| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3115 |
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| Symbol | |
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| ID | 4244206 |
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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 | 4764454 |
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| End bp | 4767726 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638108128 |
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| Product | AAA family ATPase |
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| Protein accession | YP_722721 |
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| Protein GI | 113476660 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1483] Predicted ATPase (AAA+ superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.2402 |
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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 | 20 |
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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 | ATGCTATCCT CAATATTTCA AGCTTGCATT CCTAAAGCCG AAATTCAATC AGGTAATTTA
TCAGCAGAAA TATTTGCAGC TAAACTAATA TCAGTTGTAG AAGGAAAAGC TCCTTATGTT
TATCAAAATG CTGATGCTTT TTTTGCCAAT ACTTATCCCA CTGACGGGCT AAAAAGTCTG
ATTAAAGAAG TATTTTCTCG TCTCAATAAG TCAGCAGCAG GGGCACCTGT GATTAGATTA
GAAACAAGTT TTGGTGGTGG TAAAACTCAC GATGAAATAG CTATTTGGCA TATTTGTCAA
GCAGGTAGAA AAATACAAGG TTTAGAACGT TTTACTGATT TAAATTTAAT TCCTAATTCT
CCTATTCAAG TAGCAGCAGT AGATGGTCGT GACTTAGACC CAGAGAATGG TGTTTTTCAT
CAAGATACAG GAATTACAAC TTATACTTTA TGGGGAGAAA TTGCCTATCA AATAGGAGGA
ATTGCCGGTT ATGAACTTTT GTCTGGTAGT GATAAAAAAG GGGGTAGTCC GGGTACTTCT
GTTCTTGAAA ATTTGATTAA TGGCAACCCC ACAGTAATTA TATTAGATGA AATTGCCCAT
TGTTTACGAA CTGCTAAAGC AAAGATTGTT GGTGATACTA ATTTAGCAGA ACAAGTGGTG
GCTTTTGTAT TTACTTTAAT GAACTTAGCA GGTGCTAGTG ATAATATTGT ATTTGTTTAC
TCTTTAGCTT CTACATCCGA CACTTTTTCT CAGGAAACTA CAGAATTCAA AGAAGAAATA
TCCAAAGAAT TAAAAGAAGT AAGATCTGCT TCGGCACGAC AAGAATTAAT TATTAGTCCT
TCTACAGATG TGGAAGTTTA TAATATTGTC AAACAACGAT TATTTGATAG TGTAAGTGCT
GAAGTTGCTG AAAAAATCTC CAAACAATAT CTTGAATCAT ATCGCGCTTG TAAACTCAAT
TTACCAGATG GATGTAAAGA TGCTGACTAT GCAAGTGCAA TTACTCAAAG TTACCCATTC
CATCCAGAGT TATTTAACCT ATTGACGAAA AAAATTGCCT CTATCCCAGA GTTTCAAAAA
ACTAGAGGTG CGTTACGTTT ATTTGCTCAG GTTGTCAAAT ATCTATGGCA AAACCCCCCA
GAACATACTC TCATGATACA TACTCACCAC ATACCAGTGG GAATGGATGA CAAGGTAACT
AATGACTTGA CCTCCAAACT ACAACGTTCT CAGATGATGC CTCCTATTAG GGCAGATATT
TACAATACCG ATGGCAGAAA AGCTTATGCT CAGGTTCAAG ATGAAAACTG GATAGCAGCA
GGTAAACCAA CTTTTACAAC TTGGACTGCT AGAACAATTT TTCTTCATTC TTTGACTCGA
GGTACTTCTT CTGGTATAAA TAAATCGGAA TTAAATTTAT CTCTCTTAAC ACCAGGAATT
GAAATTGGAT TTGTGGAACG TGCTTTGGAA AAGTTAACTT CAGTTGCTTG GTATTTAGAC
TATGACCCTA TAACATCTAG AAGTAGATTT AAAGAAGAGC CTTCAATTAA TAAAATTGTG
ACTGAGGAAA AAGATATGGT AGGGATAATT GAAGCTAAAG ACTATTTACG AGAGCGACGG
GATAGTATTT TTGCTAAAAA TATATTTAAC AATTTAATTT TAGCTCCAGC TAGTCCTTCT
GATATTGATG ATAAACCGGA TGAAATTGCT CTATGTTTAA TTGATTTTGA TGAAGCAACG
GTAAAATCTA CTACAGATAA TCCGCCGGAA ATTGTGGATA AAATGTTTAA TAATACGGGT
GAATCAGGAA AATTCAGAGT TTATCGTAAC CGTTTATTAT TCTTACTTGC TAATGAAATT
GAATTACAAA AAACTGTCGA TAATGCTAGG GAATATAAGG CTATTCAAAA CATTTTAAAA
AGTCAAAATC GTCTGCAAGA CTTATCAGAA ACTCAGAAGA AACAACTGAA GGAAAGAAGC
GGAGCAAAAG ACTTAGATGT GAGAGTTTCT TTAACTAATA CTTACCGTCA TTTATTCTAT
CCGAGTAATG ACCCGAAAAA AGCTCCTAAT GGTTTAATGC ACTATACTTT ACCTACTCAA
GATTCTAGTA CAATTAAAGG TAAAAGTAAT CAACAAGATA TAATTGTTAA GGCTCTCAAA
GACTGTCAAA AATTTCGTTC GGAAGAGGAA GCTAAACCTT ATGCACCTGC TTTTATTTTA
CAGAAAGTTT GGTCTAGTGG GTTAGACTCA ATATCTACAA AAGGTATTAA GGACACATTT
GCTAAAGACT TAAGCTTAAA ATTTCTGATG GGTGGAGAAA TTTCATTGTT ACGAGATACT
ATTCTCAAGG GGGTACAAGA GGGGCAGTGG GATATGAAAG TAGGGGAGCA GTTGTTTATC
AAAACAGAGC TTGGTTTACC CAGTTTAACT AATATCAAAA TCGAATTTTC TGACAATATT
GTATTGTACC GTCGGGGAAT ATTGGAACCT CCTGCACCAA AAATAATTGA ACTTAATGCT
CAGGTGATGC AGAGTCGGGA AGCTGCTAAA CCTGTAGGAG TCAGATGGAA AGCTAAGGGT
GCTTTGACTG TTACTCTCTA CCAAGATAAT GATGTCATTC CTGGTAATTT TAAGCCAAGT
GATGAGTATA AAACTACTAT TACTGAGAAT ACTGTTTTCA AGGTTATAGC TGACTATGGT
AATGATGAAA CTGAGTCAAA AGAATATGCT GTTACTCTTG CTCCGGCGAG AAGTGTTAAG
TCTCCCACGG GTACTTATCG AGTTCCTGGT AAGAGTGATA GTGAGGGTAC TCAAGGAAAT
GTCTTTGACT TTCAACCCCC CAATATTAAC CTAGAGGGAA CGGTTAATGC TGTGTTCACT
AAATTTGTTG ATGAATGTAG CGATCGCAAA GTCGCAACTA TTGAGTCTTT AGAATTAACG
GTAGATAAAA CAGTAGACTA TCGTAAAATA GGTACAGCTT TACCATTACT TAGCAGGTTT
AACATTTCCA TAGACCAAAC AGTAACTATT CAAGCACCAG ACCAGTTTGT GCGGCTTGAA
TATCAAGGGA AAATACGGGG GTTTCAAAGT TTTTTCACTA CTATTAGTGG TTTACTGAAT
GTACCAAACG CTCAAGCAGA TGTTAGTATC AAAATTACTA TTGAGTTTAC TACACCTATT
ACACCAGGAG GTCACGAACT CAATGCTATC AAACAAGCCT TAACCCGTAA CCCGGTTGAG
CACATTAGCT TAAATGCAAA GGTGACATAT TAA
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| Protein sequence | MLSSIFQACI PKAEIQSGNL SAEIFAAKLI SVVEGKAPYV YQNADAFFAN TYPTDGLKSL
IKEVFSRLNK SAAGAPVIRL ETSFGGGKTH DEIAIWHICQ AGRKIQGLER FTDLNLIPNS
PIQVAAVDGR DLDPENGVFH QDTGITTYTL WGEIAYQIGG IAGYELLSGS DKKGGSPGTS
VLENLINGNP TVIILDEIAH CLRTAKAKIV GDTNLAEQVV AFVFTLMNLA GASDNIVFVY
SLASTSDTFS QETTEFKEEI SKELKEVRSA SARQELIISP STDVEVYNIV KQRLFDSVSA
EVAEKISKQY LESYRACKLN LPDGCKDADY ASAITQSYPF HPELFNLLTK KIASIPEFQK
TRGALRLFAQ VVKYLWQNPP EHTLMIHTHH IPVGMDDKVT NDLTSKLQRS QMMPPIRADI
YNTDGRKAYA QVQDENWIAA GKPTFTTWTA RTIFLHSLTR GTSSGINKSE LNLSLLTPGI
EIGFVERALE KLTSVAWYLD YDPITSRSRF KEEPSINKIV TEEKDMVGII EAKDYLRERR
DSIFAKNIFN NLILAPASPS DIDDKPDEIA LCLIDFDEAT VKSTTDNPPE IVDKMFNNTG
ESGKFRVYRN RLLFLLANEI ELQKTVDNAR EYKAIQNILK SQNRLQDLSE TQKKQLKERS
GAKDLDVRVS LTNTYRHLFY PSNDPKKAPN GLMHYTLPTQ DSSTIKGKSN QQDIIVKALK
DCQKFRSEEE AKPYAPAFIL QKVWSSGLDS ISTKGIKDTF AKDLSLKFLM GGEISLLRDT
ILKGVQEGQW DMKVGEQLFI KTELGLPSLT NIKIEFSDNI VLYRRGILEP PAPKIIELNA
QVMQSREAAK PVGVRWKAKG ALTVTLYQDN DVIPGNFKPS DEYKTTITEN TVFKVIADYG
NDETESKEYA VTLAPARSVK SPTGTYRVPG KSDSEGTQGN VFDFQPPNIN LEGTVNAVFT
KFVDECSDRK VATIESLELT VDKTVDYRKI GTALPLLSRF NISIDQTVTI QAPDQFVRLE
YQGKIRGFQS FFTTISGLLN VPNAQADVSI KITIEFTTPI TPGGHELNAI KQALTRNPVE
HISLNAKVTY
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