DNAmoreDB - A Database of Deoxyribozymes

Search for RNA

DNAzymes

Name	Length	Enzyme region of the deoxyribozyme	Reaction	Metal Ions/cofactors
8LX12	50	CCCCGAGGTGTGGACATAGCGGGCTGGTGTGGCGCGCAGTGAGCCTAGTG	RNA ligation	Mn²⁺
8LX13	50	CATCGGTGTAGCGATGCACGGGCAAAGATACATTCGCAGTGAGGGTGCGG	RNA ligation	Mn²⁺
8LX14	50	CCACGTGCGAGGTTAGACGTCAGTGGCTGGTGTTCGCAGTGAGCCTATTG	RNA ligation	Mn²⁺
8LX15	49	CCGACGCGTCCAGGAGGCAAGGGCTATATGCACCGCAGTGAGGGCTCGG	RNA ligation	Mn²⁺
8LX16	50	CACGAGGTAGGGAGGGGCACACTGCTATGCTCAGCGCAGTGAGAGTATGC	RNA ligation	Mn²⁺
8LX17	48	CACATGTCTAGCGGCGTGCGGGAGAAGTGCAAGCGCTGTGAGGGTGTG	RNA ligation	Mn²⁺
8LX18	50	CCAAGGCAGAGCGTAGCCAGACAGCCGGGAGGTTCGCAGTGAGTGAATGG	RNA ligation	Mn²⁺
8LX21	50	GTAGCCACATTAGTGCGCTGCAACTGCTATGCAACGCAGTGAGAGGGTGC	RNA ligation	Mn²⁺
10-13	58	CTAACCACTATCCATGATTGTAAGAGCGGACAGCTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-9	57	CTAACCATTATCCTCGATTGTTAGAACGAACAGTTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-19	56	TAACCCATTATCTTCGATGTTAGAACGAACAGCTGCAACGGGTTGATTAT...	RNA ligation	Mg²⁺
10-15	57	CTCGCCATTATCCTTGAGTGTTAGAACGAACAGTTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-7	57	CTATGCATTATCCTTGACTGTTAGATCGAGCAGTTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-22	57	CTAACCATTATCCCTGATTGTTAGAACGAACAGTTGCGACGGGTTGATTA...	RNA ligation	Mg²⁺
10-6	57	CTACGCATTATCCCTGGTTGTTAGAACGAGCAGTTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-21	58	CAAACCATTATCCTCGATTGCAAGAACGAGCAGTTGGAACGGGTTGATTG...	RNA ligation	Mg²⁺
10-3	58	CATATTCATCATCCTCGACTGCAAGAAAGAACAGTTGGAACGGGTTGAAT...	RNA ligation	Mg²⁺
6CA4	40	CACGTGGACTTGGCATGGTCCCAGCGCTAGTTTTAAGCGC	RNA ligation	Mn²⁺
6CA6	40	CCCGTACACGACTGTGGTGTTGAACGGCTGCTAGCCGGCA	RNA ligation	Mn²⁺
8LX8	49	CCGACGAGGTGAGGGGCATGCGGTACACGCGCATATAGTGAGGGGTCCA	RNA ligation	Mn²⁺
6CA15	40	CCCGTGACATTCATATGGGGTCGGTTCCAATCGCGAATTA	RNA ligation	Mn²⁺
6CA16	40	CCCGTACACTCGACGTGGTGACGCTGTGGCGTGAGCCTGT	RNA ligation	Mn²⁺
Clone83	49	TGCAGTCGGGTAGTTARACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
6CA18	41	CAGAGATGGGGTGTGATCTGGGTTGATAACACGGAGCGGTC	RNA ligation	Mn²⁺
6CA21	41	CCCGTACACTTAGAATGGTGCAGCCAGCATGCTGTACAGTA	RNA ligation	Mn²⁺
6CA23	40	CCCGTGCACTCTATGATGGTGTCCCCTGATACCAACAGGG	RNA ligation	Mn²⁺
6CA27	40	CACGTGACCTCAGGAATGGGTTCGAGGTGGGTGCACCTGC	RNA ligation	Mn²⁺
9BX1	40	GGAACGCAGTCGCACGTGACTAGGGAATCGTATCCTCATG	RNA ligation	Mn²⁺
9BX3	40	CGTGGTTTCCGGAATGCCTAGCGTTCAAGTGTGGATGCTT	RNA ligation	Mn²⁺
9BX4	40	CCGCGAGGCCGTGGCCCGAGTTGGTCAAAGCACAACGAGT	RNA ligation	Mn²⁺
9BX10	40	GATGTGGTCCAGCTGATAGGGCAGCGTTAGGCATACGTTG	RNA ligation	Mn²⁺
9BX15	40	GCGACGGATTTAGGTGTGTTAGACAGGGTCGGGAATAGAT	RNA ligation	Mn²⁺
9BX16	39	GCAGCGGGGAAGGCACTTCCAGGCAGGGGGGAAAAACAA	RNA ligation	Mn²⁺
6BX6	40	CGAGGCGTAGGTTAATTACAAACGGCTCAGACAACGTATG	RNA ligation	Mn²⁺
6BX35	40	GGCGAAGGGACTACGTTGGCCATGCGGGTGGGCCGCTATG	RNA ligation	Mn²⁺
6BX39	40	GAACGTGAGGTGCGGGAATTAATCACAAACCGGAAACGGA	RNA ligation	Mn²⁺
6BX43	40	CACCACAATGGTTGATGCCGGGCCAAGTGGCGCAGCATAC	RNA ligation	Mn²⁺
6BX45	40	CGCACGGAGCCCGTTAGGGGTCCACGGAGTGGGTGAACCT	RNA ligation	Mn²⁺
6BX47	40	CCGGGCATCAAGTGCGCAACGATGACGAAATCGGGTGGGT	RNA ligation	Mn²⁺
6BX20	40	CGCACGGTCTGGTGTGGAAGCCAGGTTGCCTCCCTGCAAA	RNA ligation	Mn²⁺
6BX22	40	CAGGGGGAGCGAGCACTAATACAAGCGGGTAGGAGGCCCT	RNA ligation	Mn²⁺
6BX23	40	CGGGAGGAGGCAAAGGCTAGTTTGTCGGATAGGAGGCCCT	RNA ligation	Mn²⁺
6BX34	40	CGTGGGAGCCATTGGGAGGGGCTGAGAACATAAGTCACGA	RNA ligation	Mn²⁺
6BX8	40	GCAGTGCAAATGAGGCATGGAGAAACTACTCTATGCTGAA	RNA ligation	Mn²⁺
6BX16	40	GCAGTGCAAATGAGTAAGGACTGATATCAGTCACTACGAA	RNA ligation	Mn²⁺
6BX40	40	GCAGTGCTAATGAGGGTGTGGCAGAAGCTATACAGCCGAA	RNA ligation	Mn²⁺
6BX19	40	GACGGGTGGGGAAATCAGCCTGTATTGGGTTCAGAGCGGA	RNA ligation	Mn²⁺
6BX21	40	GACGACAGCGGTTCCCAGCTCAGTAGTGATAGTTTACTGC	RNA ligation	Mn²⁺
6BX26	40	GACACCGAGCAGAGGACCGGACCTAGTTGGTAAAAGGTAA	RNA ligation	Mn²⁺
6CA17	40	CACAGGCGCGCGAGGGGCTATGTCCGGTGGTGCAGGCGGA	RNA ligation	Mn²⁺
6CA28	40	CGGAAGGATGACAAGGAGCGTAGCTGATGGGGACTCAGAC	RNA ligation	Mn²⁺
6CA2	40	GGGGCGTAGTGGAGACCGGGGACAGTGGAGTACGTCCAGC	RNA ligation	Mn²⁺
6CA20	40	GTTAACGCAGGGCGTCGTACTACATCCTTGTGCAGCTACG	RNA ligation	Mn²⁺
6CA1	41	TGAAGCGCGTTATCCATGCAAAAAATGGATCCGGTACCAAC	RNA ligation	Mn²⁺
6CA5	40	TGCAGCGGCTGCGCGGGTATCCGGTCTCCAGGGGACGCTT	RNA ligation	Mn²⁺
6CA7	40	AGACCCAGTGTTCTCAGCCGCCCGCCGCAGCGGGGAGGTA	RNA ligation	Mn²⁺
6CA14	40	CGAAGACGAGGAGTAACCTTAGATGAAGGTGGGGACGATT	RNA ligation	Mn²⁺
6CA24	40	GGGCGAGGACCGGGTACTAGGGGAACACGCCGCACGCGGG	RNA ligation	Mn²⁺
6CA25	40	AGACGCAGTGTCAGGGTACCACAGACATGTGGAGTGGCTG	RNA ligation	Mn²⁺
9BX11	40	CATGCGTGTTGCGTGGATACGAGGCTATTCAGAGGGTAAA	RNA ligation	Mn²⁺
6CA10	40	CACGTACACTTGGTATGGTGTGACACCTCAGCTCATACAT	RNA ligation	Mn²⁺
7Q10	20	TTACGTGGAGGTGGGCTCTA	RNA ligation	Mg²⁺
7Z81	38	ACGGCGAGTTTCATGGAGTGATTGGGAGGTTAGCTCTA	RNA ligation	Mg²⁺
12BB27	40	CCGCTCCGATTGGTGAAGTCTATTGGGGCCTGTAGGCGAG	RNA ligation	Zn²⁺
7Z101	40	CCCGAGGAGGGGCGGGGGGACTTGGTGTGGAGTTTCATTC	RNA ligation	Mg²⁺
9A5	40	AAGGGGAGGGCCGATTGGCATTATCGGCGTCTTAGCTCTA	RNA ligation	Mg²⁺
9A6	39	TAACCGTGGTTACCGTAAGCGCGGGGCTTATAGGGGATT	RNA ligation	Mg²⁺
9DB1*	31	GGATCATACGGTCGGAGGGGTTTGCCGTTTA	RNA ligation	Mn²⁺ Mg²⁺
9F21	40	AATGATGCTTGACAGGGTCTATAGTTTCTATGTAGCCCGA	RNA ligation	Mn²⁺ Mg²⁺
9F13	38	AGGATGTGGGGTTTTGCCCGAGGGTATGGCAGTGGGGA	RNA ligation	Mn²⁺ Mg²⁺
7CX2	40	GTGAGAGCCATTGTGCATTGTGGTGCAACTGTACGCGCCT	RNA ligation	Zn²⁺
7CX3	40	GTGAGAGCAGGTTTGGCACGCGTGCCACTAACCCGCGCCT	RNA ligation	Zn²⁺
7CX4	40	GTGGGAGCCTGATGGAAGAATGGGAGAACAGCACGCGCCT	RNA ligation	Zn²⁺
7CX5	40	GGGAGAGCTAGGAGGCGCTGAGTCTCGGCTCCTCGCGCCT	RNA ligation	Zn²⁺
7CX6	40	GTGAGAGCAAGCGAGGGATACATGAACCGAAACCGCGCCT	RNA ligation	Zn²⁺
7CX7	40	GTGAGAGCAGTAAACGGAAGGCCTCTTCCTGTCCGCGCCT	RNA ligation	Zn²⁺
7CX8	40	GTGAGAGCATGTGGCACCCTGGCAGGAACCTAACGCGCCT	RNA ligation	Zn²⁺
7CX9	40	ACTGAGAGCCTCGATGAATGCCTAATTATATCGTCGCGCC	RNA ligation	Zn²⁺
7CX10	40	GTGAGAGCAATACGTATGAAGATATTGAAGTTTCGCGCCT	RNA ligation	Zn²⁺
7CX12	40	GTGAGAGCATCACTGTAACCGCCGTGCGGTGGACGCGCCT	RNA ligation	Zn²⁺
7CX13	39	GGGAGAGCAGTTATGATGCATGAGCCATTGACCGCGCCT	RNA ligation	Zn²⁺
7CX14	40	GGGAGAGCAGCGATGCAAGACATTGGGGCGGAGCCGCGCT	RNA ligation	Zn²⁺
7CX21	39	TGAGAGCATTTCCGGCGGAGCTCTACGGGGGCCGCGCCT	RNA ligation	Zn²⁺
7CX11	40	TTTAGTCAGGAGTAGACATCGATGATTGCTAATCGAACCT	RNA ligation	Zn²⁺
8CW1	40	GTGAGAGAACCGCGGTGTAGACACAGATCGCGGCGCGCCT	RNA ligation	Zn²⁺
8CW11	39	GGGAGAGCAGTTATGACGCATAAGCTATTGACCGCGCCT	RNA ligation	Zn²⁺
8CW15	40	GTGAGAGCAATCACTTTGGGTAGGTACGGGTGAACGCGCT	RNA ligation	Zn²⁺
8CW16	40	GTTAGAGCCAAACACGTTTGTGTCAGCGGGTTTCGCGCCT	RNA ligation	Zn²⁺
8CW20	40	GGAAGAGCAATGTACTCCGACGTCAGAGGATATCGCGCCT	RNA ligation	Zn²⁺
8CW3	40	ACGCCCACCATTTAAGAGCATCGCCGGAATAGCGGGGACT	RNA ligation	Zn²⁺
12BB26	40	ACTATACCACCGAGATTCGAATTGGAGCAGTAGTGGCTTG	RNA ligation	Zn²⁺
12BB36	40	ACCGGTCCCTGTCGGTCGAAGGAGTGGCACTGAGGAGAAT	RNA ligation	Zn²⁺
8CW4	40	GCACGGCCGGATTGGGGGGCCCAATGACTTGATCATTGCT	RNA ligation	Zn²⁺
12BB41	40	ACGCGAGGGGAGTTCAATCGCTTGTTCGGCAAGGTCGGGA	RNA ligation	Zn²⁺
8CW9	40	ACACGCGTTACGGACTGAGCAGATTCAGGCCAAACTGCCT	RNA ligation	Zn²⁺
9F7	40	AATGAGGCTTGGCAGGGATTTAGTATTTTAACACTCCCGG	RNA ligation	Mn²⁺ Mg²⁺
12BB2	40	ACCGCGGGAGCTACGTTAGTGGTAACTGCTTGTAGGCGAG	RNA ligation	Zn²⁺
8CW12	39	ACATGTGCGGTAATGAGGCGTAGACAAATAGAGATACCT	RNA ligation	Zn²⁺
12BB21	41	AAGGCAGCAGGCGGCATTTTTTGTCCGTACGTTCTCCTATA	RNA ligation	Zn²⁺
12BB22	40	ACCGCGGGAGTTTCGTTAGTGGTGACTGCTTGTAGGCGAG	RNA ligation	Zn²⁺
12BB25	40	GTAGAGTGGTTCCGGTTATCGCCTTAGATACCATTGCTGT	RNA ligation	Zn²⁺
8CW14	40	GCGGGGTTAAGCCACGAATGCGGGGCAAAGCGTACCCCCT	RNA ligation	Zn²⁺
12BB38	40	CCGCTGCGGAGGTTGTACGCGTCTGTGGCTTGTAGGCGAG	RNA ligation	Zn²⁺
12BB6	40	TACACCTATTATGGTTTCGTGAGGGGTGTGGCTGGTGCTG	RNA ligation	Zn²⁺
12BB12	40	CAGAGCCCCTTACGTACAGCCTTTTTAGGTAACCGGGGAG	RNA ligation	Zn²⁺
12BB24	40	CAGCGCGATTGGGGGCGTGATTGAAGCTCGGGGTTGGTTA	RNA ligation	Zn²⁺
12BB23	40	TACACCTATAATGGTTTCGTGAGGGGTGTGGCTGATGCTG	RNA ligation	Zn²⁺
12BB30	40	CCTGTACTGCGCTGCTCAAATCAGCCGGGTGTGTGAACTC	RNA ligation	Zn²⁺
12BB32	40	TGTATGTGGGGGGTGTGTATCAGTCTACTGTGGCTTAAGC	RNA ligation	Zn²⁺
6J12	40	AGGGAGCGGTGTGGCACAGACAGGGTATTAACTCTGTGAG	RNA ligation	Zn²⁺
6J1	40	GTGGGAGGACGCGTCAGTAGTTATGACCTGCCTGAGTGCT	RNA ligation	Zn²⁺
6J18	40	CGGGAGAGGAGTGGCAGAGATACTGTGAATGTAATCTGAG	RNA ligation	Zn²⁺
7S11	37	CAGTGCAGGGCGTGAGGGCTCGGTTCCCGTATTATCT	RNA ligation	Mg²⁺
7S10	37	CAGCGCAGGGTGTGAGGGCTCGGTTCCCGTATTATTT	RNA ligation	Mg²⁺
6CE8	20	GGCACTCAGAGCGCACGGCG	RNA ligation	Mn²⁺
8AY1	38	CCCGACGATGGAATGGAAGGGCGGGAGAGCCGCGGTAG	RNA ligation	Mg²⁺
8AY3	38	CAGCCTACGGGTAACAAGGTGCGAGAGATCAGCGGCAG	RNA ligation	Mg²⁺
8AY9	38	CACGAGATGTTTACCACGCTGCGGGAGATTAGCGGTAG	RNA ligation	Mg²⁺
8AY11	38	CACAAGGGAACAGGCTGCGTGTGAGAGAGTCGCGGTAA	RNA ligation	Mg²⁺
8AY13	38	CAGGTCGTTAGGCGGGAGATAACAAGGTGAAGCGGTAG	RNA ligation	Mg²⁺
8AY17	39	CACGGCAACAGCAACAGCAGTGCGAGAGAGACGCGGTAG	RNA ligation	Mg²⁺
8LX3	51	CCCACCGGTAGGGCTACGGGCAAGGTCAACATGCCGCAAGTGAGGGGTCG...	RNA ligation	Mn²⁺
8LX5	49	CAGGCCATGGATTATTGGAGGAATGGGCCGTCAGCGCGTGAGGTGTGGA	RNA ligation	Mn²⁺
10DM24	31	CCGTAGGTGAAGGGCGTGAGGGTTCCATTCC	RNA ligation	Mg²⁺
10-5	58	CTCCTCATTATTCACGAATGATAGCACGAATAGTGTGAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-17	58	CTCCTCATTATTCTAGAATGATAGCACGAATAGTGTGAACGGGTTGATTA...	RNA ligation	Mg²⁺
10-4	56	CAGCTCATTATTCACGAATGATGCACGAATAGTGTGAACGGGTTGATTAT...	RNA ligation	Mg²⁺
10-12	58	AACCCTCATTATCCACCAATGATAGCACGAATAGTGTGAGCGGGTTGATT...	RNA ligation	Mg²⁺
class 17_sel_b	74	TAGGCACCGTAGACGCATGACGTATCGGAAGTTTGAGAGGCGGGCTTACC...	RNA cleavage
10-14	56	AGGACTCATTAAGCTCGATTGCTCGAACGAACGGTTGGCACGGGTTGATT...	RNA ligation	Mg²⁺
10-8	57	CGCAGCATTATGCTCGCATGCCCGAACGAACGGTTGGCACGGGTTGATTA...	RNA ligation	Mg²⁺
10-2	57	CGACTGGTTTTGCTCGTTTCTTCGTAGGAACAGATGTAATGGGTTGATAT...	RNA ligation	Mg²⁺
10-10	56	CGACTGGCTCTGCTCGTTTCTTCGAATGAACAGATGTAGTGGGTTGATAT...	RNA ligation	Mg²⁺
10-16	57	CGACTAATCATGCTCGAATGTTCGTAAGAACAGTCTGTGCGGGTGGAATA...	RNA ligation	Mg²⁺
ie7	39	ATCAGCGATTCACCCTTGTTTAGGGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
10-1	57	ACTGACTCATACTGCACGCTTGTCCCTAAGGTAGTTGCGCAGGTGGAATA...	RNA ligation	Mg²⁺
10-11	56	CTACGGGTTATGGTTGATTATACGTAAAAACAGTTAGGATGAGTTGTTGG...	RNA ligation	Mg²⁺
10DM3	31	CGGTAAGGCCAGGGCGTGAGGGTCCGCTTCC	RNA ligation	Mg²⁺
10DM5	31	CATTATGCGAAGGGCGTGAGGGTTCCGTTCC	RNA ligation	Mg²⁺
10DM19	31	CCTATGGCCCAGGGCGTGAGGGTGCGGTTCC	RNA ligation	Mg²⁺
10DM21	32	AGTGTGCTGCTAGGGCGTGAGGGTCCGCTTCC	RNA ligation	Mg²⁺
7DM3	31	CCGGCAGGCAAGGGTGTGAGGGCTCGGTTCC	RNA ligation	Mg²⁺
7DM11	31	CCGTAGGCAAAGGGCGTGAGGGCTCGGTTCC	RNA ligation	Mg²⁺
8BG11	40	CTACAGGACCCGCGCAAAAGTGATTTCAGAGGTATGGGTG	RNA ligation	Mg²⁺
8BG29	40	CTAACTGTCAGATTCATCTAAAGATGGGGGGTTGTTTGAC	RNA ligation	Mg²⁺
8BH6	38	GGCGTTAAGGATTGGCGGAAACGGGTGGATCGCGGACC	RNA ligation	Mg²⁺
12BK15	38	GGCCGCTCACCCGTAGAACGGGTTGGATCCTAGGGGAC	RNA ligation	Mg²⁺
12BK21	38	GTCCAAGTGCAAAAGTCTTGAAGCCACTGCTAGGGCAC	RNA ligation	Mg²⁺
12BK29	38	GGACAATGGCACACAGTGTGGTCAGGAACTAGGTGATA	RNA ligation	Mg²⁺
G5_2	50	GGGGGGAACGCCGTAACAAGCTCTGAACTAGCGGTTGCGATATAGTCGTA	RNA cleavage	Pb²⁺
class 6	71	TAGGAAGTAGGGACCTACAAGTTGTCATTGTAACTGAGTTCTGCCAGCTG...	RNA cleavage	Mg²⁺
G5_3	50	CGGGACTCCGTAGCCCATTGCTTTTTGCAGCGTCAACGAATAGCGTATTA	RNA cleavage	Pb²⁺
G5_4	50	CCACCATGTCTTCTCGAGCCGAACCGATAGTTACGTCATACCTCCCGTAT	RNA cleavage	Pb²⁺
G5_5	50	GCCAGATTGCTGCTACCAGCGGTACGAAATAGTGAAGTGTTCGTGACTAT	RNA cleavage	Pb²⁺
G5_6	50	ATAGGCCATGCTTTGGCTAGCGGCACCGTATAGTGTACCTGCCCTTATCG	RNA cleavage	Pb²⁺
G5_9	51	TTGCTAGCTCGGCTGAACTTCTGTAGCGCAACCGAAATAGTGAGGCTTGA...	RNA cleavage	Pb²⁺
G5_mini*	38	ACACATCTCTGAAGTAGCGCCGCCGTATAGTGACGCTA	RNA cleavage	Pb²⁺
E0	40	TTCAGCGATGCACGCTTGTTTTAATGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
E1	40	TACAGCGATTAACGCTTATTTTAGCGTTACACCCATGTTA	RNA cleavage	Mg²⁺
E2	40	TTCAGCGATTAACGCTTATTTTAGCGTTACACCCATGTTA	RNA cleavage	Mg²⁺
E5	33	TTCAGCGATTAACGGAACGTTACACCCATGTTA	RNA cleavage	Mg²⁺
E6	29	TTCAGCGATCCGGAACGGCACCCATGTTA	RNA cleavage	Mg²⁺
ie1	40	ATCAGCGATTAACGCTTATTTTAGCATTACACCCATGTTA	RNA cleavage	Mg²⁺
ie3	40	ATCAGCGATTAACGCTTATTTTAGCGTTACACCCATGTTA	RNA cleavage	Mg²⁺
ie5	40	ATCAGCGATTAACGCTTGTTTCAATGTTACACCCATGTTA	RNA cleavage	Mg²⁺
ie6	40	ATCAGCGATTAACGCTTGTTTTAGTGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie8	40	TACAGCGATTCACCCTTGTTTAAGGGTTACACCCATGTTA	RNA cleavage	Mg²⁺
ie9	40	ATCAGCGATTCACCCTTGTTTTAAGGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie10	40	TTCAGCGATTCACCCTTGTTTTAAGGTTACACCCATGTTA	RNA cleavage	Mg²⁺
ie11	40	TACAGCGATTCACGATTGTTTTAACGTGACACCCATGTTA	RNA cleavage	Mg²⁺
ie12	40	TACAGCGATTCACGCCTGTTATATGCGTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie13	39	TACAGCGATAACGCCTATTTTAGCGTTACACCCATGTTG	RNA cleavage	Mg²⁺
ie14	40	TACAGCGATCAACGCCTGTTATAATCGTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie15	40	ATCAGCGATCAACGCTTCTCTTAACGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie16	40	TACAGCGATCAACACTTGTTTCAATGTTGCACCCATGTTA	RNA cleavage	Mg²⁺
ie17	40	ATCAGCGATCCACGCTTATTTAAACGTGGCACCCATGTTA	RNA cleavage	Mg²⁺
ie18	40	TACAGCGATCCACGCTTGATTAAACGTGGCACCCATGTTA	RNA cleavage	Mg²⁺
ie19	41	TATCAGCGATACACGTTTTTTTTAATGTGGCACCCATGTTA	RNA cleavage	Mg²⁺
class 1	74	AAGCTCTCTCAGCGAGACGAAATAGGGAGTTAGCAGCACGAGGTTACACT...	RNA cleavage	Mg²⁺
class 3	74	GGCATGTACCCAAGAAGGGGTGGAGCCGGCAGTGACCCCTGCGAGTAGGG...	RNA cleavage	Mg²⁺
class 4	74	ATGCTGTTGCTCTGTCAGCGGACACGAAATAGTGGGTCGCGATGCTGAAT...	RNA cleavage	Mg²⁺
class 5	72	CAGATGTGAAGTTAGAGCTTTGCCAGCnTCGTTAGTAGAGTCAGCGCACA...	RNA cleavage	Mg²⁺
class 7	71	CGTCATGCGAAAAGAATGGTGAGATTTGCCAGCsGTCGAGTAGTAGTCCA...	RNA cleavage	Mg²⁺
class 8	74	AGAACGGTAGAGTGCNGGGGGTGCAGTTGAGCTTTGTCAGCsACACGAAT...	RNA cleavage	Mg²⁺
class 9_sel_b	73	GAGCCTGTTAGGAAGAGCTTACCCAAGAAGGGGTGGAGCCGCGACGTTAG...	RNA cleavage
class 10_sel_b	73	GCAGAGTAAGGGAACCCTCTGACGGGCCTATCGCTGCAGTATGAGCTTAC...	RNA cleavage
class 11_sel_b	74	TTGAAAGCAGTTGGACGAAGCTTACCCAAGAAGGTGTGGCAGACGGGCAT...	RNA cleavage
class 12_sel_b	74	TCGCTAGAACGCTGGGCTTACCCAAGAAGGGGTGGGTCGGACGCTAGTAA...	RNA cleavage
class 13_sel_b	74	AGGCsCGCTTACCCAAGAAGGTGGGGGTACGAACATGCGAATCACTCTTG...	RNA cleavage
class 15_sel_b	74	ATTGAGCTTACCCAAGAAGGGGTGTsCCGTTACCGTCTAGGGGGTATCTA...	RNA cleavage
class 16_sel_b	74	CGTCAATTTGTATTCAAGCGGCGACTGAAGGTTAAAGCTTACCCAAGAAG...	RNA cleavage
class 18_sel_b	74	CTTGAGGGGTAGGTATGGCCTACTGCTCCAAATCCTCACGATCGGTGCAG...	RNA cleavage
class 20_sel_c	74	GGAATCATAGTGTTGGACAAACATGCGCCATGTCCAGGCGGACGTTACCC...	RNA cleavage
class 21_sel_c	71	TGCCGTGGGCAGCGGACGTTACCCAAGAAGGTGTGGGACGACACTATACC...	RNA cleavage
class 22_sel_c	74	GTGTACCAATACCGTCACTGAGCTTACCCAAGAAGGGGTGGATACAGCCT...	RNA cleavage
class 23_sel_c	74	ATAGTCACTAATTGGCTACTAAACCAGGCCGAGCTTACCCAAGAAGGGGG...	RNA cleavage
class 24_sel_c	69	CGTGGCAGCGGACGTTACCCAAGAAGGTGTGGGATGACACTATACCATAT...	RNA cleavage
class 25_sel_c	73	CGCTACAGTTAAGGGAACCAAGGCGGGTGTCCGGTAGAGCTTACCCAAGC...	RNA cleavage
class 1	40	TTTTGTCAGCGACTCGAAATAGTGTGTTGAAGCAGCTCTA	RNA cleavage	Zn²⁺
class 2	39	TAGTTCTACCAGCGGTTCGAAATAGTGAAGTGTTCGTGA	RNA cleavage	Zn²⁺
class 3	40	CAAAGATGCCAGCATGCTATTCTCCGAGCCGGTCGAAATA	RNA cleavage	Zn²⁺
unclassified 1	40	GTCTCCGAGCCGGTCGAAATAGTCAGGTGTTTCTATTCGG	RNA cleavage	Zn²⁺
unclassified 2	40	CTTCTCCGAGCCGGTCGAAATAGTAGTTTTTAGTATATCT	RNA cleavage	Zn²⁺
unclassified 3	40	AGGTGTTGGCTGCTCTCGCGGTGGCGAGAGGTAGGGTGAT	RNA cleavage	Zn²⁺
8-17	14	TCCGAGCCGGACGA	RNA cleavage	Mg²⁺ Zn²⁺ Pb²⁺ Ca²⁺
G1	35	TTTACCCAAGAAGGGGTGCGTACTTTACTTGCGAT	RNA cleavage
G2	31	TTTACCCAAGAAGGGGTGCGTACTTACTTGC	RNA cleavage
G3	41	TTTACCCAAGAAGGGGTGCGTACTATGCTACCTTATTAACG	RNA cleavage
G4	39	TTTACCCAAGAAGGGGTGCGTACTATGCTACCTTATGAC	RNA cleavage
G5	41	TTTACCCAAGAAGGGGTGCGTACTATGCTACCTTATGACGT	RNA cleavage
G6	33	TTTACCCAAGAAGGGGTGCGTACTATACTACTC	RNA cleavage
G7	39	TTTACCCAAGAAGGGGTGGCATGAGCGCTACCCAGCACA	RNA cleavage
G8	39	TTTACCCAAGAAGGGGTGGCTAGAGCGCTACCCAGCAGA	RNA cleavage
C1	39	CCCCAACTTGAATCCGGTTCGCAAAGTTGCTTACATCTC	RNA cleavage
T1	39	CCTGCGCACTCCGGTTCGTTCCGGCACTATTTATTCAAG	RNA cleavage
T2	39	CCTGCGCACTCCGGTTCGTTCCGGCACTATTTATTCATC	RNA cleavage
T3	38	CCTGCGCACTCCGGTTCGTTCCGGCACTATTTATTCAT	RNA cleavage
T4	35	CCTGCTTCTCCGGTTCGTTACCGACATCATTCATT	RNA cleavage
Na2	37	TTTACCCAAGAAGGGGTGCCTACTtTGCCACCATATT	RNA cleavage
Na3	40	TTTACCCAAGAAGGGGTGCGTTCAATGCTACCTTATTAAC	RNA cleavage
10-23	16	RGGCTAGCTACAACGA	RNA cleavage	Mg²⁺
Na4	41	TTTACCCAAGAAGGGGTGGACTGAGCGCCTACCCAGCAGAG	RNA cleavage
Na6	39	TTTACCCAAGAAGGGGTGCTACTATGTTACCTTATTACG	RNA cleavage
Na9	41	TTTACCCAAGAAGGGGTGCTTCACTATGCTACGTAATTAAC	RNA cleavage
Na10	41	TTTACCCAAGAAGGGGTGCGTACTATAGCGACCGTATTAAC	RNA cleavage
Na13	40	TTTACCCAAGAAGGGGTGCGCACTAGACTACCTTATAACT	RNA cleavage
Na15	43	TTTACCCAAGAAGGGGTGCGGACTTGGCTTCATTATTAATTGA	RNA cleavage
Na19	40	TTTACCCAAGAAGGGGTGCTACTAAGCCTACTTTATTACC	RNA cleavage
Na14	40	TTTACCCAAGAAGGGGTGCTACATGTACTTATAACTTCGA	RNA cleavage
Na16	39	CCCAAGAAGGGGTGCGTAAACTGCTACCCTATTAACCTA	RNA cleavage
Na1	42	TTTGTACCCAAGAAGGGGTGATACTAGGCTACCGTGTTAACG	RNA cleavage
Na18	43	TTTGACCCAAGAAGGGGTGCATACTTAGCTGACCTTATTCAAC	RNA cleavage
Na22	40	TTTACCCAAGAAGGGGTGCCTACAATGCTACCTGTTCACG	RNA cleavage
Na23	42	TTTACCCAATAAGGGGTGCCTACTCTGCTACGTTATTTAACG	RNA cleavage
Na17	37	TTACCCAAGAAGGGGTGCCTAATTGCTACTCACAAAC	RNA cleavage
Na8	41	TTGACCCAAGAAGGGGTGACTACTTTGCTACGTTATTCCAC	RNA cleavage
VMA15	20	AAAGGGCGGGCAAACTCTGG	RNA cleavage	Mg²⁺
Clone24	49	ATTCATCGCGCGTTACGCGACTTCAAACGTAGGGAGGCGGCTGGTAGTT	RNA cleavage	UO₂²⁺
VMA8	21	AGTCGGCCCCAGCTGGTTCGC	RNA cleavage	Mg²⁺
VMA11	20	GAGGGTTTCTAGGGGACGTG	RNA cleavage	Mg²⁺
VMA14	21	GGTCTAGTGGGTTCCTGGCTC	RNA cleavage	Mg²⁺
VMA1	20	AAGGATTGCCGGAACTGGGG	RNA cleavage	Mg²⁺
VMA2	20	TTGCGTAGCGCCTGGGCACC	RNA cleavage	Mg²⁺
VMA5	19	GGGGTATCGGGGGGTGTAC	RNA cleavage	Mg²⁺
VMB1	20	GGTCTCGCGGGGCCTGGCTC	RNA cleavage	Mg²⁺
VMB39	20	GGTCTTGCGGGTCCTGGCTC	RNA cleavage	Mg²⁺
VMB15	21	AAGGATCCGAGCAACTTCGGC	RNA cleavage	Mg²⁺
VMB10	20	GATTCCAGGGCTTGAGGAGG	RNA cleavage	Mg²⁺
VMB33	20	GGAGCGCAGTCTGTTGGGGG	RNA cleavage	Mg²⁺
VMC10	20	GGGTCTCCAGCTGGACGTTA	RNA cleavage	Mg²⁺
VMC6	20	GGTCTCGCGGGTCCTGGCTC	RNA cleavage	Mg²⁺
VMC17	20	GGTTCGGTTGAGTGGGGCGA	RNA cleavage	Mg²⁺
VMC1	20	GCGTGGCGTGGGACCGATGG	RNA cleavage	Mg²⁺
VMC4	20	AGATCGGTGACGTCGTTGTG	RNA cleavage	Mg²⁺
VMD1	21	CAGGACCCGAGCAACTTCGGC	RNA cleavage	Mg²⁺
VMD35	20	GGGATTCCAGCTGGACGTTG	RNA cleavage	Mg²⁺
VMD3	20	CGGCAGGGTCGGCACACGCG	RNA cleavage	Mg²⁺
VMD13	20	ACAGGAGCGGGTGGCCATGG	RNA cleavage	Mg²⁺
VMD32	19	GGCGGTGTGATCCAGGCAG	RNA cleavage	Mg²⁺
VMD43	20	GGAGCCAGTCTAGTGGGGGG	RNA cleavage	Mg²⁺
class I	39	GTTGGGTCACGGTATGGGGTCACTCGACGAAAATGCCGG	RNA cleavage
class II	39	AGGATTGGTTCTGGGTGGGTAGGAAGTTAGTGTGAGCCG	RNA cleavage	Histidine
class III	40	CGGGTCGAGGTGGGGAAAACAGGCAAGGCTGTTCAGGATG	RNA cleavage
class IV	40	AGGATTAAGCCGAATTCCAGCACACTGGCGGCCGCTTCAC	RNA cleavage
HD1	39	GCAGTTGGGTCTGGTTGGGTAGGAAGTTAATGTGAGACG	RNA cleavage	Histidine
HD2	36	TTGATCGGGGCTGTGCGGGTAGGAAGTAATAGTGAG	RNA cleavage	Histidine
HD3	35	TTAACGGGGCTGTGCGGCTAGGAAGTAATAGTGAG	RNA cleavage	Histidine
pH3DZ2	68	TGGTATAAGGGAGGCTAGAGAGGGTGTGGAAGAGCGGACAAAGGGTGGAT...	RNA cleavage
pH3DZ4	68	TTGGGAGGAGGAGACTGATATTTGGTCCTTTTTAGCCGGTGCCGTTTTAG...	RNA cleavage
pH3DZ5	70	TGGTGGAGGAAAGAAATAGCTTCGTCTTCCAtCGTGATGAGTGGGGAGGG...	RNA cleavage
pH3DZ6	68	CTAGAGTAGCTTTGTGCTGTAAGGCTAGTTTTGGTAAAGATAGGGCTCTA...	RNA cleavage
pH3DZ7	68	GTGGTGTGTGATAGGGAGCCAACGAGTGACGAGATAGGTAGCCACGGTTA...	RNA cleavage
pH3DZ8	70	GGCAAAAGGAAACGCAGTTTGGGTGGAAACAGGTGGAAGGGTGTCACGAG...	RNA cleavage
pH3DZ9	70	GGAAGTTGGAGGGTTCGTATTGCTACGTTGCCTTAGAGAGGTTGTGGAAG...	RNA cleavage
pH3DZ11	68	GAAGTGGGGGTCGGGGGAAGGGAGGCACGCGTAAAGGTAGGTGTGAGGGC...	RNA cleavage
pH4DZ1	70	TGTATGCTAGCTCGGGGAGAAACATCTTTGCGGGATAAGGCCGCCGATAG...	RNA cleavage	Mn²⁺
pH4DZ2	70	TGAATAGGGTCCTAGGCATAAATTACGAAAACGGCTTTAATCTTTTAGTG...	RNA cleavage
pH4DZ3	70	TGGGTAAAAGGAAAAGATGGCGGAGCGAGTTGATGGCGTGATTAGGAGGA...	RNA cleavage
pH4DZ4	68	TGTACGGTAGGGAGGGTGCAAGGTGAATCGGATTAGTTTACGGAAGAGTG...	RNA cleavage
pH4DZ5	69	CAGTAGGGCAATTTGGTTGGGTTTAATGTGATACGAAGAACCATATTTGC...	RNA cleavage
pH4DZ6	70	GAGGTGGGGGTCGGGGGAAGGGAGGCACGCGTAAAGGTAGGTGTGAGGGC...	RNA cleavage
pH4DZ7	70	GAGGTGGGGGTCGGGGGAAGGGAGGCACGCGTAAAGGTAGGTGTGAGGGC...	RNA cleavage
pH4DZ8	70	GGGAGTTGGAGGATCCGTACTGTTACGTTGTCTTAGAGAGGGTGTGGAAG...	RNA cleavage
pH5DZ1	70	TGAATAGGGTCTCGGGCATAAATTACGGAAACGGTTTTAATTTTCTAGTG...	RNA cleavage	Mn²⁺
pH5DZ2	69	CTGTGGGAGGCTAAGAGAGGTTGTGGAAGAGCGGTAAACTAATATCAGTG...	RNA cleavage
pH5DZ3	69	CGGAGTAGGGGGGGAAGGTTGGGTAAAGGAATTTTTATGCTGTTAGCAGG...	RNA cleavage
Clone91	49	TGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
pH5DZ4	68	GGCAGAGGAGGTGGGCGATGAGTAGTAGGGGGGGAAGGTTGGGTTCAGTT...	RNA cleavage
pH5DZ5	70	GAAGTGGGGGTCGGGGGAAGGGAGGCACGTGTAAAGGTAGGTGTGAGGGT...	RNA cleavage
pH5DZ6	70	TCGTAGGGGGGGAAGGTTGGGTGGAAGGAGTTAGTAAGACGATTGTACTA...	RNA cleavage
pH6DZ1	70	ATCGGACAAGGGAGGCACTGGAGGTTGAGGTAGTGAGCGTTGGTTAACGC...	RNA cleavage	Mn²⁺
pH6DZ2	70	TCGTAAGGGGGGAAGGTTGGGTGGAGGGAGTCAGTAAGACGATTGTACTA...	RNA cleavage
pH7DZ1	69	GTGGAACCCATGATGAGCCGAGTTGGGGTGTGTCTCTCGTATATGGCGGA...	RNA cleavage	Mn²⁺
pH7DZ2	70	GTCGGACAAGGGAGGCACTGGGGATTGAGGTAGTGAGCGTTGGTTAACGC...	RNA cleavage
pH7DZ3	70	TAACTCATTATGAGGTGACGGAGTACCGGAAGAGGGAGAGATGAAGGGAT...	RNA cleavage
pH7DZ4	69	CCCATGATGAGAGTGCTACTCGGAAGAGGGACATGATAGGGGAGGGATTA...	RNA cleavage
Dz22_group1	23	CAACCCATTATCGACATTCTCTC	RNA cleavage
Dz24_group2	23	GTCCCAACCCCAAACCCTTCTCA	RNA cleavage
Dz40_group3	23	TACCCAACCCCAAATCCTTCTCC	RNA cleavage
Dz15_group4	23	TTACAAACCCCAAACCTTCTCTT	RNA cleavage
Dz42_unclassified	23	CCCAACCCCAAATCCTTCTCTCG	RNA cleavage
Dz6_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
Dz7_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
Dz16_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
Dz39_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
Dz60_group1	23	CTACCCTCAAGCGACTTCTCTCC	RNA cleavage
Dz52_group1	23	TTACCCTTAATCGACTTTCTCTT	RNA cleavage
Dz2_group1	23	CAACCCTTTATCGACATTCTCTC	RNA cleavage
Dz18_group2	23	GTCCCAACCCCAAATCCTTCTCC	RNA cleavage
Dz43_group2	23	GTCCCAACCGCAAACCCTTCTCT	RNA cleavage
Dz29_group3	23	TACCCAACCCCAAATCCTTCTCC	RNA cleavage
Dz20_group3	23	TACCCAACCCCAAATCCTTCTCC	RNA cleavage
Dz13_group3	23	TACCCAACCCCAAATCCTTCTCC	RNA cleavage
Dz12_group3	23	TACCCAACCCCAAACCTTTCTTT	RNA cleavage
Dz30_group4	23	TACCCAACCCCAAACCTTCTCTT	RNA cleavage
Dz38_group4	23	TTACAAACCCCAAACCTTCTCTT	RNA cleavage
Dz23_group4	23	TTACAAACCCCAAACCTTCTCTT	RNA cleavage
AA07	21	GGGTTCGGTGGAGCGGCGCGA	RNA cleavage	Mg²⁺
AA14	21	TGGTCTCGCGGTTCCTGGTTA	RNA cleavage	Mg²⁺
AA17	21	CCTGCAAGGAGGTTTACCGGG	RNA cleavage	Mg²⁺
AB08	19	GGGAAGCCAGTGGTACGTT	RNA cleavage	Mg²⁺
Clone74	49	ATTCATCGTGCGTTACACGACTTCAAACGTAGGGAGGCGGCTGGTAGTT	RNA cleavage	UO₂²⁺
6SE3	40	CGCTAGATACGTGAATGTGTTTGACAGAGCCGGTCATCAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE10	40	CGATAGATAACGGGGTGGATTTGCAACCGCAGTACATATA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE11	40	GGCTAGAGAAGCGAGTGTGTTTGCTACAACGGGCCGTTAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE12	40	CGATAGATACGTAGGAGCGTTAGCTATAGCCGTACATAGA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE15	40	GGCCATATAACTCGGAGAGTTTCCTAGAGCTGTGCGTGAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE22	40	GGCTAGGGAAGCGGCTACGTACACCTCAGCGGGCACATAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
6SE30	40	GGCTAGAGAAGCGGATGAGTTTCCTATAGATATCCGGCCA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SE20	40	CGCTAGATAAGTGGGCGCGTTTGCTGTAGTTGTCCTACGA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SE22	40	CGCTAGATAAGTGGATGCGTTTGCTGTAGTTGTCCTTCAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SE23	40	CGCCAGATAAGTGGAGGCTTTTGCTAGAGTTGTCCTTTAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SH2	40	CCCTATACAAGTGGGAGGATTAGCCATAGGCGTGGGGCAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SH3	40	GGCTAGAATAGTGGGGGCGATTGATCTAGGGGGCGCTTAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SH5	40	CCCTAGATAAGGGGGTGCGTATTCTTTGGGTGCCCCGAAA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SH18	40	AGGCAGAAAAGTGGGTACTCTTGTTAGAGCTCTACATATA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK1	40	GGAGAGCTCGTGTGTGAGAGCATTAAGTGAACTGACTGGT	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK2	40	TACGGACGGGGCGTAGCGGATTGAACTGCAGAGCAGAGTG	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK5	40	GGGGCAGTAGGAGGTTAGGCCAGGGAGAGAGGAAGGTAGG	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK17	40	GCCAGCGATCAAAGACGGCGAGTTGTACCCATAGGTGTCT	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK29	40	GAGAGTGTACGGTTACGCACTAGCTAACAGGAGTTCGTGC	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SK31	40	CCGGGCTGCGAAGTTGGCGATAAGCTACCGTAGGACGCTT	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9Q1	22	GGAGACAGGTTCCGGATGCATG	RNA ligation	Mn²⁺ Mg²⁺
9Q2	22	GGAGATAGGTTCCAGCTGATTG	RNA ligation	Mn²⁺ Mg²⁺
9Q5	22	GGACCGATGGAGTGAACTATGC	RNA ligation	Mn²⁺ Mg²⁺
9Q9	22	ACGGACAGTTTCCGGAGCCGTG	RNA ligation	Mn²⁺ Mg²⁺
9R2a	22	GGTACGGGGCGTGCGGAGGCAC	RNA ligation	Mn²⁺ Mg²⁺
9R2b	22	GGTTCGGGGTATGCGGAGGCAT	RNA ligation	Mn²⁺ Mg²⁺
9R4a	22	GGACCGATGGAGTGAACTATGC	RNA ligation	Mn²⁺ Mg²⁺
9R6	22	GGACCATGTTGGAGCGGCCCAG	RNA ligation	Mn²⁺ Mg²⁺
9R7	22	GGACCATGGGGGAGCGGCCCGC	RNA ligation	Mn²⁺ Mg²⁺
9R16b	22	GGAGGATCGGACAGCGTTATCG	RNA ligation	Mn²⁺ Mg²⁺
9R20	22	GGAGCGACACACAGACCTGTTC	RNA ligation	Mn²⁺ Mg²⁺
10Q7b	22	GGAGGATCGTACAGCGTTATCG	RNA ligation	Mn²⁺ Mg²⁺
Ag2	6	GGGATT	RNA cleavage	Ag⁺
Ag3	21	GGGGGGCGGAAGGGCTGCGCT	RNA cleavage	Ag⁺
Ag4	25	GCGGAACCCACCTACACGGATGGCT	RNA cleavage	Ag⁺
Ag5	15	GGAACACACCCGGGG	RNA cleavage	Ag⁺
Ag6	5	GGTGG	RNA cleavage	Ag⁺
Ag7	50	CATAGCAGAGCGTCTAGAGATGTAAGTAAATCTTTTCTCAGCGAGACGAA	RNA cleavage	Ag⁺
Ag8	20	GGCGGACTGGGTGGCTGTGG	RNA cleavage	Ag⁺
Clone33	49	TGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
Ag9	49	TAGGCCTTAAACCCGTTGTAGGATTTGTAAGTCATTACTCTGAAGACGT	RNA cleavage	Ag⁺
Ag10	49	TAGGTGATTTCCACGATAGAGAAACTATTATGCGGAAACAGGGCAGCGT	RNA cleavage	Ag⁺
Ag11	5	GTCCG	RNA cleavage	Ag⁺
Ag12	22	GTCAACGACCGGGCCGGAAACT	RNA cleavage	Ag⁺
Ag13	27	GAGCATGAAGGCTCCATAAGTCGCGGG	RNA cleavage	Ag⁺
Ag14	50	TTAGAACTTAAATTCACGTAGCGCCAAGGGGTGATATGAGGCGACCGTGT	RNA cleavage	Ag⁺
Ag15	23	GCGGTTAATTGAGTCGCACCGAC	RNA cleavage	Ag⁺
Ag16	6	ACCGAC	RNA cleavage	Ag⁺
Ag17	21	GCACGGGGCGACATGTGGATT	RNA cleavage	Ag⁺
Ag18	21	TGGCGTCACAGGATCGCGGTT	RNA cleavage	Ag⁺
Ag10c	38	TAGGTGATTTCCACGATTATGCGGAAACAGGGCAGCGT	RNA cleavage	Ag⁺
12BB33	40	TGTAGCCTTCTGAAGGTTGGCTGGTTCGGCGAGGTGGGAA	RNA ligation	Zn²⁺
10-18	57	CTAACCATTATCCTCGATTGTTAGAGCGAACAGCTGCAACGGGTTGATTA...	RNA ligation	Mg²⁺
7Q5	19	TTTGTGGAGGTAAGCTCTG	RNA ligation	Mg²⁺
6CA30	40	CCCGTACGCTGCCATGGCGCCATTCTGGCACGTAGTGTTG	RNA ligation	Mn²⁺
6BX42	40	GCAGTGCTAATGAGGTATCGCAAATAAGTGCGCAGCCGAA	RNA ligation	Mn²⁺
7P4	20	TTCGGTGGAGGTAAGCTCTG	RNA ligation	Mg²⁺
7Q2	20	TTCTGCGCAGGTAAGCTGTA	RNA ligation	Mg²⁺
7Z48	40	ACGGGGCCGGTTTGCGTGCCTGATTGGGAGGTTAGCTCTA	RNA ligation	Mg²⁺
9A12	40	CTTTACGGTAGGGTGCCTGTGATAATGATCAGGGGACGGC	RNA ligation	Mg²⁺
9A2	40	TGCGTTCTGATGAATTGCACATAGCTTATAGTTCCTTGCT	RNA ligation	Mg²⁺
9F18	40	GGGATGTGGGGCGCCACCAAGTTAATGTTTGGTTTGGGGA	RNA ligation	Mn²⁺ Mg²⁺
7DE5	40	GTAGGGTTGGTAGACCAGGTTGAGCCGGCGTCCTTGTTTA	RNA ligation	Zn²⁺
8CW8	40	TACAAGGTGGGAGGAGGGAGCACCGATGCGGCATATCGTG	RNA ligation	Zn²⁺
12BB1	40	CCGCTCCGATTGGTGGAGTCTATTGGGGCCTGTAGGCGAG	RNA ligation	Zn²⁺
8CW13	40	GGGGAAGACAAGATAGTCGAGGGGGACGCGCTCTCAGCCT	RNA ligation	Zn²⁺
12BB5	40	CAGCGCGATTGAGTGCGTGATTGAAGCTCGGGGTTGGTTA	RNA ligation	Zn²⁺
12BB8	39	CACGCTGACTAGCTTCGTGAGGGGGTGTGATAGATGCGG	RNA ligation	Zn²⁺
6J2	40	TGCACGGGGGGTGAGGTTTCCGCCGTTGAAACGTAGCACG	RNA ligation	Zn²⁺
8LX1	50	GACGCCACCGAAGTCGCCATCTCCCGTAGGTGAAGGGCGTGAGGGTTCCA	RNA ligation	Mn²⁺
8LX6	50	CAGTGCAGGGCGTGAGGGCTCCATCCCCAGTGCAGGGCGTGAGGGCTCGG	RNA ligation	Mn²⁺
10-20	57	CTACCCATTATTCACGAATGATAGCACGAATAGTGTGAACGGGTTGATTA...	RNA ligation	Mg²⁺
10DM10	31	CCTGTGGCAAAGGGCGTGAGGGTACTGTTCC	RNA ligation	Mg²⁺
7DM12	31	CATTATGCCCAGGGCGTGAGGGTGCGGTTCC	RNA ligation	Mg²⁺
8BH41	39	AGGGACAAACCATAAGTCGCATCGGGTGGAACGTAGACC	RNA ligation	Mg²⁺
G5_1	50	TCACACATCTCTGAAGTAGCGCCGCCGTATGTGACGCTAGGGGTTCGCCT	RNA cleavage	Pb²⁺
G5_7	50	TCTGCTCTCCTCTATTCTAGCAGTGCAGCGAAATATGTCGAATAGTCGGT	RNA cleavage	Pb²⁺
G5_8	50	TTGCCCAGCATAGTCGGCAGACGTGGTGTTAGCGACACGATAGGCCCGGT	RNA cleavage	Pb²⁺
Mg5 (class 2)	74	AGCACGCATGACTTTGATGCCACGTAAAGTGAAAGAGCTGTTGATCTGTC...	RNA cleavage	Ca²⁺
class 14_sel_b	64	GTGGGCGGAGTTTACCCAAGAAGGGGTGGAGACGCGTCCTTGAGTAGGGT...	RNA cleavage
class 19_sel_c	73	TAGCAGGGGGGGAAAAAAGTCTATCGCGTAATAGATACGACGACTGTCTG...	RNA cleavage
17-E	15	TCCGAGCCGGTCGAA	RNA cleavage	Zn²⁺
Clone79	49	ATTCATCGTGCGTTACACGACTTCAAACGTAGGGAGGCGGCTGGTAGTT	RNA cleavage	UO₂²⁺
Na24	43	TTTACCCAAGAAGGGGTGCAACCATTGCCTAACCTAATCACCG	RNA cleavage
9HR17	49	CAGCTATATGTGCTGGACTGAGAGGGGTAGTTTCGCAGTGAGGTGTAGG	RNA ligation	Mg²⁺
pH3DZ3	70	GAGGTGAACAAGCGGCTGAGCTTTTGGAAGAAGGCATAAGGAAAAGGTTA...	RNA cleavage
pH3DZ10	70	TGAATGAAACCTCGGGCATAAATTACGGAAACGGCTTTAATTTTTTAGTG...	RNA cleavage
pH6DZ3	69	GAGTGGGGGTCGGGGGAAGGGAGGCATGCGTAAAGGTAGGTGCGAGGGTG...	RNA cleavage
Dz27_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
Dz49_group1	23	CTACCCTCAAGCGACTTCTCTCG	RNA cleavage
AC17	20	GGGTCTCCAGCCGGACGTTA	RNA cleavage	Mg²⁺
Clone51	49	TGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGGCAGGCGTATGTCT	RNA cleavage	UO₂²⁺
6SE20	40	GGCTAGAGCAGCGGGTGTGTTTGCTATACCCGGCCCTATA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SE33	40	CGCCAGATAAGTGGAGACTTTTGCTATAGTTGTCCTTGTA	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
9SH25	40	CGCCCGTTGGCAGGGTGCGCTTGTTATCGTTGTCCTGCAG	RNA cleavage	Mn²⁺ Mg²⁺ Zn²⁺
Ag1	21	AACGCGCACGGCGGAACCCAC	RNA cleavage	Ag⁺
Ag19	25	CGGCGAGATGTGTAGGCCGGGATTT	RNA cleavage	Ag⁺
Clone53	49	TTTATTGGATACCACTCCAACTTCAAACATACAGAATCGCTGAGTCTCC	RNA cleavage	UO₂²⁺
9DB1	40	GGATCATACGGTCGGAGGGGTTTGCCGTGAACATTCTTCA	RNA ligation	Mg²⁺
Lu12	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Nd³⁺
Lu2	101	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu7	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCR...	RNA cleavage	Lu³⁺
Lu29 (identical to Lu2)	101	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu17 (identical to Lu2)	101	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu1	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu27	101	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu30	101	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu31	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu11	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu32	100	CTGTAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu40 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu39 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu35 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu28 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu21 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Clone44	51	CGTATGCCGGACATAATCGAGAAGGTGAATCGTGTAATGTATTTGTCCCC...	RNA cleavage	UO₂²⁺
Clone48	51	CGTATGCCGGACATAATCGAGAAGGTGAATCGTGTAATGTATTTGTCCCC...	RNA cleavage	UO₂²⁺
Clone63	49	TACATCGACTGCCGGCAGACAGGCGACTTCAAATATGAGTGAGACATAG	RNA cleavage	UO₂²⁺
Lu20 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu13 (identical to Lu8)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu8	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu14	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu9	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu37	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu18	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTCTA...	RNA cleavage	Lu³⁺
Lu22	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu34 (identical to Lu22)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu24	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu4	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu5	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu36	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu16	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAAAAATG...	RNA cleavage	Lu³⁺
Lu23 (identical to Lu16)	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAAAAATG...	RNA cleavage	Lu³⁺
Lu25	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu38 (identical to Lu12)	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Clone45	48	TACATCGACTGCCGGCAGACAGGCGACTTAAATATGAGTGAGACATAG	RNA cleavage	UO₂²⁺
Clone47	50	CAGACGCCATAATCGGCGTACCGGTCGGAGTGCAACAATGACTAACGTTG	RNA cleavage	UO₂²⁺
Clone46	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAGCGTT...	RNA cleavage	UO₂²⁺
Clone14	49	TACAGTACCACAACGTGTACCTTCAARCACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Clone93	49	TACAGTACCACAACGTGTACCTTCARACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Lu15 (identical to Lu12)	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu6	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu33	100	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu26	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu10	99	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Lu³⁺
Lu1a	51	TTTCGCCATCTTTACAAGGAAGGATGCACAACGGTTATAGTGACTCGTGA...	RNA cleavage	Ce³⁺
Lu1b	46	TTTCGCCATCTTTACAAGGAACACAACGGTTATAGTGACTCGTGAC	RNA cleavage	Ce³⁺
Lu1c	51	TTTCGCCATCTTTACAAGAAAAAAAAAAAAACGGTTATAGTGACTCGTGA...	RNA cleavage	Ce³⁺
Lu1d	51	TTTCGCCATCTTTACAAGTTTTTTTTTTTTTCGGTTATAGTGACTCGTGA...	RNA cleavage	Ce³⁺
Lu1e	51	TTTCGCCATCTTTACAAGCCCCCCCCCCCCCCGGTTATAGTGACTCGTGA...	RNA cleavage	Ce³⁺
NaA43	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A44	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCGGGATAGG...	RNA cleavage	Na⁺
A28	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCGGGATAGG...	RNA cleavage	Na⁺
A49	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCGGGGATAG...	RNA cleavage	Na⁺
A27	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCGGGGATAG...	RNA cleavage	Na⁺
A47	110	GTTCAGACTAACCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A35	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGCCCCCGGTAAAA...	RNA cleavage	Na⁺
A33	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A40	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCAGTAAAA...	RNA cleavage	Na⁺
A48	111	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A50	113	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
Clone65	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
Clone84	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
Clone18	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
S3	20	AAATCCAGGGTTGGCCGACA	RNA cleavage	Mn²⁺
A5	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A13 (Identical to A5)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A16 (Identical to A50)	113	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A23 (Identical to A5)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A25 (Identical to A5)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A26 (Identical to A50)	113	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A34 (Identical to A5)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A37 (Identical to A48)	111	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A39 (Identical to A5)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A12	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A21	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCCGGTAAAA...	RNA cleavage	Na⁺
A2	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTGGAA...	RNA cleavage	Na⁺
A31 (Identical to A2)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTGGAA...	RNA cleavage	Na⁺
A11	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A4 (Identical to NaA43)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A30	111	CTTCACACTAATCATCACCTATACCAACTACCCCATZCTACCACCTCAAA...	RNA cleavage	Na⁺
A32	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A14	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A45	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A3	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
S22	19	CAGGTAGGGGTCCCGGTCA	RNA cleavage	Mn²⁺
Clone73	49	TACAGTACCACAACGTGTACCTTCARACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
A17	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A7	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGGGGTCAAA...	RNA cleavage	Na⁺
A10	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A19	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A36	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
A15	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A46 (Identical to A15)	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A22	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTAGGTCAAA...	RNA cleavage	Na⁺
A18 (Identical to A15)	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A1 (Identical to A15)	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A24	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A29 (Identical to A24)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
A20 (Identical to A15)	108	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
A41	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
A8	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B42	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B48	113	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTAC—AGGTCAAA...	RNA cleavage	Na⁺
B22 (Identical to A11)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B36	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B45	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
S23	20	GGGTTCATCAAGGGGTATGG	RNA cleavage	Mn²⁺
B13	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B49 (Identical to B45)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B7 (Identical to B45)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B9 (Identical to B45)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B25 (Identical to B45)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B47	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTTGACCCAA...	RNA cleavage	Na⁺
B35	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGCACTTGACCCAA...	RNA cleavage	Na⁺
B46	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B38	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAAGGTCAAA...	RNA cleavage	Na⁺
B5	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B23	112	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTAC—AGGTCAAA...	RNA cleavage	Na⁺
B24	109	GTTCAGACTAATCATCACGTATAGGAGTACCGCATGGTACCAGGTCAAAG...	RNA cleavage	Na⁺
B15	110	GTTCAGACTAATCATCBCGTATAGGAAGTACCGCATGGTACCGGGGATAG...	RNA cleavage	Na⁺
B33	111	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTAC—CGGGGATA...	RNA cleavage	Na⁺
B4	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B12 (Identical to B4)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B11 (Identical to NaA43)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B21	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B3	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTAGGTCAAA...	RNA cleavage	Na⁺
B31	111	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTAGGTCAAA...	RNA cleavage	Na⁺
B19	111	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
S9	20	TACTGCTTTACTGGCGGCCA	RNA cleavage	Mn²⁺
NaA43E	61	GCGGCGGTACCAGGTCAAAGGTGGGTGAGGGGACGCCAAGAGTCCCCGCG...	RNA cleavage	Na⁺
B30	108	GTTCAGACTAATCATCACGTATAGGAAGACCGCATGGTACAGGTCAAAGG...	RNA cleavage	Na⁺
B40	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTAGGTCAAA...	RNA cleavage	Na⁺
B17	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGCGGTCAAA...	RNA cleavage	Na⁺
B27	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATAGTACGTGGTCAAA...	RNA cleavage	Na⁺
B6	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B10 (Identical to B6)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B43	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B44 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B2 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B16 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B18	112	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B20 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B26 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B34 (Identical to B43)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACGTGGTCAAA...	RNA cleavage	Na⁺
B41 (Identical to B6)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B29	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACTAGGTCAAA...	RNA cleavage	Na⁺
B50 (Identical to B6)	109	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACAGGTCAAAG...	RNA cleavage	Na⁺
B8	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
B14 (Identical to B8)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
S13	20	GGACAAGAGAAAGAGGTTGA	RNA cleavage	Mn²⁺
B28 (Identical to B8)	110	GTTCAGACTAATCATCACGTATAGGAAGTACCGCATGGTACCAGGTCAAA...	RNA cleavage	Na⁺
Clone23	49	TACAGTACCACAACGTGTACCTTCAAACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
DEC22-18	109	GATGTGTCCGTGCFAQGGTTCGATTCTTGATCGTTGTCATTGGCACACGG...	RNA cleavage	Co²⁺
DET22-18	58	AAGAATCGTTGTCATTGGCACACGGAGGTTTACTGAGTGGTAACCACGTT...	RNA cleavage	Co²⁺
10-3	36	CACAGUGUGUGAGGCACUGUACGGUGAGUGGUGCUU	RNA cleavage	Hg²⁺
10-5	37	UUCUCAUCCGUAGUGAGGGACGCGGCGCUCCCCCGUU	RNA cleavage	Hg²⁺
10-8	37	CAUAGUGCGUGAGGCCCGCCCACUCCCCGUCGUGGUA	RNA cleavage	Hg²⁺
10-9	37	UUCUCAUCCGUAGUGAGGGACGCGGCGCUCCCCCGUU	RNA cleavage	Hg²⁺
10-10	37	GCACAGUGUGUGAGGCAUGUGCGAGUGUGCUGUCUCG	RNA cleavage	Hg²⁺
10-13	39	CACACGUGUGUGACGGCCUCGCGCGCCCGCCCUGCCGUA	RNA cleavage	Hg²⁺
10-17	37	CAUAGUGCGUGAGGCGCGUCUGCAGCGUGGUGGGUUU	RNA cleavage	Hg²⁺
10-21	37	CACAGUUGUGUGAUGGCUGGGCAGCCAGCGGUGGUCA	RNA cleavage	Hg²⁺
Clone22	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
Clone12	51	CAGACGCCATAATCGGCGTACCGGTCGGAAGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
Clone9	51	CAGACGCCATAATCGGCGTACCGGTCGGACGTGCAACAATGACTAACGTT...	RNA cleavage	UO₂²⁺
10-24	33	CAUAGUGCGUGAGGCUUGCGCUGUCAGCGGUCG	RNA cleavage	Hg²⁺
Clone39	49	TGCAGTCGGGTAGTTARACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
Clone70	49	TGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
10-31	38	CACAGUUGUGUGAGGCGCGUGUACAGUGCGGCGGGUCU	RNA cleavage	Hg²⁺
10-34	38	CACAGUUGUGUGAUGGCUGGCUCUGCAGCCCGCUGGGU	RNA cleavage	Hg²⁺
10-40	38	CACACGUGUGUGAGGCAUGCGCUCACUGCCGUGGGUCU	RNA cleavage	Hg²⁺
10-41	37	CACAGUGUGUGAGGUUCGCCUCUGCCUCCCUGCUACA	RNA cleavage	Hg²⁺
10-42	36	CAUAGUGCGUGAGGCACGGUUACCGCCGUGGUGUGU	RNA cleavage	Hg²⁺
10-49	38	CACAGUGUGUGAGGCGUGCGCGAGUGGUUAGUGUCCUG	RNA cleavage	Hg²⁺
Clone4	49	TACAGCACACAGTGCCTTCAGACAGAGGGAACGTAGAGATTGGCCCCGA	RNA cleavage	UO₂²⁺
Clone17	49	TACAGCACACAGTGCCTTCAGACAGAGGGAACGTAGAGATTGGCCCCGA	RNA cleavage	UO₂²⁺
Clone5	51	TTCATCGTGGCACACGACCACCAAAACATACGTCCTCAGGAATTGTCCCC...	RNA cleavage	UO₂²⁺
Clone30	51	TTCATCGTGGCACACGACCACCAAAACATACGTCCTCAGGAATTGTCCCC...	RNA cleavage	UO₂²⁺
Clone49	51	TTCATCGTGGCACACGACCACCAAAACATACGTCCTCAGGAATTGTCCCC...	RNA cleavage	UO₂²⁺
Clone43	51	CTCATCGTGGCACACGACCACCAAAACATACGTCCTCAGGAATTGTCCCC...	RNA cleavage	UO₂²⁺
Clone41	51	TTCATCGTGGCACACGACCACCAAAACATACGTCCTCAGGAATTGTCCCC...	RNA cleavage	UO₂²⁺
Clone82	52	GTCACTCACARAGGGAGCTTCARACATAGTGGTCAAAGTCGTTGTCGCTC...	RNA cleavage	UO₂²⁺
Clone7	49	TGCATGCGGAGCACTTCAGATATAGTTCGATGGCGGTGCAGACCAATCC	RNA cleavage	UO₂²⁺
Clone61	49	TGCATGCGGAGCACTTCAGATATAGTTCGATGGCGGTGCAGACCAATCC	RNA cleavage	UO₂²⁺
Clone36	49	TACATCTAGGAGTAGACTTCARACATAGGATGTCGTGGAGGACGTGTAC	RNA cleavage	UO₂²⁺
Clone80	49	TACATCTAGGAGTAGACTTCARACATAGGATGTCGTGGAGGACGTGTAC	RNA cleavage	UO₂²⁺
Clone16	49	TGCATCCATAATATATCCATGTAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone20	49	TGCATCCATAATATATCCATGTAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone29	49	TGCATCCATAATATATCCATGTAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone42	49	TGCATCCATAATATATCCATGTAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone68	49	TGCATCCATAATATATCCATGTAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone71	49	TGCATCCATAATATATCCATGCAGTAGGGACCTCGAACTACGTGTGAGC	RNA cleavage	UO₂²⁺
Clone62	49	ATCATACACCACGTAGCTACAAAAGTGGTGGACTTCAAACATAGGGCCC	RNA cleavage	UO₂²⁺
Clone66	49	ATCATACACCACGTAGCTACAAAAGTGGTGGACTTCAAACATAGGGCCC	RNA cleavage	UO₂²⁺
Clone19	49	ATCATACACCACGTAGCTACARAAGTGGTGGACTTCARACATAGGGCCC	RNA cleavage	UO₂²⁺
Clone59	48	ATCATACACCACGTAGCTACARAAGTGGTGACTTCARACATAGGGCCC	RNA cleavage	UO₂²⁺
Clone69	49	ATCATACACCACGTAGCTACAAAAGTGGTGGACTTCARACATAGGGCCC	RNA cleavage	UO₂²⁺
Clone75	48	CTCATTGCTTATGCAACCCCTAACATAGCGGTAGATCCCTCAATGTCC	RNA cleavage	UO₂²⁺
Clone72	49	TTTATTGGATGCCATTCCAACTTCAAACATACAGAATCGCTGAGTCTCC	RNA cleavage	UO₂²⁺
Clone26	49	TTTATTGGATACCATTCCAACTTCAAACATACAGAATCGCTGAGTCTCC	RNA cleavage	UO₂²⁺
Clone13	49	TTTATTGGATACCATTCCAACTTCAAACATACAGAATCGCTGAGTCTCC	RNA cleavage	UO₂²⁺
S19	20	TTGGGGGGGAGAGGTGGGGA	RNA cleavage	Mn²⁺
Clone2	49	ATTCATCGTGCGTTACACGACTTCARACGTAGGGAGGCGGCTGGTAGTT	RNA cleavage	UO₂²⁺
Clone35	49	ATTCATCGTGCGTTACACGACTTCAAACGTAGGGAGGCGGCTGGTAGTT	RNA cleavage	UO₂²⁺
S15	20	AGTATATCAAGTGAATGGCA	RNA cleavage	Mn²⁺
Clone78	49	TGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGGCAGGCGTATATCT	RNA cleavage	UO₂²⁺
Clone81	49	TACAGTACCACAACGTGTACCTTCAAACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Clone52	49	TACAGTACCACAACGTGTACCTTCAAACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Clone38	49	TACAGTACCACAACGTGTACCTTCAAACACAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Clone54	49	TACAGCTANCACAACGTGTACCTTCARACCAGGGATCGGGAATACATCG	RNA cleavage	UO₂²⁺
Clone28	49	TGCAGTGCCTGAAAGGCATCCTACCAACATAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone34	49	TGCAGTGCCTGAAAGGCATCCTACCAACATAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone89	49	TGCAGTGCCTGAAAGGCATCCTACCAACATAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone86	49	TGCAGTGCCTGARAGGCATCCTACCAACATAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone50	48	TGCAGTGCCTGAAAGGCATCCTACCAACAAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone55	48	TGCAGTGCCTGAAAGGCATCCTACCAACAAGTAAGTACTCAGACCGCT	RNA cleavage	UO₂²⁺
Clone57	48	TGCAGTGCCCGAAAGGCATCCTACCAACAAGTAAGTACTCAGGCCGCT	RNA cleavage	UO₂²⁺
Clone87	49	CTTCATTACCAATAGAGTAACTTCAGAAATAGCAGGCGTGTAGAGAATC	RNA cleavage	UO₂²⁺
39E	52	CACGTCCATCTCTGCAGTCGGGTAGTTAAACCGACCTTCAGACATAGTGA...	RNA cleavage	UO₂²⁺
10-12	28	TGTTTCTCGCTTTGCTGGATGTACTTTT	RNA cleavage	Mg²⁺
10-12opt	29	CATTTCTCGCTTTGCTGGATGTTACTTTT	RNA cleavage	Mg²⁺
Dz12-91	26	ACCAACAATGATGCAGCGCATGTGTC	RNA cleavage	M²⁺-independent
Dz12-2	31	ACCAACATGCAGCGTTAGTGTGGGTACGCGT	RNA cleavage	M²⁺-independent
Dz12-3	32	ACCAACATGCAGCGCTAGTGTGAGGCATGCTT	RNA cleavage	M²⁺-independent
Dz12-6	28	ACCAACAGCTAAGTCCGCCGATTGGTGG	RNA cleavage	M²⁺-independent
Dz12-10	28	ACCAACAAGTTATAGTGGTAAGCGGTTG	RNA cleavage	M²⁺-independent
Dz12-11	26	ACCAACAGCACGTACCGGGTTTTTGT	RNA cleavage	M²⁺-independent
Dz12-11b	26	ACCAGCATTGATGCAGCGCATGTGTC	RNA cleavage	M²⁺-independent
S10	20	CGGGGTTTGGGATGAAGGGG	RNA cleavage	Mn²⁺
Dz12-12	28	ACCAACAGCTAAGTTCGCCATTTGGTGG	RNA cleavage	M²⁺-independent
Dz12-12b	26	ACCAACAAGTTACAGTGGTAGCGGTG	RNA cleavage	M²⁺-independent
Dz12-13	32	ACCAACAATGCCAGCGGCAGTGTCGCTCGCTT	RNA cleavage	M²⁺-independent
Dz12-13b	25	ACCACAGTTACAGTGGTAGCGGTTG	RNA cleavage	M²⁺-independent
Dz12-24	28	ACCAACATACCGCAGCGTGATTAGTGTC	RNA cleavage	M²⁺-independent
C16B	31	AGGAATGGAAAAACATAATGAACAAGGACAA	RNA cleavage	Pb²⁺
Dz12-26	28	ACCAACAGGCAGCTCGGCCCCGTTTGCG	RNA cleavage	M²⁺-independent
Dz12-28	32	ACCAAAATGCAGCACTAGTGTCTGGCATGTTG	RNA cleavage	M²⁺-independent
Dz12-33	27	ACCAACAGGTTTGCAGCGCGTAGTGTC	RNA cleavage	M²⁺-independent
Dz12-34	29	ACCAACATCATGTAGTACGTAGTGTCGCC	RNA cleavage	M²⁺-independent
Dz12-34b	28	ACCAACAGCTAAGTTTGCGTGTGGGTTC	RNA cleavage	M²⁺-independent
Dz12-44	27	ACCAACAAGTTATAGTGGTAGCGGTTG	RNA cleavage	M²⁺-independent
Dz12-45	32	ACCAACATGCAGCGCTAGTGTGAGGCACGTGT	RNA cleavage	M²⁺-independent
Dz12-47	29	ACCAACACGCAGCGCTAGTGTGAGGCTTC	RNA cleavage	M²⁺-independent
Dz12-51	32	ACCAACATGCAGCGCTAGTGTGAGGCATGTGT	RNA cleavage	M²⁺-independent
Dz12-58	30	ACCAACATGCAGCGCTAGTGTGGGCTCGTT	RNA cleavage	M²⁺-independent
Dz12-59	32	ACCAACATGCAGCGCTAGTGTGCGGCACGCGC	RNA cleavage	M²⁺-independent
Dz12-74	29	ACCAACATGCAGCGCTAGTGTGGGTCGTA	RNA cleavage	M²⁺-independent
Clone11-17	51	CATCTCGGCGAGCAATATGTTCTTGGACTCATTCTATTGACTATTGGTAC...	RNA cleavage	Zn²⁺
Dz12-80	27	ACCAACAAGTTACAGTGGTAGCGGTTG	RNA cleavage	M²⁺-independent
S4	20	TAGGGTGGGGTTAGAGTGGA	RNA cleavage	Mn²⁺
Dz12-86	31	ACCAACATGCAGCGCTAGTGTGAGGCATTGT	RNA cleavage	M²⁺-independent
Dz9-3	27	ACCAACACTGCGTGTGTCTTGTGTGCG	RNA cleavage	M²⁺-independent
Dz9-4	33	ACCAACACTAGCAGCGCCAGTGAGGCTCGCGTT	RNA cleavage	M²⁺-independent
Dz9-5	27	ACCAACAGAGAGTGTACTGTGGGTGTA	RNA cleavage	M²⁺-independent
Dz9-9	27	ACCAACATTGTTGCATCGCATGTGATG	RNA cleavage	M²⁺-independent
Dz9-11	27	ACCACATGGTGAGTGTGGACGGTGTTT	RNA cleavage	M²⁺-independent
Dz9-12	27	ACCAACACCGTGTGTGTGTCGTGTGTA	RNA cleavage	M²⁺-independent
Dz9-13	28	ACCAACAGAGAGTGTATCGTGGTGGGTC	RNA cleavage	M²⁺-independent
Dz9-17	27	ACCAACAGAGAGTGTACCATGTGTGTA	RNA cleavage	M²⁺-independent
Dz9-18	28	ACCAACAATGGAGCGCTAGTGATGTTTC	RNA cleavage	M²⁺-independent
Dz9-28	31	ACCAACATTGCCAGCGGTAGTGTCGCTCGCT	RNA cleavage	M²⁺-independent
Dz9-29	29	ACCAACATTGCCAGCGGCAGTGAGGCTTC	RNA cleavage	M²⁺-independent
Dz9-33	31	ACCAACATCGCCAGCGGCAGTGAGGTTCGCA	RNA cleavage	M²⁺-independent
Dz9-36	27	ACCAACATTCCCAGCGGGAGTGTCGCC	RNA cleavage	M²⁺-independent
Dz9-40	28	ACCAACAGGATTGCAGTAGGTTGTGCCG	RNA cleavage	M²⁺-independent
Dz9-43	28	ACCAACAGTGTTTGCTTGGCTATGGCTC	RNA cleavage	M²⁺-independent
Dz9-52	25	ACCAACACCATACAGCGCTAGTGTC	RNA cleavage	M²⁺-independent
Dz9-53	28	ACCAACAACGCATCGTTAGTGAGGGTGC	RNA cleavage	M²⁺-independent
Dz9-54	28	ACCAACATGGTGTGTCTGGGTGGGGTGT	RNA cleavage	M²⁺-independent
Clone11-19	52	CATCTCGATCATACACAACCCTTAGGTTGAACCACATTTCCAGCTTGTGA...	RNA cleavage	Zn²⁺
Dz9-55	28	ACCAACAGGCACAGGGGGAGTGGTGTTG	RNA cleavage	M²⁺-independent
Dz9-56	29	ACCAACATTGCCAGCGGCAGTGAGTGCAC	RNA cleavage	M²⁺-independent
Dz9-57	26	ACCAACATGTGCACAGTGGTTCGGTG	RNA cleavage	M²⁺-independent
Dz9-59	27	ACCAACAAAGCAGCGTTAGTGAGGCGC	RNA cleavage	M²⁺-independent
Dz9-60	26	ACCAACAGCCTACTAGCGGGAGTGAG	RNA cleavage	M²⁺-independent
Dz9-61	27	ACCAACAGAGAGTGTTTGATGGGTGTG	RNA cleavage	M²⁺-independent
Dz9-63	27	ACCAACAGAGAGTGTTTTATGGGTGTC	RNA cleavage	M²⁺-independent
Dz9-64	30	ACCAACATTAGCAGCGCATGTGGTGGCTTG	RNA cleavage	M²⁺-independent
Tm32	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGARGGCGAAACATCTTAA...	RNA cleavage	Tm³⁺
Dz9-67	27	ACCAACACAGTGTGTCACAGCGGTGTA	RNA cleavage	M²⁺-independent
Dz9-77	27	ACCACCCTGGAGTGGACTATGTGGGTA	RNA cleavage	M²⁺-independent
Dz9-81	28	ACCAACATGTCGCGTACGGTTGGTGTTG	RNA cleavage	M²⁺-independent
Dz9-82	28	ACCAACATGAGAGCTTCGTACGGGAGGT	RNA cleavage	M²⁺-independent
Dz9-83	26	ACCAACAGCACGTATCGGGTTTTGTT	RNA cleavage	M²⁺-independent
Dz9-86	26	ACCAACATCATGCAGCGCGTAGTGTC	RNA cleavage	M²⁺-independent
Dz9-92	30	ACCAACATTAGCAGTGCATGTGATGGCTGC	RNA cleavage	M²⁺-independent
Dz9-96	28	ACCAACAGTGAGTGTACTATGTTGTGTC	RNA cleavage	M²⁺-independent
Clone11-6	52	CATCTCTAACTAGTACAGGTTCTATACGATATTTTCTGTATCCATGGTGA...	RNA cleavage	Zn²⁺
Clone11-7	50	CATCTCGATTGCAAGGATTATAAGAGCTCCAGCCAGATCCTCATCGGACG	RNA cleavage	Zn²⁺
Clone11-9	48	CATCTCCGAGTAAATCAATGACCTTCATCTCCCTAAACACACGTGACG	RNA cleavage	Zn²⁺
Clone11-10	51	CATCTCTTGTCAAGTAAAGCCTGCCGGATTCAGCGGTTGTTCGTGTGTAC...	RNA cleavage	Zn²⁺
Clone11-13	50	CATCTCCACTCCAACGGGGATTATGACATAGTCCCACTATGGTGAGTGCG	RNA cleavage	Zn²⁺
Clone11-16	52	CATCTCAAATCGACCAATGCCATTAAGCTCCTATGTGTTCTTACTAGTGA...	RNA cleavage	Zn²⁺
S20	20	TAGGGATAGGGGATAGGGGG	RNA cleavage	Mn²⁺
Clone11-23	52	CATCTCCATGTGTCAACTCAAGGTTTCTACTTCTTCTGTCCGACAAGTGA...	RNA cleavage	Zn²⁺
Clone11-25	51	CATCTCCCAATTACGGAATAAGTGAAATGTCTTAGACCTACTATTGTGAC...	RNA cleavage	Zn²⁺
Clone11-26	52	CATCTCAAGTCCAACCATCCTCAATAGTGCGGGATTAGGGCACCGTGTGA...	RNA cleavage	Zn²⁺
Clone11-30	52	CATCTCGTGCGACAACTCGAGACGCTTTATGCTGTTTAAATTTTCCGTGA...	RNA cleavage	Zn²⁺
Clone11-31	52	CAGCTCCGCATGTATCCCAGAGACTTACTGGCCTGATGCTAGCGGTGTGA...	RNA cleavage	Zn²⁺
Clone11-32	52	CATCTCGTATGCTGATGCTGGTGCACATGGCGTGACTGATAATCCGGTGA...	RNA cleavage	Zn²⁺
Clone11-33	54	CATCTCATTTACTGCTACCTGTTACTGAGCCACAATTGCCCTTACATTAG...	RNA cleavage	Zn²⁺
Clone11-34	52	CATCTCTACAGATAGATCAAGACGTCTGGTAGCCTTGCTGTTGGATGGTA...	RNA cleavage	Zn²⁺
Clone11-40	52	CATCTCTGTTCGCCTCACCCGCTTCGCCCAACTCGCACCTTTATTAGTGA...	RNA cleavage	Zn²⁺
AgB2	59	TTTCGCCATCTTTAGGCGATTTCCTTTTGGAAACGGGGCAGCGTGTAGTG...	RNA cleavage	Ag⁺
Clone11-42	51	CATCTCGCACGTCGTTTCTATTTAGGAAAGAATTAACCTAGGCCTGGTAC...	RNA cleavage	Zn²⁺
Clone11-43	51	CATCTCAAGTAATAAATCGACGACAGATTGGTTTTTTATACCCACGGTAC...	RNA cleavage	Zn²⁺
Clone11-44	52	CATCTCAACGTTGCGCTACGCGATTTGTAGTTGCCTTGCCTTGGTTGTGA...	RNA cleavage	Zn²⁺
Clone11-46	52	CATCTCCCGACTGGAACCATTGGTACCCTTTAGCAAGGAGCATAATGTGA...	RNA cleavage	Zn²⁺
Clone11-47	52	CATCTCTCTGGTTGCTGATTCGTATGATTGTCTTAACTACAGGAGCGTGA...	RNA cleavage	Zn²⁺
Clone11-48	50	CATCTTGCATGCCCCAAACACATTCAACACTGCTAAATTGCATTGTGACG	RNA cleavage	Zn²⁺
Clone11-50	51	CATCTCGAACAATGCTCATGGTTTGATGACTGTTGATTGTGCGCTTGTAC...	RNA cleavage	Zn²⁺
Clone11-51	51	CATCTCGAGAGGAGTGGATATACCTTGGATTTAGGGCTATCTACCCGTAC...	RNA cleavage	Zn²⁺
Clone11-55	53	CATCTCTGCTTCGCAGTAGGCCAATTATCTCATTCTACCTGCTTGTCGTG...	RNA cleavage	Zn²⁺
Clone11-57	52	CATCTCGTTAACGTGTTGAGCGGACCGAGTGATCTGATATTTCACCGTGA...	RNA cleavage	Zn²⁺
Clone11-63	47	CAGCCATAGTTCTACCAGCGGTTCGAAATAGTGAAGTGTTCGTGACT	RNA cleavage	Zn²⁺
Clone11-65	51	CATCTCCTACCTCCACATTGAGCCGAATTGTCGCCTATTGATACGGGTAC...	RNA cleavage	Zn²⁺
Clone11-66	52	CATCTCAGTATACACGTCGTGATGAACGATAGATGCTTTTACCTNCGGTA...	RNA cleavage	Zn²⁺
Clone11-67	52	CATCTCAGCATCGCTAGCCCACTACGGGCGCCCGCGCGGCCAATTGGTGA...	RNA cleavage	Zn²⁺
Clone11-73	52	CATCTCGATAAAGGTGATTTTAGACTACACTGAGTTAGCTAATCTCGTGA...	RNA cleavage	Zn²⁺
S21	20	GGGTGGATGGCGAGTGGCAG	RNA cleavage	Mn²⁺
Clone11-74	53	CATCTCAGTAAGTGATAATCAAATCGCCCACGTAATACCTNCCATGTGTG...	RNA cleavage	Zn²⁺
Clone11-75	51	CATCTCGAGCCTTAGCCAGTCGGCCCGTCTCGCTCGGATCTCGTCCGTAC...	RNA cleavage	Zn²⁺
Clone11-76	51	CATCTCATTAGCGTACACATTTCATCTTACGACCCTTGTTTACCCCGTAC...	RNA cleavage	Zn²⁺
Clone11-79	49	CATCTCGTGTCTGGTAACGTACACCGTTAATCTAGATCCTACTGGGTCG	RNA cleavage	Zn²⁺
Clone11-81	52	CATCTCCTGGCCCAACGGCGTGAAATCTAGCTTGCCTTTACTTATAGTGA...	RNA cleavage	Zn²⁺
Clone11-83	52	CATCTCCCCACAACACTCGATTAAANCCGGGTCTAGTTATCGCGGTGTGT...	RNA cleavage	Zn²⁺
Clone11-86	51	CATCTCGGATCGGAGACGTTCTTATCAATTCACTTACACGGCCGAGTGGC...	RNA cleavage	Zn²⁺
Clone11-87	50	CATCTCGGGCCACATAACTGATCCTTAAGGCCTATGAGATTGTTGTGACG	RNA cleavage	Zn²⁺
Clone11-88	51	CACCTCGAAGACCCGCGTTGCACCTGATCAGTTGGGGCCATCCTTGTGAC...	RNA cleavage	Zn²⁺
Clone11-89	52	CATCTCTACTGAGTTACTCCCACGGTAGCCTTCATTTGGATTGGTCGTGA...	RNA cleavage	Zn²⁺
C17A	5	TACAA	RNA cleavage	Pb²⁺
Clone11-90	52	CATCTCCGAAGTACGTTTGTCGTTTGTTAGTTAACGAACGGGGCTGGTGA...	RNA cleavage	Zn²⁺
Clone11-91	51	CATCTCGGGACCGTAGACCACGTGCGGAAGGTGGTCACGGCTTGCTGTAC...	RNA cleavage	Zn²⁺
Clone11-92	52	CATCTCCCTTAGATCGGTTTATTCTGGTCCCAATTCTCTCAGGTTTGTAA...	RNA cleavage	Zn²⁺
Clone11-93	49	CATCTGAAGTCGATAGNNTCTCGACTATAGATGANNAATGGTGGGTACG	RNA cleavage	Zn²⁺
Clone11-95	51	CATCTCAATTAGCTAGTATACAGGTGAGCTATACAGGATGTACCCCGTAC...	RNA cleavage	Zn²⁺
SC8	40	GCGGGCCCCAATTCATTGGCTTAACTACGAGGACGTCCAG	RNA ligation	Mn²⁺
SC9	40	GTACGGACGTCAGTCACGAGGCAGCTGCTTTGCCAAACTG	RNA ligation	Mn²⁺
SC26	40	ACCGTCACAAAAGACTGTAGTTAATACCACTGCAGGTCGT	RNA ligation	Mn²⁺
SC34	40	GCACAGGGGTATAATTGCCTCGTACAACTTTATGTCCGAA	RNA ligation	Mn²⁺
Dz7-38-39	45	TTACAGTGGTATCGATTGGGACGTGTGGAGCGTCAGGATGGTATA	RNA cleavage	M²⁺-independent
AgB0	65	TTTCGCCATCTTTGGAGCCATAGGTCAAAGGTGGGTGTGGTCTACCAGCA...	RNA cleavage	Ag⁺
AgB1	59	TTTCGCCATCTTTAGGCGATTTCCTTTTGGAAACGGGGCAGCGTATAGTG...	RNA cleavage	Ag⁺
C17B	28	TACAAGACTCAGTTCTACCTGAGTGGTT	RNA cleavage	Pb²⁺
AgB3	59	TTTCGCCATCTTTAAGTGATTTCCTTTTGGAAACAGGGCAGCGTATAGTG...	RNA cleavage	Ag⁺
AgB4	59	TTTCGCCATCTTTAGGTGATTTCCTTTTGGAAACAGGGCAGCGTGTAGTG...	RNA cleavage	Ag⁺
AgB5	59	TTTCGCCATCTTTAGGTGATTTCCTTTTGGAAACAGGGCAGCATATAGTG...	RNA cleavage	Ag⁺
AgB6	59	TTTCGCCATCTTTAGGTGATTTCCTTTTGGAAACGGGGCAGCGTATAGTG...	RNA cleavage	Ag⁺
AgB7	59	TTTCGCCATCTTTAGGCGATTTCCTTTTGGAAACAGGGCAGCGTATAGTG...	RNA cleavage	Ag⁺
AgB8	59	TTTCGCCATCTTTGGGTGATTTCCTTTTGGAAACAGGGCAGCGTATAGTG...	RNA cleavage	Ag⁺
AgB9	60	TTTCGCCATCTTTGAGGTGATTTCCTTTTGGAAATGAAATAACGTATAGT...	RNA cleavage	Ag⁺
AgB10	60	TTTCGCCATCTTTGAGGTGATTTCCTTTTGGAAATGAAGTAACATATAGT...	RNA cleavage	Ag⁺
AgB1-del-A7	58	TTTCGCCATCTTTAGGCGTTTCCTTTTGGAAACGGGGCAGCGTATAGTGA...	RNA cleavage	Ag⁺
AgB1b	54	TTTCGCCATCTTTAGGTTTCCTTTTGGAAAGGGCAGCGTATAGTGACTCG...	RNA cleavage	Ag⁺
AgB1c	52	TTTCGCCATCTTTAGGCGTCTTTTGACGGGGCAGCGTATAGTGACTCGTG...	RNA cleavage	Ag⁺
AgB1d	48	TTTCGCCATCTTTAGGCGTTAACGGGGCAGCGTATAGTGACTCGTGAC	RNA cleavage	Ag⁺
NaH1	49	GGAGCCATAGGTCAAAGGTGGGTGTGGTCGTATCATATCGACCAGCAWT	RNA cleavage	Na⁺
Gd2b	49	TCGCCATCTTGACGCATATCGTTTTCGATAGCACGTGTTAGTGACTCGT	RNA cleavage	Gd³⁺
Gd2	71	TCGCCATCTTGACGCATATCGGCGACCAATAAAATCAGAGGTAAAGACGA...	RNA cleavage	Gd³⁺
Gd2a	63	TCGCCATCTTGACGCATATCGGCGACCTTTTGGTAAAGACGATAGCACGT...	RNA cleavage	Gd³⁺
Gd2c	39	TTTCGCCATCTTGACGCATAGCACGTGTTAGTGACTCGT	RNA cleavage	Gd³⁺
Dz7-38-83	46	TTACAGTGGTATCGATTGGGACGTGTGTAGCGTCAGGATGGGATCA	RNA cleavage	M²⁺-independent
Ce13	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Ce³⁺
Ce13a	61	TTTCGCCATAGGTCAAAGGTGGGTGCGAGTCGTATCATATCGACTCGTTA...	RNA cleavage	Ce³⁺
Ce13b	59	TTTCGCCATAGGTCAAAGGTGGGTGCGGGTCGTTTTTCGACTAAGTTATA...	RNA cleavage	Ce³⁺
Ce13c	41	TTTCGCCATAGGTCAAAGGTGGGTGCGTTATAGTGACTCGT	RNA cleavage	Ce³⁺
Ce13d	53	TTTCGCCATAGGTCAAAGGTGGGTGCGAGTTTTTACTCGTTATAGTGACT...	RNA cleavage	Ce³⁺ Cr³⁺
Ce20	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTTGGA...	RNA cleavage	Ce³⁺
Ce22	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTGGAG...	RNA cleavage	Ce³⁺
Ce6	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Ce³⁺
Ce4	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Ce³⁺
Ce34	117	CTGCAGAATTCTAAACGAGTCACTATAGGAAGATGGCGAAACATCCTGGA...	RNA cleavage	Ce³⁺
Ce9	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Ce³⁺
Ce3	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Ce³⁺
Ce11	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Ce³⁺
Ce15	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce5	118	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce2	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce16	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce12	117	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Ce³⁺
Ce23	117	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Ce³⁺
Ce10	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce14	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Ce³⁺
Ce32	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ce³⁺
Ce7	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTCAC...	RNA cleavage	Ce³⁺
Tm7	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCG...	RNA cleavage	Tm³⁺ Er³⁺
Ho7	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Ho³⁺
Ho13	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Ho³⁺
Ho14	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Ho³⁺
Er5	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTG...	RNA cleavage	Er³⁺
Er1	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCG...	RNA cleavage	Er³⁺
Er16	98	CTGCAGAATTCTAATACSAGTCACYMTAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Er³⁺
Er18	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGA...	RNA cleavage	Er³⁺
Er39	92	CTGCAGAATTCTAATACCTATAGGAAGATGGCGAAACATCTTGATTCTCT...	RNA cleavage	Er³⁺
Er11	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGA...	RNA cleavage	Er³⁺
Tm4	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Tm³⁺
Tm26	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Tm³⁺
Ho12	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Ho³⁺
Tm27	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCT...	RNA cleavage	Tm³⁺
Ho9	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Ho³⁺
Er34	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCG...	RNA cleavage	Er³⁺
Tm14	95	CTGCAGAATTCTAATAGAGTCACTATGGAAGATGGCGAAACATCTTCAAA...	RNA cleavage	Tm³⁺
Ho2	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Ho³⁺
Er22	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCT...	RNA cleavage	Er³⁺
Ho6	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Ho³⁺
Er32	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Er³⁺
Er24	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er30	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Ho4	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Ho³⁺
Ho11	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCT...	RNA cleavage	Ho³⁺
Er36	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er4	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Er³⁺
Tm16	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Tm³⁺
Er23	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCCTCA...	RNA cleavage	Er³⁺
Ho15	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCT...	RNA cleavage	Ho³⁺
Tm8	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Tm³⁺
Ho1	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Ho³⁺
Er6	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Er³⁺
Er13	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCG...	RNA cleavage	Er³⁺
Er31	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Er³⁺
Er25	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Er³⁺
Er35	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Er³⁺
Tm17	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGA...	RNA cleavage	Tm³⁺
Er12	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGT...	RNA cleavage	Er³⁺
Er26	97	CTGCAGAATTTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCGA...	RNA cleavage	Er³⁺
Er27	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Er³⁺
Bipartite I	40	TCTCTTTCTGCGGAGGAGGTAGGGGTTCCGCTCCAAGGGC	RNA cleavage	Mn²⁺ Mg²⁺
Er33	98	CGCCCTTAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTT...	RNA cleavage	Er³⁺
Tm1	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGT...	RNA cleavage	Tm³⁺
Er9	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er20	95	CTGCAGAATTCTAATACGATCACTATAGGAAGATGGCGAAACATCTTTAC...	RNA cleavage	Er³⁺
Er10	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Tm3	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Tm³⁺
Tm22	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Tm³⁺
Er37	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Ho3	96	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ho³⁺
Ho10	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ho³⁺
Er2	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er17	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er28	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Ho8	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ho³⁺
Er19	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Er38	97	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Er³⁺
Ho5	96	CTGCAGAATTCCAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Ho³⁺
Er15	98	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTG...	RNA cleavage	Er³⁺
Dy1 (identical to Dy17)	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
MgZ-9	63	TCAAAGAGTTGAATGAGGGGGTCGCTGGGTTCTGGGGCGGGATTCATTCG...	RNA cleavage	Mg²⁺
C18	18	AGAGCCAAAAGGACGTCC	RNA cleavage	Pb²⁺
Dy17 (identical to Dy1)	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy10	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy35	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Dy³⁺
Dy6	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy27	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy25	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy16	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy34	111	CTGCAGAATTCTAATACGATCACTATAGGAAGATGGCGAAACATCTTTAC...	RNA cleavage	Dy³⁺
Dy12	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy7	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy37	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy8	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy19	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy23	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy29	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy32	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy9	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy30	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy38	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
MgZ-2	64	TCGACCAGGTCGGGGCCTGGAGGGGAGGCTATGCGAAGGTTTGGTGACGA...	RNA cleavage	Mg²⁺
6-60	37	CGTTGCCTGAGGAGGTAGGGGTTCCGGACCAATTCTT	RNA cleavage	metal ion dependency not reported
Dy13	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy14	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy24	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy31	112	CTGCAGATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTAC...	RNA cleavage	Dy³⁺
Dy40	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy11	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy15	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy18	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTATGG...	RNA cleavage	Dy³⁺
Dy33	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAAAATGG...	RNA cleavage	Dy³⁺
Dy28	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCATGG...	RNA cleavage	Dy³⁺
Dy20	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCATGG...	RNA cleavage	Dy³⁺
Dy26	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCATGG...	RNA cleavage	Dy³⁺
Dy3	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTTGGA...	RNA cleavage	Dy³⁺
Dy4	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTCGG...	RNA cleavage	Dy³⁺
Dy5	110	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCCGGG...	RNA cleavage	Dy³⁺
Dy36	110	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTGGG...	RNA cleavage	Dy³⁺
Dy2	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Dy³⁺
Dy22	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Dy³⁺
Dy10a	60	TTTCGCCATCTTTATTGCGTAAAGCATCAGTTTTCTGATACAAGGATAGT...	RNA cleavage	Sm³⁺
EtNa	53	TTTCGCCATCTTTTCTCACACCGTACTCGGTAAGGTTGTTAGTGACTCGT...	RNA cleavage	Na⁺ M²⁺-independent
PSCu10	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cu²⁺
PSCu2	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cu²⁺
PSCu8	120	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cu²⁺
PSCu9	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTC...	RNA cleavage	Cu²⁺
PSCu24	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGC...	RNA cleavage	Cu²⁺
BN-Cd35	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGC...	RNA cleavage	Cd²⁺
PSCu6	120	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTC...	RNA cleavage	Cu²⁺
PSCu12	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTC...	RNA cleavage	Cu²⁺
PSCu23	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Cu²⁺
PSCu11	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cu²⁺
PSCu5	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cu²⁺
PSCu18	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cu²⁺
PSCu4	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Cu²⁺
PSCu15	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu19	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu25	120	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAATCTTA...	RNA cleavage	Cu²⁺
C20	31	AGGGAAAGAAAAAGGCGGGGAAGTAACGAGA	RNA cleavage	Pb²⁺
PSCu22	120	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAATCTTA...	RNA cleavage	Cu²⁺
PSCu21	120	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAATCTTA...	RNA cleavage	Cu²⁺
PSCu1	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu14	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu17	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu16	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu20	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cu²⁺
PSCu3	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAC...	RNA cleavage	Cu²⁺
PSCu13	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAC...	RNA cleavage	Cu²⁺
PSCu7	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cu²⁺
UNBlkCd07	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTGGG...	RNA cleavage	Cd²⁺
UNBlkCd34	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTGGG...	RNA cleavage	Cd²⁺
UNBlkCd14	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGTTGGCGAAACATTTCGA...	RNA cleavage	Cd²⁺
UNBlkCd04	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd08	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCATGG...	RNA cleavage	Cd²⁺
UNBlkCd23	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
C21	15	ATACCCAACAGGAAC	RNA cleavage	Pb²⁺
UNBlkCd30	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
Ni03a	36	GTCGCCAAACTCAAGAAGAGGACCAGGTAGTGAGGT	RNA cleavage	Ni²⁺
Ni03b	37	GTCGCCAAACTCAAGAAGAGGACCAGGATAGTGAGGT	RNA cleavage	Ni²⁺
Ni03c	36	GTCGCCAAGCTCAAGAAGAGGACCAGGTAGTGAGGT	RNA cleavage	Ni²⁺
Ni03d	34	GTCGCCACTCAAGAAGAGGACCAGGTAGTGAGGT	RNA cleavage	Ni²⁺
Ni03l	34	GTCGCCACTCAAGAAGAGGACCAGATAGTGAGGT	RNA cleavage	Ni²⁺
17E	33	CATCTCTTCTCCGAGCCGGTCGAAATAGTGAGT	RNA cleavage	Zn²⁺
class I	40	TTTTGTCAGCGACTCGAAATAGTGTGTTGAAGCAGCTCTA	RNA cleavage	Zn²⁺
class II	39	TAGTTCTACCAGCGGTTCGAAATAGTGAAGTGTCCGTGA	RNA cleavage	Zn²⁺
UNBlkCd22	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTGAGC...	RNA cleavage	Cd²⁺
UNBlkCd05	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd21	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd03	113	CTGCAGAATTCTAATACGAGTCACTATAAGGAAGATGGCGAAACATGGAG...	RNA cleavage	Cd²⁺
UNBlkCd36	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd15	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd11	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd10	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd09	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
MgZ-8	64	TCAACCAGGTCGGGGCCCGGAGGGGAGGCTATGCGAAGGTTTGGTGACGA...	RNA cleavage	Mg²⁺
12-36	40	GCTCTTAGGAGGTAGGGGTTCCGATCCAGGTGGCTGGGTA	RNA cleavage	metal ion dependency not reported
UNBlkCd06	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd17	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd37	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd40	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd35	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd02	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd38	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd26	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd25	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd19	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd12	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd28	113	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd27	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd29	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGAGCC...	RNA cleavage	Cd²⁺
UNBlkCd33	111	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGAAGC...	RNA cleavage	Cd²⁺
UNBlkCd13	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd24	112	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATGGAGC...	RNA cleavage	Cd²⁺
UNBlkCd20	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
UNBlkCd39	116	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd07	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cd²⁺
BlkCd26	107	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cd²⁺
BlkCd03	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cd²⁺
BlkCd10	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cd²⁺
BlkCd31	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cd²⁺
BlkCd18	107	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
BlkCd23	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTTTTA...	RNA cleavage	Cd²⁺
BN-Cd12	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGC...	RNA cleavage	Cd²⁺
BN-Cd09	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
BN-Cd34	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
BN-Cd24	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
MgZ-11	64	TCAACCAGGTCGGGGCCCGGAGGGGAGGCTATGTGAAGGTTTGGTGACGA...	RNA cleavage	Mg²⁺
BN-Cd25	114	CTGCAGAATTCTAATACSAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cd²⁺
BN-Cd36	114	CTGCAGAATTCTAATACSAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Cd²⁺
BN-Cd17	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Cd²⁺
BN-Cd23	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Cd²⁺
CT10-3.29T	59	CAAATTGATCGGTGGGGAGCAACTGAAAGGCGGTTGCAATGCGGATGGAT...	RNA cleavage	Mn²⁺ Mg²⁺
BlkCd19	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Cd²⁺
BlkCd16	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd01	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd27	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd15	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd21	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd02	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd22	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAA...	RNA cleavage	Cd²⁺
BlkCd30	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd09	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd24	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd36	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd06	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd11	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd14	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTG...	RNA cleavage	Cd²⁺
BlkCd39	107	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd12	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd38	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd33	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd40	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd20	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTTA...	RNA cleavage	Cd²⁺
BlkCd25	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd32	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd35	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd28	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTTA...	RNA cleavage	Cd²⁺
BlkCd05	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
C22 (PbE22)	5	GAAGC	RNA cleavage	Pb²⁺
BlkCd17	105	CTGCAGAATTCTAATACGAGTCACTATAGGAAATGGCGAAACATCTTTAG...	RNA cleavage	Cd²⁺
BlkCd04	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
clone 32	50	CCATTCTCCTCTGCTGGACTATTCGGGTCTTTGTTCTCTCATGGTTGTGT	RNA cleavage	M²⁺-independent
BlkCd13	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd08	106	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BlkCd34	95	CTGCAGAATTCGCCCTTGGAAGATGGCGAAACATCTTTAGTAATGGTCTC...	RNA cleavage	Cd²⁺
BN-Cd02	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
BN-Cd20	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAG...	RNA cleavage	Cd²⁺
BN-Cd01	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BN-Cd10	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BN-Cd06	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTTA...	RNA cleavage	Cd²⁺
BN-Cd30	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BN-Cd13	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTGC...	RNA cleavage	Cd²⁺
BN-Cd14	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTGC...	RNA cleavage	Cd²⁺
BN-Cd38	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATATTGC...	RNA cleavage	Cd²⁺
BN-Cd04	113	CTGCAGAATTCTAATACGAGTCACTATAGGAGATGGCGAAACATTTAGGG...	RNA cleavage	Cd²⁺
MgZ-5	64	TCAACCAGGTCGGGGCCGAAATATAATAGAAAGTGAAGATGTTTTGGGAG...	RNA cleavage	Mg²⁺
C24	31	AGTGGAGCAAAAAAGGTTCCAAAGGGATCGG	RNA cleavage	Pb²⁺
BN-Cd21	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Cd²⁺
BN-Cd40	113	CTGCAGAATTCTAATAGAGTCACTATAGGAAGATGGCGAAACATCTTGGG...	RNA cleavage	Cd²⁺
BN-Cd07	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGC...	RNA cleavage	Cd²⁺
BN-Cd11	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTT...	RNA cleavage	Cd²⁺
BN-Cd03	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTAC...	RNA cleavage	Cd²⁺
BN-Cd37	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTAC...	RNA cleavage	Cd²⁺
BN-Cd05	115	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACAATCTTC...	RNA cleavage	Cd²⁺
BN-Cd08	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cd²⁺
BN-Cd15	115	CTGCAGAATTCTAATAACGAGTCACTATAGGAAGATGGCGAAACATCTTC...	RNA cleavage	Cd²⁺
BN-Cd29	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTCA...	RNA cleavage	Cd²⁺
BN-Cd19	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTCA...	RNA cleavage	Cd²⁺
BN-Cd33	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTCA...	RNA cleavage	Cd²⁺
BN-Cd26	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTCA...	RNA cleavage	Cd²⁺
BN-Cd16	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTC...	RNA cleavage	Cd²⁺
BN-Cd22	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTC...	RNA cleavage	Cd²⁺
BN-Cd32	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
BN-Cd39	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACACCTTTA...	RNA cleavage	Cd²⁺
C25A	19	AAGAAAGGCCATAGGAGCC	RNA cleavage	Pb²⁺
BN-Cd18	114	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTTA...	RNA cleavage	Cd²⁺
Ni03	68	CGCCATCTTTAGAAATATTATAAGCCTAATAGATGCCCAAACTCAAGAAG...	RNA cleavage	Ni²⁺
Ni02	68	CGCCATCTTTTGAGGTCAGCTGACCTCTAAAAGCACTAAGCTCAAGAAGA...	RNA cleavage	Ni²⁺
class III	40	CAAAGATGCCAGCATGCTATTCTCCGAGCCGGTCGAAATA	RNA cleavage	Zn²⁺
G2501	50	ATCTTTTCTATCAACCCCAAAACTTTGGCACAATGAAGTGGGTGACTTTT	RNA cleavage
16.2-3	50	CCCGAGGCACCAATCCTTCGTTGAGCTCTTACTCGGTGAAACGGCCGCTA	RNA cleavage	Zn²⁺
16.2-11	50	CCCAGAAGGCCGAAACCGCTTCGTTGACCCCTTGCTCTAGGGTTACTAGG	RNA cleavage	Zn²⁺
16.2-12	50	GACAGCAATATCTTCGTTGACCCCTTGCTCTATATAGCCTTCAGGCCCCC	RNA cleavage	Zn²⁺
16.3-4	50	CACACGGGACGCATCGGACTTCGTTGAGCACTTACTCTAGCCGCGCCCAT	RNA cleavage	Zn²⁺
16.4-3	50	CCACACCGTACACCAGCTCGAGGTTGGGCACCTACTCTAACACCAGCGGT	RNA cleavage	Zn²⁺
16.4-4	50	GGGACAAATTGGCCATTAGCCCCTTCGTTGAGCACGCTACACTAGGCCCA	RNA cleavage	Zn²⁺
Dz7-38-32	45	TTACAGTGGTATCGATTGGGACGTGTGGAGCGTCAGGATGGTACA	RNA cleavage	M²⁺-independent
7-10	42	TTACAGTGGTAGCGGTTGGCACGTGTGCAGCGTAAGTGGGCG	RNA cleavage	M²⁺-independent
7-38	42	TTACAGTGGTAGCGGTTGGCATGTGTGCAGCGTAGGTGGGCG	RNA cleavage	M²⁺-independent
7-44	41	TTACAGTGGTAGCGGTGGCATGTGTACAGCGTTAGTGAGTG	RNA cleavage	M²⁺-independent
7-50	42	TTATAGTGGTAGCGGTTGGCATGTGTGTGGCGTGAGTTAGTG	RNA cleavage	M²⁺-independent
7-55	42	TTACAGTGGTAGCGGTTGGCATGTGTGGAGCGTAAGTGAGCG	RNA cleavage	M²⁺-independent
7-57	42	TTACAGTGGTAGCGGTTGGCATGTGTGCAGCGTAAGTGGGCG	RNA cleavage	M²⁺-independent
MgZ-7	64	TCAAGGATTATTACCAGGTCGGGGCCAAATTAACGGGTATTGACATCGAG...	RNA cleavage	Mg²⁺
7-60	41	TTACAGTCGTAGCGGTGGCATGCGTGCAGAGTAAGTGGGCG	RNA cleavage	M²⁺-independent
7-45	40	AAGCAGCGCATGTGATGGCACGCGTAGTGGCTGGGTAGCT	RNA cleavage	M²⁺-independent
Dz7-38-90	46	TTACAGTGGTATCGATTGGGACGTGTGGAGCGTCAGGATGGGATCA	RNA cleavage	M²⁺-independent
Dz7-45-10	42	AAGCAGCGGATGTGGTGTGACGCGGAGTCCCGAGTAGGGCTT	RNA cleavage	M²⁺-independent
Dz7-45-22	42	AAGCAGCGGATGTGGTGTGACGCGGAGTCCCGGGTAGGGCTT	RNA cleavage	M²⁺-independent
Dz7-45-28	42	AAGCAGCGGACGGATGGATGCGGAGTGCCTGAGTCAGGCCTT	RNA cleavage	M²⁺-independent
Zn01	50	TGTCTCTGACCTCTAGAGTGGAGCAAATCGTAAGGATCCAGTGGACGAAA	RNA cleavage	Zn²⁺
Zn03	50	GAGTAATAGTCAAGATATAACCAGACAAATCCTTCTGCACGGAGGACAAA	RNA cleavage	Zn²⁺
Zn05	50	GATGAGAGGACCAATCACACAAATATGTGAGGTGCTGGACTCCAGCGGGA	RNA cleavage	Zn²⁺
Zn06	50	ACGGAACCAGAGGACGAAATAGATGACTTGAAAATCCAATAACGTATCCA	RNA cleavage	Zn²⁺
Zn09	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATTCTAG...	RNA cleavage	Zn²⁺
Zn10	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCCTTG...	RNA cleavage	Zn²⁺
Zn08	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Zn²⁺
Zn04	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGA...	RNA cleavage	Zn²⁺
Zn02	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTGG...	RNA cleavage	Zn²⁺
Zn07	119	CTGCAGAATTCTAATACGAGTCACTATAGGAAGATGGCGAAACATCTTAT...	RNA cleavage	Zn²⁺
MgZ	49	GAACCAGGTCGGGGCCGAAATATAGGATATTTTGGGAGGCTATGCTAGG	RNA cleavage	Mg²⁺
MgZ-1	64	TCAAAGAGTCGAATGAGGGGGTCGCTGGGTTCTGGGGCGGGATCTATTCG...	RNA cleavage	Mg²⁺
MgZ-3	64	TCAAAGAGTCGAATGAGGGGGTCGCTGGGTTCTGGGGCGTGATTCATTTG...	RNA cleavage	Mg²⁺
MgZ-4	64	TCAAAGAGTCGAATGAGGGGGTCGCTGGGTTCTGGGGCGGGATTCATTCG...	RNA cleavage	Mg²⁺
MgZ-6	63	TCAAGAGTCGAATGAGGGGGTCGCTGGGTTCTGGGGCGGGATTCATTCGA...	RNA cleavage	Mg²⁺
G12SD-2	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	Mg²⁺-independent
G12SD-1	63	TCAACTGAACTATCTGGGGCAATCAGAGAATCGTAGGGTTTGAGGTTCGG...	RNA cleavage	Mg²⁺-independent
614	41	ACATCATGCGAGCACACGCAATAGCCTGATAAGGTTGGTAG	RNA cleavage	Mg²⁺-independent
5J-B38	60	TCGAGGTACCAAATATTGTAAATATTGATGGCTGCCGGGCAGACAGTCGG...	RNA cleavage	Mn²⁺ Ni²⁺ Co²⁺
62/615	40	ACACGCACGGACTTGTACGTATATAGCGTAAGGTTGATAG	RNA cleavage	Mg²⁺-independent
616	38	ACTGCACAATCCAACACCGATTGCAAAGGTTGTTAGGG	RNA cleavage	Mg²⁺-independent
G12SD-4	64	TCAATATAATCAAATGTCGTGAAGGGGTTTTGACGCTAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-5	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-6	64	TCTATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-9	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-14	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCTAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-16	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTCGACGCTAGGGGGCGGAGAT...	RNA cleavage	metal ion dependency not reported
G12SD-18	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCTAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-19	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-20	64	TCAATGTAATCAAATGTCGTGAAGGGGTTTTGACGCCAGAGGGCGGAAAT...	RNA cleavage	metal ion dependency not reported
G12SD-3	64	TCAACTGAGCTATCTGGGGCAATCAGAGAAATTGTAGGGTTTGAGGTTCG...	RNA cleavage	metal ion dependency not reported
G12SD-7	63	TCAACTGAACTACCTGGGGCAGTCAGAGAATCGTAGGGTTTGAGGTTCGG...	RNA cleavage	metal ion dependency not reported
G12SD-8	63	TCAACTGAACTGTCTGGGGCAATCAGGGAATCGTAGGGTTTGAGGTTCGG...	RNA cleavage	metal ion dependency not reported
G12SD-10	64	CCAATTGAACTATTTGGGGCAATCAGAGAAATCGTAGGGTTTGAGGTTCG...	RNA cleavage	metal ion dependency not reported
G12SD-11	63	TTAACCGAGCTATCTGGGGCAATCGGAGAATCGTAGGGTTTGAGGTTCGG...	RNA cleavage	metal ion dependency not reported
G12SD-15	63	TCAACTGGACTATCTGGGGCAATCAGAGAATCGTAGGGTCTGAGGTTCGG...	RNA cleavage	metal ion dependency not reported
G12SD-17	64	TTAACTGAACTATCTGGGGCAATCGGAGGAATCGTAGGGTTTGAGGTTCG...	RNA cleavage	metal ion dependency not reported
G12SD-12	64	TCAAGAATGTGGGGGGAAAGGGGGAAGGGGGGCAAAGGACGGAGTGGGGT...	RNA cleavage	metal ion dependency not reported
G12SD-13	64	TCAAAAATCGGAAGGGGGTGGGCTGGAGTTGAGCACGGCCTCTAGGTGAC...	RNA cleavage	metal ion dependency not reported
G12SD-21	64	TCGATAGGGGGGTTGGGCAGATTGAAGAGTTATTAAGGTCAGTCAATCGG...	RNA cleavage	metal ion dependency not reported
5J-B24	60	TTGAGGTACCAAATATTGTAAATATTGATGGCTGCCGGGCAGACAGTCGG...	RNA cleavage	metal ion dependency not reported
625	41	TGTGCTAGGTGTTCTCTGAGCCAGACGTTAGTGTAGTTAAG	RNA cleavage	Mg²⁺
OA-1	56	GTTGCGGGTCCAGGAAATTATAAAGCCTCTCGGGTTTTTTCGCACGGATT...	RNA cleavage	Ni²⁺ Co²⁺
OA-2	57	GTCCCGGTCGCGAGGGCGTCTCTGCAATAAGCTGTGAAGCCGCACGGAGT...	RNA cleavage	Ni²⁺ Co²⁺
OA-3	55	ATCCATGATGACGACTCCATTGGAGTCGGGAAGTTGGAAATGCCGAATGC...	RNA cleavage	Mn²⁺
OA-4	56	GGAACCAAATATTGTAAATATTCATGGCTGGCGGGAGGATGCACGGAGTT...	RNA cleavage	Mn²⁺ Ni²⁺ Co²⁺ Cd²⁺
OA-5	56	AGAAGTGCACTTTGATTAAGTGCAGCCTGGTGAATAGTTCGCATGGAGTT...	RNA cleavage	Mn²⁺ Co²⁺
OA-6	57	GCTAAGGGGGTCAGACGCAAAGTCGAGTTGCATAACTCCAGGCACGGAAT...	RNA cleavage	Ni²⁺ Co²⁺
5J-A28	60	TCGAGGAACCAAATATTGTGAATATTGATGCCTGGCGGCAGTCGGTACCG...	RNA cleavage	Mn²⁺ Ni²⁺ Co²⁺
LRD-BT1	52	TGATCGAACTCAACCCGCGTAAGCTCTACAGGAACGGGCAATACGGAAGA...	RNA cleavage	Mn²⁺ Co²⁺ Cd²⁺
5J-A5	60	TCGAGGCACCAAATAATGTAAATATAGATCCCTAGGGGGAGTCGGCCCGC...	RNA cleavage	metal ion dependency not reported
5J-A9	60	TCGAGGTACCAATTATTGTGAATAATGATGGCAATAGTCAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A11	60	TCGAGGTACCAATTATAGTGAATAATGATGGCGATAGTCAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A14	60	TCGAGGTACCAATAATAGTGGATAATGATGGCAGTAGTCAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A20	60	TCGAGGCACCAATTATTGTGAATAATGATGGCGATAGACAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A26	60	TCGAGGTACCAATTATTGTGAATAATGATGGCGATAGTCAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A30	60	TCGAGGAACCAAATATTGTGAATATTGATGCCTGGCGGCAGTCGGTACCG...	RNA cleavage	metal ion dependency not reported
5J-A36	60	TCGAGGTACCAATTATTGTGAATAATGATGGCGATAGCCAGTCGGTACAG...	RNA cleavage	metal ion dependency not reported
5J-A39	60	TCGAGGTACCAAATAATGTTAATATTGATCCCTTGGGGGAGTCGGCTCGC...	RNA cleavage	metal ion dependency not reported
5J-B12	60	TCGAGGTACCAAATATTGTAAATATTGATGGCTGCCGGGCAGACAGTCGG...	RNA cleavage	metal ion dependency not reported
LRD-B	60	AACCCGCGTAAGCTCTACAGGAACGGGCAATACGGAAAAAAGATATGCTA...	RNA cleavage	metal ion dependency not reported
LRD-C	60	TTACCATTICATAGATCATATTTCGCAACGATAGGATTCCGAGTCACCGC...	RNA cleavage	metal ion dependency not reported
DZ1	79	ATTTCCAGCGGATCGATTCTCTTTCCCGTCGTAGGTATGACCAGGGAAGA...	RNA cleavage	Mn²⁺
DZ2	80	ACTTCCAGCGGATCGAAATCTTGAACGCAGCTAGGTCTCGGGTGTGGCGG...	RNA cleavage	Mn²⁺
DZ3	80	ACTGCTAGCAGCTCGAAATCGCTCTCTCAATATGGGCTTTCGGGGAAGAC...	RNA cleavage	Mn²⁺
DZ4	80	ACCTCAATAGCAGCGTTAACAAAAAGTTTCGAGAAAGCGAATCATCTAAC...	RNA cleavage	Mn²⁺
DZ5	80	ACTGCCAGCGGCGCGAGGCTCTTGATCGGGCGCAGGAGGGGACCGGTGAT...	RNA cleavage	Mn²⁺
DZ6	80	ACTGCCAGTGGCGCGAATTCTCTGGGAGATCTGTATAGGGTTGCCTGCGA...	RNA cleavage	Mn²⁺
DZ7	80	ACTGCCAGCGGCGCGATTCACTGTCGGAGACTAGTTGTTGCCTTCGGCTT...	RNA cleavage	Mn²⁺
DZ8	79	TACTCTCAGTGAGGCGAAATCTTCTCTCTGCGGGAACAATCGGGGGCGCA...	RNA cleavage	Mn²⁺
clone11	40	TTGTATTAGCTACACTGTTAGTGCATCGTTTTTAATCTCG	RNA cleavage	Co²⁺
clone18	40	TTGTATTAGCTACACTGTTAGTGGATCGGGTCTAATCTCG	RNA cleavage	Co²⁺
9<sub>25</sub>-11	65	GCGTGCCCGTCTGTTGGGCCCTACCAACAGUUCUCAUCCGUAGUGAAGGC...	RNA cleavage	M²⁺-independent
PbE22 (C22)	28	TTTCGCCAGAAGCATAGTGACTCGTGAC	RNA cleavage	Pb²⁺
C2	27	GAGCATGAAGGCTCCATAAGTCGCGGG	RNA cleavage	Pb²⁺
C5	32	GAGGAAGGGAAAAACCCACAAAAAAGGATTCC	RNA cleavage	Pb²⁺
C6	6	TAAGAC	RNA cleavage	Pb²⁺
C9	30	TAAGCAAAAAGGCTCCACAGGGATGAGGTT	RNA cleavage	Pb²⁺
C10	31	AAGCCCAGAAGGAAAGGACCATGGATGAGAT	RNA cleavage	Pb²⁺
C13A	18	AAATCCTAGCGGGAGCGG	RNA cleavage	Pb²⁺
C13B	31	AAATCCTAGCGGGAGCGGATAGTAGACGTAC	RNA cleavage	Pb²⁺
C14	31	GGGAACACAGTAAACTGAGGCATAAGGATCC	RNA cleavage	Pb²⁺
C15	31	CGGACCAGCAGGAAAAATGAACGAATGGAGG	RNA cleavage	Pb²⁺
C16A	4	AGGA	RNA cleavage	Pb²⁺
2′:15-2	37	GCGAGAGTGGGGACCGGCCACTCGGAGTGCAGAGAGG	RNA cleavage	Mg²⁺
15-3	50	GGGACCGGCCACTCGGAGGCATCCATCGTTGCAAACCTTGTTCCCCCTGC	RNA cleavage	metal ion dependency not reported
15-7	50	GGGACCGGCCACTCGGAGGCATCCATCGTTGCAGACCTCCTTCCCCCTGC	RNA cleavage	metal ion dependency not reported
15-8	50	GGGACCGGCCACTCGGAGGCATCCATCGTTGCAGACCTTCTTCCCCCTGC	RNA cleavage	metal ion dependency not reported
15-21	50	GGGACCGGCCACTCGGAGGCATCTATCGTNGCNGACCTTCTTCCCCCTGC	RNA cleavage	metal ion dependency not reported
15-23	50	GGGACCGGCTACTCGGAGTGCTTCGTATGTCGGTGAGGGTCTNCCTCCCC	RNA cleavage	metal ion dependency not reported
15-26	50	GGGACCGGCCACTCGGAGGCATCNATNGTTGNGGACCTTTTTCCCCCCNC	RNA cleavage	metal ion dependency not reported
15-27	50	GGGACCGGCCACTCGGAGGCATCTATCGTTGCAGACCTTCTTCCCCCTGC	RNA cleavage	metal ion dependency not reported
L:15-2	48	GGCGATCGTCTCAGACATGNATNNCATCTTGGAGGGNCAGTTCGTCCA	RNA cleavage	metal ion dependency not reported
L:15-2	50	GACCGGTCGCCTTAGACTTGCAGAGTCGATGACGCTCGTATCCCACTGGG	RNA cleavage	metal ion dependency not reported
L:15-22	50	GCACGATCGTCTTAGACATGCTGAGGTCTTGCTCTCTACAGTTGCCGTCA	RNA cleavage	metal ion dependency not reported
L:15-27	50	GCTGATCGTCCCAGACATGCATAGTCCAACTCTCCCTGACACCCTTAGCA	RNA cleavage	metal ion dependency not reported
L:15-29	50	GACGATCGTCTCAGACATAAATCCGTTAGTCTCTGTTGTTTTGCGCGCTA	RNA cleavage	metal ion dependency not reported
L:15-31	50	GACGAGGGTCTTGGACATAAATCGGACGTCGATGTGACAGCACCAGTCCC	RNA cleavage	metal ion dependency not reported
C25B	31	AAGAAAGGCCATAGGAGCCATAGAGGGAATA	RNA cleavage	Pb²⁺
C27	24	AAGCATGGAAGCAAAGAAGGCACC	RNA cleavage	Pb²⁺
C28	31	GGAACAGAGCGGGGGAGATAAACAAAGAAAT	RNA cleavage	Pb²⁺
C30	31	GAGCACTGAAGGACTCCATAACGAGAGGAGG	RNA cleavage	Pb²⁺
C35	14	ACCGTAGTTCGGAT	RNA cleavage	Pb²⁺
C36	25	TGAGGAAAGCAAAAAATAAGGATCC	RNA cleavage	Pb²⁺
C40	29	AATTGACAAATTAAAACAAAGACAGAATG	RNA cleavage	Pb²⁺
C41	12	ACGGTAAAAGGT	RNA cleavage	Pb²⁺
C46	5	AGGAG	RNA cleavage	Pb²⁺
C52	4	ATGA	RNA cleavage	Pb²⁺
C53	4	AACA	RNA cleavage	Pb²⁺
C56	3	GGG	RNA cleavage	Pb²⁺
C57	12	AGAGACGAAGAC	RNA cleavage	Pb²⁺
RFD‐CD1	40	GATCTGAGTGGATTGGGGCCTGCGCGGAGTCGGGACTATT	RNA cleavage	TcdC‐24 protein
RFD-EC1	127	CACGGATCCTGACAAGGATGTGTGCGTTGTCGAGACCTGCGACCGGAACA...	RNA cleavage	CEM E. coli
Ce5	55	TTTCGCCATCTTTAGGAATATCTATTCCACGGCTCACGAAATAGTGACTC...	RNA cleavage	Ce³⁺
Dz20-49	86	GCGTGCCCGTCTGTTGGGCCCTACCAACAAGUCAUGCUCUCUAGUGGUUC...	RNA cleavage	M²⁺-independent
Dz10‐66	82	GCGTGCCCGTCTGTTGGGCCCTACCAACACUAGCAGCGCAAGUGAGGCGC...	RNA cleavage	M²⁺-independent
2′:10-16	41	GCGAGAGTGGTTTAGGGACCGGCACTCGGAGTGCAGAGAGG	RNA cleavage	Mg²⁺
L:15-30	29	GCCTCCTCATCGTCTTAGACAGCCTCTCC	RNA cleavage	Mn²⁺
LRD-A	60	CGAACGAAAAGTAACAGGCCCTCCTCATTACCATCCATGGAAGCATAGTT...	RNA cleavage	metal ion dependency not reported
6-61	40	TCCAAAGATCGAGGTAGGGGTTCCGAACCAGGTGGCGTGC	RNA cleavage	metal ion dependency not reported
6-63	40	GCTCTTAGGAGGTAGGGGTTCCGATCCAGGTGGCTGGGTA	RNA cleavage	metal ion dependency not reported
6-67	42	TCTCGGGCGGCGGAGGAGGTAGGGGTTCCGCTCCACAAGGGC	RNA cleavage	metal ion dependency not reported
12-29	40	TCTCTTTCTGCAGAGGAGGTAGGGGTTCCGCTCCAAGGGC	RNA cleavage	metal ion dependency not reported
12-6	39	GGCAGCGAATAGAGGAGGTAGGGGTTCCGCTCCAAGGGC	RNA cleavage	metal ion dependency not reported
12-8	39	GTGCTTGCGACGAGGTAGGGGTTCCGATCCAATGGGCTG	RNA cleavage	metal ion dependency not reported
pH3DZ1	69	AGTTGGCGAAGATCGGTAGTACGAGGAAATAGGGGGTGAGTGGTGTAGGC...	RNA cleavage	M²⁺-independent

Reactions

Name	Description
RNA cleavage	The first described RNA cleaving DNAzyme was able to cleave a DNA oligonucleotide at a position in the sequence where a single ribonucleotide was embedded. RNA cleaving DNAzymes are one of the most pursued kinds of DNA catalysts, in part due to their practical and analytical applications, nowadays being able to cleave an all-RNA substrate practically at any desired position. The cleavage reaction, that proceeds in the presence of divalent metal ions, forms a 5’ product bearing a 2’3’-cyclic phosphate terminus and a 3’ product bearing a 5’-OH terminus. Diverse ribonuclease protein enzymes, for instance, RNAse A, as well as ribozymes, such as the hammerhead, yield the same reaction products.
RNA ligation	RNA-ligating DNAzymes can give different reaction products: linear RNA (native and non-native linkages), branched RNA (branched or lariat if the two substrates are connected), as well as some unnatural linkages. These DNAzymes are useful for the preparation of long RNAs for structural and functional studies. Different combinations of activated RNA substrates together with the appropriate DNAzyme can be used to achieve the desired ligated product. DNAzymes for the formation of RNA linear linkages For the formation of RNA native linkages, it is possible to join a 2’,3’-cyclic phosphate with a 5’-OH, or else, a 2’,3’-diol with a 5’-triphosphate. Using a 3’-OH group and a 5’-triphosphate, proteinaceous RNA polymerases, assisted by divalent cations, as well as the class I ligase and the L1 ligase ribozymes, catalyze the formation of a native RNA phosphodiester linkage. DNAzymes for the formation of branched and lariat products The preparation of branched or lariat RNAs, most commonly can be achieved when a 5'-triphosphorylated ribonucleotide attacks a 2’-OH group at the branching site. Natural 2',5'-branched RNA products are formed during pre-mRNA processing by the spliceosome.

Name

Description

RNA cleavage

The first described RNA cleaving DNAzyme was able to cleave a DNA oligonucleotide at a position in the sequence where a single ribonucleotide was embedded. RNA cleaving DNAzymes are one of the most pursued kinds of DNA catalysts, in part due to their practical and analytical applications, nowadays being able to cleave an all-RNA substrate practically at any desired position. The cleavage reaction, that proceeds in the presence of divalent metal ions, forms a 5’ product bearing a 2’3’-cyclic phosphate terminus and a 3’ product bearing a 5’-OH terminus. Diverse ribonuclease protein enzymes, for instance, RNAse A, as well as ribozymes, such as the hammerhead, yield the same reaction products.

RNA ligation

RNA-ligating DNAzymes can give different reaction products: linear RNA (native and non-native linkages), branched RNA (branched or lariat if the two substrates are connected), as well as some unnatural linkages. These DNAzymes are useful for the preparation of long RNAs for structural and functional studies. Different combinations of activated RNA substrates together with the appropriate DNAzyme can be used to achieve the desired ligated product.

DNAzymes for the formation of RNA linear linkages

For the formation of RNA native linkages, it is possible to join a 2’,3’-cyclic phosphate with a 5’-OH, or else, a 2’,3’-diol with a 5’-triphosphate. Using a 3’-OH group and a 5’-triphosphate, proteinaceous RNA polymerases, assisted by divalent cations, as well as the class I ligase and the L1 ligase ribozymes, catalyze the formation of a native RNA phosphodiester linkage.

DNAzymes for the formation of branched and lariat products

The preparation of branched or lariat RNAs, most commonly can be achieved when a 5'-triphosphorylated ribonucleotide attacks a 2’-OH group at the branching site. Natural 2',5'-branched RNA products are formed during pre-mRNA processing by the spliceosome.

Articles

Year of pub.	First Author, Last Author	Title
2005	Y Wang, S K Silverman	Efficient one-step synthesis of biologically related lariat RNAs by a deoxyribozyme.
2003	Y Wang, S K Silverman	Characterization of deoxyribozymes that synthesize branched RNA.
2004	D J-F Chinnapen, D Sen	A deoxyribozyme that harnesses light to repair thymine dimers in DNA.
2010	F Wachowius, C Höbartner	Combinatorial mutation interference analysis reveals functional nucleotides required for DNA catalysis.
1994	R R Breaker, G F Joyce	A DNA enzyme that cleaves RNA.
2020	K Le Vay, H Mutschler	Nucleic Acid Catalysis under Potential Prebiotic Conditions.
1997	S W Santoro, G F Joyce	A general purpose RNA-cleaving DNA enzyme.
1997	C R Geyer, D Sen	Evidence for the metal-cofactor independence of an RNA phosphodiester-cleaving DNA enzyme.
2008	P I Pradeepkumar, Scott K Silverman	DNA-catalyzed formation of nucleopeptide linkages.
1999	Y Li, R R Breaker	Deoxyribozymes: new players in the ancient game of biocatalysis.
1997	R R Breaker	DNA enzymes
2009	S K Silverman	Deoxyribozymes: Selection Design and Serendipity in the Development of DNA Catalysts†
2016	S K Silverman	Catalytic DNA: Scope, Applications, and Biochemistry of Deoxyribozymes
2019	L M Khachigian	Deoxyribozymes as Catalytic NanotherapeuticAgents
2019	M Hollenstein	Nucleic acid enzymes based on functionalized nucleosides
1997	R R Breaker	DNA aptamers and DNA enzymes
2008	D M Kost, S K Silverman	Controlling the direction of site-selectivity and regioselectivity in RNA ligation by Zn2+-dependent deoxyribozymes that use 2',3'-cyclic phosphate RNA substrates.
2001	M Sioud	Nucleic Acid Enzymes as a Novel Generation of Anti-gene Agents
2015	M Hollenstein	DNA Catalysis: The Chemical Repertoire of DNAzymes
2005	S K Silverman	In vitro selection, characterization, and application of deoxyribozymes that cleave RNA
2008	S K Silverman	Catalytic DNA (deoxyribozymes) for synthetic applications—current abilities and future prospects
2000	A Peracchi	Preferential Activation of the 8–17 Deoxyribozyme by Ca2+ Ions EVIDENCE FOR THE IDENTITY OF 8–17 WITH THE CATALYTIC DOMAIN OF THE MG5 DEOXYRIBOZYME
1996	D Faulhammer, M Famulok	The Ca2+ Ion as a Cofactor for a Novel RNA‐Cleaving Deoxyribozyme
2005	Y Wang, S K Silverman	Directing the outcome of deoxyribozyme selections to favor native 3'-5' RNA ligation.
2006	N Paul, G F Joyce	Conversion of a ribozyme to a deoxyribozyme through in vitro evolution.
2003	Y Wang, S K Silverman	Deoxyribozymes that synthesize branched and lariat RNA.
2004	T K Prior, S K Silverman	Structure-function correlations derived from faster variants of a RNA ligase deoxyribozyme.
2004	R L Coppins, S K Silverman	A DNA enzyme that mimics the first step of RNA splicing.
2011	F Wachowius, C Höbartner	Probing essential nucleobase functional groups in aptamers and deoxyribozymes by nucleotide analogue interference mapping of DNA.
2005	W E Purtha, S K Silverman	General deoxyribozyme-catalyzed synthesis of native 3'-5' RNA linkages.
2005	K A Hoadley, S K Silverman	Zn2+-dependent deoxyribozymes that form natural and unnatural RNA linkages.
2007	C Höbartner, S K Silverman	Engineering a selective small-molecule substrate binding site into a deoxyribozyme.
2005	R L Coppins, S K Silverman	Mimicking the first step of RNA splicing: an artificial DNA enzyme can synthesize branched RNA using an oligonucleotide leaving group as a 5'-exon analogue.
2005	R L Coppins, S K Silverman	A deoxyribozyme that forms a three-helix-junction complex with its RNA substrates and has general RNA branch-forming activity.
2004	R L Coppins, S K Silverman	Rational modification of a selection strategy leads to deoxyribozymes that create native 3'-5' RNA linkages.
2006	E Zelin, Scott K Silverman	Adenosine is inherently favored as the branch-site RNA nucleotide in a structural context that resembles natural RNA splicing.
2005	D R Semlow, S K Silverman	Parallel selections in vitro reveal a preference for 2'-5' RNA ligation upon deoxyribozyme-mediated opening of a 2',3'-cyclic phosphate.
2018	A Barlev, D Sen	DNA's Encounter with Ultraviolet Light: An Instinct for Self-Preservation?
1995	R R Breaker, G F Joyce	A DNA enzyme with Mg(2+)-dependent RNA phosphoesterase activity.
1997	D Faulhammer, M Famulok	Characterization and divalent metal-ion dependence of in vitro selected deoxyribozymes which cleave DNA/RNA chimeric oligonucleotides.
1998	A Roth, R R Breaker	An amino acid as a cofactor for a catalytic polynucleotide.
2009	K Schlosser, Y Li	Biologically inspired synthetic enzymes made from DNA.
2009	S K Silverman, D A Baum	Use of deoxyribozymes in RNA research.
2020	S Safdar, D Spasic	RNA-Cleaving NAzymes: The Next Big Thing in Biosensing?
2020	M Cepeda-Plaza, A Peracchi	Insights into DNA catalysis from structural and functional studies of the 8-17 DNAzyme.
2020	L Ma, J Liu	Catalytic Nucleic Acids: Biochemistry, Chemical Biology, Biosensors, and Nanotechnology.
2020	F Javadi-Zarnaghi, C Höbartner	Strategies for Characterization of Enzymatic Nucleic Acids.
2018	W Zhou, J Liu	Multi-metal-dependent nucleic acid enzymes.
2008	M Hollenstein, D M Perrin	A Highly Selective DNAzyme Sensor for Mercuric Ions
2017	W Zhou, J Liu	Theranostic DNAzymes.
2000	J Nowakowski, G F Joyce	Alternative conformations of a nucleic acid four-way junction.
1995	B Cuenoud, J W Szostak	A DNA metalloenzyme with DNA ligase activity.
2012	T E Velez, S K Silverman	Systematic evaluation of the dependence of deoxyribozyme catalysis on random region length.
2018	M V Sednev, C Höbartner	N -Methyladenosine-Sensitive RNA-Cleaving Deoxyribozymes.
2003	A Flynn-Charlebois, S K Silverman	In vitro evolution of an RNA-cleaving DNA enzyme into an RNA ligase switches the selectivity from 3'-5' to 2'-5'.
2019	J Aranda, M Orozco	An artificial DNAzyme RNA ligase shows a reaction mechanism resembling that of cellular polymerases
1997	Y Li, D Sen	Toward an efficient DNAzyme.
2005	E D Pratico, S K Silverman	A deoxyribozyme that synthesizes 2',5'-branched RNA with any branch-site nucleotide.
2017	A A Fokina, D A Stetsenko	Delivery of therapeutic RNA-cleaving oligodeoxyribonucleotides (deoxyribozymes): from cell culture studies to clinical trials.
1999	J Nowakowski, G F Joyce	Crystal structure of an 82-nucleotide RNA–DNA complex formed by the 10-23 DNA enzyme
2018	D Morrison, M Rothenbroker,	DNAzymes: Selected for Applications
2017	H Liu, J Gan	Crystal structure of an RNA-cleaving DNAzyme.
2003	B L Ricca, S K Silverman	Optimization and generality of a small deoxyribozyme that ligates RNA.
2003	A Flynn-Charlebois, S K Silverman	Deoxyribozymes with 2'-5' RNA ligase activity.
2016	A Ponce-Salvatierra, V Pena	Crystal structure of a DNA catalyst.
2000	J Li, Y Lu	In vitro selection and characterization of a highly efficient Zn(II)-dependent RNA-cleaving deoxyribozyme.
2011	O Y Wong, S K Silverman	DNA-catalyzed covalent modification of amino acid side chains in tethered and free peptide substrates.
2016	R Saran, J Liu	A Silver DNAzyme.
2020	D Balke, S Müller	Challenges and Perspectives in Nucleic Acid Enzyme Engineering.
2017	J Palou-Mir, R K O Sigel	The Role of Lead(II) in Nucleic Acids.
2013	S M Walsh, S K Silverman	DNA catalysts with tyrosine kinase activity.
2011	C S Lee, S K Silverman	Improved deoxyribozymes for synthesis of covalently branched DNA and RNA.
2009	G S Sekhon, D Sen	Unusual DNA-DNA cross-links between a photolyase deoxyribozyme, UV1C, and its bound oligonucleotide substrate.
2011	M Hollenstein	Expanding the catalytic repertoire of DNAzymes by modified nucleosides
2000	T L Sheppard, G F Joyce	A DNA enzyme with N-glycosylase activity.
2014	C Chu, S K Silverman	A generalizable DNA-catalyzed approach to peptide-nucleic acid conjugation.
2012	A Sachdeva, S K Silverman	Covalent tagging of phosphorylated peptides by phosphate-specific deoxyribozymes.
2016	A J Camden, S K Silverman	DNA Oligonucleotide 3'-Phosphorylation by a DNA Enzyme.
2012	A Sachdeva, S K Silverman	DNA-catalyzed reactivity of a phosphoramidate functional group and formation of an unusual pyrophosphoramidate linkage.
2008	M Chandra, S K Silverman	DNA and RNA can be equally efficient catalysts for carbon-carbon bond formation.
2013	D J Parker, S K Silverman	DNA catalysis of a normally disfavored RNA hydrolysis reaction.
2016	C Chu, S K Silverman	Assessing histidine tags for recruiting deoxyribozymes to catalyze peptide and protein modification reactions.
2016	A Kasprowicz, J Ciesiołka	Characterization of Highly Efficient RNA‐Cleaving DNAzymes that Function at Acidic pH with No Divalent Metal‐Ion Cofactors
2019	D Peng, J Liu	Efficient DNA-Catalyzed Porphyrin Metalation for Fluorescent Ratiometric Pb Detection.
2020	A Liaqat, C Höbartner	N 6-isopentenyladenosine in RNA determines the cleavage site of endonuclease deoxyribozymes.
2009	M Chandra, S K Silverman	DNA-catalyzed sequence-specific hydrolysis of DNA
2013	A K Behera, A Baum	Enhanced deoxyribozyme‐catalyzed RNA ligation in the presence of organic cosolvents
2013	F Javadi-Zarnaghi	Lanthanide cofactors accelerate DNA-catalyzed synthesis of branched RNA.
2003	Z Liu, Y Li	Assemblage of signaling DNA enzymes with intriguing metal-ion specificities and pH dependences.
2012	T Lan, Y Lu	Metal ion-dependent DNAzymes and their applications as biosensors.
2010	K Schlosser, Y Li	A versatile endoribonuclease mimic made of DNA: characteristics and applications of the 8-17 RNA-cleaving DNAzyme.
2009	K Schlosser, Y Li	DNAzyme-mediated catalysis with only guanosine and cytidine nucleotides.
2003	M J Cairns, L‐Q Sun	Optimisation of the 10-23 DNAzyme-substrate pairing interactions enhanced RNA cleavage activity at purine-cytosine target sites.
2005	A Peracchi, M Clerici	A mutational analysis of the 8-17 deoxyribozyme core.
2008	K Schlosser, Y Li	Sequence-function relationships provide new insight into the cleavage site selectivity of the 8–17 RNA-cleaving deoxyribozyme
2004	R P.G Cruz, Y Li	Dinucleotide Junction Cleavage Versatility of 8-17 Deoxyribozyme
2008	K Schlosser, J Gu, L Sule	Sequence-function relationships provide new insight into the cleavage site selectivity of the 8-17 RNA-cleaving deoxyribozyme
2019	E J Mattioli, M Calvaresi	DNAzymes at Work: A DFT Computational Investigation on the Mechanism of 9DB1
2017	R Saran, J Liu	A Silver-Specific DNAzyme with a New Silver Aptamer and Salt-Promoted Activity.
2005	K E Nelson, Y Lu	In vitro selection of high temperature Zn(2+)-dependent DNAzymes.
2014	P-J J Huang, J Liu	In vitro selection of a new lanthanide-dependent DNAzyme for ratiometric sensing lanthanides.
2016	W Zhou, J Liu	A DNAzyme requiring two different metal ions at two distinct sites.
2011	M M Ali, Y Li	Fluorogenic DNAzyme probes as bacterial indicators.
2002	L Lermer, D M Perrin	Toward an RNaseA mimic: A DNAzyme with imidazoles and cationic amines.
2010	J C F Lam, Y Li	A complex RNA-cleaving DNAzyme that can efficiently cleave a pyrimidine-pyrimidine junction.
2009	M Hollenstein, D M Perrin	A DNAzyme with three protein-like functional groups: enhancing catalytic efficiency of M2+-independent RNA cleavage.
2015	S-F Torabi, Y Lu	In vitro selection of a sodium-specific DNAzyme and its application in intracellular sensing
2019	L Ma, J Liu	From general base to general acid catalysis in a sodium-specific DNAzyme by a guanine-to-adenine mutation
2019	L Ma, J Liu	An in Vitro-Selected DNAzyme Mutant Highly Specific for Na under Slightly Acidic Conditions.
2015	S-F Torabi, Y Lu	Identification of the Same Na(+)-Specific DNAzyme Motif from Two In Vitro Selections Under Different Conditions.
2003	S H J Mei, Y Li	An efficient RNA-cleaving DNA enzyme that synchronizes catalysis with fluorescence signaling.
2011	C J Hipolito, D M Perrin	Protein-inspired modified DNAzymes: dramatic effects of shortening side-chain length of 8-imidazolyl modified deoxyadenosines in selecting RNaseA mimicking DNAzymes.
2016	W Zhou, J Liu	An Efficient Lanthanide-Dependent DNAzyme Cleaving 2'-5'-Linked RNA.
2015	R Saran, J Liu	Searching for a DNAzyme Version of the Leadzyme.
2019	Y Wang, H Yu	A Novel Small RNA-Cleaving Deoxyribozyme with a Short Binding Arm
2013	M Hollenstein, D M Perrin	Toward the combinatorial selection of chemically modified DNAzyme RNase A mimics active against all-RNA substrates.
2001	D M Perrin, C Hélène	Bridging the gap between proteins and nucleic acids: a metal-independent RNAseA mimic with two protein-like functionalities.
2020	C P M Scheitl, C Höbartner	New Deoxyribozymes for the Native Ligation of RNA.
1999	Y Li, R R Breaker	Phosphorylating DNA with DNA.
2018	L Gu, J Liu	Reselection Yielding a Smaller and More Active Silver-Specific DNAzyme.
2016	P-J J Huang, J Liu	Distinction of Individual Lanthanide Ions with a DNAzyme Beacon Array
2016	W Zhou, J Liu	In Vitro Selection of Chromium-Dependent DNAzymes for Sensing Chromium(III) and Chromium(VI).
2019	P-J J Huang, J Liu	Instantaneous Iodine-Assisted DNAzyme Cleavage of Phosphorothioate RNA.
2015	M Vazin, J Liu	Biochemical Characterization of a Lanthanide-Dependent DNAzyme with Normal and Phosphorothioate-Modified Substrates.
2015	P-J J Huang, J Liu	A new heavy lanthanide-dependent DNAzyme displaying strong metal cooperativity and unrescuable phosphorothioate effect.
2015	P-J J Huang, J Liu	Desulfurization Activated Phosphorothioate DNAzyme for the Detection of Thallium.
2016	P-J J Huang, J Liu	In Vitro Selection of a DNAzyme Cooperatively Binding Two Lanthanide Ions for RNA Cleavage.
2015	W Zhou, J Liu	A New Na+‐Dependent RNA‐Cleaving DNAzyme with over 1000‐fold Rate Acceleration by Ethanol
2017	W Zhou, J Liu	An Exceptionally Selective DNA Cooperatively Binding Two Ca Ions.
2018	T Yu, J Liu	An RNA-Cleaving Catalytic DNA Accelerated by Freezing.
2016	P-J J Huang, J Liu	An Ultrasensitive Light-up Cu(2+) Biosensor Using a New DNAzyme Cleaving a Phosphorothioate-Modified Substrate.
2015	P-J J Huang, J Liu	Rational evolution of Cd2+-specific DNAzymes with phosphorothioate modified cleavage junction and Cd2+ sensing.
2020	W Ren, J Liu	Selection of a metal ligand modified DNAzyme for detecting Ni.
2015	Rachel Gysbers, Y Li	Evolution of an Enzyme from a Noncatalytic Nucleic Acid Sequence.
2000	S W Santoro, C F Barbas	RNA Cleavage by a DNA Enzyme with Extended Chemical Functionality
2018	Y Wang, D M Perrin	A densely modified M2+-independent DNAzyme that cleaves RNA efficiently with multiple catalytic turnover
2020	P-J J Huang, J Liu	Target Self-Enhanced Selectivity in Metal-Specific DNAzymes.
2007	W Chiuman, Y Li	Simple fluorescent sensors engineered with catalytic DNA 'MgZ' based on a non-classic allosteric design.
2004	M A Carrigan, S A Benner	Quantitative analysis of a RNA-cleaving DNA catalyst obtained via in vitro selection.
2006	W Chiuman, Y Li	Revitalization of six abandoned catalytic DNA species reveals a common three-way junction framework and diverse catalytic cores.
2015	K Tram, Y Li	An Efficient Catalytic DNA that Cleaves L-RNA.
2002	P Ordoukhanian, G F Joyce	RNA-cleaving DNA enzymes with altered regio- or enantioselectivity.
2004	K Schlosser, Y Li	Tracing sequence diversity change of RNA-cleaving deoxyribozymes under increasing selection pressure during in vitro selection.
2006	K Schlosser, Y Li	Characterization of long RNA-cleaving deoxyribozymes with short catalytic cores: the effect of excess sequence elements on the outcome of in vitro selection.
2002	P J Bruesehoff, Y Lu	Improving metal ion specificity during in vitro selection of catalytic DNA.
2021	W J Moon, J Liu	Zn2+ -Dependent DNAzymes: From Solution Chemistry to Analytical, Materials and Therapeutic Applications.
2008	K Schlosser, Y Li	In vitro selection of small RNA-cleaving deoxyribozymes that cleave pyrimidine-pyrimidine junctions.
2001	A R Feldman, D Sen	A new and efficient DNA enzyme for the sequence-specific cleavage of RNA.
2004	A V Sidorov, D M Williams	Sequence-specific cleavage of RNA in the absence of divalent metal ions by a DNAzyme incorporating imidazolyl and amino functionalities.
2008	T P Mui, S K Silverman	Convergent and general one-step DNA-catalyzed synthesis of multiply branched DNA.
2007	J Liu, Y Lu	A catalytic beacon sensor for uranium with parts-per-trillion sensitivity and millionfold selectivity.
2009	A K Brown, Y Lu	Biochemical characterization of a uranyl ion-specific DNAzyme.
2013	P Wu, Y Lu	A DNAzyme-gold nanoparticle probe for uranyl ion in living cells.
2009	M Hollenstein, D M Perrin	A self-cleaving DNA enzyme modified with amines, guanidines and imidazoles operates independently of divalent metal cations (M2+).
2014	P-J J Huang, J Liu	Ultrasensitive DNAzyme beacon for lanthanides and metal speciation.
2017	W Zhou, J Liu	Two Completely Different Mechanisms for Highly Specific Na+ Recognition by DNAzymes
2000	J Li, Y Lu	A Highly Sensitive and Selective Catalytic DNA Biosensor for Lead Ions
2006	W Chiuman, Y Li	Evolution of high-branching deoxyribozymes from a catalytic DNA with a three-way junction.
2012	K E Nelson, Y Lu	The importance of peripheral sequences in determining the metal selectivity of an in vitro-selected Co(2+) -dependent DNAzyme.
2016	Z Shen, Y Li	A Catalytic DNA Activated by a Specific Strain of Bacterial Pathogen.

Structures

Structure Accession number
5CKI
5CKK
5XMA
5XM9
5XM8
1BR3
1EGK