| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0546 |
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| Symbol | |
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| ID | 4244514 |
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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 | 862472 |
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| End bp | 865609 |
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| Gene Length | 3138 bp |
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| Protein Length | 1045 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638105855 |
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| Product | DNA polymerase I |
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| Protein accession | YP_720469 |
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| Protein GI | 113474408 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0258] 5'-3' exonuclease (including N-terminal domain of PolI)
[COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | ATGGTTAATC ACTCTCCTAT AGCTCTTTTT GTTGATGGTC ATTCTCTCGC CTTTCGTTCC
TACTACGCTT TTGCCAAAAG TCGTAATGGA GGCTTGAAAA CTTCTACAGG TATTCCTACA
AGTATTTGTT TTGGGTTCCT CAAATCTTTA TTAGAAGTAA TAAATACCCA AAAACCAGAA
TATTTAGCGA TCGCCTTTGA TTTAGGAAAA CCTACATTTC GCCACGAAGC TGATAAAAAC
TATAAGGCAG ATCGGCCAGA ACCACCAGAA GATTTAATTA TTGACCTAGG AAATTTGCAA
GACCTTCTCA AAGCTTTTAA TTTAACAGTT ATTACTGCTC CTGGTTATGA AGCTGATGAT
ATATTGGGAA CTTTAGCAAA AAAAGCTAGT GCTACTGGCT TTAAGGTAAA AATTCTTTCG
GGAGACCAAG ATTTATTTCA ATTAATAGAT GCAGAAAAAG GTATTAGTGT TTTACATTTA
CCTGGGGGCA AAGGTAGTAT TCCTCAAGAA TTTTTTCCTG AAGAAGTTAA GGAAAAATTG
GGTATTTTAC CTACTCAAGT TGTTGATTAT AAAGCTCTTT GTGGAGATAA GTCTGACAAT
ATTCCTGGTG TTAGAGGGAT TGGACAAAAA ACTGCTGTTA AGTTATTGAA TGAATATGGT
TGTCTTTCCG AAATTTATGC TTCTCTGGAA CAAATTAAAG GAGCAAATAA GAAAAAATTA
GTATTAGGAA AAACTGAGGC AGAGCATTCT CAATTTATGG CAAAAATTGA AGTAAATGTG
CCGTTAAATA TTGACATAGA AGATTGTAAA TTTAAAAAGA TTTATCCCTC AGAAATTGAA
CCTATTTTGC AAAAGCTAGA ATTACAACAT TTTATAAATA AAATTCCCCA TTTAGAACAG
CAATTTAATA GTTTAGTAGA AGTTAAGTCT GGGCTGGATG AGTCAGGAAT TCAGCAGCAA
GAAATATCTC AAAATACTTT GGTTGAAATC GGGAGTGATG ATTGGTTTTT TAGTGCAGAA
GATACAAAAG TAGCTAAACA GCAAACTTCA ACAAAATCAA AAATAAAACC TCAAATTGTT
GATACTATAG AAAAATTAAA CAAATTAGTA AATATTTTAA AAGAACAGAA AAATCCTCAT
ATTCCCGTCG CTTGGGATAC GGAAACAACA TCTTTAGAAC CACGAGATGC AGAGTTAGTT
GGAATTGGTT GTTGTTGGGG AAAAAATATG GAAGATGTTG CCTATATTCC TACCGGACAT
AAAACTGATA AAAATCTGGA TAAGGTGACA GTATTAGAGA GTTTAAAACC TGTTTTAGAA
AGTAGCGAAT ATCCAAAAGT ATTTCAAAAT TCAAAATTTG ATAGATTAGT TTTTCGCTGT
CAAGGAATTA AATTAACTGG AGTTTTTTTT GACACAATGT TGGCTAGTTA TGTATTAAAT
CCAGAAGCAA AACATAGTCT GGAAGAAATA TATATTAGAT ACCTTAGAAA TGTGGGAATA
AATTTACAGA GTTATCAGGA TGTAGTGTCA AAAAATCAAA CTATTGCCGA CCTAGATATT
CTCAAAGTAG CTGACTATTG TGGTACTCAG GTTTGGGTGA CATTTCAGTT AGTAGAAAAA
TTAAGAACAG AATTAGAAAA AGCCGATAAA AATAAATCTA CCGAGAAATC TTTATATCGA
TTATTAGTGG ATGTAGAACA GCCGTTAGAA CCTGTTTTAG CAGAAATGGA ATTTCAGGGA
ATTAGGATTG ATATTGAATA TCTAAAAAAG TTCTCAGTCC AACTAAAAGA AGATTTAGAA
GAAATTGAAA AAAGAGCTTT TAAAACTGTA GATAGTCAAG TTTTACAAAA ATATCTACAA
ACAGAAATTC ATGAGATAGA CTTTAATTCA TTTAGTAATC AACAAGAATT AAAAAAAGCA
ATATCTAGCC CCATACTTAA AGCATATATT ACAAAATTAT TAAAAGAGCA TAGACAAAAT
CTAGAAAATA TTGAAAGCCA AATCAATCAA GTAGAAACCA GGGATTTATT AAACCTTAAT
TCCCCATCTC AATTAAGTGA ACTCTTATTT AGAATACTCA ATCAAAATCA TAAAAAATCT
CGCCGAATAA AAACTGGTTA CTCTACAGAT GTAGTAGCCC TAGAAAAATT ACAAACAGAA
CCTGAACATC ATCCCATTAT TGATGAAATA TTAAATCATC GAACTTTATA TAAACTTTTT
TCTACTTATG TCGAAGCAAT ACCAAGATTA GTTCGTTCCG ATACTCAGCG AGTACATACA
AACTTTAATC AAACTCAAAC AGATACAGGG CGTTTATCTT CTTCTGAACC AAACTTACAA
AATATTCCTA TTGGCACAAA ATTTTCTCGG CAAATTCGTC AGGCATTTCT ACCAAAAAAA
GATTGGTTAT TAGTAGCTGC AGATTATTCC CAAATAGAAT TAAGAATTTT AGCACATTTG
AGTCAAGAAC CAGTCTTAAT AGAAGCCTAT AAAAATAATC AAGATGTACA TACAGTTACA
GCTAAATTAT TATTTGAAAA AGAGGAAATT TCATCAGAAG AAAGGCGTGT CGGTAAGACT
ATAAATTTTG GCGTTATCTA CGGCATGGGA GCACAAAAAT TAGCAAGGTC TGTCAAAATA
ACAGTCAAAG AAAGCAAACA ATTTTTAGAA AAATATAAAC AACAATATTC CCTAGTTTTT
GCATATTTAG AAAAGTTGAA AAAACAAGCG ATCGCTAAAG GTTATGTAGA AACAATATTG
GGTCGGCGAC GTTATTTTGA ATTAGAATCT AAAACTATCC GTGATTTAAA GGACAAAGAA
CCAGAGGAAA TTAATTTACA GGAATTAAAA TTCAGTCAAA ATGATGCTCA AATTTTAAGA
TCAGCAGCTA ACTCACCAAT TCAAGGTTCA AGTGCAGATA TTATTAAAAT AGCTATGATT
AGACTGAACA AAATATTGAC AAATTATCAG ACAAAACTGT TATTGCAAGT GCATGATGAA
TTAGTATTTG AAGTTCCACC ATCAGAGTTA GAAAAAATGC AACAACTTAT TAAATCTACA
ATGGAAAATG CTGTTACTTT AAAAGTACCT CTAATAGTAG ATATTCATGG AGGTAAAAAT
TGGATGGAGA CTAAATAG
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| Protein sequence | MVNHSPIALF VDGHSLAFRS YYAFAKSRNG GLKTSTGIPT SICFGFLKSL LEVINTQKPE
YLAIAFDLGK PTFRHEADKN YKADRPEPPE DLIIDLGNLQ DLLKAFNLTV ITAPGYEADD
ILGTLAKKAS ATGFKVKILS GDQDLFQLID AEKGISVLHL PGGKGSIPQE FFPEEVKEKL
GILPTQVVDY KALCGDKSDN IPGVRGIGQK TAVKLLNEYG CLSEIYASLE QIKGANKKKL
VLGKTEAEHS QFMAKIEVNV PLNIDIEDCK FKKIYPSEIE PILQKLELQH FINKIPHLEQ
QFNSLVEVKS GLDESGIQQQ EISQNTLVEI GSDDWFFSAE DTKVAKQQTS TKSKIKPQIV
DTIEKLNKLV NILKEQKNPH IPVAWDTETT SLEPRDAELV GIGCCWGKNM EDVAYIPTGH
KTDKNLDKVT VLESLKPVLE SSEYPKVFQN SKFDRLVFRC QGIKLTGVFF DTMLASYVLN
PEAKHSLEEI YIRYLRNVGI NLQSYQDVVS KNQTIADLDI LKVADYCGTQ VWVTFQLVEK
LRTELEKADK NKSTEKSLYR LLVDVEQPLE PVLAEMEFQG IRIDIEYLKK FSVQLKEDLE
EIEKRAFKTV DSQVLQKYLQ TEIHEIDFNS FSNQQELKKA ISSPILKAYI TKLLKEHRQN
LENIESQINQ VETRDLLNLN SPSQLSELLF RILNQNHKKS RRIKTGYSTD VVALEKLQTE
PEHHPIIDEI LNHRTLYKLF STYVEAIPRL VRSDTQRVHT NFNQTQTDTG RLSSSEPNLQ
NIPIGTKFSR QIRQAFLPKK DWLLVAADYS QIELRILAHL SQEPVLIEAY KNNQDVHTVT
AKLLFEKEEI SSEERRVGKT INFGVIYGMG AQKLARSVKI TVKESKQFLE KYKQQYSLVF
AYLEKLKKQA IAKGYVETIL GRRRYFELES KTIRDLKDKE PEEINLQELK FSQNDAQILR
SAANSPIQGS SADIIKIAMI RLNKILTNYQ TKLLLQVHDE LVFEVPPSEL EKMQQLIKST
MENAVTLKVP LIVDIHGGKN WMETK
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