| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3251 |
|---|
| Symbol | |
|---|
| ID | 3680595 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Anabaena variabilis ATCC 29413 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007413 |
|---|
| Strand | + |
|---|
| Start bp | 4042372 |
|---|
| End bp | 4046496 |
|---|
| Gene Length | 4125 bp |
|---|
| Protein Length | 1374 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 37% |
|---|
| IMG OID | 637718602 |
|---|
| Product | chromosome segregation ATPase-like |
|---|
| Protein accession | YP_323754 |
|---|
| Protein GI | 75909458 |
|---|
| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
|---|
| COG ID | [COG1196] Chromosome segregation ATPases |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 4 |
|---|
| Plasmid unclonability p-value | 0.00489487 |
|---|
| Plasmid hitchhiking | Yes |
|---|
| Plasmid clonability | hitchhiker |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 6 |
|---|
| Fosmid unclonability p-value | 0.00978978 |
|---|
| Fosmid Hitchhiker | Yes |
|---|
| Fosmid clonability | hitchhiker |
|---|
| |
Sequence |
| Gene sequence | ATGATGATCA ACAGGTTGAT TTTAGGTGCA ATTAGCTTCG GTGTTGGTTT TGGCATAAGT
CTAGCTCTAG AAAGGGATGT TAAACGAGCT GCTTTAACCG GACTGATTAC AATACCTGCT
ACCTCTTTAG GGATTTTGGT TACGGATAAT CACTGCAGAA AGCAACTCAA TGAACACCTC
TTACCAGTAC AAAGCAGGGT TGCAGCACTT GAAAAACAAG TTGAGAAACT CAAAAAGCAG
AAAGCCGCTT TGGAAAAAGC TATTATCGCC AGCCAAGAAA ATAAGCAACA GGTAGAAACC
TCTTTTGAAA GCCTACAAAT TGAATTAAGT CAACTGCAAG ACCTTTTACT CACTCAACAA
AATGAAAAAA CATCTACAGA GCAGGAGTTA GTAGACCTAG AGACACAAAG GCAACAGTTA
ACAGCAGAAT CTCACCATCT GCAAACCAGG AATGAGGAAT TAAAACAACA AGAATTAACA
CTCAAGCAAT CTTTAGAGGC GATCGCCACA CAAAAGCAAC AACTGGAAAC TGATTGTAAT
TCTCTCCAAG GAAGATTAAG CCAGTTACAA GCCAATATTT CAAATCAACA GCACAACGAG
CAGGAACAGG CTGACTTAAT AGCGCAAAAA CATCTGTTAG AGACAGACAT ACAAACTCTA
TACACTCAGA TTCATCATCT CCGACAACAG GAAACTGAAC TCAATCAATC GCTGGAAAGT
CTCATTACTC AAAAACAGCA GACAAACGAA AGTTTCAACC AGCAGCTTCA AAAACTTAAG
CAGCTACAAA ACCAGATTTC GGAGCAAGAA GATTATCACG CAAAACTCTC TGAAAACTTA
GATGCTTTAG AACAGCAAAA ACATCAGCTA GAAATTGATT TGTCTAACCT CAAACTGCAA
ATTAACAGTT TAGAAAGTCA GTTAAATGGC TTAAATCAAT CTGTTACTAG CCTAACAACG
CAGCAACAGG AAGCACAACT AAATCTTAAT AGCTTACAAA CCAACCTTAT TCAATTGCAG
CAGGATAAAG AGCAGCTAAT TCAAGAATTA GCATCACTAA CTGCACGAAA AGAAGCATCG
CAAAGAAATT TATCTCAACC TCAGTTAAAT CAACCAGTAA CAAAAGAAGG TAGCCCAAGT
TCAGTTACTT ATGCTAAGGC TGAAGGACTA CCTAATAAAA CTGCTCCTAT CAAAGCTCAA
ATTTCTTCAC ATCAAAGACA ATCTAGAAGC AGTGGTGGCA CTACCTTTAT GAATCCTCGT
TATACACAAA ATTTATGGGA AGAGCAAATA TTGCCGCATT GGTCACATCG CGATCGCCCG
GTGGGAAGGA GATTCTTGGG TAGTATTAAA ATGACGCGAA ATACTAGTGA GCAAATACTT
GATATTGTTG GTCAAAACTT GCAGCAGTTA GACAGAGTGA CCTATGATTC TTTGCAAAAT
GAATTTTATG AATTAGAGCA AAATTGGTTA AAGATTTTAA CTGTTGCCCT TTCAGAGTAT
GCTTACTACT ATTCCAGTGA AAGATTTTGG CAAGGATTTT GCGATCGCTT AGATATTAAT
CATAACCAAG GAGTAGAAAA CACATTTCGC CAGATTGTCG ACGAAGGAAT AAATATTTTA
GGATTAGTGC GAGCTAAAGG TGGATATAAA TACGTCTCAA CCTTATGGCT ACAAAGTGGC
GTTCCTGAAC AAAACCTGGA ACATTTCGCA CAGTTAGTCC AAGAAATTGC TGATGAATAT
GGCTGGTGGG AACTAGCACA CACCCAACCG GAAGAGCTTG CACAGCTACT ATTGAATGTT
TGTGATGCAA AATATTCGCA GTGGGGTACG TTAATTAACT TTCTTAAATC CAGCTGCTCT
GAAGATGCAC ACACAGAACC AGTTTCAGGA CAGCTACTGC AAGGCATTGC TATAGTGGCA
CAAGAATTAG AACGGCAAAA GGCTCGTCCT CAAGTTTTAG CAGATGAAGA ACAGCGTGAA
AAAATATTAG GAAATTATTA CTTGCCACAA AATTTTTTCT TGCGTAACTG GGATGCACTA
ACTCAAGTTT TAACACCAAA ATCTGGCTCT GGTCGCAGTC GAAGTATTAT AACTAGACGT
AGTAAACCTC TGTTATTGAG CTTAGATGTT GAAGACTCAT TAAATACACA ATTATTGCTA
CCAGAACAAG TTTTGTGGAA GCCAGAATGG CGCAACCTTA GAGACACATA TTGCCAAATT
CCTCAAGGTA ATTGGGAAGA TATAATTCCC ACTAATGGAG ATTTAAGTAT TCCAGAATTG
ATAATTGAAG TTAATCAAGC ATTGGAAAAT TGGAATTGTC AACTTGTAGA CCATAACCGC
CAGAATTTGA TGGAATGGAA CTACAAGGGG ATTAATAGTA ATCTTCCATG TTTAGTATTT
GATGCTTTAA CTGGAGAACA TTTACCTCTC GACTACTTTC AACCGAGAAT TACGTCAGTT
GAGGAAGTGT ATTGCTTTAC TCCTAAAGAT ATTCAACCGG AATTTACTAA CGGTATCGAG
ATTTTAGATA GTTACATTCC TTCCAGTATT CGAGGATGGC GAGGTCGGCA TATTAGATTA
ATAGCTCCAG AGTCTTCTAT TGTGTTAACT ATACCTGAAA CTCATCAGAA TCAACTCATT
ATCTGGAAAC TTCTCAGAGA CGATGAGCCA GTATTTACAG GTTTAAAATT AACAGGTAAG
AAAGCGATTT ATTTAGGGAC TCCTACTTTT TGGTATCCAC CAGTTAACCA AAATCTTAAT
ATGAATGTAT TAGTTGAAGA TATTACAAAG CAGAGCATTA TCGCTCGGAC AATTGAAACT
CTATCACCTA ATAATCAATG GATTGCAATT AAGCTGAGTC AGTGGATTAC TACGCCTGGA
TACTATGAAG CACGCTTCTG GTTTGACGAA AAGCGATGGT CATATCGGTT TGAAGTGAGG
TCAAAACATC AAACTTCTGC TATTGCACCA TTAAATCAGC TAAGAATTAG CAGTAACTCT
GGTATTTCTG AAACTGATTT ACCAATAAAA CATGAGCATT CAGATAAGTT TTGGTCAGAA
GTTATTAAGA TTGATGGTCT TTGGCCTTTA GAAGAAATTA TTTTCTTTGT ATCCAATGAA
TCAGAAAAGA TACAACAGTC GATTCAGGCA GATGCTTCAG GTAATTTAAC AGTTAATTTA
TCAACACTGC ATGAATTACT TCCTAATTCT GAATGGTATG CTTTAGATTA CCAGCGTTTG
GGGTTAGAGG CACAGCGATT AGTAGAGATG CAGGGCTTAC CTCATAATAT AACTTGGTCT
TGGACAAGTA ATTCTATTAA TTTATCTGGT CTTCATCCTG ATAAGTTTTA TTCTCTATTA
TGCTGGAATT TGCTACTACC AGATTCAGAA GCTGAAGAAA TCAAAATACC GTTGATTAAT
CATGATGAAA ACACTATTGA AGTACCGTTA AATCTTTCCA CAGGTATTTA TTACATTCAA
CTTGTTAGTC CTCAATTACT GCCAGAAGAA TTAGGCTGGT GGTGTGGTAG TGGTAAAAAT
GACTTACCTA ATAATCTTAA TGAAGATAGA GAAAACTATT GTTATACAGT ATTAGGTAAT
AGTGAATCGA AAGAGTCATT TATAGAAGCC GTCAATCGAC TTAACTTAGA TATTGACAGT
CAACAGTTGC AAACTAGAAT TATCGCACTA GAAAATAATA AATATTATTT CCCTGATTGG
TTAAGCAAAG ATATTTTAAT AACCAAATTA AAAGCTCTAT TGAACCTTTT GAGTGTGGCA
GATATATCAC CACAAGTAAC ACCATCTAAA ACACCGACAT TAACACCTAC TGAACAATCA
ATTGCTACAA CTATTAAGGG TAGTTGGTAC TTGCTCAATG TTCGTTCTAA GAAACGGGAA
GTATTTCTGA AATTTCTAAA CATTGCAATC GCTAAAAATA ATTTAGAAGA AGTAATTTTA
GATATAAAAA TTCCCCAGGA TTCAGTTTAC GAAGATATTG TTTTACTGAA TTTAAGCAAC
TTTAACACTG CAAATTCTCA ACTGCAAAAA ATTGATCATT TTCAAACTCT GCAACGGAAA
CCATTACCTT TGGAACAAGT TAGCCGAATG ATAGGAAACC AATAA
|
|---|
| Protein sequence | MMINRLILGA ISFGVGFGIS LALERDVKRA ALTGLITIPA TSLGILVTDN HCRKQLNEHL
LPVQSRVAAL EKQVEKLKKQ KAALEKAIIA SQENKQQVET SFESLQIELS QLQDLLLTQQ
NEKTSTEQEL VDLETQRQQL TAESHHLQTR NEELKQQELT LKQSLEAIAT QKQQLETDCN
SLQGRLSQLQ ANISNQQHNE QEQADLIAQK HLLETDIQTL YTQIHHLRQQ ETELNQSLES
LITQKQQTNE SFNQQLQKLK QLQNQISEQE DYHAKLSENL DALEQQKHQL EIDLSNLKLQ
INSLESQLNG LNQSVTSLTT QQQEAQLNLN SLQTNLIQLQ QDKEQLIQEL ASLTARKEAS
QRNLSQPQLN QPVTKEGSPS SVTYAKAEGL PNKTAPIKAQ ISSHQRQSRS SGGTTFMNPR
YTQNLWEEQI LPHWSHRDRP VGRRFLGSIK MTRNTSEQIL DIVGQNLQQL DRVTYDSLQN
EFYELEQNWL KILTVALSEY AYYYSSERFW QGFCDRLDIN HNQGVENTFR QIVDEGINIL
GLVRAKGGYK YVSTLWLQSG VPEQNLEHFA QLVQEIADEY GWWELAHTQP EELAQLLLNV
CDAKYSQWGT LINFLKSSCS EDAHTEPVSG QLLQGIAIVA QELERQKARP QVLADEEQRE
KILGNYYLPQ NFFLRNWDAL TQVLTPKSGS GRSRSIITRR SKPLLLSLDV EDSLNTQLLL
PEQVLWKPEW RNLRDTYCQI PQGNWEDIIP TNGDLSIPEL IIEVNQALEN WNCQLVDHNR
QNLMEWNYKG INSNLPCLVF DALTGEHLPL DYFQPRITSV EEVYCFTPKD IQPEFTNGIE
ILDSYIPSSI RGWRGRHIRL IAPESSIVLT IPETHQNQLI IWKLLRDDEP VFTGLKLTGK
KAIYLGTPTF WYPPVNQNLN MNVLVEDITK QSIIARTIET LSPNNQWIAI KLSQWITTPG
YYEARFWFDE KRWSYRFEVR SKHQTSAIAP LNQLRISSNS GISETDLPIK HEHSDKFWSE
VIKIDGLWPL EEIIFFVSNE SEKIQQSIQA DASGNLTVNL STLHELLPNS EWYALDYQRL
GLEAQRLVEM QGLPHNITWS WTSNSINLSG LHPDKFYSLL CWNLLLPDSE AEEIKIPLIN
HDENTIEVPL NLSTGIYYIQ LVSPQLLPEE LGWWCGSGKN DLPNNLNEDR ENYCYTVLGN
SESKESFIEA VNRLNLDIDS QQLQTRIIAL ENNKYYFPDW LSKDILITKL KALLNLLSVA
DISPQVTPSK TPTLTPTEQS IATTIKGSWY LLNVRSKKRE VFLKFLNIAI AKNNLEEVIL
DIKIPQDSVY EDIVLLNLSN FNTANSQLQK IDHFQTLQRK PLPLEQVSRM IGNQ
|
|---|
| |