| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BBta_3806 |
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| Symbol | |
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| ID | 5155884 |
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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 | Bradyrhizobium sp. BTAi1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009485 |
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| Strand | - |
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| Start bp | 3985248 |
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| End bp | 3989228 |
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| Gene Length | 3981 bp |
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| Protein Length | 1326 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 640558645 |
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| Product | hypothetical protein |
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| Protein accession | YP_001239789 |
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| Protein GI | 148255204 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.118242 |
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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 | 28 |
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| Fosmid unclonability p-value | 0.620304 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACAACAA TGCGCAGGTT TCACAGCGCG TCGATCATTG GCTTTTTAAC AATCATTGGA
TGTGGACCCA TTGCAAGCGC GTCGTTCGCC CAGAGTTCGC GAGACCTGAT GAACATGTTT
GGCGCCATCA TGCAGTCGGC GATGGTTCAA GCGACTCAAA CTGAATGGCG TAAGCTTCCT
CCGATCACAT TGACCTGCGT CGACGAGACA CTCCGTCAGC GCGGCATCAG CGTCCAGGTT
CTGGTGAATA ACGGTATTGG CCCAACAGAC ACGCGAGTCT CCGACGTCAT CGCAAACTGC
CGCGCCCAGG GCGAGCTACG GCAGGCGAAC ACCCGATCCC AACCGGCGCC GGAGCCTGGT
CGGATCAGTC CCGCAGTTCC TCAACTGTCT CAGCCCAACG GCGGTCCTTT CAAATATAGA
GTGGACAAGG TCCCGCTGGG CAGCACCATT TCGTTCGAAA CGGCCAACTA TAAAGAGTAC
CAATGCCGAC CAAGCGACCA GTTTTCCGGC TTCACATGGT GTCAAAAGCA GCGAACTGAG
CGCACCTCAC GAGGAGAGTA CCTTTCTTCG TACAGCCTGT TGCACACCGA CGAAGGGCGC
GTTTACTACC TGAATCGCTC CCTGGACCCC GCTTTCTTCG ACCCTGGAGA AGCAAACGAG
GATATCGATC GTCTGTCGCG GACCTACGGC GAGCAGCCTC GCATCATTTC CAGACCCCAG
CGTGCGGCCG GAATGAGCGG CGTTATCGCC TATTGGGGCG ATGTCGTTCT GGAGCAGCTG
GATGCAACTG CCATCGCGAC GATCGCTTCG GGCCGCGCCC CTGGAGGCTT ACTCGTCGAT
TTCGCAGGAA ACTACCAAGA GTCCATACGT CAGAACCTTC CCATATACCG AGTCTCCGGC
GGTCCCGGCT TCGTGTGGGC AGAAAGCCAT GATACCAGTG GGGTTGGGCG ACTGCGCTTC
TTCGCTATCG ATGCATCGAC TCTGGCCACA CGACCGACAG TGGGTCCACA GGCGAATGCC
AATCTGTCGC CGCAGGTGCC ACCTGACCCC TGGAAAGATT GCCAGTCTTC TGACACTGAA
GCGAGGCTCG CCGGCTGTAC TAAAGTGATC GACGCGAAAG GCGCCGACCG AGTACGCCTT
GCGGATGCCT TCGATGGCCG CTGCTCCGCC TACAATCAGA AACAAGCATA TCAATCCGCG
CTGTCGGATT GTAAGACTGC CATCGATCTG AACCCAAAAT ACTCCTACGC CTACGCCAAT
CTCGGCGCGA CGTATTTGGG CCTGAACGAC GCGGCGAACG CCGTATCAGC ACTGAATAAG
GCCATAGCCC TAAAGACGAA CTTTATCTGG TCTCGCCTCT CTCGCGCCAA AGCACTCGAA
GCCTACGGCT CAAACATGGA TGGCGCGCTA AAAGACTATC AATATGCTCT GCTGATCGAC
CCGAGCAATC AGGTAGCCAA AGATGGCGCT GTAAGACTGA CAATGACATT GTCGCCATCG
CCGGAAGCTG CAGCTTCGTG CTTGGGCGAC ACAAACAAGC AGACCGCGCA TATCGCGGAA
GGCACAACTG CAGCGCCTGG GGCAGCCATG GAAATCGCTG TTGCCGCCAT TTCCTCCAGT
GCTCAGACCT ACCGTGCCAA GCTGGACGCT CAACTCGCGC AGGTCAACCA GTTGAACCGG
GACATGGAGG TTGCCGAGAA GCAACAATCG GCTGTCACAC AGCCAGCCGA CGAGCGCCGA
AAGCTCTTGA TGGACGTGCA GAAACTGAGC GATGGTGTCA CCGAAAGTCA GGCTCGGCTG
GATGCCATCT CTGAAAAGGT CACTGAGCGC GAGCGCGAAC TCAAAGCAGA ATCAACCAAA
GCTCGGCAGC GGGAGATAAA GCAGGAGCTA GAGCGACTGC GGCCGGCGTT GACTGCCGCC
GAGCAGGACC TCAATCGACG CTCTCTGGAG CGCGACGAGG CATATTCAAT AGCTCAACAA
CGAGGCACGG ATATCGCGAA GGCGCTGGCA CGATCCGAGT CCATCCGCGC TGCCAAAGAA
GGCGCTGAGA GCTGCGCAAG GCAAATCCGA GCGGGCATCG ATGCACTCGA GCAAAAGGTA
GACGAAATCC GGCAGCAGCA AAGGGAAGAA GCTGCAAACG CTGTGCGCGT CAACGCCGAG
AACACACTGA GCGACTTGTC TGAGTTCGCG CAAAAGAACG CCAGCCTGGT GCCCCTTGAA
GTGGGACCGC TTGTCGCCGC TTTAAAGGCG ACGCTAAGCG CCAAAGATCC AAGCAAGACG
TCAGACGCGC TCTCCGCCTT ACAACGTCGT CTCGAAGAAA TTCCGGAGTT CAAGCGCTTT
CGAACTTCTC GGGAAGAAGC GCGCCAGGAA TCCGCGAGGG CCGAGCTGGA TCAACTCTCT
GATACGGCGC GAACAATTTC TGACTTTTCT GAAAGTTACG CAAAGCGGAA CATTACCTCC
GATAACGTGC AGCCTCTCAT CAAACTGAAA GCACGCCTGT CTGAAGTGCT CGTCCGTCCG
GAAACAAATG CTCTCAAGCA AGCCATTTCC GAATCCGAGC GAGAATTGGC CCAATTGCAC
CTCGAACAGG CCTACCACGA CTATCGGGCC AAACATCCGA TACAAAGTCG GAATTCTCTG
CCAGCGGCAA CCGACCGTAA CCGTCTGCTC GTGGACGGCC CCCTGGATGA AACCTTGATC
CTCGTGAACG AAAGCGGCCA AGCGAGCGTG GTGAGAAATA TCCGCGGTGA CCTCGTATTC
GACCGCGGCA GCGCAACATT GTGCTTTCTG CATGACGCCA ACCTCGACGC CTTCGGCATG
TCCGAGCTCA AAGCCAAAAT CTCCGAGAAA GGTGTCCGTA CGTTCGAGAT ATCAGCATCG
CCATGCGCGG CAGATCGGCT GGAGCGCTAC GATCTCGTTG CCGTCAACAG AGGTCTGTTT
GCGACACTCC CGGCCAATCT TGCGAGCTCC ATTCTGAAGG CGGTCGACCG AGGTCTTTTC
ACGCTGCTTG GGAGCCTGAG CGACCGCGAG TTGCAAGCCG CGAGGAATGC CGACAGCATC
AAGAGTCTTC AACTCGAGAA CGATCTACAA AAACGAGTCA TCGACGGATT CGGTCTCGTC
TCGATTGCAA ACGGAACTTC CGTCGTGTGT CAAACGGTCT CCGATCACCA GAAGACCCAT
GAGAGCCTTG TCACTCGCGC CGCTGATCGA CTGCAGATTG AGCTTGGCTC CGCGCCGAAG
GTCATTTCCA CTTCGATCGA GACCGCCTTT GTATCGACCA AGCGCGGTCA GTGCGGGGCG
ATTTATAGCT CTTCCAAGGA CTTGCGCGAT TTGATTACGG GCTTGCAGCG CGACAAACTC
AACTATCATG TCCTGCCGAT TTGGTTCACT GCCGTCGACG TTGAGGCGGA GACGAAGAAT
GTCGCTGAAG CCGAAGCGAG ATCGTTGCGC GAAGAACAGC AATTGGATCA GAGGAGAAAG
GATGATCAAT TGCGCGCCGA ACTCCAACGG CGGCAATCCG GTGAGGAGAA GCGCGATCGG
CAAGATAAAC TGCAGAAGGA GAACGGCGCG TTAGCGCGAG GGCTACAGGA GCTCATAACG
GATCGCATTA AGGAATTTGC GGAGAAGAGC GATCGCGCCG ACAGGACCTA TGTGAGGCAG
TGGTGGCCGA CATTGGCGAC ATGGTACCTG GAGCAGATTG CCAACGACTG GGAACTTGAA
AGCGTGGCCA GCGAATTGCG CGACTATGGA ACGGTGAAAT GGAAGAATCG GATTCTTGAA
GCTGGTTTCG TCGCGCTCAC ATTCAAGGTG AAGAACAGAG CACTGGGTGA GCACCAGCAG
AAGTGCTTCA CCGTCGGGTA CATCGCAGAC CGCGAATTTG AGGTTGCCCG AGATCCGATC
GCAGTGCCCT GCGAAGATGA AGTCGCAATC AACCGGTATA GGACCGCGCG CGACTTCTCA
AGTAAGTGGC TAGCCAACTG A
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| Protein sequence | MTTMRRFHSA SIIGFLTIIG CGPIASASFA QSSRDLMNMF GAIMQSAMVQ ATQTEWRKLP
PITLTCVDET LRQRGISVQV LVNNGIGPTD TRVSDVIANC RAQGELRQAN TRSQPAPEPG
RISPAVPQLS QPNGGPFKYR VDKVPLGSTI SFETANYKEY QCRPSDQFSG FTWCQKQRTE
RTSRGEYLSS YSLLHTDEGR VYYLNRSLDP AFFDPGEANE DIDRLSRTYG EQPRIISRPQ
RAAGMSGVIA YWGDVVLEQL DATAIATIAS GRAPGGLLVD FAGNYQESIR QNLPIYRVSG
GPGFVWAESH DTSGVGRLRF FAIDASTLAT RPTVGPQANA NLSPQVPPDP WKDCQSSDTE
ARLAGCTKVI DAKGADRVRL ADAFDGRCSA YNQKQAYQSA LSDCKTAIDL NPKYSYAYAN
LGATYLGLND AANAVSALNK AIALKTNFIW SRLSRAKALE AYGSNMDGAL KDYQYALLID
PSNQVAKDGA VRLTMTLSPS PEAAASCLGD TNKQTAHIAE GTTAAPGAAM EIAVAAISSS
AQTYRAKLDA QLAQVNQLNR DMEVAEKQQS AVTQPADERR KLLMDVQKLS DGVTESQARL
DAISEKVTER ERELKAESTK ARQREIKQEL ERLRPALTAA EQDLNRRSLE RDEAYSIAQQ
RGTDIAKALA RSESIRAAKE GAESCARQIR AGIDALEQKV DEIRQQQREE AANAVRVNAE
NTLSDLSEFA QKNASLVPLE VGPLVAALKA TLSAKDPSKT SDALSALQRR LEEIPEFKRF
RTSREEARQE SARAELDQLS DTARTISDFS ESYAKRNITS DNVQPLIKLK ARLSEVLVRP
ETNALKQAIS ESERELAQLH LEQAYHDYRA KHPIQSRNSL PAATDRNRLL VDGPLDETLI
LVNESGQASV VRNIRGDLVF DRGSATLCFL HDANLDAFGM SELKAKISEK GVRTFEISAS
PCAADRLERY DLVAVNRGLF ATLPANLASS ILKAVDRGLF TLLGSLSDRE LQAARNADSI
KSLQLENDLQ KRVIDGFGLV SIANGTSVVC QTVSDHQKTH ESLVTRAADR LQIELGSAPK
VISTSIETAF VSTKRGQCGA IYSSSKDLRD LITGLQRDKL NYHVLPIWFT AVDVEAETKN
VAEAEARSLR EEQQLDQRRK DDQLRAELQR RQSGEEKRDR QDKLQKENGA LARGLQELIT
DRIKEFAEKS DRADRTYVRQ WWPTLATWYL EQIANDWELE SVASELRDYG TVKWKNRILE
AGFVALTFKV KNRALGEHQQ KCFTVGYIAD REFEVARDPI AVPCEDEVAI NRYRTARDFS
SKWLAN
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