| anti_CRISPR0421 | AcrVIB | VI-B | literature | Porphyromonas gulae | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0422 | AcrVIB | VI-B | literature | Bacteroides pyogenes F0041 | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0423 | AcrVIB | VI-B | literature | Bacteroides pyogenes | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0424 | AcrVIB | VI-B | literature | Flavobacterium branchiophilum | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0425 | AcrVIB | VI-B | literature | Myroides odoratimimus CCUG 10230 | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0426 | AcrVIB | VI-B | literature | Myroides odoratimimus CCUG 3837 | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0427 | AcrVIB | VI-B | literature | Myroides odoratimimus | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0428 | AcrVIB | VI-B | literature | Myroides odoratimimus CCUG 12901 | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0429 | AcrVIB | VI-B | literature | Myroides odoratimimus | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0430 | AcrVIB | VI-B | Verified | Bergeyella zoohelcum ATCC 43767 | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0431 | AcrVIB | VI-B | literature | Capnocytophaga cynodegmi | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0432 | AcrVIB | VI-B | Verified | Bergeyella zoohelcum | Csx27, was identified as an inhibitor for both B. zoohelcum Cas13b (type VI-B1) and P. buccae Cas13b (type VI-B2) systems | | 28065598 |
| anti_CRISPR0433 | AcrIIA5 | II-A | Verified | Streptococcus phage D4276 | An anti-CRISPR from a virulent streptococcal phage inhibits Streptococcus pyogenes Cas9 | | 28785032 |
| anti_CRISPR0434 | AcrID1 | I-D | Verified | Sulfolobus islandicus rudivirus 3 | AcrID1 protein inhibits the CRISPR-Cas subtype I-D system by interacting directly with Cas10d protein, which is required for the interference stage | 28721295 | 29507349 |
| anti_CRISPR0435 | AcrID1 | I-D | Verified | Sulfolobus islandicus rod-shaped virus 2 | AcrID1 protein inhibits the CRISPR-Cas subtype I-D system by interacting directly with Cas10d protein, which is required for the interference stage | IPR009804 | 29507349 |
