| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0303 |
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| Symbol | |
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| ID | 4242905 |
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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 | 464021 |
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| End bp | 469630 |
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| Gene Length | 5610 bp |
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| Protein Length | 1869 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638105640 |
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| Product | alpha-2-macroglobulin-like |
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| Protein accession | YP_720255 |
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| Protein GI | 113474194 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 1 |
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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 | 9 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTAGACT TAATAATTAC TGCTCCACTA CCCGAGTGGA TAGAACAAAT TACTCCCACG
GGAGAAGCAA AATCTTTAAG TCAAATTCTG ATTCGGTTTA AAGAACCTTT AATTCCTTTG
GAAACTGTAG GTTCTCTAGA ACAACAGGAA AAATTAAAGC AGTTTGAAAT TTTCCCGGAA
TTACCTGGTC AATTCCGATT TTTGACTCCG AAAATGGTAG GTTTTCAATC AGAAGAAGCC
TTGCCAAAAT CCACCAGATT TAAAGTTACT CTAAAATCTG GTTTATCTGA CTTAAAAAAT
CATCAATTAG ATCAAGATTT AGTCTGGACT TTTAATACTG AACCAGTCAA ACTAACAAAT
TTACCAAGGA GTAGCAGAAA AGAACCAATT AATATAAATC CAACTTTAAA ATTCACCTCA
AATGTGGAAT TGGATTTAGA TTCAATTACA AAAAAATTAA AATTTTTGCC AGATGGTAAG
ACAGAAAGCT TACCCTTTGT AGTTAGTTTA GAAAAATTAG AAAATTCTGA AAAAGAACAA
TCTCCCAGAG AAAAATTTGA CCCTTCTTGG CATCAATGGA ATTATTTAAT TACTCCCCAA
GTAACTCTAG AAAAAGGTAC TAAATATCGG CTAGAATTTG ACTCAGGTAT TCAAACATTG
AAAGGTAATT TACCTAGTCA AACACCTTTC ATTAGTGAAG TAGAAACCTA CTCTAATTTT
GAATTTTCTC AACTCAAATT TTCCGAGAGA AGGAGTATAT TTGTTAAAGG TAATCCTATA
TTAGAATTTA ATCATGGAAT TGTAGAAGAT TCAGCGGTTA AAAATATTAC AATTGAGCCC
GCACCAAAAG AAACTAAAAA TCTGATTCAA GCTAACAATA ACTATAACAT TGTTCGTCTT
AATCCTTTGC TGTTAGAACC CGATACAAAT TATAAAATTA CTATTGGTTC TAATACCAAA
GATAAATTTG GGCAAATACT AGGAAAGCCC GTTGTCTTAG ATTATCAAAC AGGAGATTTA
TTAGGAGATA TTTCTGTTCC TTCAGGGTTA AAAATTTTCG CGTCTAGTCA AGATTTACAA
CTAAAAATTT CTACAGTAAA TCTGCCAGAA TCAGAATATA AAGCAACCTA TAAAGTTGTA
CAACCAACAG ATTTAGTTTA CACAGAGTCA GCCTATCCTA TAAATAATCG GAAGAACTTA
TTACCGATAA ATAAAAAGTG GCAAAAATAT CCTGTTTCTG GAGAAAAAAA TAAAATAACA
GAAGTAGCAA TTCCCCTTCA AGAAAAATTG GGTGGTCAGA CCGGAATGTT AGCTTATGGA
GTACAAGCTC GGACGAGTTT TTCTGAACAA AACGGTCAGG AAAAATGGCA AGAACCAGAA
TTTTATGGAT TAATACAATT AACAAATTTA AGAGTATTTG CTCAGTGGTT TCCAGAGTCG
GGAATTATTA GAGTAAATCA TCTAGATGAT GGTTCTCCAG TTGTGGCAAA TGTGGAGATT
TATCAATTGC AATTAAATTC TAAATCTCAA TCTCAAACGA CTCCTTGTGC TACTGGAAAA
ACTGATAAAA ATGGTCTGGT AAATTTAACT AAAACAGACT TAAAAAAATG TATGAACGGT
CAGCTTTTTT CTCAACCACC AGAACTATTA GTAATTGCTA AAGAAAATCA AGATTGGGCA
TTTACTATAA CTAAAGAATA TAGTATAAAC TATGATTATG ACATTAATTA TGGTTGGGAT
AGTGGAAAAC CTAAATCGCG GGGTACTATT TTTTCAGATA GAAAAATTTA TCAACCAGGA
GAAAAAGTTT GGTTGACTGG AGCTGCTTAT TATTTGGAAA ATGGCAACTT GAAACAAGCC
AAAAATACAG ATTATCAAAT TACTCTGATA AATCCAGATG GTAATAATAA AAACTTAGGC
ACTCAGACAA CTAATAAATT TGGTACTTTT TCTCTCGAAA TTCCTCTGGA TAGTAATCAG
CTATTCGGTT ATTACACCGT AAAAGCAAAA GGAGAAAATG GTGTAGAAAT TTACGGACTA
TTTCGTGTCG CTGAATTTCA ACCACCTAAT TTTCAAGTTG ACTTGAAACT TGATAAACAA
ATTGTTTTAC TTGGTGAAAA AATTGGGGTA AAAGCTGAAA GTAATTATTT GTTTGGTTCC
CCGTTGCAAG GGGGAAAAGC TAAATATTAT CTGACTCGTA CAAAAACAGA ATTTTCTCCA
AAAAATTGGC AAGAATTTTC TTTTGGTCGT CAATGGTTTT GGCCGGAAAA AATACCAAAT
GTTCCTAATA ATGTGCTGAC AAAAAATGTA ATACTAGATA ATAATGGTGG CGATAATCAA
ATATTTACAG TTGGGAAAGA TTTACCTTAT CCAATGAATT ATCAAGTAGA TCTGGAAGTA
ACAGATATAT CCAATCTTTC TGTAGCAGAT ACTCAAACAT TTACTGCTCT AACAAGTCAG
AAGTTAATAG GTTTAAAAAG TAAATTTGTT GCTGATGCGA ATAAAAAATT TCCAGTAGAA
ATTATTGTGA CTAACTCTCA AGGAAAAGCA CTTTCTGGGG AAAATATTCT ACTGGAATTA
CAAAAAATGG AATACAGTGC AGTCACCCAG AGTGCTGTCG CCCAAGTAGA ATACAAAACT
GTTGCTACCG AAAAAGTTAT AAGCAACAAC AAACCCAAGA CCGTCAACCT TACACCCCCA
GAACCAGGCA GTTATCGCAT TCGTGCCAAC TTTGCCAATG CTGAGGATGA CATTACTGCT
ACTGATATTC AGGTTTGGGC AACGGGAGCA GGGCGAGTTT ATTGGGGAAG CCAGAAGGAA
GAACGTCTAA AAATAAAATT CGATAAAGAC ACCTACCAAG TAGGGGAAAC TGCAACTGCT
TTAATTCAGT CGCCCTATCC AGAAGGGGAA TTATATTTTG CTGTCGTGCG TGATAAACCT
CTATATGAAA AAATTGTCAA AGTTAAAAGT GGCGCACCGG AAATTCAATT TCAAGTTACA
GAAAATATGT TACCTAATGC TGCAGTGGAG GCAGTGTTAG TCCCGCAAGG TCAACCACTG
CCAGATGTGG AACCTGGGTG TGTGGAAAAT TTGATGAAAG TTGGTTTTAC TCCATTGAAA
ATTGATTTGA CGGACAAATA CTTAAAGGTG GAAGTGACAC CCCAAAGTCT GGAGTTACAA
CCAGGGGCAA TGGAAAATGT GGAGTTGGCA CTGAAAAATA ATCAAGGGCA ACCGATAAAA
GGTCAGTTGA CAGTGATGGT AGTGAATGAA GCGGTGTTAC AACTGAGTGG TTATCGACCA
CCAAATTTGG TTGAGACTGT CTACGCGCAG CAACCAATAT CTACCCGCTA CTCGCAGCAA
GCAATATCTA CTCGTTTCAA TGATAACTGC AAAGCAAGAA AAATGACAAT GGCAAGATCG
AATAGTACAG GTTACATATC AAGTTCAAAT GAGAATATTA GAGATGGGAT ATCATCTGGC
GGTGTTAGTA CTCGCATTCG GAAATATTTT CAGTCTTTAG CTTATTATAA TGGGTCTGTT
CTTACGGATG ATCAAGGTAA AGCAACGGTA AGTTTTAATA TACCAGATGA TTTAACAACC
TGGCGTATAA TGGCTGTTGC CACAGATGGG AATTTACATT TTGGCAATGG AGAGGCGACT
TTTATTACGA CTCAACCTTT AATGTCAAAT GCTATGTTGC CTCAGTTTGC TCGTATTGGT
GACAAGTTTG AGGGTGGTGT AGCCGTTACG AATAATACTG GCAAAAAAGG AAGTCTAAAA
ATAAATGGGG AAGTTAGTCA GAATATTTTG TTTACTAAAA ATTCCCAAAC TACAGAAACT
CTAAAAATAA AAGCAGACCC AGGCACGAAT GCTTACCGCT TTCCCATGGA GGCAAAACAA
CCTGGCGAGG CAAAAGTGCA GTTTAGGACT GGCTTGAATG ACCTTGACAC TGATGGGTTT
GAAGTTGCTT TACCCGTTCG GTCTTTGGCA GCAAGTGAAA CTGTGGTGGA GTCTGGTATA
ACTGAGTCTC AAGTGCAAAT TCCTCTGAAT ATTACTGAGA ATGTGATGCC AGATGTGGGA
GGTCTGGAAA TATTTATGGC AAGTACCTTG ATACCAGAAA TTACTGCTCC GGCAAAAGCA
GTGTTGAAAA AAGACCAGTT ACCATTTCTT GAACCTGTGG CTAGTCAGTT AGCGATCGCT
TCTAATTTAC AAATTTTAGG TAAAAAATAT GAGCAAGCAT TTGTAGACTT TAACCCAGAG
GAACAGGCAA AAATAACATT AGAAAAATTA GAAAAGTTAC AACTGCCAGA TGGCGGTTTT
GGTTATTATC CAGGGCAGGA AATTTCTAAC CCTTATTTGA CTGCTTATGC CGGGGAGGCG
ATCGCTCAAG CCCAAAAAGC ATTTCCAAAT TTAGTGAATG ACTCAATGTT AAATGGTCTA
CGGAATTACT TAAACAACCT ATTAGCAAAC CCAGGTAAAT ATGATTATTG TACCGAACAA
CCCTGTAAAA ATCAGGTGCG GTTAAATGTC TTAATAGCAT TGTCAGAATT AGGTTATACC
CGCAAGAATT TCCTGTCAGA TATTTATCAA CAACGGGAAA AATTGTCACT AGTCAACCAA
ATTAGACTAG GGCGTTATTT ATCTAGTTTC CCCCAGTGGC GTCAGCAGTC AGAAGAAATA
TTTAGGGAAA TTCAGAACAG TGTTTATGAA ACAGGGCGCA GTGCCACATT GAATTTACCA
CCTACCTGGG GATGGATGAA TTCAACTACC GCAAGTCAAG CTCAAGCATT GCGACTATTT
ATTACCCGCG ACGCCAAACC AGAAGTAATA GACCGAATAT TACAAAGTTT GCTCAACTTG
CGGCGGGATG GCACCTGGCG TACAACTTAT GATAATGCCG AAGCATTGAG GGCGTTGGTT
ACTTATAGCA ATACTCAACC CACCCCACCA GACTTTGTCA CAACCGCCAA TTTATCTGGT
AAACAGCTAG ATACTACCCG TTTTCAAGGT TATGAAAATC AAAATCTATC TGTGAATGTG
GCAATGGATG GGTTGCCAAA AGGTAAATCA GATCTAGTCT TGGAAAAATC AGGGGAAGGG
AAGTTGCATT ATTTAGTTGA GTATAGTTAT CGTCTCCCAG GAAACCAGCC AGGAAAGTAT
AACGGTCTGC GAGTAGCACG TGAAATTAGT CTGGCAAATG AAGAGGAAAT ATGGCAACGG
ATGGATATCT CTGAGGTTCC ATCAACATTA GATGTTGTTG CAGGTCAAGT CTTTGATATT
GGAGTCGAAA TTATTGTAGA CCACCCTGTA GACCATGTAG TGATCAGGGA CCCACTGCCA
GCAGGTTTAG AAGCAGTTGA TACCAGTTTT CAAACTTCCA CTTCTGCTGT GAAGGCAAAA
GCTGATAGTT GGCAAATACA ATATCAACAG ATATATAGCG ATCGTATCGA AGCTTACGCT
GAGGGTTTAA AGCCTGGGGT ATATACCTTA CACTATTTAG CTAGGTCTGT GACTCCCGGA
ACGTTTATAT GGCCTGGAGC AGAAGCGCGG TTACAATATG CCCCCGAAGA ATTTGGGCGA
TCGGCAACGG CGACGTTGGT TGTGAAGTAG
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| Protein sequence | MVDLIITAPL PEWIEQITPT GEAKSLSQIL IRFKEPLIPL ETVGSLEQQE KLKQFEIFPE
LPGQFRFLTP KMVGFQSEEA LPKSTRFKVT LKSGLSDLKN HQLDQDLVWT FNTEPVKLTN
LPRSSRKEPI NINPTLKFTS NVELDLDSIT KKLKFLPDGK TESLPFVVSL EKLENSEKEQ
SPREKFDPSW HQWNYLITPQ VTLEKGTKYR LEFDSGIQTL KGNLPSQTPF ISEVETYSNF
EFSQLKFSER RSIFVKGNPI LEFNHGIVED SAVKNITIEP APKETKNLIQ ANNNYNIVRL
NPLLLEPDTN YKITIGSNTK DKFGQILGKP VVLDYQTGDL LGDISVPSGL KIFASSQDLQ
LKISTVNLPE SEYKATYKVV QPTDLVYTES AYPINNRKNL LPINKKWQKY PVSGEKNKIT
EVAIPLQEKL GGQTGMLAYG VQARTSFSEQ NGQEKWQEPE FYGLIQLTNL RVFAQWFPES
GIIRVNHLDD GSPVVANVEI YQLQLNSKSQ SQTTPCATGK TDKNGLVNLT KTDLKKCMNG
QLFSQPPELL VIAKENQDWA FTITKEYSIN YDYDINYGWD SGKPKSRGTI FSDRKIYQPG
EKVWLTGAAY YLENGNLKQA KNTDYQITLI NPDGNNKNLG TQTTNKFGTF SLEIPLDSNQ
LFGYYTVKAK GENGVEIYGL FRVAEFQPPN FQVDLKLDKQ IVLLGEKIGV KAESNYLFGS
PLQGGKAKYY LTRTKTEFSP KNWQEFSFGR QWFWPEKIPN VPNNVLTKNV ILDNNGGDNQ
IFTVGKDLPY PMNYQVDLEV TDISNLSVAD TQTFTALTSQ KLIGLKSKFV ADANKKFPVE
IIVTNSQGKA LSGENILLEL QKMEYSAVTQ SAVAQVEYKT VATEKVISNN KPKTVNLTPP
EPGSYRIRAN FANAEDDITA TDIQVWATGA GRVYWGSQKE ERLKIKFDKD TYQVGETATA
LIQSPYPEGE LYFAVVRDKP LYEKIVKVKS GAPEIQFQVT ENMLPNAAVE AVLVPQGQPL
PDVEPGCVEN LMKVGFTPLK IDLTDKYLKV EVTPQSLELQ PGAMENVELA LKNNQGQPIK
GQLTVMVVNE AVLQLSGYRP PNLVETVYAQ QPISTRYSQQ AISTRFNDNC KARKMTMARS
NSTGYISSSN ENIRDGISSG GVSTRIRKYF QSLAYYNGSV LTDDQGKATV SFNIPDDLTT
WRIMAVATDG NLHFGNGEAT FITTQPLMSN AMLPQFARIG DKFEGGVAVT NNTGKKGSLK
INGEVSQNIL FTKNSQTTET LKIKADPGTN AYRFPMEAKQ PGEAKVQFRT GLNDLDTDGF
EVALPVRSLA ASETVVESGI TESQVQIPLN ITENVMPDVG GLEIFMASTL IPEITAPAKA
VLKKDQLPFL EPVASQLAIA SNLQILGKKY EQAFVDFNPE EQAKITLEKL EKLQLPDGGF
GYYPGQEISN PYLTAYAGEA IAQAQKAFPN LVNDSMLNGL RNYLNNLLAN PGKYDYCTEQ
PCKNQVRLNV LIALSELGYT RKNFLSDIYQ QREKLSLVNQ IRLGRYLSSF PQWRQQSEEI
FREIQNSVYE TGRSATLNLP PTWGWMNSTT ASQAQALRLF ITRDAKPEVI DRILQSLLNL
RRDGTWRTTY DNAEALRALV TYSNTQPTPP DFVTTANLSG KQLDTTRFQG YENQNLSVNV
AMDGLPKGKS DLVLEKSGEG KLHYLVEYSY RLPGNQPGKY NGLRVAREIS LANEEEIWQR
MDISEVPSTL DVVAGQVFDI GVEIIVDHPV DHVVIRDPLP AGLEAVDTSF QTSTSAVKAK
ADSWQIQYQQ IYSDRIEAYA EGLKPGVYTL HYLARSVTPG TFIWPGAEAR LQYAPEEFGR
SATATLVVK
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