| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Synpcc7942_1392 |
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| Symbol | |
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| ID | 3774105 |
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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 | Synechococcus elongatus PCC 7942 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007604 |
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| Strand | - |
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| Start bp | 1437916 |
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| End bp | 1441983 |
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| Gene Length | 4068 bp |
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| Protein Length | 1355 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 637799824 |
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| Product | alkaline phosphatase |
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| Protein accession | YP_400409 |
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| Protein GI | 81300201 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0737] 5'-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.127583 |
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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 | 25 |
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| Fosmid unclonability p-value | 0.479839 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTCAAT TTACCCTTCA GCTTCTGCAC TTTTCAGATC AAGAAGCAGG TATTCCTGCT
TTAAAAGATG CTCCCAATCT ATCAGCAGTC CTGAAGGCTC TGAAAGACCA AGACGGGGAT
GATGTAGATA CTGATCCTGA CTATCTGAAC ACATTAATTC TTTCATCAGG TGATGCCTAC
ATTCCAGGCA CCTTTTTGGA TGCTAGCGTC CAGGCTTACG GTGGCCAAGG ACGAGCTGAT
ATCCTCATCC AGAATGAGCT TGGCGTACAG GCCATTTCTT TTGGCAACCA TGAGTTTGAC
TTGGGAACTG GCTTGATTGC CAATCTGTTG AAGCCCTCAG CAGATGGACT CTATGCCGGG
GCTGCCTTCC CTTACCTCAG TGGCAACCTC AACTTTGCAC CAGATGCAAA CCTCGCACCC
TTAGTCACTG CTGATGGTCA GGAAGCCAGC ACGATCGCGG GTAAAATCGC GGCGAGCAGC
ATCATTACTG TCAATGGGGA AAAGATTGGC GTTGTTGGCG CAACAACGCC GATTCTGCGC
AGCATTTCTA GCCCAGGTGC TGTTCAAATC GAGCCTAGTC CCTTTGGCAG TGTTCCTAGC
GCCCAAGAAC TCGATGCCCT AGCTGCCATC ATTCAGGCCG ACGTTGATGC GCTGCTGGCA
AATAACCCTG ATCTCAATAA AGTGATTTTG CTGTCTCACA TGCAGCAAAT CTCGATTGAG
CAAGAAATTG CAAAACGACT GAGAAACGTT GACATCATCG TTGCTGGCGG TTCTAATACT
CGTCTACTTG ATAGCAACGA TGTACTAAGA GCTGGTGACA CCAAGCAGGG TGAATATCCC
TTCTTTACAA ATGATGCAGA TGGCAAGCCG ATCGCTGTTG TCAACACAGA TGGAAATTAT
AAGTATGTTG GTCGGCTAGT TATTGATTTT GATGAAAACG GTAATGTTAT TGCCGAGAGC
TATGACCCCA ATGTAAGCGG GGTCTATGCC ACTGACGATA CTGGTGTTGC TGCCCTAAAC
GCTCAGAATT TAGTTGATCC TGAAATCCAA CAAATTGTTG ACAACTTGAG CTCTGTTATT
TCCAGCTTAG ATGGCGCAAT TTTTGGTAGT ACAGACGTCT TTCTCAACGG CGCGAGAAGT
GATATCCGCA TCCAAGAAAC CAACTTAGGT AACTTAACTG CGGATGCGAA CCTTGCCTAC
GCCAAGACTA TTGATTCGAC TGTAACCCTC TCACTGAAGA ATGGTGGCGG TGTTCGTAAC
AACATCGGTT TCGTCACCTT CCCGGAGGGC TCTACCGATC CAGATGATGT ATTGAAACTC
CCGCCAGCAG CTAACCCTCT TGCAGGCAAA GAGGAAGGGG ATATTTCTCA GCTGGATATT
ACGAACTCGC TGAGTTTTAA CAATGGCTTA GCGCTGATCA CATTGACTGC GGAAGAACTT
CTAGAAATCG TCGAGTATGG CTTTGCAGCC AGTAGTCTTA ACGATGGTAA TACCCAAGGT
CGCTTCCCTC AGATTGGTGG CTTCTCCGTT GCAGTTGATT TGACTCGTGC CCCAGGCGAT
CGCGTCCTCT CGCTAGCGAT TAAAGACGAA GAGGGCCGCG ACATTGATGT CGTTGTCCGT
AATGGCGAGA TCGTTGGCAA CCCCGCTCGC ACCTTCCGGA TGGTAACGCT CAGCTTTTTG
GCCGACGGGG GCGATGGATA TCCATTCCCG ACCGGTGAGG CGACTAATCG CATTGATCTT
GCTCAACCTG CCGAGGCTGA ACGGACTGGT TTAGCGCAAT TTGCACCAGA TGGCACTGAG
CAAGATGTTC TAGCGGAGTA TCTAGCTACT CGCTTCACTG AGAATTCTTT TGACAAACTG
GATTCTGCGC GTGATTTCGA TACTCGCATT CAGAACGTCA GCTTCCGCGA TGATACGGTC
ATTAACTCTC AAATCCAGCT GAGTGTTCTA GGAACCTTTG CAACAGGCAG CTTTGACCAG
GGCGCCGCAG AAATCCCGGC CTATGACCCG ATTAGCCAAC GTCTCTTTGT TGTCAATGCC
CAAAACAGCC GCGTAGATGT CCTAGACATC AGCGACCCTA CTCGACCTAC CCTCATTGGA
TTTATCGATA CTTCGAGCTT TGGCTCTCCT AACAGTGTCG CCATCCAAAA TGGTCTGGTT
GCGATCGCTG TTCAAAATGC GAATCCGCAG GAGAACGGCC AAGTCTTCTT CTATCAGTCC
ACCGCTAGTT CCTTCAATGC TCCGCTTCGG GCAATTGAAG TGGGCGCCCT ACCCGACATG
CTGATCTTTA CGCCTGACGG CTCCAAGGTT TTGGTAGCTA ATGAAGGTGA ACCTAATGAA
GATTACACCG TTGATCCCGA AGGTTCAGTC AGCATCATTG ACCTTAGTCT GGGTGTAGCC
AACGCTCAGG TTAGAACAGC AACTTTTACT GCCTTCAATG ACCGAAAGGC AGAGCTGCAA
GAAGCTGGCG TCCGCATTTT GAAAGATGAT GCGACTGTTG CCGAGGATAT TGAGCCGGAG
TACATCGCTA TCTCTCCCGA TGGCAACACT GCAGTGGTGA CTCTCCAGGA AGCCAATGCA
CTGGCTTTCA TTGATTTGGC GACCGCAACG GTTACGGATA TCAAGCCGCT GGGTCTAAAG
GACTTTAGTC TTCCGGGTAA TGCGCTGGAT CCGAGCGATC GCGATGGAGG TATTAATCTC
CGTAACGTCC CAGTGTTTGG GCTCTACCAA CCAGATGCCA TTGCCTCCTT CGTTGGTGCT
GATGGGAAGA CCTACTACAT CACTGCCAAT GAAGGCGATA GCCGAGTCCG GCCGACGGGA
GATGACATCA TCCCCGAGGT TGGTGAAGGG GACATCTTCA ATGAAGAGGT TCGAGTCAGC
AGCAACCGTT ACATTCTCGA CCCAACGATC TTCCCAAATG CAGCTGAGCT GAAGCAGAAC
TCGAATCTGG GTCGCCTGAC CGTTACCAAC GAATCAGGTG ATCTAGATGG GGATGGTGAC
TTTGACCAAA TCGTCACTTT TGGAGCTCGC TCTTTCTCGA TCCTCAATTC CGAGGGTGAG
CTTGTTTTTG ATAGTGGCGA TCAGCTAGAG CGAATCACTG CTAGCTTCTT CCCTGAAAAC
TTCAACGCCA GCAATGACAA TAACGATCTA GATAACCGCA GTGACAACAA AGGTCCTGAG
CCTGAAGGTG TCGTGATTGG CCAGATTAAC GATCGCACCT ATGCCTTTGT CGGTCTTGAG
CGGACCGGTG GCGTCATAGT CTACGACGTG ACTACCCCTA ACAATCCCAC CTTTGTTCAG
TACCTCAACA ATCGTAATTT CAACGCTGAT GTTGAAAGTG CCGAAGCGGG TGATTTAGGC
CCTGAGGGTC TTGCTTTCAT CTCTGCAGAG GACAGCCCCA ACGGCAAACC TCTGTTGGTT
GTCGCCAACG AGATCAGTGG AACTACAACG CTCTATGAGA TTAATGTCGG TTCTAATCCT
GACTTGATCA AGTTAGACAA CAGCGCCCAG ATTGCTTACA TCACTTATCT AGGACGGCCT
GGCGATCGCG GTGGACTGAC CTTTTGGAAT GAGGTTCTGA GAGATGCCGA AATCAGCTAC
GACCCTCAAA CTGGTGATTT AATTACTGGT GAAGAAGTTC TTCCCTTCAA CGCCTTCATC
AACGGGTTTG GAGATTCTTC TGAAGCTGAT CAAATCTACG GTGGTAAATC TGCAGCCGAT
CAGGTGAACT TAATTTATAA CTTTGCCTTC AATCGTAATG CTGAGAGTGC TGGCCAAGCC
TTCTGGGTCA ACCAGCTGAA TAGTCGCCAG CTCAGCTTGG CGGAACTGGC TCTAGAAATT
GGTCTGAACG CGACAGGCAA TGATTCAGTA GTTCTTAACA ACAAGATTAG AAGTGCCACT
CTGTTCACCG ATTCGATTGA CACGAATGTT GAACTAGCTG CTTATCAAGG TAGTAAGGGG
ACCAGCTTTG GTCAGACCTG GCTAGATCAG TTTGACTTTA GCCAAAGTAG CCAAGCTCTG
GTTGATAGTG CTCTTAACGC TTTAGTCAAT GACCTACCTC TTGGATAG
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| Protein sequence | MAQFTLQLLH FSDQEAGIPA LKDAPNLSAV LKALKDQDGD DVDTDPDYLN TLILSSGDAY
IPGTFLDASV QAYGGQGRAD ILIQNELGVQ AISFGNHEFD LGTGLIANLL KPSADGLYAG
AAFPYLSGNL NFAPDANLAP LVTADGQEAS TIAGKIAASS IITVNGEKIG VVGATTPILR
SISSPGAVQI EPSPFGSVPS AQELDALAAI IQADVDALLA NNPDLNKVIL LSHMQQISIE
QEIAKRLRNV DIIVAGGSNT RLLDSNDVLR AGDTKQGEYP FFTNDADGKP IAVVNTDGNY
KYVGRLVIDF DENGNVIAES YDPNVSGVYA TDDTGVAALN AQNLVDPEIQ QIVDNLSSVI
SSLDGAIFGS TDVFLNGARS DIRIQETNLG NLTADANLAY AKTIDSTVTL SLKNGGGVRN
NIGFVTFPEG STDPDDVLKL PPAANPLAGK EEGDISQLDI TNSLSFNNGL ALITLTAEEL
LEIVEYGFAA SSLNDGNTQG RFPQIGGFSV AVDLTRAPGD RVLSLAIKDE EGRDIDVVVR
NGEIVGNPAR TFRMVTLSFL ADGGDGYPFP TGEATNRIDL AQPAEAERTG LAQFAPDGTE
QDVLAEYLAT RFTENSFDKL DSARDFDTRI QNVSFRDDTV INSQIQLSVL GTFATGSFDQ
GAAEIPAYDP ISQRLFVVNA QNSRVDVLDI SDPTRPTLIG FIDTSSFGSP NSVAIQNGLV
AIAVQNANPQ ENGQVFFYQS TASSFNAPLR AIEVGALPDM LIFTPDGSKV LVANEGEPNE
DYTVDPEGSV SIIDLSLGVA NAQVRTATFT AFNDRKAELQ EAGVRILKDD ATVAEDIEPE
YIAISPDGNT AVVTLQEANA LAFIDLATAT VTDIKPLGLK DFSLPGNALD PSDRDGGINL
RNVPVFGLYQ PDAIASFVGA DGKTYYITAN EGDSRVRPTG DDIIPEVGEG DIFNEEVRVS
SNRYILDPTI FPNAAELKQN SNLGRLTVTN ESGDLDGDGD FDQIVTFGAR SFSILNSEGE
LVFDSGDQLE RITASFFPEN FNASNDNNDL DNRSDNKGPE PEGVVIGQIN DRTYAFVGLE
RTGGVIVYDV TTPNNPTFVQ YLNNRNFNAD VESAEAGDLG PEGLAFISAE DSPNGKPLLV
VANEISGTTT LYEINVGSNP DLIKLDNSAQ IAYITYLGRP GDRGGLTFWN EVLRDAEISY
DPQTGDLITG EEVLPFNAFI NGFGDSSEAD QIYGGKSAAD QVNLIYNFAF NRNAESAGQA
FWVNQLNSRQ LSLAELALEI GLNATGNDSV VLNNKIRSAT LFTDSIDTNV ELAAYQGSKG
TSFGQTWLDQ FDFSQSSQAL VDSALNALVN DLPLG
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