Rroxscaffold_3G00226200

BEACH domain-containing protein

Design Primers CRISPR Design

Basic Information

Type: gene
Biological Identity
rosa_roxburghii
GWHEROQ00000003
OG0002031
Physical Location & Seq
Forward (+)
9612422 .. 9646525
34104 bp
Loading structure...
UTR
Exon/CDS
Intron
Rroxscaffold_3G00226200.1

Sequence Viewer

Length: 9816 bp
ATGAATATCGTCAAGGGTGTTGCTGACCTTATTCGAAGGACATCCGGTGGCCACGATGGAGATTCTTTCTCAGGGTCGCACTCCCAGAGGTTCTCTGCCCCTGGTTTGAGGATCCGCTTCAGTTATGGTTTTCAAAAATCTAAAATAGAGGAGGATCTTATGCATCTTCTCACTGACAAAGGCCTTGAGTCAGTTGTTAAAGGCTTGGGTGAAGTTGGAGATGAGGCGGTTCTAAATATACTTTGGGCTAGATATCAAAAAGCTGTTGATAAGGTGGAAAAGAGGAGGCTGCTTCATGTTTTTCTCAAGCAGTTCCTAGTTGTATACAAGAACTGGGAACCAGTAAATTCTGACCAAAATTCAGAGGCTGCTTCGACTACCATCCAACATGCAGAGTCTGATGATGTAGTTATTGGTTGCTTTGCCGGACATCCCGCAGAAGTCATCTTAGTATTGACTGAAGAGATTACACAATTAACTGCTATGGTTGTTGAATGCTTGAGACTGTTGGGATGGTTGGGTTTGCGTCAGTTCCTGGTGGAAGGGCAGAGAAGGCAAACACCAGCGTTTGCCACCAGTCCAGACAACTCAGTTACAGAGAAAAGGAGGTCAACGGAGGCTAATCGGAGTCGGGATTTGGTAACAGCTAGAGTTTTGGGATACTATGGTGGCATTCCAAAGCTAACGGCATTAATGAAAGGGGTTGTTGTCCAACTTAAAACAATAAGTTGCGCACTTTCAGCTGATGAAAAATTATCTAATTTTACCGTGGAGAAGACAGGACTCCTGCAACAAATACTTGTATATGTGGTGCTTTGTCTCGGGGGTGGTGCATCTCTGGTCGACTCTTCTAGTAGTTCAAATGCTCCTCCTAGTGAAATATTGTTACGTTGGCATCAGAGGGCAGTTGTGTCTGTGATGGAAGCTGGTGGACTTAATTGCTGCGTGTCTGGTGTCCTTGTTCAAAGTCTAATGATTGCTATGGAAATAGTCAATGAGCTGCTGCGTGTGATCCGAAGGTTAAGCATGAAAGAACAGTGGACAGATACATCACTTCTGTATTTGTCTTTGAGAATTCTTCATTCAACATTATCTCAGAACCCTCGTGGTCAAAATCATTTTAAAAGCATTGGAGGACTTGAAGTTCTATTGGATGGTCTTGGAATACCATCAAATAATGGGCTAATATTGAAAAACTCTGCTTGTGCTGCTGACAAGAGATCTGAGAATCCCTTGATAAAAATCTTCCAGCTGCATGTTCTGTCCTTGGAAGTTCTCAAAGAGGCTGTCTTTGGGAATTTCAGCAACTTGCAATTTCTATGTGAAAATGGAAGGGTTCAGAAATTCGCAAATAGCTTTTGTTCCCCTGCTTTCACGTTTCACGAGTATAAACAACACACCAAGGGATTGTCAGGTCAGCAAGGTTCTCAAATGCCTGAAGTTGACTTTGGAACCGGCAATACTGTGAATAACCGCATTTCAGAGGTTTCTGTTGCTCTTCCTGCCGATGGTTCTTACTCTCAAGTTTGGAATGATTATGTTCTTAAGTTGAGCGGAGTATTTTGTTCTTTCCTTCCCTCTTCAGAAGATATAAAATCTCATGATGTTGAACTGTCCACTGGTCGAATTACTGTGCCATTTTCTTCATCATATGGTGAACTTTCAGTCGCATGGATCATGAGGGTTCTTCAAACAGTGTTCCCCTGCATTAAGGCCTGTTCAGATCAAAGTGATTTAACAAGCCACTTAAGGGTCTTTGTCACTGCGCTGCAGCACTCTGTATTAAATGCATTTAGGATGGTTCTTGATGCATCCCCTGTATCTCTCAAAGTATTTCGAGAAGAGGGAATCTGGGAGCTTATATTTTCTGAGAATTTTTTCTATTTTGGACCAGCTCCTGATGATCTTTCTGGAGAGTGCTGTACATGTATTGAGTCCCTGAGGAAAAATGAAATTCTTTCTTCTTCTAGTGACATCATCAGTCAAGCAAGAGTTTGTGGGATTGAAGTTCTCCAAATGGATGTGATTTCATTTTTGGAGTTTGCTGCAACTTCTAATGGGAGCCCAGACAATTCGCCTGAATTATCTGCACTCGTAGAAGCCCTTGAACAGTGTGCTTGCAATCCTGATGTTTCTAGTGCACTTGCCAAGTGTTTGCTTCGCATATTAAAGCTTTCAGCTGAGAAAACTATTGCTTCGTTTAAAGCAGTTAATTCATTTCCTCGTGTGCTCAAGGTTGTTTGCATTCAATCCCAAGAGTCAAGAAGGTCTAGCAATATAATCCTGTCTGTTGAGAGTAATGTCGGTGAAGTGGTTCCATGTCAGCAGAAGAGATCTAAGTCACATGAGACAACGCAGAGATGGATCAAATGCATGGAAACATCCATGGAGCTTTATATGGAGTTTTTCTCTACAATAGAAGATGCTGGAAGTTTGGTTTTGCATAGCTCTGAATGTATTGGTCGGTTGTTTGATTTATTCTGGATAGAAGGTTTGAGAAATAAAGTGCTAAAGCATATTCTTGATCTCATGAAGTCCTATCAGACTTTGTTTCGTGAGGGAGAGTGCTTTTTGCACATTGTCTCTTTACTCAATGGTAACCTTGATGATGCTAATGGAGAGACTTTGGTTCTGGGTGTCCTTCAAACTCTTACCTGTTTGCTTGCAAGCAATGACACATCAAAGAGTGTTATCGTGGGTATCACAGTCGAGGAGTCTTTTCAGCTCCCTTTTAGGCGTGTAGGATACGAAGTTAGGGACTGGCTGTTGATTGAGAATCCCTTTGGAAGAACTTCTGAAGATTTGAGGATAAAGGAGTTTGAGAATCTGTGGGACAGAGTTTTGGCCACATTTAGAGGTCTTGCGGGCAAGGGGTACCAGACATTGCAAAGTCTATTGTTGGAGTTTTGCCAGTCTCGCTCAAGTGAAGGACTTTTGAATGCGCTGCTTGATATGCTTGTTGATGGAAAGTTTGATATGAGAGCAAGTCCTAAAATAAAGAGCAGTGACTCGTTGCAGCATAGTGGGCTTGATGTGTTTCAGCAATTAATGAGGGATTCCATTTCCAATCGAGCTTCTTGTGTCAGAGCAGGAATGCTCGATTTTCTACTTGATTGGTTTTCACAAGAAGGTAATGATAGTGTCATCTTGAAAATTGCCCAATTAATTCAAGTTGTTGGTGGGCATAGCACATCTGGGAAGGACATTCGCAAAATCTTTGCCCTCCTTCGAAGTGAGAAAATTGGGAATCAGCACAAGTATTGCTCACTGTTGTTGTCCAGTGTTTTGTCAATGCTAAAGGAAAAGGGACCTACTGCCTTTTTTCACCTCAATGGGAATGATTCTGGGATCGTGATTAAAACACCTGTTCAGTGGCCACTCAACAAGGGATTTTCTTTTTCATGTTGGTTGAGGGTAGAGAATTTCCCCAGAAGTGGGACAATGGGTCTTTTCAGTTTCCTTACAGAAAATGGAAGAGGGTGCATGGCGGCACTAGCGAAGGACAAGCTTCTGTATGAGTCCATCAATCTGAAGCGACACTCTGTCCAGCTGCAGCTAAAAATTGTCACAAAGAAATGGCATTTGCTATGTATAACTCATAGCATAGGAAGAGCTTTTTCAGGGGGTAGCTTATTGAGGTGTTACGTTGATGGTGATCTTGTTTCTTCTGAAAGATGCAGTTATGCGAAAGTTAATGACTTGCTAACAAGTTGTACAGTTGGCGCCAAATTTGACGGGCCCCTGTCTGATGATGATTTATCTTCGAAATCCATAAGGGATTCGCATCCTTTTCTTGGTCAGGTTGGTCCTGTTTATCTGTTCAATGATGCCATTTCTTCTGAGCAAGTTCAGGGAATCTGTTCTCTTGGACCAAGCTACATGTATTCGTTCCTTGACAATGAAGCTTCATCATCTAATGAAACTAAGCTCGGAGGGGTTCTTGATGTCAAAGATGGTCTTGCATCAAAAATTATTTTTGGACTTAATGCTCAGGCAAGTAATGGCAGGACACTATTTAATGTTTCACCAATGCTGGATCATGCATCAGATAGGAACTCATTTGAAGCAACCATGATGGTTGGCACGCAGCAATGCTCCAGACGCTTACTGCAACAGATAATTTACTGTGTGGGAGGGGTATCAGTTTTCTTCCCTCTTATTGCCCAGTCTGAAAAATATGAAAATGAAGAAAGTGGGCAATTTAAAGATACGTTTCCTATACCTATAACAAGAGATCGGGTGACTGCTGAAGTCATTGAGCTAATCGCTTCTGTGCTTGATGAGAATGTAGCTAATCAACAACAGATGCATCTTCTCTCTGGGTTCTCAATACTGGGATTCTTGTTGCAGTCAGTTCCTCCTCAGCAACTTAATTTGGAAACACTTTCATCTCTAAAACATCTCTATCATATCGTTGCAAACTGCGGCTTGGCTGAAGTGCTTACCAAAGAGGCGATATCTAGCATATTTCTTAACCCTCTCATCTGGCTGTACACGGATTATAAGGTGCAGCGAGAATTATACATGTTTGTCATCTGGCAGTTTGATAATGATCCAAGGATGCTTAAAAGACTTTGCCGGCTCCCCCGTGTTATTGATATAATACGCCAATTCTATTGGGATAATCCAAAATCTCGATTTGCTATTGGAAACATGCCTCTCATTCATCCCATCACAAAACAAGTTCTTGGAGAGAGACCCAGTAATGACGAAATACATAAAATACGTCTTCTTTTGTTGAGCCTTGGTGAATTGAGCCTTAGGCAGAACATTGCAGGGGCAGATATAAGAGCTCTAATAGCTTTCTTTGAGACAAGTCAGGATATGACCTGCATTGAAGATGTTCTACATATGGTTATTCGAGCGATTTCTCAAAAGCCACTGCTTGCAGATTTCCTTGAACAGGTCCGAATATTCAAGTCTCGCATCACTGTCTTATGTGTCCCATGTCATGTTGACATCATTGGTGCATCATATGATGAGTTTTCTAGTCCGGCCAAGGATCTTTTCCTAGGAGAACATGAACCTATCAGATTACTTAGCTTGCAGCTCCTTGGAAGGCTTTTAGTTGATCTCCCATCTGAGAAAAAGGGAGCAAGATTTTTCAATCTTGCAGTCGGAAGGTTTCCACAAACAGATAACTTGTGTGCCACTCTGTTTGATGTTCTTCTTGGTGGTGCTAGCCCTAAACAGGTATTACAGAAGCACAACCAGGCTGAGAAGCAGAGAAGCAAAGGACATATGTCACATTTTCTCCTTCCTCAAATTTTGGTTCTTATATTTAGATTCCTGTCTGGCTGTGAGGATGCGGCTTCAAGAATGAAAATTATCAGAGATTTACTTGATCTTCTTGATTCAGATCCTTCAAATGTCGAAGCTTTTATGGATTTTGGATGGAATGCCTGGTTAACAGCTTGTGTGAAGCTTGGTGTGTTCAAAGACTACAAAGTTACTCCAGAAGATCAAGATCACGATGAGAAAACAGAACAAGATTTAGTGAGGAATATATTTTGTGTTGTTCTTTGTTACTATGTTCATTCTGTGAAAGGTGGGTGGCACCAGTTAGAAGAGACGGGTGGAGTTTCATTTCGGTACTTGCTTCGTGACATATATAAGGATCTGATCAGGGGATTGTTGGAATTGTCTTCTGAAGAGAGTATTTTTGTGTCGCAACCGAGCCGGGACAACACATTATACCTTCTAAGACTGATCGATGAGATGCTCATTTCTGAAATGGACCAAAACCTTCCGTTCCCAGCAAGCACTACAGATTTCTCTCTTGATTCGTTAGAGTTAGAACGCCATAAAGATTATGGTTCTGCCTTGTTTGAAGTGCTACATGGAGAAAATGACGGCCAAACATCGAGGACTTCTGGGAGTTGCAAGCAGCCTGTCAAAAGTGAAGATGGCATTGTCAATGACGAGTGGTGGGATCTGTATGACAGTTTGTGGATTATTATTAGTGAGATGAATGGTAAGGGACCGAGCAAGTCGTTATCGAAATCATCACCAACTGCAGTTCCATCTTTTGGTCAGAGAGCACGTGGCTTAGTAGAATCGTTGAACATTCCTGCTGCAGAGGTGGCTGCAGTTGTTGTATCAGGAGGGATAGGCAGTGCATTAGGTGGCAAACCAAACAAAAATGTCGATAAGGCAATGCTCTTACGAGGAGAGAGGTGTCCAAGAATTATTTTTCGACTTGTAATCCTATATCTCTGTAGATCTTCTTTAGAAAGAGCATCACGATGCGTCCAACTGGTCATTCCACTTCTGCCAGTTCTCTTATCAGCTGATGACGAGCAAATTAACATTGTGGCCAGGGCATTGCTTGTTGTTAGGTCGCAGTTTGGAATGCTAGATGACGGTGCTCGTTTTCATGTTATATCGCACTTGATTCGAGAAACTATCAGCTTTGGTAAATCAATGCTTGCTAGTAGCATTATGGGTAGGGAGGATTCCTTGGATTCAGGCAGCAATGTTGCAGAGGAGTTAAAATATATAAAGTCATTAGATGCTGATCGCCAAAGGCAGCTGCATGAACTCCACTCCAGGATGGATGAAAATGCCTCTGCAGAATCAAATGATAGAAAGACTTTTGAAGATGAGATACAAAGTAGCTTAACCTCCATTCTTGCTTTGGATGACAGCAGAAGAGCTGCATTCCAGCTAACTCACGAGGAGGAGCAGCAAAATGTTGCTGAAAAATGGATACACATGTTTCGTGCTTTGATTGATGAGAGAGGTCCATGGTCTGCTAACCCTTTTCCAAATAGTGCTGTAAGGCATTGGAAACTTGAGAAGATAGAAGATACCTGGCGACGGAGACCAAAACTGAGACAGAATTATCATTTTGATGAAACGTTATGCCAACCTTCATCCTCTGCCTCCAGCATTGAGATTACACCTCCTTTTAATGAAAGTAAATCTGCTTTTGTTGGCCACATTCCTGAGCAAATGAAGCGGTTTTTGTTAAAAGGAGTATGGAAGATTACTGATGAGGGGAGCTCAGAACCCAATGAAACTGATACCGAGCTCAGTGGACAGAAGCCGTCCATCCACACGGATACCTCAGACAGCCAGACCTCAGAATTAGCGAAGGACACCAGTGATTGGATACAGGAGAGGAAAGATTCGTCTTCCCCTTCACATGAGACAGAAACTAGTGAGGTTCTTACATCAGTTCCTTGTGTACTTGTGTCCCCAAAAAGAAAATTAGCTGGACATTTGGCGGTCATGAAAAACGTCTTGCATTTCTTTGGAGAACTTTTGGTTGAAGGTACTGGAGGATCATCCATTTTCAGAAACTTCCCTGCTTCAAGCAATTTTGATTTGACCAAACCTGATCAAAAGCAGAAATTTATAAAACAACCAATATGCTTTGGTTTGGATGCATCGAAGGGCACCATGGTTCAGAAATTTGAGGCAATAGGTGAAAATGTTCTCAAAAGAAAGGAGCTAAAAAATATTAAACGCCATAGGAGGTGGAACATGGGCAAGATCAAATCTGTTTGTTGGACGCGTTATTTGCTTCGGTATACTGCAATAGAGATTTTCTTCTGCGATTCATCTGCACCGATATTTTTGAATTTTGCATCACAGAAGGATGCAAAAGATATTGGAACCTTAATAGTTGCTACCAGGAATGAATATTTGTTTCCAAAAGGAAGTGGTAGGGATAAAAGTGGAGCTATTTCATTTGTTGATAGACGTGTATCCTTGGAAATGGCAGAAGCTGCCCGAGAGAGCTGGAGGAGAAGGGATATGACAAATTTTGAATATCTAATGATCCTTAATACGCTGGCTGGAAGGTCTTATAATGATTTGACACAATATCCTGTGTTTCCTTGGGTCTTGGCTGATTATTCCTCAGAGGTTCTTGATTTCAACAAGTCTTCAACCTTTCGGGATCTTTCAAAACCAGTTGGAGCACTTGATTTAAAACGATTTGAGGTGTTTGAAGATAGATATCGTAGCTTTACTGATCCTGATATACCTAGTTTCTACTATGGGTCTCATTATTCAAGCATGGGGATAGTGCTTTATTACCTTCTCAGATTAGAGCCATTTACTTCTCTCCATCGCAATTTGCAGGGTGGTAAATTTGACCATGCAGATCGTCTCTTTCAAAGCATTGAGTCAACTTATCAGAACTGCCTTTCTAATACAAGTGATGTGAAGGAGTTAATACCTGAGTTCTTTTATATGCCAGAGTTTCTTGTGAATTCAAACTCCTATCATTTAGGGGTGAAACAAGATGGTGAACCTATTGGAGATGTTTGTCTCCCTCCCTGGGCCAAGAGAGAAAGAAAGAAAATAAAAGATGAGGAACAAGGTCCTCCGGATCCGAACAAAGCCAGAGAAGAACTGGACAAGGCCAGATATAACCACAAAGGGAGCAAACACCACAAAGGATGCAATCATCCTTTTGGTGGCCAAACCACTGAGCAGTATGAGAAATGTTCAGCCAGCCACCTGGCACTGGGGGGCTCACCTGAAGAATTTGTTAACAAGAACAGAGAGGCCCTTGAAAGTGAATATGTTAGCTCTAATCTACACCATTGGATAGATTTAGTATTTGGTTACAAACAGCGTGGAAAACCTGCTGTGGAGGCAGCAAATATTTTTTATTACTTGACCTATGAAGGCGCTGTTGATCTGGACACCATGGAAGACGATTTACAAAGATCAGCAATTGAAGACCAAATTGCAAATTTTGGACAAACACCAATTCAGATTTTCCGTAAAAAACACCCAAGAAGAGGACCACCCATTCCAATTGCTCATCCTCTGCGCTTTGCACCTAGTTCTATTAACATGACTTCCATTGTTAGTAGTGCAAGTCAACCAAGGTCGTCTTCATTGTATATTCGTACAGTGGACTCAAATATTGTTGTTGTAAACCAGGGGCTCACCTTGTCAGTTAAGATTTGGTTGACATCCTCACTGCAATCTGGTGGAAATTTTACCTTCTCTGGCTCCCAGGATCCTTCTTTTGGCATTGGTTCTGATGTCCTTTCTCCGCGTAAAATTGGGAGTCCTTCTGCTGAAAATGTTATATCCTTGAATGATGGCAGAGTGGTGCAAAGCATCAGGCAGCATAGGGATGTGGTCAGTTGTGTTGCAGTAACATCTGATGGACGCTTCCTTGCAACTGGAAGTTATGACACTACAATCATGGTCTGGGAAGTTTTCCGAGGTAGAACACAAGAAAAGAGACCACGTAATACACAGACGGAACTACCCCGTAAAGATTATGTCATTGTTGAAACTCCTTTTCGTATTCTGTGTGGACACGATGATATAATTACATGCTTATATATCAGCGTAGAGCTTGACATAGTTATCAGTGGATCGAAAGATGGAACATGTGTTTTTCATACACTGCAGAAGGGAAGATATGTAAGATCTGTGCGACATCCATCTGGATGTGCTTTGTCAAAGCTTGTTGCCTCTCGGCATGGAAGGATAGTGTTTTACGCAGATGATGATCTCAGTTTGCATCTTTATTCAATTAATGGTAAACATCTTGCTTCTTCTGAATCCAATGGCCGCCTCAACTGTGTTGAGCTGAGTGGGTGTGAGGAATTTTTGGTTTGTGCTGGTGACCACGGGCAAATAGTTGTACGCTCCATGAATTCACTTGAGGTCATAAAGAAATATAATGGAGCTGGAAAGATCATAACATCTCTAACAGTGACCCCAGAAGAATGCTTCTTAGCCGGAACAAAAGACGGAACCCTTCTTGTGTATTCTATAGAAAATCCTCAACATCGCAAAGGTGCCCTTCCTCGAAATTCAAAATCCAAACCCTCTTGA
Functional Annotation
Gene Ontology
Molecular Function
Biological Process
Cellular Component
GO:0005575 GO:0005622 GO:0005623 GO:0005737 GO:0005739 GO:0043226 GO:0043227 GO:0043229 GO:0043231 GO:0044424 GO:0044444 GO:0044464
KEGG Pathways
Metabolic & Signaling
No pathways identified.
Pfam Domains
Protein Families
Beach DUF4704 DUF4800 Laminin_G_3 PH_BEACH WD40

Protein Analysis

3271

Amino Acids

365.98

Weight (kDa)

6.35

Isoelectric Point (pI)

46.55

Instability Index
Protein Domains (Pfam)
Domain Name Pfam ID Position E-value Description
Neurobeachin PF20425 691 - 845 7.7e-53 Neurobeachin alpha solenoid region
Neurobeachin PF20425 847 - 897 4.3e-22 Neurobeachin alpha solenoid region
Neurobeachin PF20425 949 - 1099 9.3e-75 Neurobeachin alpha solenoid region
Laminin_G_3 PF13385 1111 - 1284 2e-08 Concanavalin A-like lectin/glucanases superfamily
DUF4704 PF15787 1350 - 1637 6.1e-94 Neurobeachin/BDCP, DUF4704 alpha solenoid region
DUF4704 PF15787 1671 - 1858 2e-41 Neurobeachin/BDCP, DUF4704 alpha solenoid region
DUF4800 PF16057 2181 - 2286 7.8e-07 Domain of unknown function (DUF4800)
PH_BEACH PF14844 2482 - 2541 1.9e-10 PH domain associated with Beige/BEACH
Beach PF02138 2582 - 2769 5.5e-80 Beige/BEACH domain
Beach PF02138 2829 - 2920 1.3e-35 Beige/BEACH domain
NBCH_WD40 PF20426 2941 - 3018 6.1e-30 Neurobeachin beta propeller domain
Beta-prop_WDR5 PF25175 3012 - 3254 1.4e-16 WDR5 beta-propeller domain
NBCH_WD40 PF20426 3018 - 3259 1.7e-144 Neurobeachin beta propeller domain
WD40_Prp19 PF24814 3018 - 3177 8.6e-09 Prp19 WD40 domain
Beta-prop_THOC3 PF25174 3018 - 3063 9.1e-06 THOC3 beta-propeller domain
Beta-prop_WDR3_1st PF25173 3019 - 3067 4.8e-06 WDR3 first beta-propeller domain
WD40 PF00400 3025 - 3061 1.3e-07 WD domain, G-beta repeat
Beta-prop_TEP1_2nd PF25047 3026 - 3178 3e-07 TEP-1 second beta-propeller
Beta-prop_CAF1B_HIR1 PF24105 3026 - 3177 3.8e-07 CAF1B/HIR1 beta-propeller domain
Beta-prop_THOC3 PF25174 3033 - 3254 1.5e-15 THOC3 beta-propeller domain
WDR55 PF24796 3098 - 3253 2.3e-06 WDR55
Hydrophobicity Profile (Kyte-Doolittle)
AI Structure Prediction Report
Calculating structure properties...

Genomic Context

Gene Family Tree

Species Filter
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Restriction Enzyme Sites

1 / 10
Enzyme Recognition Site Cut Count Positions (bp)
AanI TTATAA 3 cut(s) 4503, 7361, 7815
Acc16I TGCGCA 1 cut(s) 733
Acc36I ACCTGC 2 cut(s) 4838, 8608
Acc65I GGTACC 1 cut(s) 2874
AccB1I GGYRCC 5 cut(s) 2874, 3722, 5556, 7400, 9779
AccB7I CCANNNNNTGG 2 cut(s) 6029, 7110
AccBSI CCGCTC 1 cut(s) 1554
AccI GTMKAC 3 cut(s) 324, 843, 7535
AccII CGCG 2 cut(s) 7519, 9022
AccIII TCCGGA 1 cut(s) 8338
AclI AACGTT 1 cut(s) 6860
AcoI YGGCCR 9 cut(s) 49, 2844, 3374, 4995, 5854, 6315, 6937, 8431, 9547
AcvI CACGTG 1 cut(s) 6044
AcyI GRCGYC 1 cut(s) 3723
AfaI GTAC 9 cut(s) 1924, 2876, 3715, 4493, 5594, 7191, 7279, 8872, 9624
AflII CTTAAG 2 cut(s) 1544, 1747
AflIII ACRYGT 7 cut(s) 1925, 3879, 4524, 6714, 7517, 7708, 9365
AhdI GACNNNNNGTC 2 cut(s) 3444, 3542
AhlI ACTAGT 1 cut(s) 7160
AjiI CACGTC 1 cut(s) 7709
AjuI GAANNNNNNNTTGG 8 cut(s) 1431, 1463, 4991, 5023, 6246, 6278, 8839, 8871
AloI GAACNNNNNNTCC 2 cut(s) 1128, 1160
Alw21I GWGCWC 8 cut(s) 2143, 2232, 4795, 6043, 6370, 7007, 7035, 7930
Alw44I GTGCAC 1 cut(s) 2139
AlwNI CAGNNNCTG 5 cut(s) 368, 398, 535, 1898, 7733
Ama87I CYCGRG 2 cut(s) 821, 7737
Aor13HI TCCGGA 1 cut(s) 8338
ApaI GGGCCC 1 cut(s) 3741
ApaLI GTGCAC 1 cut(s) 2139
ArsI GACNNNNNNTTYG 4 cut(s) 1272, 1304, 7507, 7539
AseI ATTAAT 4 cut(s) 692, 3047, 3164, 9513
Asp700I GAANNNNTTC 6 cut(s) 1877, 2313, 2791, 3859, 4842, 7437
Asp718I GGTACC 1 cut(s) 2874
AspA2I CCTAGG 1 cut(s) 5011
AspLEI GCGC 6 cut(s) 734, 1768, 2944, 3725, 8648, 8793
AsuC2I CCSGG 1 cut(s) 5681
AsuII TTCGAA 3 cut(s) 34, 3229, 3764
AsuNHI GCTAGC 1 cut(s) 5180
AvaI CYCGRG 2 cut(s) 821, 7737
AvrII CCTAGG 1 cut(s) 5011
AxyI CCTNAGG 2 cut(s) 1940, 4760
BaeGI GKGCMC 4 cut(s) 2143, 3741, 7403, 9784
BaeI ACNNNNGTAYC 4 cut(s) 652, 685, 6701, 6734
BalI TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
BamHI GGATCC 3 cut(s) 111, 8341, 8983
BanI GGYRCC 5 cut(s) 2874, 3722, 5556, 7400, 9779
BanII GRGCYC 7 cut(s) 2066, 3741, 4795, 7007, 7035, 8489, 8910
BarI GAAGNNNNNNTAC 6 cut(s) 4830, 4862, 6591, 6623, 8661, 8693
BauI CACGAG 4 cut(s) 1104, 1382, 2223, 6674
BbrPI CACGTG 1 cut(s) 6044
BbsI GAAGAC 8 cut(s) 782, 4721, 5637, 7128, 7884, 8676, 8703, 8847
Bbv12I GWGCWC 8 cut(s) 2143, 2232, 4795, 6043, 6370, 7007, 7035, 7930
BbvCI CCTCAGC 1 cut(s) 4362
BceAI ACGGC 3 cut(s) 702, 5869, 7033
BcgI CGANNNNNNTGC 4 cut(s) 6377, 6411, 7550, 7584
BciVI GTATCC 6 cut(s) 653, 2738, 6702, 7057, 7107, 7723
BclI TGATCA 2 cut(s) 5622, 7342
BcnI CCSGG 1 cut(s) 5681
BcuI ACTAGT 1 cut(s) 7160
BfoI RGCGCY 2 cut(s) 3726, 8649
BfrI CTTAAG 2 cut(s) 1544, 1747
BfuAI ACCTGC 2 cut(s) 4838, 8608
BfuI GTATCC 6 cut(s) 653, 2738, 6702, 7057, 7107, 7723
BglII AGATCT 4 cut(s) 1220, 2333, 6221, 9404
BlnI CCTAGG 1 cut(s) 5011
BmeRI GACNNNNNGTC 2 cut(s) 3444, 3542
BmeT110I CYCGRG 2 cut(s) 821, 7737
BmgBI CACGTC 1 cut(s) 7709
BmrI ACTGGG 5 cut(s) 343, 4159, 4343, 4695, 8489
BmtI GCTAGC 1 cut(s) 5184
BmuI ACTGGG 5 cut(s) 343, 4159, 4343, 4695, 8489
BoxI GACNNNNGTC 1 cut(s) 5242
BpiI GAAGAC 8 cut(s) 782, 4721, 5637, 7128, 7884, 8676, 8703, 8847
BplI GAGNNNNNCTC 4 cut(s) 2393, 2425, 6989, 7021
BpmI CTGGAG 7 cut(s) 1932, 4081, 5439, 6532, 6871, 7302, 7768
Bpu10I CCTNAGC 3 cut(s) 3990, 4362, 6948
Bpu14I TTCGAA 3 cut(s) 34, 3229, 3764
BpuEI CTTGAG 8 cut(s) 206, 290, 520, 1506, 2216, 2905, 6815, 9662
BpuMI CCSGG 1 cut(s) 5681
Bsa29I ATCGAT 1 cut(s) 5712
BsaAI YACGTR 2 cut(s) 6044, 9221
BsaBI GATNNNNATC 9 cut(s) 1241, 3654, 3783, 4551, 5358, 5466, 6516, 7965, 9486
BsaHI GRCGYC 1 cut(s) 3723
BsaI GGTCTC 4 cut(s) 4690, 6817, 8016, 9208
BsaWI WCCGGW 2 cut(s) 44, 8338
BsaXI ACNNNNNCTCC 2 cut(s) 5238, 5268
Bse118I RCCGGY 2 cut(s) 1454, 4578
Bse21I CCTNAGG 2 cut(s) 1940, 4760
Bse3DI GCAATG 7 cut(s) 2677, 2882, 4097, 4770, 6162, 6323, 6481
Bse8I GATNNNNATC 9 cut(s) 1241, 3654, 3783, 4551, 5358, 5466, 6516, 7965, 9486
BseAI TCCGGA 1 cut(s) 8338
BseCI ATCGAT 1 cut(s) 5712
BseJI GATNNNNATC 9 cut(s) 1241, 3654, 3783, 4551, 5358, 5466, 6516, 7965, 9486
BseMI GCAATG 7 cut(s) 2677, 2882, 4097, 4770, 6162, 6323, 6481
BseSI GKGCMC 4 cut(s) 2143, 3741, 7403, 9784
BseYI CCCAGC 1 cut(s) 5755
BsgI GTGCAG 3 cut(s) 2073, 4529, 7554
Bsh1236I CGCG 2 cut(s) 7519, 9022
BshNI GGYRCC 5 cut(s) 2874, 3722, 5556, 7400, 9779
BshVI ATCGAT 1 cut(s) 5712
BsiHKAI GWGCWC 8 cut(s) 2143, 2232, 4795, 6043, 6370, 7007, 7035, 7930
BsiHKCI CYCGRG 2 cut(s) 821, 7737
BsiSI CCGG 8 cut(s) 45, 426, 1455, 4579, 4994, 5680, 8339, 9720
BslFI GGGAC 9 cut(s) 1921, 2771, 2846, 3321, 3451, 4928, 5696, 5994, 7183
BsmBI CGTCTC 2 cut(s) 5564, 8123
BsmFI GGGAC 9 cut(s) 1921, 2771, 2846, 3321, 3451, 4928, 5696, 5994, 7183
BsmI GAATGC 9 cut(s) 500, 672, 2244, 2944, 3099, 5404, 6357, 6659, 9713
Bso31I GGTCTC 4 cut(s) 4690, 6817, 8016, 9208
BsoBI CYCGRG 2 cut(s) 821, 7737
Bsp119I TTCGAA 3 cut(s) 34, 3229, 3764
Bsp120I GGGCCC 1 cut(s) 3737
Bsp13I TCCGGA 1 cut(s) 8338
Bsp1407I TGTACA 3 cut(s) 1922, 3713, 4491
Bsp19I CCATGG 4 cut(s) 2385, 6746, 7404, 8664
BspDI ATCGAT 1 cut(s) 5712
BspEI TCCGGA 1 cut(s) 8338
BspFNI CGCG 2 cut(s) 7519, 9022
BspHI TCATGA 4 cut(s) 1600, 1677, 2529, 7233
BspMAI CTGCAG 7 cut(s) 1773, 3555, 6019, 6079, 6091, 6574, 9387
BspMI ACCTGC 2 cut(s) 4838, 8608
BspOI GCTAGC 1 cut(s) 5184
BspQI GCTCTTC 3 cut(s) 1503, 3604, 6646
BspT104I TTCGAA 3 cut(s) 34, 3229, 3764
BspT107I GGYRCC 5 cut(s) 2874, 3722, 5556, 7400, 9779
BspTI CTTAAG 2 cut(s) 1544, 1747
BspTNI GGTCTC 4 cut(s) 4690, 6817, 8016, 9208
BsrBI CCGCTC 1 cut(s) 1554
BsrDI GCAATG 7 cut(s) 2677, 2882, 4097, 4770, 6162, 6323, 6481
BsrFI RCCGGY 2 cut(s) 1454, 4578
BsrGI TGTACA 3 cut(s) 1922, 3713, 4491
BssAI RCCGGY 2 cut(s) 1454, 4578
BssNAI GTATAC 2 cut(s) 325, 7536
BssNI GRCGYC 1 cut(s) 3723
BssSI CACGAG 4 cut(s) 1104, 1382, 2223, 6674
Bst1107I GTATAC 2 cut(s) 325, 7536
Bst2BI CACGAG 4 cut(s) 1104, 1382, 2223, 6674
BstACI GRCGYC 1 cut(s) 3723
BstAFI CTTAAG 2 cut(s) 1544, 1747
BstAPI GCANNNNNTGC 1 cut(s) 7733
BstAUI TGTACA 3 cut(s) 1922, 3713, 4491
BstBAI YACGTR 2 cut(s) 6044, 9221
BstBI TTCGAA 3 cut(s) 34, 3229, 3764
BstDSI CCRYGG 6 cut(s) 768, 2385, 6746, 7404, 8664, 9607
BstEII GGTNACC 2 cut(s) 2597, 9602
BstENI CCTNNNNNAGG 1 cut(s) 4901
BstFNI CGCG 2 cut(s) 7519, 9022
BstH2I RGCGCY 2 cut(s) 3726, 8649
BstHHI GCGC 6 cut(s) 734, 1768, 2944, 3725, 8648, 8793
BstNSI RCATGY 9 cut(s) 392, 1259, 1929, 3883, 4528, 4657, 6718, 9312, 9369
BstPAI GACNNNNGTC 1 cut(s) 5242
BstPI GGTNACC 2 cut(s) 2597, 9602
BstSLI GKGCMC 4 cut(s) 2143, 3741, 7403, 9784
BstUI CGCG 2 cut(s) 7519, 9022
BstV2I GAAGAC 8 cut(s) 782, 4721, 5637, 7128, 7884, 8676, 8703, 8847
BstXI CCANNNNNNTGG 1 cut(s) 8473
BstZ17I GTATAC 2 cut(s) 325, 7536
Bsu15I ATCGAT 1 cut(s) 5712
Bsu36I CCTNAGG 2 cut(s) 1940, 4760
BsuI GTATCC 6 cut(s) 653, 2738, 6702, 7057, 7107, 7723
BsuTUI ATCGAT 1 cut(s) 5712
BtgI CCRYGG 6 cut(s) 768, 2385, 6746, 7404, 8664, 9607
BtgZI GCGATG 2 cut(s) 8063, 9755
BtrI CACGTC 1 cut(s) 7709
BtsI GCAGTG 6 cut(s) 1761, 3010, 4880, 6121, 8942, 9380
BveI ACCTGC 2 cut(s) 4838, 8608
CaiI CAGNNNCTG 5 cut(s) 368, 398, 535, 1898, 7733
CciI TCATGA 4 cut(s) 1600, 1677, 2529, 7233
CfoI GCGC 6 cut(s) 734, 1768, 2944, 3725, 8648, 8793
Cfr10I RCCGGY 2 cut(s) 1454, 4578
ClaI ATCGAT 1 cut(s) 5712
CseI GACGC 5 cut(s) 515, 4110, 6238, 7525, 9147
Csp6I GTAC 9 cut(s) 1923, 2875, 3714, 4492, 5593, 7190, 7278, 8871, 9623
CspCI CAANNNNNGTGG 4 cut(s) 5140, 5175, 8572, 8607
CviQI GTAC 9 cut(s) 1923, 2875, 3714, 4492, 5593, 7190, 7278, 8871, 9623
DinI GGCGCC 1 cut(s) 3724
DraI TTTAAA 4 cut(s) 1123, 2203, 4204, 7938
DriI GACNNNNNGTC 2 cut(s) 3444, 3542
EaeI YGGCCR 9 cut(s) 49, 2844, 3374, 4995, 5854, 6315, 6937, 8431, 9547
Eam1105I GACNNNNNGTC 2 cut(s) 3444, 3542
Ecl136II GAGCTC 3 cut(s) 4793, 7005, 7033
Eco147I AGGCCT 2 cut(s) 183, 1715
Eco24I GRGCYC 7 cut(s) 2066, 3741, 4795, 7007, 7035, 8489, 8910
Eco31I GGTCTC 4 cut(s) 4690, 6817, 8016, 9208
Eco32I GATATC 3 cut(s) 254, 4458, 7967
Eco53kI GAGCTC 3 cut(s) 4793, 7005, 7033
Eco72I CACGTG 1 cut(s) 6044
Eco81I CCTNAGG 2 cut(s) 1940, 4760
Eco88I CYCGRG 2 cut(s) 821, 7737
Eco91I GGTNACC 2 cut(s) 2597, 9602
EcoICRI GAGCTC 3 cut(s) 4793, 7005, 7033
EcoNI CCTNNNNNAGG 1 cut(s) 4901
EcoO109I RGGNCCY 4 cut(s) 3308, 3738, 8333, 8521
EcoO65I GGTNACC 2 cut(s) 2597, 9602
EcoRI GAATTC 3 cut(s) 1074, 8221, 9634
EcoRV GATATC 3 cut(s) 254, 4458, 7967
EcoT22I ATGCAT 7 cut(s) 165, 1792, 1813, 2375, 4045, 4311, 7393
EcoT38I GRGCYC 7 cut(s) 2066, 3741, 4795, 7007, 7035, 8489, 8910
EgeI GGCGCC 1 cut(s) 3724
EheI GGCGCC 1 cut(s) 3724
Esp3I CGTCTC 2 cut(s) 5564, 8123
FalI AAGNNNNNCTT 6 cut(s) 3942, 3974, 8839, 8871, 9768, 9800
FaqI GGGAC 9 cut(s) 1921, 2771, 2846, 3321, 3451, 4928, 5696, 5994, 7183
FauI CCCGC 2 cut(s) 442, 2857
FauNDI CATATG 4 cut(s) 1651, 4851, 4975, 5241
FbaI TGATCA 2 cut(s) 5622, 7342
FblI GTMKAC 3 cut(s) 324, 843, 7535
FriOI GRGCYC 7 cut(s) 2066, 3741, 4795, 7007, 7035, 8489, 8910
FspI TGCGCA 1 cut(s) 733
GlaI GCGC 6 cut(s) 733, 1767, 2943, 3724, 8647, 8792
GsaI CCCAGC 1 cut(s) 5759
GsuI CTGGAG 7 cut(s) 1932, 4081, 5439, 6532, 6871, 7302, 7768
HaeII RGCGCY 2 cut(s) 3726, 8649
HapII CCGG 8 cut(s) 45, 426, 1455, 4579, 4994, 5680, 8339, 9720
HgaI GACGC 5 cut(s) 515, 4110, 6238, 7525, 9147
HhaI GCGC 6 cut(s) 734, 1768, 2944, 3725, 8648, 8793
Hin1I GRCGYC 1 cut(s) 3723
Hin6I GCGC 6 cut(s) 732, 1766, 2942, 3723, 8646, 8791
HinP1I GCGC 6 cut(s) 732, 1766, 2942, 3723, 8646, 8791
HincII GTYRAC 9 cut(s) 612, 844, 1444, 4957, 5409, 8139, 8506, 8843, 8934
HindII GTYRAC 9 cut(s) 612, 844, 1444, 4957, 5409, 8139, 8506, 8843, 8934
HindIII AAGCTT 6 cut(s) 2171, 3506, 3903, 5376, 5423, 9440
HpaI GTTAAC 2 cut(s) 5409, 8506
HpaII CCGG 8 cut(s) 45, 426, 1455, 4579, 4994, 5680, 8339, 9720
Hpy99I CGWCG 1 cut(s) 6822
Hsp92I GRCGYC 1 cut(s) 3723
HspAI GCGC 6 cut(s) 732, 1766, 2942, 3723, 8646, 8791
KasI GGCGCC 1 cut(s) 3722
Kpn2I TCCGGA 1 cut(s) 8338
KpnI GGTACC 1 cut(s) 2878
KroI GCCGGC 1 cut(s) 4578
KroNI GCCGGC 1 cut(s) 4580
Ksp22I TGATCA 2 cut(s) 5622, 7342
KspAI GTTAAC 2 cut(s) 5409, 8506
LguI GCTCTTC 3 cut(s) 1503, 3604, 6646
MbiI CCGCTC 1 cut(s) 1554
MfeI CAATTG 2 cut(s) 8691, 8775
MlsI TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
MluI ACGCGT 1 cut(s) 7517
MluNI TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
Mly113I GGCGCC 1 cut(s) 3723
MmeI TCCRAC 9 cut(s) 196, 409, 736, 2880, 5098, 5616, 6277, 7493, 7903
Mox20I TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
Mph1103I ATGCAT 7 cut(s) 165, 1792, 1813, 2375, 4045, 4311, 7393
MroI TCCGGA 1 cut(s) 8338
MroNI GCCGGC 1 cut(s) 4578
MroXI GAANNNNTTC 6 cut(s) 1877, 2313, 2791, 3859, 4842, 7437
MscI TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
MslI CAYNNNNRTG 5 cut(s) 3330, 6244, 6852, 9102, 9424
Msp20I TGGCCA 6 cut(s) 51, 2846, 3376, 6317, 6939, 8433
MspA1I CMGCKG 6 cut(s) 743, 1252, 2180, 3550, 6290, 6532
MspCI CTTAAG 2 cut(s) 1544, 1747
MspI CCGG 8 cut(s) 45, 426, 1455, 4579, 4994, 5680, 8339, 9720
MunI CAATTG 2 cut(s) 8691, 8775
Mva1269I GAATGC 9 cut(s) 500, 672, 2244, 2944, 3099, 5404, 6357, 6659, 9713
MvnI CGCG 2 cut(s) 7519, 9022
NaeI GCCGGC 1 cut(s) 4580
NarI GGCGCC 1 cut(s) 3723
NciI CCSGG 1 cut(s) 5681
NcoI CCATGG 4 cut(s) 2385, 6746, 7404, 8664
NdeI CATATG 4 cut(s) 1651, 4851, 4975, 5241
NgoMIV GCCGGC 1 cut(s) 4578
NheI GCTAGC 1 cut(s) 5180
NmeAIII GCCGAG 1 cut(s) 9433
NsbI TGCGCA 1 cut(s) 733
NsiI ATGCAT 7 cut(s) 165, 1792, 1813, 2375, 4045, 4311, 7393
NspI RCATGY 9 cut(s) 392, 1259, 1929, 3883, 4528, 4657, 6718, 9312, 9369
NspV TTCGAA 3 cut(s) 34, 3229, 3764
PagI TCATGA 4 cut(s) 1600, 1677, 2529, 7233
PasI CCCWGGG 1 cut(s) 8289
PceI AGGCCT 2 cut(s) 183, 1715
PciI ACATGT 5 cut(s) 1925, 3879, 4524, 6714, 9365
PciSI GCTCTTC 3 cut(s) 1503, 3604, 6646
PctI GAATGC 9 cut(s) 500, 672, 2244, 2944, 3099, 5404, 6357, 6659, 9713
PdiI GCCGGC 1 cut(s) 4580
PdmI GAANNNNTTC 6 cut(s) 1877, 2313, 2791, 3859, 4842, 7437
PflMI CCANNNNNTGG 2 cut(s) 6029, 7110
PfoI TCCNGGA 1 cut(s) 6548
PluTI GGCGCC 1 cut(s) 3726
PmaCI CACGTG 1 cut(s) 6044
PmlI CACGTG 1 cut(s) 6044
Ppu21I YACGTR 2 cut(s) 6044, 9221
PpuMI RGGWCCY 2 cut(s) 3308, 8333
PscI ACATGT 5 cut(s) 1925, 3879, 4524, 6714, 9365
PshAI GACNNNNGTC 1 cut(s) 5242
PshBI ATTAAT 4 cut(s) 692, 3047, 3164, 9513
PsiI TTATAA 3 cut(s) 4503, 7361, 7815
Psp124BI GAGCTC 3 cut(s) 4795, 7007, 7035
Psp1406I AACGTT 1 cut(s) 6860
Psp5II RGGWCCY 2 cut(s) 3308, 8333
PspCI CACGTG 1 cut(s) 6044
PspEI GGTNACC 2 cut(s) 2597, 9602
PspFI CCCAGC 1 cut(s) 5755
PspOMI GGGCCC 1 cut(s) 3737
PspPPI RGGWCCY 2 cut(s) 3308, 8333
PsrI GAACNNNNNNTAC 2 cut(s) 1444, 1476
PstI CTGCAG 7 cut(s) 1773, 3555, 6019, 6079, 6091, 6574, 9387
PstNI CAGNNNCTG 5 cut(s) 368, 398, 535, 1898, 7733
PvuII CAGCTG 6 cut(s) 743, 1252, 2180, 3550, 6290, 6532
RsaI GTAC 9 cut(s) 1924, 2876, 3715, 4493, 5594, 7191, 7279, 8872, 9624
RsaNI GTAC 9 cut(s) 1923, 2875, 3714, 4492, 5593, 7190, 7278, 8871, 9623
RseI CAYNNNNRTG 5 cut(s) 3330, 6244, 6852, 9102, 9424
SacI GAGCTC 3 cut(s) 4795, 7007, 7035
SalI GTCGAC 1 cut(s) 842
SapI GCTCTTC 3 cut(s) 1503, 3604, 6646
SfoI GGCGCC 1 cut(s) 3724
SfuI TTCGAA 3 cut(s) 34, 3229, 3764
SmiMI CAYNNNNRTG 5 cut(s) 3330, 6244, 6852, 9102, 9424
SpeI ACTAGT 1 cut(s) 7160
SseBI AGGCCT 2 cut(s) 183, 1715
SspDI GGCGCC 1 cut(s) 3722
SspI AATATT 7 cut(s) 882, 1188, 4914, 7465, 7649, 8620, 8887
SstI GAGCTC 3 cut(s) 4795, 7007, 7035
StuI AGGCCT 2 cut(s) 183, 1715
TaqII GACCGA 1 cut(s) 5998
TatI WGTACW 4 cut(s) 1922, 3713, 4491, 7189
TauI GCSGC 4 cut(s) 3491, 4428, 5312, 9552
TspGWI ACGGA 8 cut(s) 629, 4511, 5739, 6835, 7076, 8729, 9248, 9747
Van91I CCANNNNNTGG 2 cut(s) 6029, 7110
Vha464I CTTAAG 2 cut(s) 1544, 1747
VneI GTGCAC 1 cut(s) 2139
VspI ATTAAT 4 cut(s) 692, 3047, 3164, 9513
XagI CCTNNNNNAGG 1 cut(s) 4901
XceI RCATGY 9 cut(s) 392, 1259, 1929, 3883, 4528, 4657, 6718, 9312, 9369
XcmI CCANNNNNNNNNTGG 3 cut(s) 5810, 6634, 8362
XmaJI CCTAGG 1 cut(s) 5011
XmiI GTMKAC 3 cut(s) 324, 843, 7535
XmnI GAANNNNTTC 6 cut(s) 1877, 2313, 2791, 3859, 4842, 7437
Zsp2I ATGCAT 7 cut(s) 165, 1792, 1813, 2375, 4045, 4311, 7393
Using CommOnly database (standard laboratory enzymes). Scanned on CDS sequence.