The name of this superfamily has been modified since the most recent official CATH+ release (v4_3_0). At the point of the last release, this superfamily was: waiting to be named.

Functional Families

Overview of the Structural Clusters (SC) and Functional Families within this CATH Superfamily. Clusters with a representative structure are represented by a filled circle.

Browse Functional Families

ID Function Family (FunFam) Name Total Sequences Enzyme? Structure? Structural Representative PDB Sites? Alignment Diversity (0-100)
1
3520
3D
6casI00 - 92.8
2
3021 - - 96.4
3
2152
3D
2mzwA02 - 96.4
4
1479
3D
6g5iC02 - 95.3
5
1086
3D
4i3hB02 - 97.9
6
884
3D
3b8hE05 - 90.6
7
857
3D
6emlF00 - 92.8
8
742
3D
4r1fD02 - 89.9
9
630 - - 95.9
10
582
3D
1rreF01 - 75.2
11
512 - - 76.6
12
468
3D
1s16B02 - 73.0
13
440
3D
1nhjA02 - 91.5
14
414
3D
4p7aA02 - 95.6
15
368
3D
2x36F00 - 89.0
16
344
3D
2ljpA00 - 73.0
17
337
3D
1pieA01 - 91.7
18
326
3D
1fi4A01 - 84.7
19
315 - - 90.7
20
282
3D
4rpfC01 - 50.3
21
272
3D
4jg4A00 - 87.3
22
238
3D
2ww4B01 - 73.8
23
222
3D
2a2dA01 - 75.4
24
219 - - 50.5
25
186 - - 39.7
26
170 - - 70.7
27
155
3D
2r42A01 - 89.2
28
142 - - 92.5
29
135 - - 80.9
32
131
3D
6mfqB02 - 91.8
30
131 - - 95.8
31
124 - - 78.1
40
123
3D
1wuuD01 - 86.7
33
120 - - 96.0
34
115 - - 73.3
35
113 - - 90.9
37
113 - - 70.5
36
113 - - 76.6
38
109 - - 33.1
39
107 - - 80.0
41
90 - - 80.0
42
81 - - 32.2
43
ATP-hydrolyzing
78 - - 45.6
44
72 - - 74.1
45
67 - - 70.6
46
63 - - 65.7
47
61 - - 84.5
72
59
3D
5v2mA01 - 86.6
48
51 - - 84.3
49
50 - - 62.0
50
49 - - 71.6
51
48 - - 87.1
52
44 - - 13.4
53
43 - - 90.4
54
42 - - 88.6
56
40
3D
2aj4B01 - 87.1
55
ATP-hydrolyzing
38 - - 13.5
57
34 - - 4.8
58
33 - - 71.2
59
33 - - 73.1
60
32 - - 21.1
62
30 - - 12.1
61
30 - - 62.3
64
30
3D
2oi2A01 - 18.0
63
30 - - 32.4
67
29 - - 69.2
87
29
3D
5gmeA01 - 79.3
65
29 - - 22.3
66
29 - - 2.1
70
29
3D
3h4lB02 - 90.3
68
28 - - 85.8
76
27
3D
3pygA01 - 52.8
69
27 - - 83.3
79
27
3D
1qzrB02 - 48.8
71
26 - - 25.2
73
25 - - 5.0
74
Pms1
25 - - 78.5
75
24 - - 16.5
77
23 - - 3.1
78
21 - - 14.3
80
21 - - 85.1
91
20
3D
2zbkH03 - 38.9
81
20 - - 84.4
126
20
3D
2dejA01 - 80.1
84
18 - - 19.9
89
18
3D
2q2eB03 - 38.9
83
18 - - 3.3
86
18 - - 2.3
82
18 - - 8.6
85
18 - - 10.3
90
17 - - 78.5
93
17
3D
6az1L00 - 26.2
88
17 - - 4.6
107
16
3D
3gonA01 - 23.4
92
16 - - 79.0
101
15 - - 84.9
96
15 - - 13.9
98
15 - - 30.2
119
15
3D
2r3vD01 - 20.3
97
15 - - 0.0
100
15 - - 16.2
94
15 - - 3.8
95
15 - - 0.0
99
15 - - 9.3
102
14 - - 55.0
104
14 - - 9.0
103
14 - - 28.1
106
14 - - 9.1
108
14 - - 13.1
105
14 - - 2.8
127
13
3D
2hfuB01 - 81.5
113
13 - - 43.9
109
13 - - 32.7
110
13 - - 43.6
112
13 - - 77.3
117
13 - - 8.9
111
13 - - 14.9
118
12 - - 76.7
114
12 - - 47.5
115
12 - - 10.3
116
12 - - 71.3
155
12
3D
3q1qA00 - 10.3
184
10
3D
5flxQ00 - 17.8
120
10 - - 81.2
122
10 - - 85.4
121
10 - - 77.1
123
10 - - 0.0
124
9 - - 18.5
125
9 - - 12.2
151
9
3D
1visA01 - 87.4
129
8 - - 2.9
135
8 - - 4.3
131
8 - - 14.4
136
8 - - 81.3
132
8 - - 2.7
138
8 - - 95.0
137
8 - - 1.9
133
8 - - 1.8
128
8 - - 84.2
134
8 - - 15.4
130
8 - - 0.0
139
7 - - 3.6
145
7 - - 7.6
140
7 - - 6.7
144
7 - - 1.6
143
7 - - 11.4
148
7 - - 0.0
147
7 - - 1.6
142
7 - - 2.2
149
7 - - 3.2
141
7 - - 3.8
150
7 - - 13.8
146
7 - - 7.1
163
6 - - 10.5
153
6 - - 13.9
154
6 - - 23.3
159
6 - - 41.1
160
6 - - 40.7
162
6 - - 0.0
152
6 - - 2.4
158
6 - - 9.3
161
6 - - 2.3
157
6 - - 1.4
156
6 - - 77.6
164
MutL Homolog
6 - - 82.5
175
5 - - 41.5
168
5 - - 13.2
174
5 - - 18.7
169
5 - - 3.1
171
5 - - 5.2
165
5 - - 1.7
172
5 - - 3.6
176
5 - - 37.1
170
5 - - 9.4
167
5 - - 63.3
173
5 - - 5.3
166
5 - - 8.1
194
4 - - 80.9
178
4 - - 6.9
181
4 - - 17.4
195
4 - - 61.8
193
4 - - 63.1
180
4 - - 0.7
189
4 - - 5.1
188
ATP-hydrolyzing
4 - - 0.7
177
4 - - 78.4
183
4 - - 14.2
190
4 - - 2.2
186
4 - - 9.8
191
4 - - 11.9
187
4 - - 10.1
179
4 - - 73.3
182
4 - - 13.5
192
4 - - 0.0
185
4 - - 6.3
196
4 - - 35.3
206
3 - - 34.9
233
3 - - 39.4
220
3 - - 35.4
208
3 - - 0.0
199
3 - - 15.9
226
3 - - 3.6
211
3 - - 48.8
198
3 - - 7.0
218
3 - - 17.3
202
3 - - 41.3
234
3 - - 72.0
230
3 - - 5.9
201
3 - - 34.3
214
3 - - 0.0
221
ATP-hydrolyzing
3 - - 2.6
229
3 - - 9.7
222
3 - - 2.9
217
3 - - 21.3
205
3 - - 35.0
213
3 - - 10.8
200
3 - - 8.0
231
3 - - 1.3
197
3 - - 8.8
203
3 - - 9.0
204
3 - - 7.0
228
3 - - 0.0
224
3 - - 0.0
223
3 - - 5.0
212
3 - - 8.5
209
3 - - 8.7
216
3 - - 11.5
227
3 - - 9.2
232
3 - - 34.5
225
3 - - 0.0
207
3 - - 2.1
210
3 - - 6.7
215
3 - - 0.0
219
3 - - 0.0
276
2 - - 0.0
259
2 - - 0.0
292
2 - - 0.0
291
2 - - 0.0
241
2 - - 23.9
280
2 - - 2.5
273
2 - - 0.0
236
2 - - 0.0
249
2 - - 9.0
285
2 - - 10.1
270
2 - - 8.4
288
2 - - 38.7
244
2 - - 8.4
246
2 - - 0.0
240
2 - - 0.0
295
2 - - 1.0
266
2 - - 10.6
260
2 - - 0.0
237
2 - - 6.0
286
2 - - 0.0
254
2 - - 5.8
239
2 - - 18.1
281
2 - - 9.7
269
2 - - 2.0
235
2 - - 22.8
296
2 - - 0.0
265
2 - - 7.8
272
2 - - 0.0
243
2 - - 4.5
287
2 - - 0.0
294
2 - - 3.0
275
2 - - 0.0
261
2 - - 1.0
284
2 - - 0.0
247
2 - - 1.0
289
2 - - 19.1
268
2 - - 0.0
282
2 - - 7.1
262
2 - - 10.5
238
2 - - 0.0
251
2 - - 5.3
253
2 - - 6.0
279
2 - - 38.8
256
2 - - 20.2
264
2 - - 0.0
255
2 - - 46.9
297
2 - - 0.0
277
2 - - 2.7
263
2 - - 0.0
290
2 - - 20.1
258
2 - - 2.0
293
2 - - 0.0
274
2 - - 0.0
252
2 - - 7.5
283
2 - - 0.0
250
2 - - 4.7
278
2 - - 30.9
271
2 - - 0.0
245
2 - - 12.1
267
2 - - 0.6
257
2 - - 0.4
248
2 - - 0.0
242
2 - - 0.0
358
1 - - 0.0
331
1 - - 0.0
368
1 - - 0.0
316
1 - - 0.0
395
1 - - 0.0
347
1 - - 0.0
325
1 - - 0.0
378
1 - - 0.0
350
1 - - 0.0
374
1 - - 0.0
337
1 - - 0.0
382
1 - - 0.0
409
1 - - 0.0
340
1 - - 0.0
311
1 - - 0.0
389
1 - - 0.0
327
1 - - 0.0
320
1 - - 0.0
418
1 - - 0.0
361
1 - - 0.0
348
1 - - 0.0
412
1 - - 0.0
385
1 - - 0.0
314
1 - - 0.0
307
1 - - 0.0
364
1 - - 0.0
388
1 - - 0.0
355
1 - - 0.0
326
1 - - 0.0
367
1 - - 0.0
335
1 - - 0.0
391
1 - - 0.0
324
1 - - 0.0
351
1 - - 0.0
410
1 - - 0.0
334
1 - - 0.0
299
1 - - 0.0
377
1 - - 0.0
379
1 - - 0.0
415
1 - - 0.0
342
1 - - 0.0
341
1 - - 0.0
417
1 - - 0.0
312
1 - - 0.0
302
1 - - 0.0
405
1 - - 0.0
370
1 - - 0.0
309
1 - - 0.0
315
1 - - 0.0
402
1 - - 0.0
416
1 - - 0.0
338
1 - - 0.0
380
1 - - 0.0
300
1 - - 0.0
305
1 - - 0.0
381
1 - - 0.0
308
1 - - 0.0
392
1 - - 0.0
373
1 - - 0.0
328
1 - - 0.0
363
1 - - 0.0
399
1 - - 0.0
301
1 - - 0.0
362
1 - - 0.0
317
1 - - 0.0
411
1 - - 0.0
398
1 - - 0.0
384
1 - - 0.0
386
1 - - 0.0
407
1 - - 0.0
376
1 - - 0.0
366
1 - - 0.0
329
1 - - 0.0
298
1 - - 0.0
400
1 - - 0.0
313
1 - - 0.0
343
1 - - 0.0
413
1 - - 0.0
397
1 - - 0.0
349
1 - - 0.0
321
1 - - 0.0
371
1 - - 0.0
346
1 - - 0.0
401
1 - - 0.0
333
1 - - 0.0
339
1 - - 0.0
323
1 - - 0.0
345
1 - - 0.0
319
1 - - 0.0
404
1 - - 0.0
352
1 - - 0.0
344
1 - - 0.0
369
1 - - 0.0
357
1 - - 0.0
372
1 - - 0.0
336
1 - - 0.0
383
1 - - 0.0
359
1 - - 0.0
414
1 - - 0.0
330
1 - - 0.0
394
1 - - 0.0
360
1 - - 0.0
419
1 - - 0.0
304
1 - - 0.0
406
1 - - 0.0
396
1 - - 0.0
393
1 - - 0.0
365
1 - - 0.0
306
1 - - 0.0
322
1 - - 0.0
353
1 - - 0.0
375
1 - - 0.0
403
1 - - 0.0
310
1 - - 0.0
303
1 - - 0.0
387
1 - - 0.0
354
1 - - 0.0
318
1 - - 0.0
332
1 - - 0.0
390
1 - - 0.0
356
1 - - 0.0
408
1 - - 0.0