| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_5149 |
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| Symbol | |
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| ID | 7291103 |
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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 | Cyanothece sp. PCC 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 5242477 |
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| End bp | 5245779 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643588106 |
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| Product | Phycobilisome linker polypeptide |
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| Protein accession | YP_002485803 |
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| Protein GI | 220910492 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 22 |
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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 | ATGATTGTCA AGGCAAGTGG AGGAAGCTCG GTCGCCCGCC CGCAGCTTTA TCAAACCGTA
CCTGTTTCCA CCATTACTCA GGCTGAACAG CAAGACCGTT TTCTCCAGCG GGGCGAGCTG
GAAGAATTGG CAGTCTATCT CCGCTCAGGG GCAAAACGGC TTGAGATTGC AACCATTCTC
ACCAACAATT CCGAGATTAT TGTTTCCAGA GCCGCTAACC GGATTTTCGT CGGTGGTTCG
CCCATGGCCT TTCTCTCCCG TCCCCGTACG GAGGAACCCG CTTTTGTGGC TGGGGCGGCC
GGAAAAGGGA TCGACATGAA AGAAGCCATG CAACTGGGAA CTGCCTCCTT TGTGGATACA
CGGGGAGGAT TCCTGGAAGG GTTGCGCTCA GTGTTCAGTG CTGGAGGTGG CGCAATTCCC
GCCGGATTCA AGCCGATCAA CATTGCCCGC TACGGCCCAG AGCGGATGCA AAAATCCCTC
CGCGACCTGG ATTGGTTTTT GCGCTATACC ACTTACGCCA TTGTCGCTGG CGACCCGAAC
ATTATCGCTG TGAATGTACG GGGACTGCGG GAAATCATTG AAAATGCCTG TTCCGGGGAA
GCGACGATCG TTGCACTGCA GGAAATGCGT CGGGCTGCGC TCAGCTACTT CCGGGATGAT
GCAGTGGGTG AAGCGATCGT GACTCAGTAC ATGGATGTGT TGCTGACCGA GTTTAAGGCT
CCCACTCCCT CCAACAAGCT GCGTCAACGC CCCTCTGGAG ATCAGCAGGG GTTACAACTG
CCCCAAATTT ACTTCAACGC CGCCGAACGC CGTCCCAAAT TTGTGATGAA GCCCGGCTTG
TCCGCTTCCG AAAAGAATGC TGCGGTCAAA GCAGCTTATC GGCAGGTGTT TGAACGGGAT
ATTACCCGCG CCTATAGCCT GGGGATCTCT GATCTGGAGT CCAAGGTCAA AAATGGCGAT
ATTTCGATGA AAGAATTCAT TCGTCGCCTG GGTAAATCAC CGCTGTACCG TAAGAATTTC
TTCGAGCCCT ATATCAATAG CCGTGCTTTA GAGCTGGCCT TCCGTCACTT CCTTGGTCGT
GGTCCCAGCA GCCGGGAAGA GGTGCAAGAG TACTTTGCCA TTGTCTCGAA AGGTGGTTTA
CCGGCCCTGG TGGATGCCCT GGTGGACTCC AAAGAATATA GTGATTACTT TGGCGAAGAA
ACCGTTCCCT ACCTGCGCGG TCTGGGACAG GAAGCTCAGG AATGCCGCAA CTGGGGTGCT
CAGCAAGATC TGTTTAACTA CAGTGCCCCC TTCCGCAAAG TTCCTCAGTT TATCACTACC
TTTGCGGCTC AGGATCAGCC CTTACCGGAT CAGCATCCCT ATGGCGCGGG CAACGATCCG
CTGGAAATTC AGTTCGGCGC GATCTTCCCG AAAGAAACCC GCAATCCCAA TAATCGTCCC
CAACCCTTTA ATAAGGATAC TCGCCGGATT CTGATCAACC GCGGCCCCGG AATCAATAAC
CAGTTGAGCA ATCCGTCCGC CCGTGGTGTT GCTCCCAGTT CCCTCGGTCC CAAAGTGTTC
AAGCTGGATC AATTACCCAG TTTTACCGGT CTGGGTCCGA AAAAGGGAAC CTTTGGGGGT
ACCGTCAGCA GCCCCAGCAG CAAAGGGGTC AGTGTCAAAT TCTCGGAAAG CTCCACCCAG
AAGGTGATCA AAGCTGCTTA TCTGCAGGTG TTCGGACGGG ATGTCTACGA CGGCCAACGC
CAGAAGGTAG CCGAAATCAA ACTGGAAAAT GGTGAGATCA CGGTACGGGA ATTTATCCGC
ACTTTGGCCA AGTCCAACCT GTTCCGCAGC CTCTACTGGA CTCCCCTCTA CGTCTGTAAG
GCGATCGAGT ACATCCACCG TCGTCTGCTG GGTCGCCCCA CCTATGGTCG CCAGGAGATG
AACAAATACT TTGACCTGTG CTCTAAGAAA GGTCTCTATG CCCTGGTGGA TGCCCTGATT
GATAGTCCAG AGTACGCTGA AGCCTTTGGG GAAGACACCG TTCCCTATGA ACGTTATGTC
ACTCCTGGAG GTCTGGCATT GCGCACCCTG CGGGCCGGTA GCATTGGCGA TAAAGGCATC
ACGGTGAAAC CGGAAACCAC GCCCCGCTTT ATTGAACTGG GTGAAGTCAC GGATCTGCGC
CCCGACGCTG CAATCGGATT CCGCGTCAGC CAGGGTGTAA GCAAGCAGCG TGAACAAAGC
AAAGTGTTCA AGTTGACCAA CCTGCAGGAT AAGGTGGCGC TGAAAACTCT GATCCAGGCA
GCCTATCGTC AGATCTTCGA GCGGGATATT GCTCCCTACA TCATCAAGAA CGAGTTCACG
GTGCTGGAAA CCCAACTCAG CAACGGTGAT ATTACCGTCA AGGAATTCAT CGAAGCCCTG
GGTTGCTCTC AGTTGTACAT CCGCGAATTC TATGCGCCCT TCCCCAACAC GAAAGTGATT
GAACTGGGAA CGAAGCACTT CCTGGGCCGC GCCCCTCTGG ATCAGGCGGA AATCCGCAAG
TATAACCAGA TTCTCGCCAC TCAGGGGATT AAGGGCTTCA TCAAGGCCAT GGTGAACGGG
ACGGAGTACA TCCAACTCTT CAATGAAGAT GTGGTCCCCT ACCGTCGCTT CCCCACCCTG
CCCGCCGCTA ACTTCCCCAA TACAGAGAAG TTATATAACC AGCTGACCAA GCAGGATGAC
ACCCTGGTCG TACCCAGCTT TGAACCTGTC CAGTCCCGGA TTGATGGTGC TAAGCTGCCC
CTCGTGGCTG ATGCCTTAAA TGGAAGCAGT GGTGCGGCTG TTCCTGCCTA TGTAGAACTG
GGACGCTCTT CTTCTAACAG TGCTGTTGTA GAAGCGCAAC CCCGTCCCAC CCGGATTTAC
CGTTTAGGTG CAGAAGCGGA TGTAGCCACG GTTATCCAGG CGATTTATGT GCAGGTGATG
GATCTGAGTG AAGAGTCCGT TCCCGATGCC TTCCGCCGCT ATGATCTGGA AGCCCAACTG
CAACGGGGTG AAATTTCGGT GCGGCAGTTT GTCCAGCAAT TAGCCAGTTC TACCGCCTAC
CGCGATCGCT TCTGTGTCGC CTACCCCGGT CACAAAGTCG TGGAATTTCT CTGTCGGCAT
CTGCTCGGTC GTTCCGTTCA GGATCTGAGT GAGTCGCTCC ACTACAATCA AGTGATCCAG
GAGCGGGGCT TAGACGCAGC CGTTGCCGCT ATGGTATCCA GTCAGGAATA CACCCGCTAC
TTTGGCGAAG ATGTAGTTCC TTACAAACGG CAACCCAGCT TACCGGCAGA TTTTATTGCC
TAG
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| Protein sequence | MIVKASGGSS VARPQLYQTV PVSTITQAEQ QDRFLQRGEL EELAVYLRSG AKRLEIATIL
TNNSEIIVSR AANRIFVGGS PMAFLSRPRT EEPAFVAGAA GKGIDMKEAM QLGTASFVDT
RGGFLEGLRS VFSAGGGAIP AGFKPINIAR YGPERMQKSL RDLDWFLRYT TYAIVAGDPN
IIAVNVRGLR EIIENACSGE ATIVALQEMR RAALSYFRDD AVGEAIVTQY MDVLLTEFKA
PTPSNKLRQR PSGDQQGLQL PQIYFNAAER RPKFVMKPGL SASEKNAAVK AAYRQVFERD
ITRAYSLGIS DLESKVKNGD ISMKEFIRRL GKSPLYRKNF FEPYINSRAL ELAFRHFLGR
GPSSREEVQE YFAIVSKGGL PALVDALVDS KEYSDYFGEE TVPYLRGLGQ EAQECRNWGA
QQDLFNYSAP FRKVPQFITT FAAQDQPLPD QHPYGAGNDP LEIQFGAIFP KETRNPNNRP
QPFNKDTRRI LINRGPGINN QLSNPSARGV APSSLGPKVF KLDQLPSFTG LGPKKGTFGG
TVSSPSSKGV SVKFSESSTQ KVIKAAYLQV FGRDVYDGQR QKVAEIKLEN GEITVREFIR
TLAKSNLFRS LYWTPLYVCK AIEYIHRRLL GRPTYGRQEM NKYFDLCSKK GLYALVDALI
DSPEYAEAFG EDTVPYERYV TPGGLALRTL RAGSIGDKGI TVKPETTPRF IELGEVTDLR
PDAAIGFRVS QGVSKQREQS KVFKLTNLQD KVALKTLIQA AYRQIFERDI APYIIKNEFT
VLETQLSNGD ITVKEFIEAL GCSQLYIREF YAPFPNTKVI ELGTKHFLGR APLDQAEIRK
YNQILATQGI KGFIKAMVNG TEYIQLFNED VVPYRRFPTL PAANFPNTEK LYNQLTKQDD
TLVVPSFEPV QSRIDGAKLP LVADALNGSS GAAVPAYVEL GRSSSNSAVV EAQPRPTRIY
RLGAEADVAT VIQAIYVQVM DLSEESVPDA FRRYDLEAQL QRGEISVRQF VQQLASSTAY
RDRFCVAYPG HKVVEFLCRH LLGRSVQDLS ESLHYNQVIQ ERGLDAAVAA MVSSQEYTRY
FGEDVVPYKR QPSLPADFIA
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