| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aazo_1072 |
|---|
| Symbol | |
|---|
| ID | 9338868 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | 'Nostoc azollae' 0708 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_014248 |
|---|
| Strand | + |
|---|
| Start bp | 1146260 |
|---|
| End bp | 1149478 |
|---|
| Gene Length | 3219 bp |
|---|
| Protein Length | 1072 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 36% |
|---|
| IMG OID | |
|---|
| Product | SNF2-like protein |
|---|
| Protein accession | YP_003720552 |
|---|
| Protein GI | 298490375 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 9 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGCAATCT TACACGGTAG CTGGTTACTA AAAAATCAAA ATAATTATTT ATTTATTTGG
GGAGAAACTT GGCGAAATTC CCAGATAAAT TTAGAATTTA TAACTTTATC AAAATTGCCA
TTAAATCCCT TGGCTATGAT ACCGGAGGAA TTGAAAGCAT TCTTGGAAGC AAGTAATTTT
AAATTGCCTA ATAATATTAA TCAAAATTAC TCAGATGCTA ATAGCAGAAC TAAATTTAAA
AAAGGTAAAA ATACACCAGA AGAAATAGAC CTGCTGAATA CAACCCAAAT TATTGCTATT
TTAACAAATT TTATCGGCAA AGATACCATT TCGCCAGTAC ACTCTGCTAG TTTAGGCGTT
GATAAAAAAA CTCCACAATA TTTACAACCT TGGAAAGTAG AAGGTTTTTA TTTACAACCC
ACCACAGCCA TAAAATTTTT AACTTCTCTC CCATTGAGTT CAACCGATGG AAAAAACTCA
TTGTTGGGGG GAGATATATA TTTCTGGGTA CAAATAGCTC GTTGGAGTTT AGATTTAATC
TCACGCTGTA AGTTTTTACC AACAGTTAAA AAAAAAGCAG ATGGTTCTTT AGTTGCTGAA
TGGCAGGTAC TTTTAGACAG TGCTTTGGAT ACCACTAGGT TAGAAAGATT TGCTGCTAAA
ATGCCATTAA TTTGTCGTAC TTATCAAGAA GATAGGAGTG AAAATCTGCA ACATTTAGCA
GTTGATCTAC CATTACTACC AGAAGAATTA ATTTTAGAAT TTCTCACTAG CATCATAGAT
GCCCAAATAC GGGATATGCT TGCTTCTCAA TCTCCCATTG AAAATAGGTT AATGATGTCT
TTACCACCAG CCGTACAGCA GTGGTTACAG GCTTTAACTG GTGCATCTAA TAAAATTAAT
GACGATGCAA TGGGATTGGA AAGACTAGAT GCTGCACTCA AAGCTTGGAT TCTACCTTTA
CAATATCAAT TAACAGGCAA AGCTTCATTT CGTACCTGTT TTCAACTCCA TCCTCCAAAC
TCAGAAAAAA CAGATTGGAT ACTAGCTTAT TTTCTCCAAG CAGCAGATAA TTCTGAATTT
TTAGTAGATG CAGTAACTAT TTGGAAGTAT CCTGTAGAAA AATTAGTTTA TCAGAATCGG
ACAATTGAAC AGCCCCAGGA AACATTTTTA CGGGGTTTAG GTTTAGCTTC TCGATTGTAT
CCAGTTATAG CTCCTAGTTT AGAAACTGAA TCTCCGCAAT TTTGCCAACT CACCCCTATG
CAAGCTTATG AGTTTATCAA ATCTGTAGCG TGGAGGTTAG AAGATAACGG TTTAGGAGTA
ATTATACCAC CAAGTTTAGC CAATCGTGAA GGATGGTCTA ACCGCTTAGG ATTAAAAATT
AGTGCCGAAA CACCAAAGAA AAAACAGGGA CGTTTGAGTT TACAAAGTTT GTTAAATTTT
AAGTGGCAAT TAGCAATTAG TGGACAGACA ATTTCTAAAG CTGAGTTTGA TAAATTAGTA
GCGTTGAATA GTCCTTTAGT AGAAATTAAT GAAGAATGGG TTGAACTGCA TCCCCAAGAT
ATTAAAACTG CCCAAAATTT TTTTGCATCT CGTAAAGAAG AGATATCTTT ATCATTAGAA
GATGCTTTAA GGATTAGTAC AGGAGATACT CAAGTAATTG AAAAACTACC TGTAGTTACT
TTTGAAGCTT CTGGTGTATT GCAAGAATTA GTTGGGGTTT TAACTAATAA TCAAGATATT
CAACCTTTAC CAACTCCTAG CAATTTTCAC GGACAATTAC GACCTTATCA AGAACGAGGT
GCAGCTTGGT TGGCTTTTCT GGAACGTTGG GGTTTGGGTG CCTGTCTTGC GGACGATATG
GGACTGGGTA AAACGATCCA GTTCATCGCT TTCCTACTTC ATCTTCAAGA ACAGGATGCA
CTAGAAAATC CAACTCTCTT AGTTTGCCCT ACTTCTGTTT TAGGTAATTG GGAAAGAGAA
GTAAATAAAT TTGCTCCCAC CCTCAAAGTT TTACAACATC ATGGTGATAA ACGACCCAAA
GGAAAAATCT TTACAGAAAC AGTTAATAAA TACGATCTAG TAATTACTAG TTATTCACTC
GTGCAACGAG ATATAAAATT ATTACAAACC GTGAATTGGC AGATTGTTGT TTTAGATGAA
GCCCAGAATG TCAAAAATGC AGATGCAAAA CAATCGCAGG CAGTGAGACA GTTAGAAACT
AAATTTCGCA TTGCTTTAAC AGGGACACCA GTAGAAAATA GATTGCAGGA ATTATGGTCT
ATTTTAGATT TTCTCAACCC TGGTTATTTG GGTAATAAAC AGTTTTTCCA GCGACGGTTT
GCTATGCCCA TTGAAAAATA TGGTGATACG GCTTCTTTAA TGCAGTTACG TTCTTTGGTA
CAACCTTTTA TTTTGCGTCG CTTGAAAACT GATAAACAAA TTATTCAAGA CCTGCCAGAA
AAGCAGGAAA TGACTGTATT TTGTGGACTG ACTGCTGAAC AAGCGCAACT ATATCAACAG
TTGGTAGATG AATCTTTAGT TGAGATTGAA TCAGCGGAAG GTTTACAACG CAGAGGAATG
ATTTTAGCTT TATTAATTAA GCTGAAACAA ATTTGCAATC ACCCTGCACA GTATTTAAAA
GAATCAAGTT TAGCAAAACA CAATTCTGCT AAATTACAAC GTCTAGAGGA AATGTTAGAG
GAAGTTTTAG CAGAGGAAAA CCGCGCTTTA ATTTTCACCC AATTTGCTGA ATGGGGTAAA
TTACTTAAAC CATATTTAGA AAAGCAGCTA GGTAGGGAGA TCTTGTTTTT ATATGGTAGC
ACCAGTAAAA ACCAACGTGA AGAAATCATT GACCGTTTCC AAAATGACCC CCAAGGTCCA
CGAATTATGA TTCTTTCTTT AAAAGCTGGT GGTGTGGGTT TAAACTTAAC TAGGGCAAAT
CATGTATTTC ACTTTGATAG ATGGTGGAAT CCCGCTGTAG AAAATCAAGC TACAGATAGA
GTATTTAGAA TTGGACAAAC TAAGAATGTA CAAGTACATA AATTTGTGTG TACTGGGACT
GTAGAAGAAA AAATTAATGA CATGATTGAA AGTAAAAAAC AATTGGCACA ACAAGTTGTT
GGTGCTGGTG AAGAATTGTT AAGTGAATTA GATACAGACC AACTACGCAA TTTACTATTA
CTTGACCGTA ATGCCATAAT TGATGAGGAT GAAGAATGA
|
|---|
| Protein sequence | MAILHGSWLL KNQNNYLFIW GETWRNSQIN LEFITLSKLP LNPLAMIPEE LKAFLEASNF
KLPNNINQNY SDANSRTKFK KGKNTPEEID LLNTTQIIAI LTNFIGKDTI SPVHSASLGV
DKKTPQYLQP WKVEGFYLQP TTAIKFLTSL PLSSTDGKNS LLGGDIYFWV QIARWSLDLI
SRCKFLPTVK KKADGSLVAE WQVLLDSALD TTRLERFAAK MPLICRTYQE DRSENLQHLA
VDLPLLPEEL ILEFLTSIID AQIRDMLASQ SPIENRLMMS LPPAVQQWLQ ALTGASNKIN
DDAMGLERLD AALKAWILPL QYQLTGKASF RTCFQLHPPN SEKTDWILAY FLQAADNSEF
LVDAVTIWKY PVEKLVYQNR TIEQPQETFL RGLGLASRLY PVIAPSLETE SPQFCQLTPM
QAYEFIKSVA WRLEDNGLGV IIPPSLANRE GWSNRLGLKI SAETPKKKQG RLSLQSLLNF
KWQLAISGQT ISKAEFDKLV ALNSPLVEIN EEWVELHPQD IKTAQNFFAS RKEEISLSLE
DALRISTGDT QVIEKLPVVT FEASGVLQEL VGVLTNNQDI QPLPTPSNFH GQLRPYQERG
AAWLAFLERW GLGACLADDM GLGKTIQFIA FLLHLQEQDA LENPTLLVCP TSVLGNWERE
VNKFAPTLKV LQHHGDKRPK GKIFTETVNK YDLVITSYSL VQRDIKLLQT VNWQIVVLDE
AQNVKNADAK QSQAVRQLET KFRIALTGTP VENRLQELWS ILDFLNPGYL GNKQFFQRRF
AMPIEKYGDT ASLMQLRSLV QPFILRRLKT DKQIIQDLPE KQEMTVFCGL TAEQAQLYQQ
LVDESLVEIE SAEGLQRRGM ILALLIKLKQ ICNHPAQYLK ESSLAKHNSA KLQRLEEMLE
EVLAEENRAL IFTQFAEWGK LLKPYLEKQL GREILFLYGS TSKNQREEII DRFQNDPQGP
RIMILSLKAG GVGLNLTRAN HVFHFDRWWN PAVENQATDR VFRIGQTKNV QVHKFVCTGT
VEEKINDMIE SKKQLAQQVV GAGEELLSEL DTDQLRNLLL LDRNAIIDED EE
|
|---|
| |