| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_4152 |
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| Symbol | |
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| ID | 8727911 |
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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 | Spirosoma linguale DSM 74 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013730 |
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| Strand | + |
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| Start bp | 5000122 |
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| End bp | 5002809 |
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| Gene Length | 2688 bp |
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| Protein Length | 895 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | |
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| Product | cyanophycin synthetase |
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| Protein accession | YP_003388938 |
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| Protein GI | 284039008 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.38257 |
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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 | 38 |
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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 | ATGAAAATTA TAGATATTCG AGCACTGAAA GGGCCTAACT ATTGGTCAAT TAAGCGCCCT
AAACTGATCG TGATGCGGTT AGATTTAGAA CAACTGGAAG AATTTCCGTC CAACAGAATT
GACGGCTTTT ATGAACGCCT TCAACACCTT ATACCCAGCC TGTATACCCA CGAATGTTCG
GAAGGGCGAC CGGGGGGATT TTTCTACCGT GTGGAGCGGG GAACCTGGAT GGGGCATATT
ATTGAACACA TCGCGCTGGA AATACAGACA CTGGCGGGTA TGGATTGTGG CTTTGGGCGG
ACACGCAGTA CGGGCGATTA TGGCATCTAC AACGTCGTAT TCGCGTATCA GGAAGAACGG
GCCGGTCTCC AGGCGGCTTA TTGTGCAGTT AATATTGCCC AGGCACTTAT TGAAGGCCGG
GCGTATGACC TGCAAGCCGA CATCACGCTC CTGAGTCAAC TATACGAAGA AGACCGGCTG
GGGCCCAGCA CAGCCGCTAT TGTGAATGCC TGCGTTCAAA AAGGGGTTCC CTACACACGA
CTCGACACCG ATTCGACCGT TTTGTTAGGC TACGGCATTG CCCAGAAACG TATACAGGCA
GCCGTTAGCA GTCAGACGAG TTCGATTGCC GTTGAGCTGG CTGCCGACAA GCATGAAACC
AAACGACGAC TAGGCAAAGC GGCTATTCCC GTACCTACAG GACTGGTAGT GGAAACAGAA
GCCGAACTTC AGGCGGCTCT CGACAAATTA GGGTTTCCAC TGGTTGTCAA ACCCCTCGAT
GGCAATCATG GCCGGGGCGT AACCACCAAT ATTCAAACCA GGGAGGCACT TCTCATCGCC
TTTCAGGTAG CCAAGGCGCA CAGCGAAGGG GTACTGATAG AACAGTTTGC ACAGGGATAT
GACTTCCGAC TGCTGGTGAT CGACTATAAA CTCTGCGCCG TAGCGCAACG GATACCCGCC
CGCGTCATTG GCGATGGTTC TTCCACAATC AGCCAGCTTA TTGATGGCAT CAACAGCGAC
CCCCGCCGGG GCGACGGACA CGTGAATCTG TTAACCAAAA TAAGCATTGA CGAGGCCACG
ATGGCGATTC TGACCGAACA AAATCTGGTG CCGGAATCCG TGCTGCCCGC CGGGAAAGAA
CTCTATCTAA AAAAAACGGC TAACCTGAGT ACCGGTGGTA CGTCTATCGA CATGACCGAT
CAGGTGCACC CCGAAATCAA AGCTATGGCC GAACGAACTG CCCGCGTCAT TGGCCTGGAT
ATCTGCGGCA TCGACCTGAT TGCGCAGGAC ATTACCCGCT CGCTACACCG GTCGGGGGCG
GTTGTTATCG AAGTGAATGC CGGGCCGGGC TTACGGATGC ACACCCACCC ATCAGAAGGC
AAGCCCCGCG ATGTCGGCAA AGCCATCGCC GATATGCTCT TTCCACATAC AGTTAATTCA
GGAGCATCCA GACAGGGTCA GTCCAGACAG GGCCAATCCA GGCTGGGCCG AATTCCGATT
ATCGCCGTAA CAGGTACGAA CGGAAAGACC ACCACGACCC GGCTCACCCG ACACTTGATT
CGGCAGGCTG GTTATACGGT CGGCTTTACC ACGACCGAGG GCGTTTATAT CGGTGATACG
CTTATTGAGG AGGGCGACTG CACCGGTCCG GTAAGTGCCG AAAAAGTGCT ACAGGACCCC
TCTGTAGAGT TCGCAGTGCT GGAATGTGCC CGCGGGGGTA TGCTCCGTTC CGGTCTGGCC
TTCGACCAGT GCGATGTGGG TATCGTGACC AATGTAGCGG CCGATCACCT CGGCTTGCGG
GACATTAACT CGGTAGAAGA TATGGCGCGG GTCAAGGCTA TTGTGGCTGA AAGTGTGAAA
CCCGACGGCT ACGCCGTGCT CAATGCCGAC AACCCGCACA CCTATGCCAT GCGCCATTTA
GTGAGCAGTC AGGTGGCGCT GTTCAGCATG GACCCGGCCA GCGAACGGAT CGTGGCGCAT
TACCGGGCCG GTGGGCTGGC GGCTGTTTAC GAAGATGGGT ACATCACGCT CCGGCGTGGT
GACCAGTGCA TCCAGGTCGA ACACGTAAAC AATATCCCAC TGGCCTTTGA GGGAAAAGCA
CCCTTCATGA TCGAAAATAT CATGGCGGCT GTGCTGGCTG CTTATTGCCA GGAGCTGCCA
TTTCATCTTA TTGCCGAAGG GCTACGTTCG TTTGTACCTT CTTTTGAGAA CACCCCCGGC
CGGATGAACC TCTTCTGCTT CCGGAACTAC TGTGTACTGG TCGATTATGC GCATAACCCA
CATGGCATAG CCGCGCTGGG CGAGTACATA AAGCAGGCCG GGGCGGTGCA TAAAGTAGGG
ATTCTGACCG GCGTAGGCGA CCGTCGGGAT GAAGATATCA TTGCCGTTGG CCGGGTAGCG
GCTACGCTAT TCGACGAGAT CATTATCCGG TTCGACGAAG ACAGCCGGGG CCGTGATACC
GACCAGATTG CCAGCCTCAT CCGGCAGGGC ATTTACGAAA TAGACCAAAA CAAGCCCACG
CACATTATCC CGGACGAACT GGCCGCGCTC ACCTACGCCA TTGAGCATGT GCAGGAGTCG
ACCATGATCG TTCACCTGTC GGACCGGATC AACCGATCGG TGGAGATTGT GCGGGAGTTT
AAGGAGCTGG AAGAGAAATT CGACCTCCAC CCCGATTTGC TGGTGTAG
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| Protein sequence | MKIIDIRALK GPNYWSIKRP KLIVMRLDLE QLEEFPSNRI DGFYERLQHL IPSLYTHECS
EGRPGGFFYR VERGTWMGHI IEHIALEIQT LAGMDCGFGR TRSTGDYGIY NVVFAYQEER
AGLQAAYCAV NIAQALIEGR AYDLQADITL LSQLYEEDRL GPSTAAIVNA CVQKGVPYTR
LDTDSTVLLG YGIAQKRIQA AVSSQTSSIA VELAADKHET KRRLGKAAIP VPTGLVVETE
AELQAALDKL GFPLVVKPLD GNHGRGVTTN IQTREALLIA FQVAKAHSEG VLIEQFAQGY
DFRLLVIDYK LCAVAQRIPA RVIGDGSSTI SQLIDGINSD PRRGDGHVNL LTKISIDEAT
MAILTEQNLV PESVLPAGKE LYLKKTANLS TGGTSIDMTD QVHPEIKAMA ERTARVIGLD
ICGIDLIAQD ITRSLHRSGA VVIEVNAGPG LRMHTHPSEG KPRDVGKAIA DMLFPHTVNS
GASRQGQSRQ GQSRLGRIPI IAVTGTNGKT TTTRLTRHLI RQAGYTVGFT TTEGVYIGDT
LIEEGDCTGP VSAEKVLQDP SVEFAVLECA RGGMLRSGLA FDQCDVGIVT NVAADHLGLR
DINSVEDMAR VKAIVAESVK PDGYAVLNAD NPHTYAMRHL VSSQVALFSM DPASERIVAH
YRAGGLAAVY EDGYITLRRG DQCIQVEHVN NIPLAFEGKA PFMIENIMAA VLAAYCQELP
FHLIAEGLRS FVPSFENTPG RMNLFCFRNY CVLVDYAHNP HGIAALGEYI KQAGAVHKVG
ILTGVGDRRD EDIIAVGRVA ATLFDEIIIR FDEDSRGRDT DQIASLIRQG IYEIDQNKPT
HIIPDELAAL TYAIEHVQES TMIVHLSDRI NRSVEIVREF KELEEKFDLH PDLLV
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