| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_1772 |
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| Symbol | |
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| ID | 4242237 |
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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 | 2697763 |
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| End bp | 2701785 |
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| Gene Length | 4023 bp |
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| Protein Length | 1340 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 638106897 |
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| Product | Na-Ca exchanger/integrin-beta4 |
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| Protein accession | YP_721505 |
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| Protein GI | 113475444 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 22 |
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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 | ATGGACGAAT TTTCTCCAGA TGACCATTCT TTATTTCCCG AGGAACCAGA TGAGACATCC
CTAAATGTCC ACTATCTCCC TGGGGCTGAC TCGAACCCTG AGGTTACAGA CCCGATGATA
CAAGGTGCCT GGGGTGAGGT TCGTGACGAA TTGGCTGATT TTATCTTGGC CCCGGAGTTC
GATGACTATA TTAAAACGGC TTTTGGTGAA ACTGTGGACC CGGAGCTGGC AAAGGAGCAG
ATAAAGGATG TTTTGACTGG GGAAAATTTG CCGGAGGTTA TTATGTTGCC GGCGGCGGAT
ATGGAGCCGG CGGTGGGTGC CTATGATCCT TTGACTGGTT CAATTTATTT GGCTGATTCT
TTATTGCCTG ATACTGATGG GGTTTTGGTG GATGTGCTGT TGGAGGAGTT GGGGCATTTT
TTGGACTCTC AGTTGTCTGA GTCGGACTCC CCTGGAGATG AGGGTGAGTT ATTGGCTGCT
TTGGTGAGGG GTGAGGAGTT GACTCAGTTT CAGGTGATGA TGCTTCGGGG TCAGGATGAT
CGGGTAGATA TTTGGGTCGG GGGTGTTGAG GTTGAGGTTG AGGCTAGTGA AAAGGTTGAT
TTTGAGAAGG CTCGTAATTT TAAGGTGGGA GACGGACCAT ATTCAGTAGC AGCAGGAGAT
TTTAATGGAG ATGGCATTCC TGATCTGGCT GTGGCGAACT TTTCTTCAGA CAACGTATCA
GTGTTATTAG GAAAAGGTGA CGGTAGTTTT GGTTCAGCTA CTAATTTTCC GGTGGGAGAC
GGACCTGCGT CAGTAGCAGC AGAAGATTTA AATGGAGATG GCATTCCTGA TCTGGCTGTG
GCGAACGACG GGTCAGACAA CGTATCAGTG TTATCAGGAA AAGGTGACGG TAGTTTTGGT
TCAGCTACTA ATTTTCCGGT GGGAGACCGA CCTGTGTCAG TAGCAGCAGG AGATTTTAAT
GGAGATGGCA TTCCTGATCT GGCTGTGGCG AACTATCGGG ATGACAACGT ATCAGTGTTA
TTGGGAAAAG GTGACGGTAG TTTTGGTTCA GCTACTAATT TTCCGGTGGG AGGCCGACCT
TTGTCAGTAG CAGTAGGAGA TTTTAATGGA GATGGCATTC CTGATCTGGC TGTGGCGAAC
TGGGTCGATG ACAACGTATT AGTGTTATTA GGAAAAGGTG ACGGTAGTTT TGGTTCAGCT
ACTAATTTTC CGGTGGGAGA CGGACCTATC TCAGTAGCAG TAGGAGATTT TAATGGAGAT
GGCATTCCTG ATCTGGCTGT GGCGAACAGG TGGAATGACA ACGTATCAGT GTTATCAGGA
AAAGGTGACG GTAGTTTTGG TTCAGCTACT AATTTTCCGG TGGGAGACGA TCCGTTTTCA
GTAGCAGTAG GAGATTTTAA TGGAGATGGC ATTCCTGATC TGGCTGTGGC GAACGGTGGC
GATGACAACG TATCAGTGTT ATCAGGAAAA GGTGACGGTA GTTTTGCTCG ACGTACTAAT
TTTCCGGTGG GAGACGGACC TGCGTCAGTA GCAGCAGAAG ATTTAAATGG AGACGGCATT
CCTGATCTGG CTGTGGCGAA CTATTGGGAT GACAACGTAT CCATCCTCAT CAACAAAACC
CCCATAACCA TCATCCCCAA CATCACCATC TCCGACACCA AGCTCACCGA AGGCAACACA
AATAAAACCG CCAAATTCAA CGTCACCCTA GACAACCCCA CAACCACCAC AGTCAAAGTC
AACTACACCA CAGCCAACCA AACCGCCCAA GTCAACCAAG ACTACAAACT CACCAAAGGC
ACTCTGACCT TTCGACCAGG AGAAACGAAC AAAAACATCA CAGTTCCCAT CTTGGGAGAT
AACCGAGACG AACCCGAGGA AAAATTCCGA GTCGATCTGA GCCGCCCCCA AAATGCCAAC
ATCAAAGATG GGAGAGCTAC AGGCACCATC GTTGATAACG ACCCAGTTCC CCAAATATCC
ATCGGCGATG CCAAAATTAC CGAAGGAAAC CGAGGTCATA AAAACATGGA GTTTGAAGTC
AAATTAAACA ACCCCAGCGG GAAAACAGTC AAAGTAAATT ATGGAACCCA AGAGGGCAGC
GCTAAGTCAG GAAAAGATTT TCAAAATAAA AGGGGAGTCC TGACATTCCA ACCGGGGCAG
ACCAAAAAAA TAGTGAGCAT TCCCATTTTC GGAGATAGGG TTGATGAAAA TAACGAACAG
TTTCAAGTCA AACTCAGCGG TGCCGAAAAT GGAAATTTTT CAGACAACAC AGCAGTCGGC
AAAATTATTG ATAACGACCA AGTTTCTCAA ATATCCATCA GCGATGCCAA AACTGTTGAA
GGCAACAGAG GTCAGAAAAA TATGGAATTT GAAGTCAGAC TCAACAACCC CAGCAGTCAA
ACAGTCAAAG TAAATTACAC CACAGTAGAT GGCAACGCGA AATCAGGAAA AGACTATCAA
AAGAAAAGTG GAGTCGTGAC ATTCAAACCA GGGGAAACCA AAAAGAGCAT CAATATTTCC
ATTTTGGGAG ATACTTTTTA TGAAAATACC GAATTATTTG AAGTCAAACT CACCAGAGCC
CAAAATGCAG AGTTGCCAGC AGACCCCAGA AAACAATATG GTGCAGCCAT AATTCTTGAT
AACGACGAAC TTCCGAAAAT ATCTATTGGT GATGCCAAAA TGACCGAAGC AAATAGGGGT
AAGAAAAATA TGGAGTTTGC AGTCAGGTTG AACAACCCCA GCGACCAAAC AGTCAAAGTA
AATTATGCTT CAGTAGATGG CACCGCGAAG TCAGGAAAAG ATTTTCAAAG CCAAAAGGGA
GTGGTGACAT TCAAGCCGGG GGAGACGAAA AAGACTGTCA ATATTCCCAT ATTAGGAGAT
ACTCTGGTTG AAAATACAGA GCAGTTTCAG GTCAAACTCA GCCGTGCCAA AAATGCGGAG
TTGTCAGACA GCCAGGCAGT AGGCAGAATT CAGGATAATG ATCAGCCGCC TCAAATATCT
ATCAGTGATG CGAAAGTGAC GGAAGCAAAT AGGGGTGAGA AAAATATGAA GTTTGAGGTC
ACGTTAGATA ATAGTAGTGC TCAAACAGTG AAGGTTAATT ATGAGACTAT TAATGGTAGC
GCTAAGGCGG GAGAAGATTT TCAAAAGAAA AAGGGAGTCC TGACTTTTAA ACCAGGGGAG
AGGAAAAAGA CTGTAAATGT TCCTATCTTG GGAGATCTGG TTGATGAAAA TAACGAGAAC
TTTCAGGTCA AACTCAGTGA TGCCAAAAAT GGTAAGTTGT CAGATGAAAA GGCAGTAGGC
AGAATTATTG ATAACGACAT TTCTCCGCAA ATATCCATCG GCGATGCTAG GGTGACTGAA
GCCAACAGGG GTGAGAAAAA TATGAAGTTT GAAGTCAAGC TAGATAATAG TAGCAGTCAA
ACAGTGAAGG TTAATTATGA GACTATTAAT GGTAGCGCTA AGGCGGGAGA AGATTTTCAA
AAGAAAAAGG GAGTCCTGAC ATTTAAACCA GGGGAGACGA AAAAGACTCT GAATGTTCCC
ATTTTAGGAG ATACTGTTTA TGAAAAAAAT GAGAAATTTC AGGTCAAACT CAGTGGTGCG
AAAAATGCTA AGTTATCAGA TGCAGATGCA AAAGCAGTCG GTATTATTCG AGATAACGAA
AAACCAGTGC CGGAGGTTTT CAAAGATGCT GTTGATATGG GAGTTCTGGA GTTAAAGCAA
ACCTCTAGCA GAGATAATAT TGGGTTTCCC GTCGGGCCAG TAGATCGGAA TACAGAAGAT
TATTTTCGTT TTGAGGTAGA AAAAGAAGGT TTAGTGACTA TTTTTGTAGA TAGCTTTATT
CAAAATTTGG GAATTGAATT ATATGGGGAA GATGAGAGTT TTTTAAATCA GTCAAATGAA
GAAGATATTG CCATAGAGAA AATCCAAACT ACTCTGGAAA AGGGTGTTTA TTATTTGAAA
GTTTTCTCCA TTGGAAGTGG TCGGACTGAC TATAATGTGA GTATTAACAT TGTTGAAAGT
TAA
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| Protein sequence | MDEFSPDDHS LFPEEPDETS LNVHYLPGAD SNPEVTDPMI QGAWGEVRDE LADFILAPEF
DDYIKTAFGE TVDPELAKEQ IKDVLTGENL PEVIMLPAAD MEPAVGAYDP LTGSIYLADS
LLPDTDGVLV DVLLEELGHF LDSQLSESDS PGDEGELLAA LVRGEELTQF QVMMLRGQDD
RVDIWVGGVE VEVEASEKVD FEKARNFKVG DGPYSVAAGD FNGDGIPDLA VANFSSDNVS
VLLGKGDGSF GSATNFPVGD GPASVAAEDL NGDGIPDLAV ANDGSDNVSV LSGKGDGSFG
SATNFPVGDR PVSVAAGDFN GDGIPDLAVA NYRDDNVSVL LGKGDGSFGS ATNFPVGGRP
LSVAVGDFNG DGIPDLAVAN WVDDNVLVLL GKGDGSFGSA TNFPVGDGPI SVAVGDFNGD
GIPDLAVANR WNDNVSVLSG KGDGSFGSAT NFPVGDDPFS VAVGDFNGDG IPDLAVANGG
DDNVSVLSGK GDGSFARRTN FPVGDGPASV AAEDLNGDGI PDLAVANYWD DNVSILINKT
PITIIPNITI SDTKLTEGNT NKTAKFNVTL DNPTTTTVKV NYTTANQTAQ VNQDYKLTKG
TLTFRPGETN KNITVPILGD NRDEPEEKFR VDLSRPQNAN IKDGRATGTI VDNDPVPQIS
IGDAKITEGN RGHKNMEFEV KLNNPSGKTV KVNYGTQEGS AKSGKDFQNK RGVLTFQPGQ
TKKIVSIPIF GDRVDENNEQ FQVKLSGAEN GNFSDNTAVG KIIDNDQVSQ ISISDAKTVE
GNRGQKNMEF EVRLNNPSSQ TVKVNYTTVD GNAKSGKDYQ KKSGVVTFKP GETKKSINIS
ILGDTFYENT ELFEVKLTRA QNAELPADPR KQYGAAIILD NDELPKISIG DAKMTEANRG
KKNMEFAVRL NNPSDQTVKV NYASVDGTAK SGKDFQSQKG VVTFKPGETK KTVNIPILGD
TLVENTEQFQ VKLSRAKNAE LSDSQAVGRI QDNDQPPQIS ISDAKVTEAN RGEKNMKFEV
TLDNSSAQTV KVNYETINGS AKAGEDFQKK KGVLTFKPGE RKKTVNVPIL GDLVDENNEN
FQVKLSDAKN GKLSDEKAVG RIIDNDISPQ ISIGDARVTE ANRGEKNMKF EVKLDNSSSQ
TVKVNYETIN GSAKAGEDFQ KKKGVLTFKP GETKKTLNVP ILGDTVYEKN EKFQVKLSGA
KNAKLSDADA KAVGIIRDNE KPVPEVFKDA VDMGVLELKQ TSSRDNIGFP VGPVDRNTED
YFRFEVEKEG LVTIFVDSFI QNLGIELYGE DESFLNQSNE EDIAIEKIQT TLEKGVYYLK
VFSIGSGRTD YNVSINIVES
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