| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3852 |
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| Symbol | |
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| ID | 7102140 |
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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 | Cyanothece sp. PCC 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | - |
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| Start bp | 4031457 |
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| End bp | 4035704 |
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| Gene Length | 4248 bp |
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| Protein Length | 1415 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643476857 |
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| Product | GTP-binding protein HSR1-related |
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| Protein accession | YP_002373958 |
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| Protein GI | 218248587 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1159] GTPase |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTCCCAAG AAAAATTAGA TTATCTTTTT CTATTGCTCG CACATATCCT ATGTGCTGAT
CAACAAATTC ACTTGAAAGA AAATCAAGCA TTACATGAAC TAGCTACTCA AGCTAATATA
GGACAAAGGA CTCTTGATGA AATGAATAAA ATTCTTGATC AAGAGGAAAA TCATCTTAAG
ATAAAAACTG TAGCCCAAAG AATACCTCTT GGTCAACAAA ATGAAGCGAT AAGACAAGTT
TTGGCACTCG CTTATATTGA CGGTTTCTTT TCTCCTCTGG AAAAAGAGAT GATTGAGGAA
ATTGTCAAAA TTTGGAACTG GCCACAGAAT GATTTAGTGC ATATTTTAGA AGAAGCAGAG
AGCTTTTATC CTCAATCGAA GGATAACAAC GATAATCAAG AAGAATTGTC TTTTGCAGCT
CGTTTTCTAA AAAATCAATA TACATCTGTA TTTTCTCGTT CTTTTATCCC AATAGCAAGA
AAACTTGCAC CAGAAACAAT TGGACGGACT ATTGAGAGAA TAGAGAGAGA AATTTTATTA
TCTGGACCCG AATATGATGA AGCTATTCAA CAATGTGCCA AAATTGCTCA AGAAGATTAT
AAATATGCAA AAATAGCCCT CAACAGAACT TCCGATACAT TAAAAAAATT AGAAGAAAAC
TTATCAAATA CGATAGAAAA CTTATCAAAT AAAACCACCA GTAAAGGTCA AGCAAATACA
GCTAAAGAAG TAGCAAAACA ACTTAATGCT AGTCAAACAG CTTTAGGAGA AGAAATTGTT
AAAGAATTAG AAAATGTTAA CAATACCTTT AAATCAAAAC AAAGGGCTTT AAGTCATTTT
AGCATCGCTT TTATGGGAAA AACTAAAGCA GGTAAGAGTA CACTTCATGC GATTCTTACT
AATGAAGGTT GGAATGCTAT AGGAGTTGGG AAACAAAGAA CAACCAGACA AAACCGTGTT
TATGAATGGA AAAATATTAG AATTATTGAT ACTCCCGGCA TTGGTGCACC TGGTGGAAAA
ACAGATGAAG AAATTGCTCA AAGTGTCATC GATCAATGCG ATATTATTTG TTATGTTGTT
ACTAATGATA GTATCCAAGA AACTGAATTT GGGTTTATGA AACTTCTGAA AGAAAAAGCT
AAACCTTTAA TTATTCTGTT GAATATTAAA CACAACTTAC GAGATCCCCG AAGATTAGAA
CATTTTTTGA ACAATTCTGA AAAGTTTTTC TCCAAGACGG GGCAAAGTGG ATTAAAAGGG
CATTTTGATA GAATTTATCG CTATGCTAAA GAACATTATA ATAACGATTA TTTTCCAATT
ATTCCTGTTA TGTTACTTGC GGCTCAAATG TCACTTGAAC CAGAACACAA ACTAATTAAA
TCTCAATTAT TTAAAGTAAG TAAGCTTCAA GATTTTCTTG ATTCGATTAG AGAATCATTA
ATTAAACATG GAACAATTAG AAGATCCCAA ACCTTATTAG GTTCAACAGT AGGAGAAATT
GTTAAACCTG AACAATGGGT AAAACAACAA GTTGATATAT ATCAAAAACT TACAGATACC
TTAAAAGATA AACGCCAATA TATTCAAAGT GATCTCCAAA AAGCCCAAAG AAATGCTTGG
GAATTTTTAG AAAAAGAAAT AGAATCTATT TTCCAAGACG CTTTTAATGC TATTCCTAAT
TTTGCAGAAA ATCATTGGCA ATCTAATGAG ATAGAAATGA AAAACGGATG GCAACGCAAA
ATGAGTTCAA TTCGTTTTGA AGAAAGATTA AAAACTGCCT TCCAAGAAGC ACAAGATAAT
GTTAATCAAG AAGTACAAGA ATCTCTCGAA GAAGTCGGAA CTGAATTACA AATGATTGCT
AAACTACAAA GCAATAACTT TAAATTTACT GTTCAGGATA CCAGTGATTT AGTGAAAAAT
TTAATGGCAT TTGGGGGTGG TTTATTAGCT ATAGCAGCAT TATTTACACC AATAGCTCCA
ATTTTCGGGA TTGTAGGAGG TGTTATGGCA ATGTTAGCAG GTTTTTTAAA ATCAAGAGAT
CAAAAACGTC GTGAAGCAGT GCAAAAAATA TCCAGTAGTT TAAGGAGTCA ACTCCAGCAA
CAGAAAATAA AAACTCGTGA ACAATTAAAA AATAGTCTCA ATCAATATTG TAATGAGGTT
CAGCAGAATC TACAAAATTA TTTTGAGGAC TTGATTAAAG GATTAGATAG TATCGCTATA
CATCTCAATA ATGCTAAATC CCATTTAAGT AATGCTACCA ATTATCTAAA CCGTGCTTAT
GCTAAAAGAA TTGTTGATTG GAGTTTAGGA AAATATGAAC CATTAACAGA TAAAAAAATT
AAATCAACTG TTGCTAGAGT TACAAGAGAT TTTGGGAAGT CTATGACTAT TGATACCAAA
GCTCAACTCA CTTTACACAA ATCTGAATTA GAAATTAAAC AAATTCTTCA AGAAGACATC
TGTATCAAAT CTATCACTCT TAATTATCAG GAGATATTAA CCATGACACA AACAAAACAA
AGCTTTAATC CTGCCATCGT TGCTGAAAAA TTCCAAAAAA CTTGCGATCA ATTTTCAAGT
TTATTAAAGA AAGGCAACCA GCAACAATTA AATAGTCTTG CCGAAAATTT TGCAAAAGAG
TTGCATAAAT ATCAACAAGA AGGGATTCTT ACGGTTGCTT TTGTTGGACA ATATAGTGGA
GGTAAATCAA CCATAATTTC TGCTTTAACA GGGAAAAGAG ACATTAAAAT TGATGCGGAT
ATAGCAACTG ATAAAACCAC CAATTATGAT TGGAATGGTA TTAAGTTAAT TGATACTCCA
GGTCTGTTTA CAGATCGTCA AGATCACGAT GAAATTACTT ATGAGGCGAT TAATAAAGCA
GATTTGTTAA TTTTTTGTCT AACCTATATG CTTTTCGATT CTATAACAGT AGAAAATTTT
AAAAAACTAG CATACGATAA AAGTTATCGA TGGAAAATGA TGCTAGTTAT CAATAAAATG
TCCGATGAAG CTGGAGAAGA TAAAATCAAA ATAGCTAATT ATCGTCAGAG TTTAGCAGAA
GCATTAAAAC CCTATAAACT TGATGAATTT CCTATCTCCT TTATTGATGC TAAAGATTAT
TGTGGAGGTG TAGATACCAA TGATGATTTT TTTTTAGAGG GGAGTCGTTT TTCTACCTTT
ATTGATGAGT TAAATAAATT TGTTGATCAT CGTGGTGCTT TAGCTCGTTT TGATACTCCT
GTAAGGATTG CTCTTAGCTT TGTTGAAGAA GCTCAATTAA CAGCTATGCG AAATTCAACA
GAAGATAGTG CTTTTTTTGA AATTCTTAAT CAACTATCTC GCAAAGTAAG AAAAGAACGT
AGTCATTTAC GAACCAAAGT TCAAAATATC GCCTTTAAAA TGTCCTCTGC AATTACTGGA
GAAAGTTCAC CCTTAGCAGC AGCCGTAGGA GGTGATGAAG ATTTTGAAAG CTTGAATAAC
CAGGCTGAAA TTAATGTTCA ACAACATTAT GAACGAGCAG AAAATGAATT ACAAGCTGTT
ATTGATACAG CTATTATAGA TATTCGGTCT GAAGTTGAAG AAGTATTAAC AGGTAATTTG
ACTCAAACTT TCATTGCTTG CTTGGAAAAA AGCGAAAATA TTTCAGCCAA TAATGTCAAT
GATAATATGA ATTTTGATCA ATTACAAAAT CAGGTTATTG ACCTAAAAAA GATTGGTGAA
GTTGTAGGTA TTCAACTGAC TCAACTAGCC ACTAGAGGTC TTTTACCAAC TGCATCAAAA
CAAGGATTGT TGCGTTCTAT TGATGTTGCT GGTAGTGGCT TACATCGAGG AGTTTTAACT
ATCGGTAAAT TTGTTGGCTT TAAATTCAAA CCCTGGCAGG CTGTTAATAT TGCGAAAAAT
ATTGGCAATG CTGCTAAATT TCTTGGTCCA GCCTTAGCTT TAGTTTTGCT GGTAGATGAT
GTGAGAAAAG TTCATGAAGA ACGCAAAAGA GAAAAGCAAA TGGCTGATGT TCGCCGTGAT
ATTACCAGTG AGTTTCAATC TTTGGCTAAA AATTTAGAAC ATCAAATTAA GTTACAGCTT
GCTGAATTTG AAGCACAAGT TTATGGAGAA ATAGAACAAC AAATTGCTTT AGCCCGTCAA
CAACAAGAAA ATAGTATTAT AGAATCTAAT GTTTGGATGA AAGAACTTGT AGAAATCAGA
ACCAATTTTG AACTGATTCT CAAGTATATT ATTACTAGCT TAAATTAA
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| Protein sequence | MSQEKLDYLF LLLAHILCAD QQIHLKENQA LHELATQANI GQRTLDEMNK ILDQEENHLK
IKTVAQRIPL GQQNEAIRQV LALAYIDGFF SPLEKEMIEE IVKIWNWPQN DLVHILEEAE
SFYPQSKDNN DNQEELSFAA RFLKNQYTSV FSRSFIPIAR KLAPETIGRT IERIEREILL
SGPEYDEAIQ QCAKIAQEDY KYAKIALNRT SDTLKKLEEN LSNTIENLSN KTTSKGQANT
AKEVAKQLNA SQTALGEEIV KELENVNNTF KSKQRALSHF SIAFMGKTKA GKSTLHAILT
NEGWNAIGVG KQRTTRQNRV YEWKNIRIID TPGIGAPGGK TDEEIAQSVI DQCDIICYVV
TNDSIQETEF GFMKLLKEKA KPLIILLNIK HNLRDPRRLE HFLNNSEKFF SKTGQSGLKG
HFDRIYRYAK EHYNNDYFPI IPVMLLAAQM SLEPEHKLIK SQLFKVSKLQ DFLDSIRESL
IKHGTIRRSQ TLLGSTVGEI VKPEQWVKQQ VDIYQKLTDT LKDKRQYIQS DLQKAQRNAW
EFLEKEIESI FQDAFNAIPN FAENHWQSNE IEMKNGWQRK MSSIRFEERL KTAFQEAQDN
VNQEVQESLE EVGTELQMIA KLQSNNFKFT VQDTSDLVKN LMAFGGGLLA IAALFTPIAP
IFGIVGGVMA MLAGFLKSRD QKRREAVQKI SSSLRSQLQQ QKIKTREQLK NSLNQYCNEV
QQNLQNYFED LIKGLDSIAI HLNNAKSHLS NATNYLNRAY AKRIVDWSLG KYEPLTDKKI
KSTVARVTRD FGKSMTIDTK AQLTLHKSEL EIKQILQEDI CIKSITLNYQ EILTMTQTKQ
SFNPAIVAEK FQKTCDQFSS LLKKGNQQQL NSLAENFAKE LHKYQQEGIL TVAFVGQYSG
GKSTIISALT GKRDIKIDAD IATDKTTNYD WNGIKLIDTP GLFTDRQDHD EITYEAINKA
DLLIFCLTYM LFDSITVENF KKLAYDKSYR WKMMLVINKM SDEAGEDKIK IANYRQSLAE
ALKPYKLDEF PISFIDAKDY CGGVDTNDDF FLEGSRFSTF IDELNKFVDH RGALARFDTP
VRIALSFVEE AQLTAMRNST EDSAFFEILN QLSRKVRKER SHLRTKVQNI AFKMSSAITG
ESSPLAAAVG GDEDFESLNN QAEINVQQHY ERAENELQAV IDTAIIDIRS EVEEVLTGNL
TQTFIACLEK SENISANNVN DNMNFDQLQN QVIDLKKIGE VVGIQLTQLA TRGLLPTASK
QGLLRSIDVA GSGLHRGVLT IGKFVGFKFK PWQAVNIAKN IGNAAKFLGP ALALVLLVDD
VRKVHEERKR EKQMADVRRD ITSEFQSLAK NLEHQIKLQL AEFEAQVYGE IEQQIALARQ
QQENSIIESN VWMKELVEIR TNFELILKYI ITSLN
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