Type of R-M system . | Methyltransferase activitya . | Type of methylation . | Total number in genomeb . | Number methylated . | % detected methylated . | Assignment . | Locus . | Reference . |
---|---|---|---|---|---|---|---|---|
I | 5′-ACAN8TAG-3′* | m6A | 330 | 326 | 98.8 | M.HpyAXIIIc | hp0850 | This study |
3′-TGTN8ATC-5′* | 330 | 326 | 98.8 | |||||
II | 5′-CCTC-3′ | m5C | 4885 | 3913 | 80.1 | M2.HpyAVI | hp0051 | (23)/(24) |
3′-GGAG-5′ | m6A | 4885 | 4841 | 99.1 | M1.HpyAVI | hp0050 | (23) | |
5′-CCTTC-3′ | m5C | 1304 | 1198 | 91.9 | M.HpyAV | hp0054 | This study/(23) | |
3′-GGAAG-5′ | m6A | 1304 | 1252 | 96.0 | ||||
5′-GATC-3′ | m6A | 10 834 | 10 764 | 99.4 | M.HpyAIII | hp0092 | (23) | |
5′-TCGA-3′ | m6A | 608 | 601 | 98.8 | M.HpyAX | hp0260 | (24) | |
5′-ATTAAT-3′ | m6A | 972 | 957 | 98.5 | M.HpyAVII | hp0478 | (23) | |
5′-GCGC-3′ | m5C | 12 538 | 6328 | 50.5 | M.HpyAVIII | hp1121 | (23,24) | |
5′-CATG-3′ | m6A | 14 782 | 14 741 | 99.7 | M.HpyAI | hp1208 | (23) | |
5′-GANTC-3′ | m6A | 5570 | 5549 | 99.6 | M.HpyAIV | hp1352 | (23) | |
5′-GAAGA-3′ | m6A | 4823 | 4809 | 99.7 | M1.HpyAII | hp1367 | (23) | |
3′-CTTCT-5′ | m4C | 4823 | 4593 | 95.2 | M2.HpyAII | hp1368 | ||
5′-GCGTA-3′* | m6A | 2058 | 2046 | 99.4 | HpyAXIV | hp1517 | This study | |
III | 5′-GCAG-3′ | m6A | 4260 | 4234 | 99.4 | M.HpyAXI | hp0593 | (25) |
IIG or III | 5′-CGRAT-3′* | m6A | 3275 | 3240 | 98.9 | - | n.d. | This study |
Type of R-M system . | Methyltransferase activitya . | Type of methylation . | Total number in genomeb . | Number methylated . | % detected methylated . | Assignment . | Locus . | Reference . |
---|---|---|---|---|---|---|---|---|
I | 5′-ACAN8TAG-3′* | m6A | 330 | 326 | 98.8 | M.HpyAXIIIc | hp0850 | This study |
3′-TGTN8ATC-5′* | 330 | 326 | 98.8 | |||||
II | 5′-CCTC-3′ | m5C | 4885 | 3913 | 80.1 | M2.HpyAVI | hp0051 | (23)/(24) |
3′-GGAG-5′ | m6A | 4885 | 4841 | 99.1 | M1.HpyAVI | hp0050 | (23) | |
5′-CCTTC-3′ | m5C | 1304 | 1198 | 91.9 | M.HpyAV | hp0054 | This study/(23) | |
3′-GGAAG-5′ | m6A | 1304 | 1252 | 96.0 | ||||
5′-GATC-3′ | m6A | 10 834 | 10 764 | 99.4 | M.HpyAIII | hp0092 | (23) | |
5′-TCGA-3′ | m6A | 608 | 601 | 98.8 | M.HpyAX | hp0260 | (24) | |
5′-ATTAAT-3′ | m6A | 972 | 957 | 98.5 | M.HpyAVII | hp0478 | (23) | |
5′-GCGC-3′ | m5C | 12 538 | 6328 | 50.5 | M.HpyAVIII | hp1121 | (23,24) | |
5′-CATG-3′ | m6A | 14 782 | 14 741 | 99.7 | M.HpyAI | hp1208 | (23) | |
5′-GANTC-3′ | m6A | 5570 | 5549 | 99.6 | M.HpyAIV | hp1352 | (23) | |
5′-GAAGA-3′ | m6A | 4823 | 4809 | 99.7 | M1.HpyAII | hp1367 | (23) | |
3′-CTTCT-5′ | m4C | 4823 | 4593 | 95.2 | M2.HpyAII | hp1368 | ||
5′-GCGTA-3′* | m6A | 2058 | 2046 | 99.4 | HpyAXIV | hp1517 | This study | |
III | 5′-GCAG-3′ | m6A | 4260 | 4234 | 99.4 | M.HpyAXI | hp0593 | (25) |
IIG or III | 5′-CGRAT-3′* | m6A | 3275 | 3240 | 98.9 | - | n.d. | This study |
aThe methylated position within the motif is highlighted in bold. Underlining indicates the modified base in the complementary strand. Pairs of reverse-complementary motifs belonging to one recognition sequence are grouped together. Novel recognition sequences are highlighted by an asterisk.
bThe total number includes motifs occurring on the ‘+’- and ‘−’-strand.
cThe MTase M.HpyAXIII achieves specificity from distantly located S subunit S.HpyAXIII (HP0790).
Type of R-M system . | Methyltransferase activitya . | Type of methylation . | Total number in genomeb . | Number methylated . | % detected methylated . | Assignment . | Locus . | Reference . |
---|---|---|---|---|---|---|---|---|
I | 5′-ACAN8TAG-3′* | m6A | 330 | 326 | 98.8 | M.HpyAXIIIc | hp0850 | This study |
3′-TGTN8ATC-5′* | 330 | 326 | 98.8 | |||||
II | 5′-CCTC-3′ | m5C | 4885 | 3913 | 80.1 | M2.HpyAVI | hp0051 | (23)/(24) |
3′-GGAG-5′ | m6A | 4885 | 4841 | 99.1 | M1.HpyAVI | hp0050 | (23) | |
5′-CCTTC-3′ | m5C | 1304 | 1198 | 91.9 | M.HpyAV | hp0054 | This study/(23) | |
3′-GGAAG-5′ | m6A | 1304 | 1252 | 96.0 | ||||
5′-GATC-3′ | m6A | 10 834 | 10 764 | 99.4 | M.HpyAIII | hp0092 | (23) | |
5′-TCGA-3′ | m6A | 608 | 601 | 98.8 | M.HpyAX | hp0260 | (24) | |
5′-ATTAAT-3′ | m6A | 972 | 957 | 98.5 | M.HpyAVII | hp0478 | (23) | |
5′-GCGC-3′ | m5C | 12 538 | 6328 | 50.5 | M.HpyAVIII | hp1121 | (23,24) | |
5′-CATG-3′ | m6A | 14 782 | 14 741 | 99.7 | M.HpyAI | hp1208 | (23) | |
5′-GANTC-3′ | m6A | 5570 | 5549 | 99.6 | M.HpyAIV | hp1352 | (23) | |
5′-GAAGA-3′ | m6A | 4823 | 4809 | 99.7 | M1.HpyAII | hp1367 | (23) | |
3′-CTTCT-5′ | m4C | 4823 | 4593 | 95.2 | M2.HpyAII | hp1368 | ||
5′-GCGTA-3′* | m6A | 2058 | 2046 | 99.4 | HpyAXIV | hp1517 | This study | |
III | 5′-GCAG-3′ | m6A | 4260 | 4234 | 99.4 | M.HpyAXI | hp0593 | (25) |
IIG or III | 5′-CGRAT-3′* | m6A | 3275 | 3240 | 98.9 | - | n.d. | This study |
Type of R-M system . | Methyltransferase activitya . | Type of methylation . | Total number in genomeb . | Number methylated . | % detected methylated . | Assignment . | Locus . | Reference . |
---|---|---|---|---|---|---|---|---|
I | 5′-ACAN8TAG-3′* | m6A | 330 | 326 | 98.8 | M.HpyAXIIIc | hp0850 | This study |
3′-TGTN8ATC-5′* | 330 | 326 | 98.8 | |||||
II | 5′-CCTC-3′ | m5C | 4885 | 3913 | 80.1 | M2.HpyAVI | hp0051 | (23)/(24) |
3′-GGAG-5′ | m6A | 4885 | 4841 | 99.1 | M1.HpyAVI | hp0050 | (23) | |
5′-CCTTC-3′ | m5C | 1304 | 1198 | 91.9 | M.HpyAV | hp0054 | This study/(23) | |
3′-GGAAG-5′ | m6A | 1304 | 1252 | 96.0 | ||||
5′-GATC-3′ | m6A | 10 834 | 10 764 | 99.4 | M.HpyAIII | hp0092 | (23) | |
5′-TCGA-3′ | m6A | 608 | 601 | 98.8 | M.HpyAX | hp0260 | (24) | |
5′-ATTAAT-3′ | m6A | 972 | 957 | 98.5 | M.HpyAVII | hp0478 | (23) | |
5′-GCGC-3′ | m5C | 12 538 | 6328 | 50.5 | M.HpyAVIII | hp1121 | (23,24) | |
5′-CATG-3′ | m6A | 14 782 | 14 741 | 99.7 | M.HpyAI | hp1208 | (23) | |
5′-GANTC-3′ | m6A | 5570 | 5549 | 99.6 | M.HpyAIV | hp1352 | (23) | |
5′-GAAGA-3′ | m6A | 4823 | 4809 | 99.7 | M1.HpyAII | hp1367 | (23) | |
3′-CTTCT-5′ | m4C | 4823 | 4593 | 95.2 | M2.HpyAII | hp1368 | ||
5′-GCGTA-3′* | m6A | 2058 | 2046 | 99.4 | HpyAXIV | hp1517 | This study | |
III | 5′-GCAG-3′ | m6A | 4260 | 4234 | 99.4 | M.HpyAXI | hp0593 | (25) |
IIG or III | 5′-CGRAT-3′* | m6A | 3275 | 3240 | 98.9 | - | n.d. | This study |
aThe methylated position within the motif is highlighted in bold. Underlining indicates the modified base in the complementary strand. Pairs of reverse-complementary motifs belonging to one recognition sequence are grouped together. Novel recognition sequences are highlighted by an asterisk.
bThe total number includes motifs occurring on the ‘+’- and ‘−’-strand.
cThe MTase M.HpyAXIII achieves specificity from distantly located S subunit S.HpyAXIII (HP0790).
This PDF is available to Subscribers Only
View Article Abstract & Purchase OptionsFor full access to this pdf, sign in to an existing account, or purchase an annual subscription.