| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2422 |
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| Symbol | |
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| ID | 4244838 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 3736248 |
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| End bp | 3739607 |
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| Gene Length | 3360 bp |
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| Protein Length | 1119 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638107512 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_722112 |
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| Protein GI | 113476051 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4096] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.567699 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 6 |
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| Fosmid unclonability p-value | 0.274661 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCTCAA ACTTTGACTT TCTCAAACCC CACTACCCCA AACTACACCA AACCGCCACC
CAGGCAGAAA CATTAATCAA CAACGCCCCC CGGGCCAGTT GCTTCTACAC CCGCTACACC
TTAGAACAAG CGGTTATCTG GCTCTACGAA AATAATCCTT ACCTAGAGCT CCCCAAGACC
TACAACTTAG GGGCATTAAT TCACGAGCAA ACCTTTAAAG ACAACCTCCA AAACAACCTT
TTCCCCAAAC TCCGCATCAT TCACAAAATA GGCAACGCAG CAGCCCACGA CCCCAAACCC
ATCACCTCCA AAGATGCTCG TTACCTCATC CAAGAACTCT ATCACTTCCT CTACTGGCTC
ACCCGCTACT ACAGCCCCGA CGGCAAAAAC CTCCCTAACC TCAAATTCAA CCCCGACCTC
ATTCCCACAA GCACAACTAA GTCAGACCTC ACCCTCGATA AACTCCAACA ACTCGAAACC
CAACTTTCTA CCGCCCAAGA AATGCAACGC ATCGCCGAAC AAAAAGAAAA ACAAACCACC
GCAGAACTAG AAACAGCAAA AGCCGAACTC GCCCAACTCA AACAACAAAA CCAGACCAAA
AGCGATCGCC ACGACTACAA CGAAGCCGAT ACCCGCACCT ACTTACTTGA TATTTTACTC
AAAGAAGCTG GTTGGCCGAT ACATCTGCCA GAGTCTACAG AATACCAAGT CACAGGAATG
CCTAACGAAA CAGGAAAAGG TAAAATTGAC TATGTATTTT GGGGAGATGA CGGCAACCCT
TTAGCAATAG TAGAAGCAAA ACGCACTCGC AAGAGTCCCC AAACAGGACA ACATCAAGCC
AAACTATACG CCGACTGTCT GCAAGCAGAA TTTAACCACC GCCCCGTCAT TTTCTACAGC
AACGGTTATG AGCATTGGAT ATGGGATGAT TTTAACTATC CACCCCGCCC CATTCAAGGC
TTTCTCAAAA AAGACGAACT AGAGCGTTTA ATATTCCGCC GGAGTCATCG TCAACCCCTC
CATACCCTGG ATGTCAACCC CGACATCGCC GGACGTTGTT ATCAAAAAGA AGCTATCTGT
TGCATCAAAG AAATATTTGA CAACAAACAG CGTAAAGCAT TATTAGTCAT GGCAACAGGA
ACAGGTAAAA CTCGGACAGC CGTCAGTATT GTAGAATTAT TGGAACGAGC CAACTGGGTG
AAACGAGTCT TATTTTTAGC GGACCGCAAC GTCCTCTTAA CTCAAGCCCA AGGTGTCTTT
AACAGTAACC TTAACAGTAT TACCACTGCA AACCTAACCG AAAAAAAACA AGACGCAGAA
AACGCCACCA TTGTCTTTTC CACCTACCCC ACCATCAGCA ACCGCATCAA CGCAACTGAT
GGAGATAAAC GCTTATTCAG TCCTGGATAT TTTGATTTAG TTATAGTAGA TGAAGCACAC
CGTTCCATCT ATCGCAAATA TCGGCAAATA TTTCAATATT TCGATGCTCT ACTTTTAGGT
TTAACAGCTA CACCCCGCAA TGAAGTAGAC CGGGACACTT ACAGTATTTT TGACTTAGAG
CCTGGGGTTC CCACCTTTGC TTATGAATTA GACAGCGCCA TCAAAGACGG TTATCTCGTT
CCTCCCAGTG GTGTCGAAGT TCCCTTTAAG TTTATGCGGG CAGGTATTAG ATATTCAGAA
CTGCAACCAG AGGAAAAGAC AGCCTATGAG GAACGGTTTG CTGATGCAGA AACTGGGGAA
GTGCCGGACA AAATTAATGC TACAGCTCTT AATACTTGGT TATTTAATAT TAGTACCGTA
GACCAAGCGC TACAGTTATT AATGGAGCGG GGGCTAAAAG TAGAAGGAGG CGATCGCCTC
GGTAAAACCA TCATTTTTGC TCGCAACCAC AAACATGCTG AGTTTATTTC TGAACGGTTT
AATGCTAATT ATCCCCACTA CAAAGGTCAG TTTGCTCAAA TTATTGATAG CCAAAGTTCC
TACTCTCAAA GTTTGCTGGA TGACTTTTCA AATGCAGACA AACAGCCAAT TATTGCGGTG
TCTGTAGATA TGTTAGATAC AGGGGTAGAC GTGCGGGAAG TAGTTAACTT AGTATTTTTC
AAACCAGTCT ATTCTCGGAT AAAATTCAAT CAAATGATTG GACGCGGTAC TCGTTTATGC
CCTAACTTAT TTGCTCCGGG TGATGATAAA ACAGAATTTT TAGTATTCGA CCTGTGCAGT
AACTTCAGTT ATTTTGAGCA ACAGATAGAC GAAAAAAATG TAAAAATTCC TGACAGTCTC
ACAACAAAAT TAGTCAAATC ACGCCTTGAA CTGAGTCAAT TAGTACCCAC TGGCGAGTTA
AAAAATAACC TCTTAGATGA GTTGCATCAA TATATTAACT CAATGCCCAA AGATAACTTT
TTAGTGCGCC CCCATTTGCA GCAAGTAGAA GAGTTTTCCC AGAGAGAGCG ATGGAATGAG
TTAGGAGAAA GCGATCAAGA AATAATAGGG GAGTCATTAG CAAGTTTACC CAATGGTTTA
CCAAAAGAGA GCCATTTAAA TAAACGGTTT GACCTAATAT GTGTCAAATT ACAGCTAGCA
TTGTTAAAAC AGTCAACAGA CTTTATCAGA CTCCGGGATA ATATTCGAGA TATTTGCTCT
CAACTCGCCC AAAAGTCTAA CATTCCCATG ATAGCAGCAA AACTACAAGT TATTGAAGAA
GTACAAGCAG AGGAATGGTG GCGAGATATT ACAGTAGAAA TGGTTTCAAT TTTACAGCAA
GACTTACGAG AATTAGTAAA ATTTATAGAT AGCCAAGAAC AAAAAATTAT GTATGTAAAC
TTTGCCGATG AAATGGGAGA AGTGCAAAAT GTCAACGTTC CCACCCAAAC ATCAGGGTTT
AGTCCTCTCC AGTATAAGAA AAAAGTAGAG GCATATATTC GGAGTAATGA GAACAATGTT
GCTGTTGCTA AATTAAAACG TAATATCCCC TTAACCGACG CTGACTTAAC AGCATTAGAA
GAAATGTTAT TTAATAGTGA AGTTATAGAA GATAGGGAAA TATTTGCCGA AGTTTACGGT
CAAAATATTA GTTTAAAACT ATTTATTAGA AAGTTAGTCG GATTAGATAG AAATGCAGCC
AAAGAATTAT TTAGTAAATA TTTAAACAGC AAATTTAACA CCAGTCAAAT TAGATTTGTT
GAGAATATTA TCGACTATTT AACTCAAAAT GGAGTGATGT CCCCAGAATT ATTATATGAG
CCACCTTTTA CAGATTTACA CACGGAAGGA TTAGATGGTA TCTTTGCAGA TAAAGAGGCA
GATAACATTA TTGAGATATT GACAGAGATT AATGAAAGTG TTGATTATGA CGTAGCTTAG
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| Protein sequence | MTSNFDFLKP HYPKLHQTAT QAETLINNAP RASCFYTRYT LEQAVIWLYE NNPYLELPKT
YNLGALIHEQ TFKDNLQNNL FPKLRIIHKI GNAAAHDPKP ITSKDARYLI QELYHFLYWL
TRYYSPDGKN LPNLKFNPDL IPTSTTKSDL TLDKLQQLET QLSTAQEMQR IAEQKEKQTT
AELETAKAEL AQLKQQNQTK SDRHDYNEAD TRTYLLDILL KEAGWPIHLP ESTEYQVTGM
PNETGKGKID YVFWGDDGNP LAIVEAKRTR KSPQTGQHQA KLYADCLQAE FNHRPVIFYS
NGYEHWIWDD FNYPPRPIQG FLKKDELERL IFRRSHRQPL HTLDVNPDIA GRCYQKEAIC
CIKEIFDNKQ RKALLVMATG TGKTRTAVSI VELLERANWV KRVLFLADRN VLLTQAQGVF
NSNLNSITTA NLTEKKQDAE NATIVFSTYP TISNRINATD GDKRLFSPGY FDLVIVDEAH
RSIYRKYRQI FQYFDALLLG LTATPRNEVD RDTYSIFDLE PGVPTFAYEL DSAIKDGYLV
PPSGVEVPFK FMRAGIRYSE LQPEEKTAYE ERFADAETGE VPDKINATAL NTWLFNISTV
DQALQLLMER GLKVEGGDRL GKTIIFARNH KHAEFISERF NANYPHYKGQ FAQIIDSQSS
YSQSLLDDFS NADKQPIIAV SVDMLDTGVD VREVVNLVFF KPVYSRIKFN QMIGRGTRLC
PNLFAPGDDK TEFLVFDLCS NFSYFEQQID EKNVKIPDSL TTKLVKSRLE LSQLVPTGEL
KNNLLDELHQ YINSMPKDNF LVRPHLQQVE EFSQRERWNE LGESDQEIIG ESLASLPNGL
PKESHLNKRF DLICVKLQLA LLKQSTDFIR LRDNIRDICS QLAQKSNIPM IAAKLQVIEE
VQAEEWWRDI TVEMVSILQQ DLRELVKFID SQEQKIMYVN FADEMGEVQN VNVPTQTSGF
SPLQYKKKVE AYIRSNENNV AVAKLKRNIP LTDADLTALE EMLFNSEVIE DREIFAEVYG
QNISLKLFIR KLVGLDRNAA KELFSKYLNS KFNTSQIRFV ENIIDYLTQN GVMSPELLYE
PPFTDLHTEG LDGIFADKEA DNIIEILTEI NESVDYDVA
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