15 -1.69
-9.19
A
309
GLY
17
-2.05
-10.55
A
310
VAL
21
-1.86
-12.36
A
311
GLY
16
-0.85
-8.85
A
312
GLY
15
-0.34 -7.84
A
313
GLY
16
0.53
-7.47 <=B
A
314
SER
17
2.7
-5.8 <=B
A
315
TRP
12
1.86
-4.14 <=B
A
316
GLU
10
0.97
-4.03 <=B
A
317
ASN
15
-0.23
-7.73
A
318
GLY
20
-0.97 -10.97
A
319
VAL
23
-0.72
-12.22
A
320
TRP
25
2.39
-10.12
A
321
ASP
22
3
-8
A
322
TYR
22
1.88
-9.12
A
323
LYS
18
3.48
-5.52 <=B
A
324
ASP
15
4.17
-3.33 <=B
A
325
MET 19
2.79
-6.71 <=B
A
326
PRO
19
3.42
-6.08 <=B
A
327
GLN
14
3.85
-3.15 <=B
A
328
GLN
8
2.83
-1.17 <=B
A
329
GLY
13
3.45
-3.05 <=B
A
330
ALA
20
4.37
-5.63 <=B
A
331
GLN
14
2.41 -4.59
<=B
A
332
VAL
19
0.72
-8.79
A
333
THR
14
-3.05
-10.05
A
334
GLU
17
-5.31
-13.81
A
335
LEU
15
-3.79
-11.29
A
336
GLU
14
-4.15
-11.15
A
337
ASP
14
-2.89
-9.89
A
338
ILE
22
-2.96
-13.96
A
339
ALA
24 -4.21
-16.21
A
340
ALA
27
-5.33
-18.83
A
341
SER
24
-5.35
-17.35
A 342
TYR
26
-3.85
-16.85
A
343
SER
26
-0.12
-13.12
A
344
TYR
25
1.1
-11.41
A
345 ASP
20
2.45
-7.55 <=B
A
346
LYS
16
1.7
-6.3 <=B
A
347
ASN
10
2.69
-2.31 <=B
A
348
LYS
14
1.82
-5.18 <=B
A
349
ARG
16
0.94
-7.06 <=B
A
350
TYR
22
0.07
-10.93
A
351
LEU
30
-1.8
-16.8
A
352
ILE
32
0.02
-15.98
A
353
SER
30
-3.33
-18.33
A
354
TYR
32
-2.91
-18.91
A
355 ASP
29
-4.48
-18.98
A
356
THR
26
-4.1
-17.1
A
357
VAL
18
-4.79
-13.79
A
358
LYS
20 -5.87
-15.87
A
359
ILE
25
-6.72
-19.22
A
360
ALA
26
-7.12
-20.12
A
361
GLY
24
-6.47
-18.47
A
362
LYS
23
-5.02
-16.52
A
363
LYS
28
-4.57
-18.57
A
364
ALA
24
-2.54
-14.54
A 365
GLU
16
-0.55
-8.55
A
366
TYR
19
0.49
-9.01
A
367
ILE
24
-0.78
-12.78
A
368
THR
17
1.14
-7.36 <=B
A
369
LYS
10
1.59
-3.41 <=B
A
370
ASN
14
1.68
-5.32 <=B
A
371
GLY
17
0.71
-7.79
A
372
MET
22
-0.14
-11.14
A
373
GLY
26
-1.23
-14.23
A
374
GLY
29
-3.43
-17.93
A
375
GLY
26
-5.21
-18.21
A
376
MET
29
-7.32
-21.82
A
377
TRP
26
-6.05
-19.05
A
378
TRP 21
-4.47
-14.97
A
379
GLU
20
-3.45
-13.45
A
380
SER
24
-0.23
-12.23
A
381
SER
24
3.53
-8.47
A
382
SER
20
3.94
-6.06 <=B
A
383
ASP
22
1.2
-9.8
A
384
LYS
19
2.06
-7.44 <=B
A 385
THR
13
0.11
-6.39 <=B
A
386
GLY
11
-1.17
-6.67 <=B
A
387
ASN
10
-1.18
-6.18 <=B
A
388
GLU
15
-1.41
-8.91
A
389
SER
19
-2.05
-11.55
A
390
LEU
26
-3.9
-16.9
A
391
VAL
29
-5.78
-20.28
A
392
GLY
24
-4.51
-16.51
A
393
THR
22
-5.6
-16.6
A
394
VAL
26
-5.37
-18.37
A
395
VAL
25
-5.7
-18.2
A
396
ASN
16
-4.54
-12.54
A
397
GLY
18
-4.29
-13.29
A
398
LEU
26
-3.94
-16.94
A
399
GLY
14
-2.63
-9.63
A
400
GLY
15
-3.85
-11.35
A
401
THR
19
-2.4
-11.9
A
402
GLY
13
-0.83
-7.33 <=B
A
403
LYS
15
-1.11
-8.61
A
404
LEU
22
-0.54
-11.54
A
405 GLU
19
0.72
-8.78
A
406
GLN
17
1.61
-6.89 <=B
A
407
ARG
15
2.73
-4.77 <=B
A
408
GLU
16
3.5
-4.5 <=B
A
409
ASN
23
3.23
-8.27
A
410
GLU
23
2.55
-8.95
A
411
LEU
23
4.57
-6.93 <=B
A 412
SER
17
3.04
-5.46 <=B
A
413
TYR
21
2.24
-8.26
A
414
PRO
17
1.98
-6.52 <=B
A
415
GLU
14
0.34
-6.66 <=B
A
416
SER
19
0.17
-9.33
A
417
VAL
19
0.42 -9.08
A
418
TYR
19
1.76
-7.75
A
419
ASP
18
3.77 -5.23
<=B
A
420
ASN
20
4.74
-5.26 <=B
A
421
LEU
27
2.3
-11.2
A
422
LYS 21
2.3
-8.2
A
423
ASN
15
3.73
-3.77 <=B
A
424
GLY
17
4.06
-4.45 <=B
A
425
MET
19
2.95 -6.55
<=B
A
426
PRO
9
3.33
-1.17 <=B
A
427
SER
10
5.04
0.04 <=B
Identified 111 B-Cell epitope residues out of 392
total
residues