| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2556 |
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| Symbol | |
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| ID | 4244858 |
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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 | 3947029 |
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| End bp | 3952464 |
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| Gene Length | 5436 bp |
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| Protein Length | 1811 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638107631 |
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| Product | ATP-binding region, ATPase-like |
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| Protein accession | YP_722230 |
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| Protein GI | 113476169 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG3899] Predicted ATPase
[COG4191] Signal transduction histidine kinase regulating C4-dicarboxylate transport system |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | 14 |
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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 | ATGATTACTC TAACTGGTTA CCATATAACT GAAATTATCT ACCAAGGAAC AAGAACAGAA
GTTTATAGAG GTACACGCAA TAGTGACAAC AAACCTGTAA TTATCAAAGT CTTAGCCAAT
GTTAACCCCA AATTTAATGA GCTGGTACAA TTTCACAACC AATATATGCT AAGTCGCCAT
CTGCAACACC CCAATATTTT ACAACCTCTT GCTCTGGAAC GTTACGGTAA TGGTTATGCT
TTAGTGATGC CAGATAATGG AGCGATCGCC CTTTCATCTT ATTGGCATGG GGGTTTGAAA
AGTGTTGATA CTGAATTAGA ACAAAACCTT GGGGAATTTT TGAGAATTGC TATTCAACTA
ACTGAATCTC TACATTATCT GAACCAAAAG CGCATCATCC ACAAAGATAT TAAACCCGCC
AATATCTTGA TTTATCCCAA AACTCAACAA ATTCAACTGA TTGATTTTAA TATTGCTAGT
TTGTTGCCCA AAGCACAACA GGAAGTTACC CACCCCAATG TGCTACAAGG AACTCTGGCC
TACATCTCTC CGGAACAAAC TGGGCGGATG AACCGGGGTA TTGATTATCG CGTGGACTTT
TATTCTTTGG GTGTTACGTT CTTTGAACTA CTTACAGGTG AGTTACCTTT TACCACGGAT
GATCCAATGG AGTTAGTACA TTGCCATATT GCTAAATTAC CAATCTTTGA GAACAAGGAA
TTAAGAAATG GGGTTTGTAT TCCACAAATA CCTCAGATGG TAATTAACAT TGTCATGAAA
TTGATGGGGA AAAATCCTGA AGATCGTTAT CAAAGTGCAT TGGGTTTGAA GTATGATCTA
GAAAATTGTT TGCAACAATG GGAAGCTAGA GGAGAAATAG CTAAGTTTCA ATTAGGAAGG
CTAGATTTTA GCACTCACTT CCTCATTCCT GAAAAACTCT ACGGACGGGA AAGGGAAGTT
AAGCAGTTGT TAGCTGCTTT TGAGCGGGTA TCTGAAGGAG AAGGGGATAG GGCTCCAAGA
TCTGAAATAA TGCTGCTGGC AGGGTTTTCG GGTATTGGTA AAACTGCTGT GATCAATGAA
GTTCATAAAC CAATTACTGC TCAACATGGT TACTTTATTC AAGGTAAATT TGACCAATTT
AATCAAAATG TTCCCTTGTC AGCATTTTTA CAAGCACTGC GAAATTTAAT GGAACAAGTG
TTGTTTGAGC CTGATGCTCG GTTTGTTGCA TGGAAAACGA AAATCTTGGA GGCAGTTGGG
CAGAACGGAC AAGTATTAAT TGATGTGATT CCAGAACTAG AGTTAGTAAT TGGTAAACAA
CCTGCTGTAC CAGAACTATC AGGCAATGCA GTGGAGAATC GTTTTAATTT CTTGTTCCAA
AAGTTTATTG AAGTTTTCAC AGATAAAAGA CATCCCCTGG TAATTTTCTT GGATGATCTA
CATTGGGCGG ATACAGCTTC TCTGAAATTG ATTAAACTGT TGATGGAGGA TAATAGTTAT
CTACTATTGT TGGGAGCTTA TCGAGATCAT GAAGTTTCAT CAGTACACCC ATTGATTTTG
GCGCTAGAGG AGTTGAAACA ACTGGGTACA ACTGTTAATA CTATTACTCT TCAATCTCTT
GCTTTCCGCG ATATGAATCA ATTAGTAGCT GATACTTTAC ATTGTTCAAC TGATATCTCG
CAACCACTCA CGGAATTAAT TAATCGGAAA ACTCAAGGAA ATCCTTTTTT TACAACTCAG
TTCCTCAAAG GATTATATCA GGATAGATAC ATTACTTTTA ATCGCGAACA GGGCTATTGG
GAATGTGATA TAATCCAAAT TAATGATCTT TCTCTCACTG ATGATGTGGT GGAGTTTATG
TCACAAAAGT TGCTGAAGTT ACCCAAGGAA ACTCAGCAGG TACTTAAATT AGCAGCTTGT
ATTGGCAACA AATTCGACTT AGATACATTA GCAATTGTGG CCAAGCAATT GAAATCAGAT
GTGATGACAG CTTTGTGGTC AGCTTTAGAG GCAGAGTTAA TTTTGCTACA AAGTCAAGTA
TATAAATTTT ATACCAGCAA TGATGAAACA GAGGTAGATT ATGAATATAT TGAAAATGTG
GGGTATCGCT TTTTGCATGA TCGCGTCCAA CAAGCTGCCT ATTCTCTAAT TCCTGATGAT
CAAAAGGAAG CTAACCATTA TCACATTGGG CAATTACTCC TAGAGCAGAT ATCTCCAGAA
ACCAGAGAAC GATACATTTT TGAAATTGTT AATCAACTCA ATTATGGAGT TAATTTAATT
ACTGAACAAG TTGCACGGGA TGAACTAGCG GAACTTAATC TTGTTGCTTG TCGTAAAGCT
AAAGGAGGAT CTGCCTACAA AGCGGCAAGG GAGTATGGAG TAATTGGCAT TGACTTACTT
GGTAGGAAAG CTTGGCAACG AAAATATGTA ACCATGTTAC AATTACATGA ATTGGTAGCA
GAAGCATCTG TAATTTATGG GGATTTTCAG GGAATGAATC AACAGATAGA TGCAGTTATT
GAGCATGGAA AAACTTTATT AGATCAAGTA GACAGTCATA TAATTAGAAT CCAAGCTTTA
ACTACCCAAA ATAATTTGCT AGAAGCGATC GCCTATGGTA AGTCAATTTT AGAAGAGTTT
GGAGTTAAGT TTCCCGAGAC TATTACCTCT GTTGAATTGG AGCATGAAAT TGAAGAAACT
CAAGCTTTGA TAGGCGATCG ATCTATAGAG GATTTATTAC ACCTGCCAGT TATGGTAAAT
CCTGAAAAAT TAGCGATTTT GAAAATATCT ACCAGAATGA TTACGTGCTG TTATCTAGCA
GGTTCTCCTC TGTATGCTTT GTTGGGTAGT TTACAAACTA AATTATCAAT TCAGTATGGT
AATGGTATCT TTTCACCGAC TGGATATGTG GTTTATGGAA TATTTATGCT GAACTTTAAG
AAAGATATTT ATACAAGCAA TCAATTGGGC GAATTAGCTT ATCGTTTAGC TTCTAACGCC
AAGGATAAAA ATATTCCCGC TATAACCTTC ATCCCTCTTG GATTATGTTT GTATCATCAC
CAAAATCACC TCCAGGAAAC ATTGTCAATT TTTGAAGCAG GTTATCAGGC TGCTCTTGAA
ATAGGCAAAG TTGAATATCT CGGTCGTTAT AGTTACGGAT TTTGTCTCAA TTCTTTCTGG
TGTGGTAAAC CATTGAAAGA GTTAGTAGTT CAAATCCAAG CATATATTGA GGTAACAGTT
AAATTCAAGC TGTCACACTT TGAAAGATAT TGTTTGATTT TTTGGGAAGC AACAGTATTG
CTCTTAGGAA ATCCAGAAAA TATTCATCTG GAAATTGAGG ACAGTAATGA TAGAAGGCCT
TGGATGACTG AAATGTTAAA ATCCCATGAT CTAGCTCAAA TTTTTCATTA TTATCTCCAT
CGGGGAATTT TAAAGTTTAT TTTAGGGGAT ATCCTTTCAG CAAAAGCTGA TACTATTGCA
GCTAAAAAGT ATTTGTCTGG AGGACTGGGA ACGGTTGGTG AAGCGGGCTT TTATTTTTAT
GATTCTTTAA TTACTTTAGC TACTCTTCAA GAGTCTGCCT CAGATATTGG GAGTTCACTG
CAACAAGTAC AAGAAAATCA GAATAATTTA CACCTTTGGT CAGAATATGC GCCGATGAAT
TATTTGCATA AATGGCAATT AGTGGAAGCT GAAAAGTATC GAGTTTTAGG TAAAAAGTAT
CAAGCAGGAG ATTTTTACGA CCGCGCTATT GCTGGAGCAA AAGAAAATGA ATATTTCCAG
GAAGAAGCTC TGGCTAACGA ACTGGCAGCA AAATTTTATC TTGTATGGGG CAAAGAGAAA
ATTGCTGCTG GTTATATGCA AGAGGCTTAT TATGGATATG CTTATTGGGG TAGCAAAGCT
AAAACTGAGC AACTAGAACA AACCTATCCT CAACTCCTTA ACCCCATCCT TCAACAGGTC
AAACCTATTA GCTCCACTAC TAGCATCTCC CTAGAAAATT CTCTTCAATT ACTAGATCTA
AAGTCTGCCA TTAAAGCCTT CCATGCTCTT TCTGAGGAAG TTGAACTTGA GGTTTTGCTC
TCTAAATTAA TGTACGTTCT TATCGAAAAT GCTGGAGCAG ATAAAGGTGT TCTAGTTGTA
GATAACTTTG GTACTTGGGA AATTTCTGTC ATCTGTGATC AGAACAAGTG TCGTTTCTTG
AAGGCCTCCC CAAATCTAAG TAATGTTCTA CCAGTTAATA TTATTAATAA GGTAAAACGA
ACTCGACAAA GGATATTGAT TAATTATTTC GACCAAGAGA ATGTATACAT TAGCGATCCA
TATTTTACTC AACAGAAGCC GAAAAGCCTT TGTTGCACCC CAATGCTTAA CCAAGGAAAA
CTTATCGGTA TTATCTATCT GGAAAACTAT CTATGTACTC AAGTTTTTAC CTCATCTTCC
ATAGAAATTA TCAATCTTTT GAGTGCAAAA GCAGCCATTT CTATCCAAAA TGCTCTGCTC
TATCGTCGTT TAGAAAACTA TAGTCGTAAC CTGGAGGCTG AAGTGGAAAT CAGAACCCAG
AAACTACAAG AAAATAACCA ACAATTACAG GCTACCCTAG AACAATTGCA GCGTACTCAA
GCTCAATTAA TTCAGGCTGA AAAAATTTCT TCTCTAGGGG AAATGGTAGC GGGAATTGCT
CACGAAATTA ACAACCCCAT TACTTTTATC TCTGGGAATA TTTTTCATGC TCAAGAATAT
TTTGGAGATT TAGTGGAATT AATAGACCTT TATCAAGAGA ACTTTCCCCA GTCTAGTCCA
GCAATACAAG ATAAATTAGT AGAGGTTGAG CTAGACTTTT TGTGTGAGGA TTTAAAACGC
TTGTTCCAGT CAATGCAAAA TGGAAGCGAT CGCATTCGCC AGATTGTCCT CGGTTTGCGC
AATTTCTCTC GTCTTGGTGA ATCAGAATGT AAGGAGATAG ATATCCATGA AGGTTTAGAA
AACACGTTAA TGATCTTGCA ACATCGCTGT CAAGATCAAA AGGGTCGTCC TGATATTACT
CTGATTAAAA ACTACGGAAA ACTGCCTCTC ATCAACTGCT ACCCTAGTCA ACTAAATCAA
GTCTTTTGGC ATATTATTAC CAATGCGATC TATGCTTTAA CAAGGGCAGA CAGTCCCGCT
GTTCCTGAAA TTAGGATAAC TACTGAGGTA CACAACGACA AAACTGTCCA AATCTCTATT
GCTGATAATG GGATAGGAAT GAGCGAAAAA GTGCGGGAAA AAGTGTTTGA CCCCTTTTTT
ACTACTAAAC CAGTTGGTCA AGGAACTGGA TTAGGATTAT TAATAAGTCA TCAAATTATT
ACCGAGCAAC ATAATGGAGA ATTGTATTGT ATTTCTCAAC TAGGAAAAGG TAGCGAGTTC
ATAATCAAAA TCCCGGTTTT GTTGGATTAT AGATAA
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| Protein sequence | MITLTGYHIT EIIYQGTRTE VYRGTRNSDN KPVIIKVLAN VNPKFNELVQ FHNQYMLSRH
LQHPNILQPL ALERYGNGYA LVMPDNGAIA LSSYWHGGLK SVDTELEQNL GEFLRIAIQL
TESLHYLNQK RIIHKDIKPA NILIYPKTQQ IQLIDFNIAS LLPKAQQEVT HPNVLQGTLA
YISPEQTGRM NRGIDYRVDF YSLGVTFFEL LTGELPFTTD DPMELVHCHI AKLPIFENKE
LRNGVCIPQI PQMVINIVMK LMGKNPEDRY QSALGLKYDL ENCLQQWEAR GEIAKFQLGR
LDFSTHFLIP EKLYGREREV KQLLAAFERV SEGEGDRAPR SEIMLLAGFS GIGKTAVINE
VHKPITAQHG YFIQGKFDQF NQNVPLSAFL QALRNLMEQV LFEPDARFVA WKTKILEAVG
QNGQVLIDVI PELELVIGKQ PAVPELSGNA VENRFNFLFQ KFIEVFTDKR HPLVIFLDDL
HWADTASLKL IKLLMEDNSY LLLLGAYRDH EVSSVHPLIL ALEELKQLGT TVNTITLQSL
AFRDMNQLVA DTLHCSTDIS QPLTELINRK TQGNPFFTTQ FLKGLYQDRY ITFNREQGYW
ECDIIQINDL SLTDDVVEFM SQKLLKLPKE TQQVLKLAAC IGNKFDLDTL AIVAKQLKSD
VMTALWSALE AELILLQSQV YKFYTSNDET EVDYEYIENV GYRFLHDRVQ QAAYSLIPDD
QKEANHYHIG QLLLEQISPE TRERYIFEIV NQLNYGVNLI TEQVARDELA ELNLVACRKA
KGGSAYKAAR EYGVIGIDLL GRKAWQRKYV TMLQLHELVA EASVIYGDFQ GMNQQIDAVI
EHGKTLLDQV DSHIIRIQAL TTQNNLLEAI AYGKSILEEF GVKFPETITS VELEHEIEET
QALIGDRSIE DLLHLPVMVN PEKLAILKIS TRMITCCYLA GSPLYALLGS LQTKLSIQYG
NGIFSPTGYV VYGIFMLNFK KDIYTSNQLG ELAYRLASNA KDKNIPAITF IPLGLCLYHH
QNHLQETLSI FEAGYQAALE IGKVEYLGRY SYGFCLNSFW CGKPLKELVV QIQAYIEVTV
KFKLSHFERY CLIFWEATVL LLGNPENIHL EIEDSNDRRP WMTEMLKSHD LAQIFHYYLH
RGILKFILGD ILSAKADTIA AKKYLSGGLG TVGEAGFYFY DSLITLATLQ ESASDIGSSL
QQVQENQNNL HLWSEYAPMN YLHKWQLVEA EKYRVLGKKY QAGDFYDRAI AGAKENEYFQ
EEALANELAA KFYLVWGKEK IAAGYMQEAY YGYAYWGSKA KTEQLEQTYP QLLNPILQQV
KPISSTTSIS LENSLQLLDL KSAIKAFHAL SEEVELEVLL SKLMYVLIEN AGADKGVLVV
DNFGTWEISV ICDQNKCRFL KASPNLSNVL PVNIINKVKR TRQRILINYF DQENVYISDP
YFTQQKPKSL CCTPMLNQGK LIGIIYLENY LCTQVFTSSS IEIINLLSAK AAISIQNALL
YRRLENYSRN LEAEVEIRTQ KLQENNQQLQ ATLEQLQRTQ AQLIQAEKIS SLGEMVAGIA
HEINNPITFI SGNIFHAQEY FGDLVELIDL YQENFPQSSP AIQDKLVEVE LDFLCEDLKR
LFQSMQNGSD RIRQIVLGLR NFSRLGESEC KEIDIHEGLE NTLMILQHRC QDQKGRPDIT
LIKNYGKLPL INCYPSQLNQ VFWHIITNAI YALTRADSPA VPEIRITTEV HNDKTVQISI
ADNGIGMSEK VREKVFDPFF TTKPVGQGTG LGLLISHQII TEQHNGELYC ISQLGKGSEF
IIKIPVLLDY R
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