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 named:

"
Single-stranded right-handed beta-helix, Pectin lyase-like
".

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
788
3D
1xg2A00 - 98.1
2
361
3D
1nhcF00 - 94.9
3
220
3D
1qcxA00 - 87.4
4
175 - - 94.4
5
172 - - 56.1
6
168 - - 49.7
7
158 - - 69.9
8
139 - - 89.7
9
137 - - 76.1
10
105
3D
3grhA00 - 20.3
11
100 - - 55.7
14
99
3D
5c1eA00 - 96.6
12
98 - - 84.1
13
97 - - 92.0
15
96 - - 72.8
16
79 - - 82.4
17
77 - - 70.0
18
74 - - 61.5
19
67 - - 80.2
21
66 - - 79.5
22
66 - - 70.0
20
66 - - 67.2
23
63
3D
5m60A02 - 90.4
24
59 - - 24.2
25
58
3D
1rmgA00 - 63.0
26
58
3D
5m60A01 - 86.5
27
54 - - 73.6
28
53 - - 86.0
29
51 - - 91.4
30
50 - - 64.5
31
49 - - 76.0
32
42 - - 87.4
33
41 - - 80.2
35
36 - - 34.8
34
36 - - 71.0
36
35 - - 74.8
37
32 - - 44.8
38
30 - - 20.2
39
29 - - 37.5
40
28 - - 67.4
41
26 - - 72.5
42
26 - - 66.5
43
25 - - 92.5
44
25
3D
1ee6A00 - 83.4
45
23 - - 66.2
46
22 - - 82.9
47
20 - - 30.8
48
20 - - 54.7
49
19 - - 76.0
50
16 - - 41.6
51
14 - - 42.5
52
13 - - 95.7
55
12 - - 12.2
54
12 - - 29.2
53
12 - - 25.2
57
Beta-D-mannuronate
11 - - 13.0
56
11 - - 78.7
58
10 - - 11.9
62
10 - - 94.5
61
10 - - 85.0
60
10 - - 18.2
59
10 - - 0.0
67
9 - - 41.6
64
9 - - 1.2
68
9 - - 65.4
65
9 - - 6.9
69
9 - - 87.4
63
9 - - 70.9
66
9 - - 32.5
70
9 - - 85.3
71
8 - - 24.9
73
8 - - 11.4
72
8 - - 20.4
76
7 - - 4.2
74
Beta-D-mannuronate
7 - - 0.0
77
7 - - 29.8
75
7 - - 13.9
95
6
3D
4mr0B00 - 5.7
78
6 - - 33.7
79
6 - - 7.8
80
6 - - 11.5
90
5 - - 13.0
84
5 - - 66.6
89
NosD
5 - - 45.5
93
5 - - 76.7
91
5 - - 12.0
87
5 - - 30.8
83
NosD
5 - - 10.7
94
5 - - 84.1
81
5 - - 24.8
86
5 - - 6.9
82
5 - - 0.0
92
5 - - 75.0
88
5 - - 70.3
85
5 - - 6.7
102
4 - - 72.0
114
4 - - 22.7
101
4 - - 2.4
104
4 - - 85.8
96
4 - - 8.7
98
4 - - 11.3
103
4 - - 68.8
113
4 - - 74.0
189
4
3D
2vbmA00 - 0.2
107
4 - - 15.6
97
4 - - 8.1
100
4 - - 0.0
109
4 - - 3.8
106
4 - - 86.7
110
4 - - 63.9
112
4 - - 75.7
99
4 - - 9.4
108
4 - - 58.8
105
4 - - 26.8
111
4 - - 80.6
127
NosD
3 - - 42.2
118
3 - - 11.5
129
3 - - 1.4
135
3 - - 33.1
124
3 - - 0.0
131
NosD
3 - - 7.4
119
3 - - 9.7
115
3 - - 8.6
116
3 - - 0.6
136
3 - - 76.4
120
3 - - 2.4
122
3 - - 9.0
132
3 - - 29.4
125
3 - - 39.6
121
3 - - 12.2
126
3 - - 42.3
117
3 - - 0.0
133
3 - - 33.0
123
3 - - 0.0
128
3 - - 1.2
134
3 - - 32.9
130
3 - - 2.3
194
2 - - 1.3
163
2 - - 1.2
175
2 - - 31.3
199
2 - - 39.7
153
2 - - 31.6
198
2 - - 28.8
139
2 - - 32.5
202
2 - - 25.1
168
2 - - 36.2
184
2 - - 15.2
145
2 - - 1.4
178
2 - - 0.0
140
2 - - 25.8
181
2 - - 34.4
154
S-layer protein
2 - - 36.0
159
S-layer protein
2 - - 38.3
160
2 - - 0.0
195
2 - - 1.0
193
2 - - 2.9
180
2 - - 0.0
162
2 - - 0.0
201
2 - - 42.0
152
2 - - 31.3
174
2 - - 0.0
188
2 - - 33.1
144
2 - - 0.0
177
2 - - 0.0
143
2 - - 0.0
158
2 - - 35.8
183
S-layer protein
2 - - 39.0
169
2 - - 4.0
171
2 - - 8.3
200
2 - - 37.7
161
2 - - 0.0
190
2 - - 4.9
151
2 - - 3.6
148
2 - - 0.0
157
2 - - 39.0
197
2 - - 30.8
203
2 - - 27.8
138
2 - - 19.0
137
2 - - 11.9
165
2 - - 9.9
186
2 - - 12.1
147
2 - - 0.0
172
2 - - 8.9
191
2 - - 0.7
187
2 - - 28.4
176
2 - - 18.9
170
2 - - 7.7
179
2 - - 0.0
182
2 - - 37.6
142
2 - - 36.9
167
2 - - 40.5
149
2 - - 6.8
173
2 - - 0.0
166
2 - - 0.0
141
2 - - 34.6
156
2 - - 40.9
192
2 - - 8.7
150
2 - - 2.4
155
2 - - 39.8
185
2 - - 12.0
146
S-layer protein
2 - - 8.9
164
2 - - 0.0
196
2 - - 1.3
276
1 - - 0.0
206
1 - - 0.0
331
1 - - 0.0
233
1 - - 0.0
259
1 - - 0.0
220
1 - - 0.0
316
1 - - 0.0
208
1 - - 0.0
347
1 - - 0.0
292
1 - - 0.0
325
1 - - 0.0
291
1 - - 0.0
226
1 - - 0.0
211
1 - - 0.0
337
1 - - 0.0
340
1 - - 0.0
311
1 - - 0.0
241
1 - - 0.0
327
S-layer protein
1 - - 0.0
320
1 - - 0.0
280
1 - - 0.0
273
1 - - 0.0
236
1 - - 0.0
249
1 - - 0.0
218
1 - - 0.0
348
1 - - 0.0
285
1 - - 0.0
234
1 - - 0.0
314
1 - - 0.0
307
1 - - 0.0
326
1 - - 0.0
335
1 - - 0.0
270
1 - - 0.0
288
1 - - 0.0
324
1 - - 0.0
244
1 - - 0.0
246
1 - - 0.0
240
1 - - 0.0
334
1 - - 0.0
230
1 - - 0.0
299
1 - - 0.0
342
1 - - 0.0
266
1 - - 0.0
295
1 - - 0.0
341
1 - - 0.0
214
1 - - 0.0
221
1 - - 0.0
312
1 - - 0.0
302
1 - - 0.0
229
1 - - 0.0
260
1 - - 0.0
237
1 - - 0.0
309
1 - - 0.0
315
1 - - 0.0
338
1 - - 0.0
222
1 - - 0.0
300
1 - - 0.0
286
1 - - 0.0
305
1 - - 0.0
308
1 - - 0.0
254
1 - - 0.0
217
1 - - 0.0
328
1 - - 0.0
239
1 - - 0.0
205
1 - - 0.0
281
1 - - 0.0
269
1 - - 0.0
235
1 - - 0.0
301
1 - - 0.0
213
1 - - 0.0
265
1 - - 0.0
317
1 - - 0.0
296
1 - - 0.0
329
1 - - 0.0
272
1 - - 0.0
298
1 - - 0.0
313
1 - - 0.0
243
1 - - 0.0
231
1 - - 0.0
343
1 - - 0.0
287
1 - - 0.0
294
1 - - 0.0
275
1 - - 0.0
261
1 - - 0.0
321
1 - - 0.0
284
1 - - 0.0
247
1 - - 0.0
204
1 - - 0.0
289
1 - - 0.0
346
1 - - 0.0
333
1 - - 0.0
339
1 - - 0.0
228
1 - - 0.0
323
1 - - 0.0
268
1 - - 0.0
345
1 - - 0.0
319
1 - - 0.0
224
1 - - 0.0
223
1 - - 0.0
282
1 - - 0.0
262
1 - - 0.0
212
1 - - 0.0
344
1 - - 0.0
238
1 - - 0.0
251
1 - - 0.0
253
1 - - 0.0
279
1 - - 0.0
209
1 - - 0.0
256
1 - - 0.0
216
1 - - 0.0
227
1 - - 0.0
336
1 - - 0.0
264
1 - - 0.0
255
1 - - 0.0
297
1 - - 0.0
277
1 - - 0.0
232
1 - - 0.0
225
1 - - 0.0
207
1 - - 0.0
330
1 - - 0.0
263
1 - - 0.0
290
1 - - 0.0
304
1 - - 0.0
210
1 - - 0.0
258
1 - - 0.0
293
1 - - 0.0
274
1 - - 0.0
306
1 - - 0.0
322
1 - - 0.0
252
1 - - 0.0
310
1 - - 0.0
283
1 - - 0.0
250
1 - - 0.0
303
1 - - 0.0
215
1 - - 0.0
278
1 - - 0.0
271
1 - - 0.0
245
1 - - 0.0
267
1 - - 0.0
219
1 - - 0.0
318
1 - - 0.0
257
1 - - 0.0
248
1 - - 0.0
332
1 - - 0.0
242
1 - - 0.0