| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0582 |
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| Symbol | |
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| ID | 3678612 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | + |
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| Start bp | 732608 |
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| End bp | 735667 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637715910 |
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| Product | Integrins alpha chain |
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| Protein accession | YP_321101 |
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| Protein GI | 75906805 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 35 |
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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 | 17 |
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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 | ATGAACCTAA AATTATATAC TCAAACTAGC TCAAATCCAG CAGCAATCAC CTCAAGCATT
GTCTTTATTG ATACGGCAGT TACAGACTAC GAAAGTTTAA TTGCTGGTGT TAAACCAGGT
AATCAGGTCT TCATTCTTGA CCCCAACATT GATGGGGTGG AACAAATCAC CAGAGCTTTG
CAAGGTTGGG AATATAACTC AGTTCACATT GTCTCCCACG GTAGCCAAGC CAGCTTACAA
CTAGGCTCAA CTAGGCTGAA TGCCGCTAAC TTGCATACCT ACACCACCCA ATTACAACAC
TGGCGAGAAA GTTTATCCAC AAATGCCGAA ATTTTGCTTT ACGGTTGCCA AGTGGCATCT
GGGGAACAGG GGATGGAGTT TGTTAGACAA CTACACCAGC TCACAGGTGC AAATGTTGCT
GCTTCCACAG ATAAAGTAGG CAGTAGCCAA CAGGGGGGAA GTTGGGAATT AGATATCAAT
GTTGGGCATA TATCTACAAC ATCAGCCATC ACAACCGCAG TCCAAATAAC TTATCCATCA
GTATTAGTAT CTTTTGACCC TGCTACTAAC TTTGGTGTTG GCTCTGCTCC ATTTATACCG
ACGGTAGGGG ACTTCAATAA TGATGGCAAG CTGGACTTGG CTGTTTCCAA CTTTAATAGT
AATAATGTCA GTGTTTTGCT AGGGCAAGGT AATGGCAGTT TCAGTCCAGC CACCAACTTT
GGTGTTGCTC TTAATCCCAT CTCAGTGAGA ATAGGGGACT TCAATAATGA TGGCAATTTG
GACTTGGCTG TTGTCAATTT TAATAGTAGT AATGTCAGTA TTCTGCTAGG GCAAGGTAAT
GGCAGCTTTG GTACAGCTAC CAACTTTGCT GTTGGTTCTG CTCCCCAAGG ATTGGCGCTG
CAAGACTTGA ATAACGATGG CAATCTGGAT TTGGTTAGTG CTAATTCTGG CGGTAACAAT
GTGAGTGTGT TGTTAGGACA AGGCAATGGC AGCTTTGGAG CAGCTACTAA CTTTGCTGTT
GGTTCTTTTC CTCGTTCAGT AGTAATAAGA GACTTCAATA AAGATGGCAA GTTAGATTTG
GCTGTTAGTA ACGATAGTAG CAATACCATA AGTATATTGA TAGGGGAAGG TAATGGCAGC
TTTGGTACAG CTACCAACTT TGCTGTTGGT TCTCTGCCAT TGACACTGGG AGTAGGAGAC
TTTAATGGTG ATAACAATCT GGACTTAGTT GTTGCTAACC GAGGTAGCAA TAATGTCAGT
GTGCTACTAG GACAAGGTAA TGGCAGCTTT GGTGCGGCTA CCAACTTTGC CGTTGGCGCT
AATCCTCGGT CAGTAGTAGT GGCAGACTTC AATGGTGATG GTAAGCAAGA CTTGGCTGTT
AGTAATCAAA GTAACAATAA TGTCAGTATT CTGCTAGGGC AAGGTAATGG CAGTTTTGAT
ACAGCCACCA ACTTTGCTGT TGGTTCTGGT CCTTATTCAT TAGCATTCGG AGACTTCAAT
AGTGATGGTA AGCCGGACTT GGCTGTTACT AACCAAAATA GCAATAATGT CAGCATACTA
CTGAATACTA CTAGTTTTTC TTTTCCCCCC ACAGTCGCCA ACCCCATAAC CAACCAAACA
GGAACAACAG GCACTGCATT TAACTTCCAA ATCCCAGCCA ATACATTCAG TGACCCAGGA
GACACCCTCA CCTACACCGC CACTCTTGGC AATGGTGAAC CCCTACCCAG TTGGTTGTCA
TTCAATCCCG CCACAGGTAC ATTCACTGGC AACCCCACCA AGAACAATGT GGGTAGCCTC
ACCATCAAAG TCACAGCTAC AGACACCACA AACCTGAGCG TTGAGACTAC ATTTAATCTC
TCAGTTGGTC TACCAGACAA CATCATCAAC GGTAACGGCA GCAACAACAC ATTCATTGCC
ACCACCGCCA AAGACGTATT TACTGGTGAC GCTGGCTACG ATAACTTTAT TACCAACTTT
GCCAACTTCC AACAAAATGA CTCATTTGAC GGCGGAGATG GCAGAGATGC CATTCTCATT
CAAGGTGGTG CAAACACCGA CACCATCACC TTTAATTTAA CTAATCCCAG CAACCAACTA
GCCAGCATCC CTGGCACAAC TATCACCAAC ATAGAAACCT TTGACCTAAG AACCTTTGTT
GGCACAGTCA CTTTTATAGG TGGTAGTGGC AACGATACAA TCTATGGTGG CGCTGGTGAT
GATAACCTCA ATGGTGATGC TGGTGATGAT AACCTCAATG GAGGTGCTGG TGATGATACC
CTCATTGGTG GTGATGGTAA TGATATCCTC ACAGGTGGTA GTGGTACAAA CACCCTGACT
GGTGGTGCAG GCAATGACCG ATATTACATA GATAACGCCA GCGACGTGAT CACTGAAGAT
ATCAATGGTG GTCAAGATGA AGTGTTTGCC ACAGTCAGCT ACACCTTGGC TGCTAACGTT
GAGGCTTTAA CCCTCAAAGG TACTGCTGTA AACGGCACAG GCAATGCGAG TAATAACAAC
ATCCGTGGCA ATAATCAGGA CAATTTACTC GAAGGGTTAG ATGGCAATGA CAATCTTACG
GGTAATGCTG GCAATGATGT GTTGATTGGT GGCAACGGCA ATGATACCCT CAATGGCGGT
ATTGGCAATG ATGTGTTGAT TGGTGGCGCT GGTAGCGATC GCTTATTCGG TGGTGATGGT
GCTGATACAT TCGGTTTTGG TACTGGAAAC GCCTTTAGTA GTGCTGGTTT TGGCATCGAT
ACCATTGCTG ATTTTGCCGT AGGTGTGGAT GCCATTGAGT TAGATAAGGC AAGTTTCTCT
GCCCTTACTA GTGTAGTTGG TGATGGTTTT AGTGTAGGTA GTGAGTTTGC TAGTGTCAGT
AACGATACCT TAGTTGCTAC TAGCAATGCG TTGATTGTTT ACAGTTTGGG TAGCGGTCGC
TTGTTCTATA ACCAGAATGG TACTGCTGCG GGTTTGGGTT CTGGCGCTCA TTTTGCCACT
CTCTCCGGCG CTCCCGCCCT AAATGCTAGT GATTTTGTGA TTTTTGAGTC TGGTAATTAA
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| Protein sequence | MNLKLYTQTS SNPAAITSSI VFIDTAVTDY ESLIAGVKPG NQVFILDPNI DGVEQITRAL
QGWEYNSVHI VSHGSQASLQ LGSTRLNAAN LHTYTTQLQH WRESLSTNAE ILLYGCQVAS
GEQGMEFVRQ LHQLTGANVA ASTDKVGSSQ QGGSWELDIN VGHISTTSAI TTAVQITYPS
VLVSFDPATN FGVGSAPFIP TVGDFNNDGK LDLAVSNFNS NNVSVLLGQG NGSFSPATNF
GVALNPISVR IGDFNNDGNL DLAVVNFNSS NVSILLGQGN GSFGTATNFA VGSAPQGLAL
QDLNNDGNLD LVSANSGGNN VSVLLGQGNG SFGAATNFAV GSFPRSVVIR DFNKDGKLDL
AVSNDSSNTI SILIGEGNGS FGTATNFAVG SLPLTLGVGD FNGDNNLDLV VANRGSNNVS
VLLGQGNGSF GAATNFAVGA NPRSVVVADF NGDGKQDLAV SNQSNNNVSI LLGQGNGSFD
TATNFAVGSG PYSLAFGDFN SDGKPDLAVT NQNSNNVSIL LNTTSFSFPP TVANPITNQT
GTTGTAFNFQ IPANTFSDPG DTLTYTATLG NGEPLPSWLS FNPATGTFTG NPTKNNVGSL
TIKVTATDTT NLSVETTFNL SVGLPDNIIN GNGSNNTFIA TTAKDVFTGD AGYDNFITNF
ANFQQNDSFD GGDGRDAILI QGGANTDTIT FNLTNPSNQL ASIPGTTITN IETFDLRTFV
GTVTFIGGSG NDTIYGGAGD DNLNGDAGDD NLNGGAGDDT LIGGDGNDIL TGGSGTNTLT
GGAGNDRYYI DNASDVITED INGGQDEVFA TVSYTLAANV EALTLKGTAV NGTGNASNNN
IRGNNQDNLL EGLDGNDNLT GNAGNDVLIG GNGNDTLNGG IGNDVLIGGA GSDRLFGGDG
ADTFGFGTGN AFSSAGFGID TIADFAVGVD AIELDKASFS ALTSVVGDGF SVGSEFASVS
NDTLVATSNA LIVYSLGSGR LFYNQNGTAA GLGSGAHFAT LSGAPALNAS DFVIFESGN
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