| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2357 |
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| Symbol | |
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| ID | 3683414 |
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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 | 2931934 |
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| End bp | 2937654 |
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| Gene Length | 5721 bp |
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| Protein Length | 1906 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637717702 |
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| Product | Alpha-2-macroglobulin-like |
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| Protein accession | YP_322870 |
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| Protein GI | 75908574 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0821687 |
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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 | 20 |
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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 | ATGATTATTA GAATCTGTAT ACGGTGTTTT CTTGTTCTAA CCTTGGTGTT AGGAACAGGC
GGATGTAATT TTTTTGGTAT TAACTCAGCT AGAGAACCAT TACCAGCAGT CTCTCCACTC
ACACCGCCAA AATTACCGGA TTGGATTGAA CAAATTAGTC CCATCGGACA AGCCCAACCT
CTGAACCAAA TCCGTATTCG TTTTAAAGAG GCTTTAATAC CAGTTGAAAG TTTGGATAGT
CCAGAACAAC AGCAGTTATT ACAAAAGTTT GCCCTTTGGC CGCCATTACC GGGACAGTTT
CGCTTTTTGA CACCGCGCAT GGTGGGTTTT CAAGCTGATA AAGCATTGCC AATAGCCACG
AGATTGCAAG TTACTCTTAA AGCAGGCTTA GCAGATTTAA AAAATCATCG TTTAAACAAA
GATTTATCCT GGACTTTTAA TACTCCATCT ATCGATTTAA CGAATTTACC TGGTGTGAAT
CCAATGGAAA AAGCTGATGC TGAACCCATT GATTTGCAAC CGAAGTTACA ATTTACATCT
AATGTAGAAC TAGATTTAGC TTCTGTACAA GAACATTTAC AGCTAATCCC AGAAGGTAAA
AATGAGGGTT TGCACTTCCA GGTAACTTTG AATAAGGAAG AAAATCCTCT AAATAATGAA
GAACCTCTCA AGAAATTTGA CCCTTCAGCA CGTAATTGGA TTTATAATCT TAGACCTCAA
AAAAATCTGG AAAAAGCCAC CAGTTATCGT TTGGTATTTT CTCCGGGAAT ACGTCCTGCC
TATGGCAACC TAGCTACAGA AAAAGAATTT GCTAGTAAGT TATCTACTTA TTCACCTTTG
GCTTTTCAAA AAATTAACTT TTATGGACAA CCAGATGCTG GGGGAACTTA TGGAAGATTT
ATTAAAGGTA GTCCGCAGTT AGAATTTAAT AATATTTTGG TAGCCGATTC AGCTAAAGCT
AATATTCAAA TTAGCCCAGC ACCAAAAGAT ATTTCTAGGC TGTTACAAGT TAATGATGAA
GATAGAATTA TCGGGATTAA TCCTTATGCC TTAGAACCTG CCAAGACTTA TACAATTACT
ATTGGCGAAA ATCTCCAGGA TAAGTTTGGA CAGACTTTAG GTAAACCTGT CTCACTTAAA
TATGATACTG GAGATTTAGC TGGGGATATC TGGGTTCCCT CAGACTTGAA TATTTTCCCT
TCAGGTAAAG ATTTACGGTT AAATATTAGT ACTGTAAATT TACCAGAATC TAAATATAAG
GCTGCTTATC GAGTAGTTAA ACCAACAGAT TTAGTCTATT TTAACTATGG TAATGATTTA
TTAACGAAAC CTGCTGAATG GCAAAGCTTC CAGGTATCAG GTAAGAAAAA TCAATCAGTT
GATATCACTG TTCCTCTACG AGAAAGAATC AACGCTAAAA CGGGAATGTT AGCTTATGGA
GTACAAGCCC GTACTAATAA ATATCAGGAA AATGGTAAGG ATTTGTGGAG AGAACCTACG
ACTTATGGTT TGGTGGAATT GACTAATTTG GGTGTATTTA GTCAATGGTT TCCTGAATCG
GGGTTAATTC GGGTGAATCA TTTAACAGAT GGTGCGCCAG TAAAAGCGGC TGTTATAGAA
ATTTATCAAT CAAAATTACA AGCAAAATCT CGCCCTGAAC CTGTACCTTG TGCGACAGGG
AAAACTGATG AAAATGGAAC TTTTAGAATT AATCGTGCAG AATTACAGCA ATGTACTGCT
GGTAGCCAAA ATTCAATTAA ATCACCAGAA TTATTAGTAA TTGCCCGTGA AAATGAAGAT
TGGGCATTTA CTAGAACTGA TGAATATAGC GGTGTTTATG GATATGGTAT TGATGCAGGT
TGGCAAGGTA ATAAACCTGA ATCACGGGGA GTAATCTTTT CAGATAGACA GTTGTATCAA
CAAGGAGAAA AAGCTTGGTT TACTGGTTTT GCTGACTACT TACAAAATGG TGTAATCCAA
CAAGATAAAA ATGCTGACTA CCAAATAACA TTGGTAAATC CTGATGGACA AAAGACCAGT
TTAGGTACAC AAACTACAAA TGAGTTTGGG ACGTTTTCCT TAGAAATGCC CATCAATAAA
ACTCAAAGCT TAGGCTACTA TACAATTCAA GGTAAAGGTA AGAACGGACA GGAAATTTCT
GGAGAATTTC GGGTGGCTGA GTTCAAACCA CCTAATTTTA AAGTCGAAGT CAAGTTAGAT
AAAGAATTTG CTTACATTGG TGATGATGTT GATATTAATG CTTCCAGTAA TTATTTATTT
GGTGCGCCTG TAGAAGGTGG AGAAGCGAAA TATTTTATTA CTCGTCAACA AGCTAACTTC
ATCCCTAAAG GTTGGGAAGA GTTTACTTTT GGTCGCCAAT GGTTTTGGCC GGAGGAAACC
CCCACCATAT CTAGTGATGT GTTGCAAAGT AATTCTCAGT TAAATACGAA TGGTAAAAGT
AGCCAAACGG TAAAGGTAGC TAAAGATTTA CCGTATCCTA TGACTTATCG GGTAGATGTA
CAAGTTGCCG ATGTCTCTAA TCTTTCGGTA GCTAATTCCC AAAGTTTTAC AGCCTTACCA
AGTAATCGTT TAATTGGCTT GAAAAGTAAT TTTATTGCTG ATGCAGGTAA AGCATTTCCT
ATAGAAGTAG TTGTTACTAA GCCTACAGGA GAAGTAATTG CAGGTCAACG AGTCCGGCTG
GAATTGCAAC AGATAAAATA CAGCAGCGTC ACTCAATTGG TAGAAGGTAG CGAAACACCA
AAAAACCAAG TTGAATATAA AACAGTTGCC CAAACAGAAA TTACATCTAC TAGTAATTCG
CAATCGGTGA ATTTGACCCC AACTGAATCT GGTGCATATC GAATTAGAGT TAATTTTAGT
GATGCCAAAA ATGAATTAAG TGCCACAGAT TCACAAATTT GGGTGACTGG AGGAAACGCA
GTCTTTTGGG GTACGCGAGA TAAAGATGTT TTAGAAGTTA AGTTAGATAA AAAAGAGTAT
AAAGCTGGTG AAACTGCTAC CGCTTTAATT CAATCTCCCT ATGCAGATGC AGAATTATAC
TTTGCGGTGA TTAAAGATAA ACCCATTTAT CAACAAATTA CCAAAGTTCA AGGCAACGCA
CCACAAATTC AGTTTCAAGT TACGCCAGAA ATGCTACCAA ATGCAGCCGT TGAAGCTGTG
TTAGTTCGAC AAGGTAAACC TATTAGTCAG GTAGAAGTAG GAAGTTTAGA TAACTTGGTA
AAAATTGGCT TTACTCCTTT TAAAGTTAAC CTAGAAGATA AGTATTTAAA ACTGCAAGTT
AAACCAGTCC AAACATCTTT AGAACCTGGT GCAGAAGAAA CAATCCAACT GGAATTGAAG
GATAATCAAG GCAATCCCAC CAAAGGACAG TTTACAGTCA TGGTGATAAA TGAGGCGGTA
CTGCAACTTT CTGGTTATCG TCCGCCGAAT TTAGTAGATA CAGTTTATGC AGAACAGCCA
ATATCTACCC GCTTTACTGA TAACCGTCCA GATGTGATAT TACAACCGCA AGATATAGCA
AAACCCAAAG GCTGGGGTTA CGGCGGTGGT TTCTCCACAG GTGCAGCAAA TACTCGCACC
CGCACCAACT TTCAACCCTT AGCTTACTAC AATGGTTCTG TATTGACCGA TGCTAACGGT
AACGCACAGA TAACCTTCAA ATTACCAGAT GATTTAACTA CGTGGCGTGT GATGGCTGTG
GCTACAGATG GAAACCTGCG TTTTGGCAAT GGGGACGCGA CATTTATCAC CACCAAACCC
TTACTAACTA ATGCCATCTT GCCACAATTT GTCCGTCCAG GCGATCGCAT CCTCGCTGGT
TTATCCGTCA CTAATAACAC CGGAAATCGA GGGAATCTCT CAATTAACGG TGAACTTAGC
GGGACTGTGA AGTTTAACAG CAAAAATCCC ACAACTACTA CGTTGCAAAC CCAAGCTGAA
TCTGCAACTC AAGCCTATCG CTTCCCAATG GTGGCGGATA GTGTGGGATT TGGTAAAGTT
CGCTTCACCA CTCAGCTAAA TGGTACAGCC GATGCTTTTG AATTACCTCT GCAAGTAAAA
CCACTGGAAA TCACCGAACA AGTAGTTGAG ACTGGTGTCA GCCAAAAACA AATCAAAATT
CCCTTAAATG TTGATAAAAA TATCTTTCCC GAAGCCGGCG GTTTAGATAT TCAATTAGCG
AGTACTTTGA TTCCCGAAAT TAAAGCACCA GCAAAAGAAG TATTAACAGA TAATGATTTG
CCATTCACAG AACCATCTGC AAGTCAATTA ATCATTGCGA CAAATTTACA AACTCTTGCC
CAAAAATATG GTCAAACATT TGCAGAATTT AATTCTAGCC AACAGGCAAA TTTAGCAGTT
GAAAAATTGC GAAAACTACA AATCTCTGAT GGTGGTTTTG CGGCTTTCCC TGGACAGGAA
AAATCAGACC CTTGGGTTTC TAGTTATGCG GCTGAATCTT TAGTAAAAGC TAGTCAAGTC
TTCCCCGACT TGGTTGACTC AGGAATGCTA TCTCGCCTCA AAACCTATTT GCAAAAAGTT
CTGGCAAACC CCGGAGAATA TGATTTTTGC AAACAGCAAC TATGTAAAAG GCAACTACAA
CTTAATGCTT TAATAGCCCT AGCAGAACTG GGAGATAAAC GCAACACATT TCTAACAGAT
ATTTATGAAC AAAGTAACAA ATTTGATTTA GTCACTCAAA TTAAACTAGC GCGATACTTA
TCTCAATTCC CCGAATGGCA AGATGAATCT CAGCAATTGC TAAACAAGCT GCAACAAAAC
ATCTATGAAA CTGGACGCAC AGCAGTTGTG AGTTTACCAC CTAGTTGGGG ATGGATGAGT
TCACCAACCG CAGTACAAGC CCAAGCTTTA CGCTTATTTA TCGCCCAACA AAGCCAACCA
AAACTAATAG ATAAATTACT CCAAAGTTTA CTTGCATTAC GCCGGGATGG AACATGGCAA
ACTGACTATA ACAATGCCCA AGCACTAACA GCCTTAGTAG AATATAGCCA ACTACAACCC
ACACCACCTA ATTTTGTCGC CACAGTGCAG TTAGCCGGTA AGAAGTTAGG AGAAAATCGC
TTTGCAGGCT ATAAAAATCC CAGCCTCCAG CTAAATGTAC CGATGAATCA ACTACCCCGT
GGTCGCCATG ATTTAACGCT ACAAAAATCG GGTAATGGAA CTCTACACTA CTTGGTTGCT
TATAACTATC GCCTGCAAGG AAATCAACCA GGACGCTTTA ACGGCTTAAG CATAACACGA
GAAATAAGTC AAGTAAATGC AGAGAAAGTT TTACGAAAAA CAGGTATTTA CGCCCTCGAT
CAACCCTTGA CTTTAGCTCC CGGACAAGTG TTTGATATTG GTTTAGAAAT TATCGCCGAT
CGCCCGGTAG ATCATCTAGT AATTAAAGAT CCCCTACCAG CAGCTTTAGA AGCCGTTGAC
GCGAGTTTCC AAACCACCAC CGCCGCATTA CAAGCAAAAG CCGATAGTTG GGAACTGGGT
TTTAGGAATA TTTATAGCGA TCGCATTATC GCCTATGCCG ACCACCTAGA ACCAGGAGTT
TACAGCCTCC ATTATTTGGT ACGTTCTGTT ACCCCTGGGA CTTTTTCCTG GCCTGGTGCG
GAAGTTCACC TGCAATATGC ACCAGAAGAA TTTGGACGCA CTGCGGAAAT GAAACTAATA
GTAGAGGAGA CAGAAAAGTA A
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| Protein sequence | MIIRICIRCF LVLTLVLGTG GCNFFGINSA REPLPAVSPL TPPKLPDWIE QISPIGQAQP
LNQIRIRFKE ALIPVESLDS PEQQQLLQKF ALWPPLPGQF RFLTPRMVGF QADKALPIAT
RLQVTLKAGL ADLKNHRLNK DLSWTFNTPS IDLTNLPGVN PMEKADAEPI DLQPKLQFTS
NVELDLASVQ EHLQLIPEGK NEGLHFQVTL NKEENPLNNE EPLKKFDPSA RNWIYNLRPQ
KNLEKATSYR LVFSPGIRPA YGNLATEKEF ASKLSTYSPL AFQKINFYGQ PDAGGTYGRF
IKGSPQLEFN NILVADSAKA NIQISPAPKD ISRLLQVNDE DRIIGINPYA LEPAKTYTIT
IGENLQDKFG QTLGKPVSLK YDTGDLAGDI WVPSDLNIFP SGKDLRLNIS TVNLPESKYK
AAYRVVKPTD LVYFNYGNDL LTKPAEWQSF QVSGKKNQSV DITVPLRERI NAKTGMLAYG
VQARTNKYQE NGKDLWREPT TYGLVELTNL GVFSQWFPES GLIRVNHLTD GAPVKAAVIE
IYQSKLQAKS RPEPVPCATG KTDENGTFRI NRAELQQCTA GSQNSIKSPE LLVIARENED
WAFTRTDEYS GVYGYGIDAG WQGNKPESRG VIFSDRQLYQ QGEKAWFTGF ADYLQNGVIQ
QDKNADYQIT LVNPDGQKTS LGTQTTNEFG TFSLEMPINK TQSLGYYTIQ GKGKNGQEIS
GEFRVAEFKP PNFKVEVKLD KEFAYIGDDV DINASSNYLF GAPVEGGEAK YFITRQQANF
IPKGWEEFTF GRQWFWPEET PTISSDVLQS NSQLNTNGKS SQTVKVAKDL PYPMTYRVDV
QVADVSNLSV ANSQSFTALP SNRLIGLKSN FIADAGKAFP IEVVVTKPTG EVIAGQRVRL
ELQQIKYSSV TQLVEGSETP KNQVEYKTVA QTEITSTSNS QSVNLTPTES GAYRIRVNFS
DAKNELSATD SQIWVTGGNA VFWGTRDKDV LEVKLDKKEY KAGETATALI QSPYADAELY
FAVIKDKPIY QQITKVQGNA PQIQFQVTPE MLPNAAVEAV LVRQGKPISQ VEVGSLDNLV
KIGFTPFKVN LEDKYLKLQV KPVQTSLEPG AEETIQLELK DNQGNPTKGQ FTVMVINEAV
LQLSGYRPPN LVDTVYAEQP ISTRFTDNRP DVILQPQDIA KPKGWGYGGG FSTGAANTRT
RTNFQPLAYY NGSVLTDANG NAQITFKLPD DLTTWRVMAV ATDGNLRFGN GDATFITTKP
LLTNAILPQF VRPGDRILAG LSVTNNTGNR GNLSINGELS GTVKFNSKNP TTTTLQTQAE
SATQAYRFPM VADSVGFGKV RFTTQLNGTA DAFELPLQVK PLEITEQVVE TGVSQKQIKI
PLNVDKNIFP EAGGLDIQLA STLIPEIKAP AKEVLTDNDL PFTEPSASQL IIATNLQTLA
QKYGQTFAEF NSSQQANLAV EKLRKLQISD GGFAAFPGQE KSDPWVSSYA AESLVKASQV
FPDLVDSGML SRLKTYLQKV LANPGEYDFC KQQLCKRQLQ LNALIALAEL GDKRNTFLTD
IYEQSNKFDL VTQIKLARYL SQFPEWQDES QQLLNKLQQN IYETGRTAVV SLPPSWGWMS
SPTAVQAQAL RLFIAQQSQP KLIDKLLQSL LALRRDGTWQ TDYNNAQALT ALVEYSQLQP
TPPNFVATVQ LAGKKLGENR FAGYKNPSLQ LNVPMNQLPR GRHDLTLQKS GNGTLHYLVA
YNYRLQGNQP GRFNGLSITR EISQVNAEKV LRKTGIYALD QPLTLAPGQV FDIGLEIIAD
RPVDHLVIKD PLPAALEAVD ASFQTTTAAL QAKADSWELG FRNIYSDRII AYADHLEPGV
YSLHYLVRSV TPGTFSWPGA EVHLQYAPEE FGRTAEMKLI VEETEK
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