| MERNUM |
Species |
Sequence length |
Peptidase unit |
Active site residues |
Source |
| MER0497923 |
Adlercreutzia equolifaciens |
303 |
78-267 |
H152, C250 |
UNIPROT:S6BXB0 |
| MER0497923 |
Adlercreutzia equolifaciens |
303 |
78-267 |
H152, C250 |
UNIPROT:S6BXB0 |
| MER0162469 |
Anaerococcus hydrogenalis |
254 |
8-248 |
H143, C237 |
GENBANK:ZP_03304868 |
| MER0237403 |
Anaerococcus tetradius |
259 |
9-253 |
H148, C242 |
UNIPROT:C2CHC3 |
| MER0237403 |
Anaerococcus tetradius |
259 |
9-253 |
H148, C242 |
UNIPROT:C2CHC3 |
| MER0233235 |
Anaerococcus vaginalis |
256 |
9-250 |
H144, C239 |
UNIPROT:C7HRV6 |
| MER0233235 |
Anaerococcus vaginalis |
256 |
9-250 |
H144, C239 |
UNIPROT:C7HRV6 |
| MER0139768 |
Anaerofustis stercorihominis |
276 |
47-266 |
H166, C258 |
GENBANK:ZP_02862886 |
| MER0118377 |
Anaerostipes caccae |
239 |
4-233 |
H126, C221 |
UNIPROT:B0MEU9 |
| MER0118377 |
Anaerostipes caccae |
239 |
4-233 |
H126, C221 |
UNIPROT:B0MEU9 |
| MER0361131 |
Anaerostipes hadrus |
234 |
21-218 |
H126, C218 |
GENBANK:ZP_19294238 |
| MER0298986 |
Anaerostipes sp. 3_2_56FAA |
239 |
4-233 |
H126, C221 |
GENBANK:ZP_07930482 |
| MER0361955 |
Bacillus aerophilus |
249 |
36-247 |
H135, C228 |
GENBANK:ZP_10163695 |
| MER0360450 |
Bacillus alcalophilus |
240 |
52-238 |
H126, C219 |
GENBANK:ZP_10817229 |
| MER0025278 |
Bacillus anthracis |
254 |
12-252 |
H140, C233 |
GENBANK:EDR91809 |
| MER0028880 |
Bacillus cereus |
254 |
12-252 |
H140, C233 |
GENBANK:YP_005106977 |
| MER0066110 |
Bacillus cereus |
254 |
12-252 |
H140, C233 |
UNIPROT:J8C2U7 |
| MER0066110 |
Bacillus cereus |
254 |
12-252 |
H140, C233 |
UNIPROT:J8C2U7 |
| MER0493414 |
Bacillus cereus |
254 |
15-252 |
H140, C233 |
UNIPROT:J8E818 |
| MER0493414 |
Bacillus cereus |
254 |
15-252 |
H140, C233 |
UNIPROT:J8E818 |
| MER0069876 |
Bacillus clausii |
255 |
7-251 |
H139, C232 |
GENBANK:YP_176913 |
| MER0025282 |
Bacillus halodurans |
254 |
13-253 |
H140, C233 |
UNIPROT:Q9K7R5 |
| MER0025282 |
Bacillus halodurans |
254 |
13-253 |
H140, C233 |
UNIPROT:Q9K7R5 |
| MER0361094 |
Bacillus isronensis |
227 |
43-224 |
H114, C206 |
GENBANK:ZP_11072587 |
| MER0117782 |
Bacillus pumilus |
250 |
8-248 |
H136, C229 |
UNIPROT:A8FIV4 |
| MER0117782 |
Bacillus pumilus |
250 |
8-248 |
H136, C229 |
UNIPROT:A8FIV4 |
| MER0360346 |
Bacillus sonorensis |
255 |
62-251 |
H141, C234 |
GENBANK:ZP_22899111 |
| MER0137223 |
Bacillus sp. B14905 |
262 |
12-259 |
H147, C240 |
UNIPROT:A3I4Z0 |
| MER0137223 |
Bacillus sp. B14905 |
262 |
12-259 |
H147, C240 |
UNIPROT:A3I4Z0 |
| MER0039808 |
Bacillus thuringiensis |
254 |
12-252 |
H140, C233 |
UNIPROT:A0RJE4 |
| MER0039808 |
Bacillus thuringiensis |
254 |
12-252 |
H140, C233 |
UNIPROT:A0RJE4 |
| MER0298937 |
Bacillus thuringiensis |
254 |
12-252 |
H140, C233 |
GENBANK:YP_003666717 |
| MER0498424 |
Bacillus toyonensis |
254 |
15-252 |
H140, C233 |
UNIPROT:U5ZS19 |
| MER0498424 |
Bacillus toyonensis |
254 |
15-252 |
H140, C233 |
UNIPROT:U5ZS19 |
| MER0084246 |
Bacillus weihenstephanensis |
254 |
12-252 |
H140, C233 |
GENBANK:EAR76805 |
| MER0360951 |
Bacillus xiamenensis |
250 |
34-248 |
H136, C229 |
GENBANK:ZP_11158924 |
| MER0165072 |
Bacteroides pectinophilus |
266 |
36-246 |
H149, C246 |
GENBANK:ZP_03461330 |
| MER0162073 |
Blautia hansenii |
263 |
23-258 |
H152, C245 |
GENBANK:ZP_03547273 |
| MER0298977 |
Blautia hansenii |
268 |
18-263 |
H152, C245 |
GENBANK:ZP_05855845 |
| MER0233879 |
Blautia hydrogenotrophica |
340 |
102-337 |
H230, C324 |
UNIPROT:C0CNC4 |
| MER0233879 |
Blautia hydrogenotrophica |
340 |
102-337 |
H230, C324 |
UNIPROT:C0CNC4 |
| MER0232550 |
butyrate-producing bacterium SSC/2 |
234 |
4-230 |
H126, C218 |
UNIPROT:D4MUS4 |
| MER0232550 |
butyrate-producing bacterium SSC/2 |
234 |
4-230 |
H126, C218 |
UNIPROT:D4MUS4 |
| MER0299068 |
butyrate-producing bacterium SSC/2 |
263 |
35-241 |
H144, C241 |
UNIPROT:D4MV77 |
| MER0299068 |
butyrate-producing bacterium SSC/2 |
263 |
35-241 |
H144, C241 |
UNIPROT:D4MV77 |
| MER0222078 |
Butyrivibrio proteoclasticus |
254 |
16-252 |
H151, C234 |
GENBANK:YP_003832888 |
| MER0222079 |
Butyrivibrio proteoclasticus |
278 |
33-272 |
H165, C261 |
GENBANK:YP_003832893 |
| MER0222110 |
Butyrivibrio proteoclasticus |
288 |
85-282 |
H160, C271 |
GENBANK:YP_003830078 |
| MER0222114 |
Butyrivibrio proteoclasticus |
296 |
94-288 |
H175, C273 |
GENBANK:YP_003830131 |
| MER0361054 |
Carnobacterium maltaromaticum |
242 |
18-239 |
H127, C220 |
GENBANK:ZP_10279313 |
| MER0188656 |
Cellulosilyticum lentocellum |
260 |
73-258 |
H149, C244 |
UNIPROT:F2JL64 |
| MER0188656 |
Cellulosilyticum lentocellum |
260 |
73-258 |
H149, C244 |
UNIPROT:F2JL64 |
| MER0361114 |
Clostridiales bacterium OBRC5-5 |
256 |
68-254 |
H144, C237 |
GENBANK:ZP_11018857 |
| MER0191682 |
Clostridium asparagiforme |
3988 |
3837-3932 |
H3906, missing |
GENBANK:ZP_03762391 |
| MER0361300 |
Clostridium celatum |
257 |
83-254 |
H138, C237 |
GENBANK:ZP_19296650 |
| MER0177962 |
Clostridium hiranonis |
239 |
9-228 |
H123, C217 |
GENBANK:ZP_03293057 |
| MER0178152 |
Clostridium hylemonae |
266 |
28-253 |
H149, C243 |
GENBANK:ZP_03481798 |
| MER0188665 |
Clostridium nexile |
251 |
48-246 |
H136, C233 |
GENBANK:ZP_03288714 |
| MER0190285 |
Clostridium nexile |
246 |
79-245 |
H156, C229 |
GENBANK:ZP_03289590 |
| MER0360971 |
Clostridium pasteurianum |
245 |
63-245 |
H135, C228 |
GENBANK:ZP_20958611 |
| MER0361113 |
Clostridium pasteurianum |
234 |
21-231 |
H126, C218 |
GENBANK:ZP_20959339 |
| MER0501342 |
Clostridium pasteurianum |
233 |
25-230 |
H126, C217, |
UNIPROT:R4JWD5 |
| MER0501342 |
Clostridium pasteurianum |
233 |
25-230 |
H126, C217, |
UNIPROT:R4JWD5 |
| MER0025281 |
Clostridium perfringens |
249 |
6-249 |
H136, C232 |
GENBANK:ZP_02638228 |
| MER0139572 |
Clostridium ramosum |
267 |
20-254 |
H146, C237 |
GENBANK:ZP_02429698 |
| MER0221892 |
Clostridium saccharolyticum |
251 |
10-250 |
H142, C234 |
GENBANK:YP_003823986 |
| MER0139180 |
Clostridium scindens |
315 |
74-301 |
H197, C291 |
UNIPROT:B0NI84 |
| MER0139180 |
Clostridium scindens |
315 |
74-301 |
H197, C291 |
UNIPROT:B0NI84 |
| MER0188670 |
Clostridium sp. D5 |
256 |
64-231 |
H134, C231 |
GENBANK:ZP_08127981 |
| MER0190193 |
Clostridium sp. M62/1 |
272 |
25-263 |
H152, C245 |
UNIPROT:D4CB19 |
| MER0190193 |
Clostridium sp. M62/1 |
272 |
25-263 |
H152, C245 |
UNIPROT:D4CB19 |
| MER0190624 |
Clostridium sp. M62/1 |
276 |
90-239 |
H157, C239 |
GENBANK:ZP_06344636 |
| MER0119228 |
Clostridium sp. SS2/1 |
263 |
35-241 |
H144, C241 |
UNIPROT:B0P403 |
| MER0119228 |
Clostridium sp. SS2/1 |
263 |
35-241 |
H144, C241 |
UNIPROT:B0P403 |
| MER0138648 |
Clostridium sp. SS2/1 |
234 |
4-230 |
H126, C218 |
UNIPROT:B0P567 |
| MER0138648 |
Clostridium sp. SS2/1 |
234 |
4-230 |
H126, C218 |
UNIPROT:B0P567 |
| MER0253441 |
Clostridium sp. SY8519 |
253 |
19-245 |
H140, C234 |
GENBANK:YP_004709048 |
| MER0138567 |
Clostridium spiroforme |
268 |
25-243 |
H146, C237 |
UNIPROT:B1C4P0 |
| MER0138567 |
Clostridium spiroforme |
268 |
25-243 |
H146, C237 |
UNIPROT:B1C4P0 |
| MER0298999 |
Coprobacillus sp. 3_3_56FAA |
267 |
20-254 |
H146, C237 |
GENBANK:ZP_09373492 |
| MER0299015 |
Coprobacillus sp. 8_2_54BFAA |
267 |
20-254 |
H146, C237 |
GENBANK:ZP_09699551 |
| MER0237713 |
Coprobacillus sp. D7 |
267 |
20-254 |
H146, C237 |
GENBANK:EEO31994 |
| MER0188683 |
Coprococcus comes |
258 |
70-252 |
H140, C239 |
GENBANK:ZP_03800299 |
| MER0229693 |
Coprococcus comes |
260 |
17-255 |
H144, C237 |
UNIPROT:C0BEE2 |
| MER0229693 |
Coprococcus comes |
260 |
17-255 |
H144, C237 |
UNIPROT:C0BEE2 |
| MER0236957 |
Coprococcus comes |
276 |
29-263 |
H159, C253 |
UNIPROT:C0B821 |
| MER0236957 |
Coprococcus comes |
276 |
29-263 |
H159, C253 |
UNIPROT:C0B821 |
| MER0361963 |
Coriobacteriaceae bacterium JC110 |
318 |
103-271 |
H174, C269 |
GENBANK:ZP_10211476 |
| MER0128651 |
Cryptobacterium curtum |
282 |
35-261 |
H161, C258 |
UNIPROT:C7MMK2 |
| MER0128651 |
Cryptobacterium curtum |
282 |
35-261 |
H161, C258 |
UNIPROT:C7MMK2 |
| MER0118760 |
Dorea formicigenerans |
252 |
36-249 |
H135, C232 |
UNIPROT:B0GAL0 |
| MER0118760 |
Dorea formicigenerans |
252 |
36-249 |
H135, C232 |
UNIPROT:B0GAL0 |
| MER0138295 |
Dorea formicigenerans |
260 |
17-255 |
H144, C237 |
UNIPROT:B0G686 |
| MER0138295 |
Dorea formicigenerans |
260 |
17-255 |
H144, C237 |
UNIPROT:B0G686 |
| MER0139257 |
Dorea longicatena |
278 |
30-267 |
H163, C257 |
GENBANK:ZP_01996630 |
| MER0188647 |
Eggerthella sp. 1_3_56FAA |
252 |
61-246 |
H131, C228 |
GENBANK:ZP_07949045 |
| MER0190162 |
Eggerthella sp. 1_3_56FAA |
269 |
57-230 |
H129, C224 |
GENBANK:ZP_07948506 |
| MER0253188 |
Eggerthella sp. YY7918 |
265 |
1-228 |
H121, C216 |
GENBANK:YP_004710347 |
| MER0361749 |
Eggerthia catenaformis |
244 |
65-239 |
H134, C224 |
GENBANK:ZP_21913396 |
| MER0119294 |
Enterocloster bolteae |
302 |
9-259 |
H150, C242 |
UNIPROT:A8RQY0 |
| MER0119294 |
Enterocloster bolteae |
302 |
9-259 |
H150, C242 |
UNIPROT:A8RQY0 |
| MER0124625 |
Enterocloster bolteae |
233 |
12-218 |
H125, C218 |
UNIPROT:A8S0Q5 |
| MER0124625 |
Enterocloster bolteae |
233 |
12-218 |
H125, C218 |
UNIPROT:A8S0Q5 |
| MER0233103 |
Erysipelotrichaceae bacterium 5_2_54FAA |
264 |
23-251 |
H140, C233 |
UNIPROT:U5F9K3 |
| MER0233103 |
Erysipelotrichaceae bacterium 5_2_54FAA |
264 |
23-251 |
H140, C233 |
UNIPROT:U5F9K3 |
| MER0138201 |
Eubacterium dolichum |
257 |
16-248 |
H134, C227 |
UNIPROT:A8REJ5 |
| MER0138201 |
Eubacterium dolichum |
257 |
16-248 |
H134, C227 |
UNIPROT:A8REJ5 |
| MER0186315 |
Eubacterium rectale |
257 |
12-251 |
H144, C238 |
UNIPROT:C4ZAT5 |
| MER0186315 |
Eubacterium rectale |
257 |
12-251 |
H144, C238 |
UNIPROT:C4ZAT5 |
| MER0266695 |
Eubacterium saburreum |
252 |
54-250 |
H140, C233 |
GENBANK:ZP_07903470 |
| MER0237337 |
Faecalitalea cylindroides |
243 |
11-228 |
H124, C214 |
UNIPROT:D4JG61 |
| MER0237337 |
Faecalitalea cylindroides |
243 |
11-228 |
H124, C214 |
UNIPROT:D4JG61 |
| MER0188650 |
Gordonibacter pamelaeae |
285 |
94-279 |
H164, C261 |
UNIPROT:D6E915 |
| MER0188650 |
Gordonibacter pamelaeae |
285 |
94-279 |
H164, C261 |
UNIPROT:D6E915 |
| MER0188661 |
Lachnospiraceae bacterium 2_1_46FAA |
246 |
62-242 |
H132, C229 |
GENBANK:ZP_08341251 |
| MER0188682 |
Lachnospiraceae bacterium 3_1_57FAA_CT1 |
230 |
42-228 |
H164, missing |
GENBANK:ZP_08606963 |
| MER0190154 |
Lachnospiraceae bacterium 5_1_63FAA |
234 |
21-218 |
H126, C218 |
GENBANK:ZP_07956009 |
| MER0188653 |
Lachnospiraceae bacterium 6_1_63FAA |
257 |
70-253 |
H140, C237 |
GENBANK:ZP_08333511 |
| MER0361958 |
Lachnospiraceae bacterium ICM7 |
256 |
71-254 |
H144, C237 |
UNIPROT:J4KA81 |
| MER0361958 |
Lachnospiraceae bacterium ICM7 |
256 |
71-254 |
H144, C237 |
UNIPROT:J4KA81 |
| MER0361971 |
Lachnospiraceae bacterium ICM7 |
265 |
67-241 |
H136, C228 |
UNIPROT:J4UGR6 |
| MER0361971 |
Lachnospiraceae bacterium ICM7 |
265 |
67-241 |
H136, C228 |
UNIPROT:J4UGR6 |
| MER0190040 |
Lachnospiraceae oral taxon 107 |
267 |
69-243 |
H138, C230 |
GENBANK:ZP_08325434 |
| MER0025280 |
Listeria innocua |
246 |
6-246 |
H133, C226 |
UNIPROT:Q929J0 |
| MER0025280 |
Listeria innocua |
246 |
6-246 |
H133, C226 |
UNIPROT:Q929J0 |
| MER0274826 |
Listeria ivanovii |
246 |
6-245 |
H133, C226 |
GENBANK:YP_004855901 |
| MER0025279 |
Listeria monocytogenes |
246 |
6-246 |
H133, C226 |
UNIPROT:Q8Y588 |
| MER0025279 |
Listeria monocytogenes |
246 |
6-246 |
H133, C226 |
UNIPROT:Q8Y588 |
| MER0143307 |
Listeria monocytogenes |
246 |
6-246 |
H133, C226 |
GENBANK:ACK38722 |
| MER0198892 |
Listeria seeligeri |
246 |
6-246 |
H133, C226 |
UNIPROT:D3UQG9 |
| MER0198892 |
Listeria seeligeri |
246 |
6-246 |
H133, C226 |
UNIPROT:D3UQG9 |
| MER0071312 |
Listeria welshimeri |
246 |
6-246 |
H133, C226 |
UNIPROT:A0AKT4 |
| MER0071312 |
Listeria welshimeri |
246 |
6-246 |
H133, C226 |
UNIPROT:A0AKT4 |
| MER0117711 |
Lysinibacillus sphaericus |
262 |
12-259 |
H147, C240 |
UNIPROT:B1HP26 |
| MER0117711 |
Lysinibacillus sphaericus |
262 |
12-259 |
H147, C240 |
UNIPROT:B1HP26 |
| MER0230027 |
Marvinbryantia formatexigens |
306 |
32-287 |
H181, C274 |
UNIPROT:C6LLS8 |
| MER0230027 |
Marvinbryantia formatexigens |
306 |
32-287 |
H181, C274 |
UNIPROT:C6LLS8 |
| MER0361093 |
Mogibacterium sp. CM50 |
316 |
76-294 |
H182, C277 |
GENBANK:ZP_10884718 |
| MER0277648 |
Oscillibacter valericigenes |
351 |
38-287 |
H180, C273 |
GENBANK:YP_004880724 |
| MER0169719 |
Paenibacillus larvae |
263 |
69-261 |
H149, C242 |
GENBANK:ZP_02328084 |
| MER0081880 |
Peptoclostridium difficile |
225 |
8-220 |
H116, C209 |
UNIPROT:Q183F3 |
| MER0081880 |
Peptoclostridium difficile |
225 |
8-220 |
H116, C209 |
UNIPROT:Q183F3 |
| MER0229608 |
Peptoclostridium difficile |
254 |
10-252 |
H140, C236 |
UNIPROT:D5Q4F9 |
| MER0229608 |
Peptoclostridium difficile |
254 |
10-252 |
H140, C236 |
UNIPROT:D5Q4F9 |
| MER0191662 |
Peptoniphilus sp. oral taxon 375 |
242 |
37-242 |
H136, C227 |
GENBANK:ZP_08708264 |
| MER0274320 |
Roseburia hominis |
271 |
47-266 |
H152, C250 |
GENBANK:YP_004838309 |
| MER0274321 |
Roseburia hominis |
262 |
16-251 |
H148, C241 |
GENBANK:YP_004839020 |
| MER0178767 |
Roseburia intestinalis |
218 |
21-207 |
H107, C199 |
GENBANK:ZP_03483536 |
| MER0188652 |
Ruminococcus bromii |
269 |
82-248 |
H152, C248 |
UNIPROT:D4L702 |
| MER0188652 |
Ruminococcus bromii |
269 |
82-248 |
H152, C248 |
UNIPROT:D4L702 |
| MER0123138 |
Ruminococcus gnavus |
268 |
18-263 |
H152, C245 |
UNIPROT:A7B1F3 |
| MER0123138 |
Ruminococcus gnavus |
268 |
18-263 |
H152, C245 |
UNIPROT:A7B1F3 |
| MER0124725 |
Ruminococcus gnavus |
270 |
30-261 |
H156, C251 |
UNIPROT:A7B150 |
| MER0124725 |
Ruminococcus gnavus |
270 |
30-261 |
H156, C251 |
UNIPROT:A7B150 |
| MER0140402 |
Ruminococcus gnavus |
254 |
37-251 |
H137, C234 |
GENBANK:ZP_02041051 |
| MER0140965 |
Ruminococcus lactaris |
237 |
45-212 |
H116, C212 |
UNIPROT:B5CL33 |
| MER0140965 |
Ruminococcus lactaris |
237 |
45-212 |
H116, C212 |
UNIPROT:B5CL33 |
| MER0162267 |
Ruminococcus lactaris |
267 |
52-263 |
H149, C247 |
GENBANK:ZP_03168912 |
| MER0140616 |
Ruminococcus obeum |
300 |
31-269 |
H161, C256 |
UNIPROT:A5ZVT3 |
| MER0140616 |
Ruminococcus obeum |
300 |
31-269 |
H161, C256 |
UNIPROT:A5ZVT3 |
| MER0238810 |
Ruminococcus sp. 5_1_39BFAA |
270 |
22-261 |
H153, C248 |
UNIPROT:C6JH23 |
| MER0238810 |
Ruminococcus sp. 5_1_39BFAA |
270 |
22-261 |
H153, C248 |
UNIPROT:C6JH23 |
| MER0140708 |
Ruminococcus torques |
250 |
37-247 |
H133, C230 |
UNIPROT:A5KML6 |
| MER0140708 |
Ruminococcus torques |
250 |
37-247 |
H133, C230 |
UNIPROT:A5KML6 |
| MER0020433 |
Staphylococcus aureus |
244 |
5-242 |
H130, C223 |
UNIPROT:T1Y7G5 |
| MER0020433 |
Staphylococcus aureus |
244 |
5-242 |
H130, C223 |
UNIPROT:T1Y7G5 |
| MER0287235 |
Staphylococcus aureus |
244 |
5-242 |
H130, C223 |
UNIPROT:G7ZMN6 |
| MER0287235 |
Staphylococcus aureus |
244 |
5-242 |
H130, C223 |
UNIPROT:G7ZMN6 |
| MER0159555 |
Staphylococcus capitis |
242 |
3-240 |
H128, C221 |
GENBANK:ZP_03613813 |
| MER0198701 |
Staphylococcus lugdunensis |
240 |
5-238 |
H126, C219 |
GENBANK:ADC86219 |
| MER0361091 |
Staphylococcus massiliensis |
152 |
37-147 |
H126, missing |
GENBANK:ZP_18855534 |
| MER0360338 |
Staphylococcus simulans |
237 |
22-235 |
H123, C216 |
GENBANK:ZP_11416576 |
| MER0382264 |
Stomatobaculum longum |
274 |
80-242 |
H150, C242 |
GENBANK:ZP_09521486 |
| MER0189207 |
Streptococcus sp. oral taxon 056 |
232 |
47-223 |
H110, C208 |
GENBANK:ZP_08662622 |
| MER0189210 |
Streptococcus sp. oral taxon 058 |
233 |
47-223 |
H110, C208 |
GENBANK:ZP_09175497 |
| MER0190087 |
Turicibacter sanguinis |
256 |
8-248 |
H143, C237 |
UNIPROT:D4W7U9 |
| MER0190087 |
Turicibacter sanguinis |
256 |
8-248 |
H143, C237 |
UNIPROT:D4W7U9 |
| MER0190016 |
Turicibacter sp. HGF1 |
247 |
65-244 |
H134, C228 |
GENBANK:ZP_08166653 |
| MER0190042 |
Turicibacter sp. HGF1 |
256 |
68-253 |
H143, C237 |
GENBANK:ZP_08167570 |
