| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5177 |
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| Symbol | |
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| ID | 7109509 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 5746686 |
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| End bp | 5749715 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643483386 |
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| Product | hypothetical protein |
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| Protein accession | YP_002380395 |
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| Protein GI | 218442066 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1615] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 28 |
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| Fosmid unclonability p-value | 0.000197253 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAGCGCG TAATTTATCT TATCCTTATT ATAGCAGGAT TTTGGCTAGG AATTGAACTG
ATTACCCGTC TAATCATTGA AATTCTTTGG TTTCAAGAGG TGGGTTATTT ATCTTCATTT
TTAAAACGTC TTCTTTGCCA GTTAATCTTA TTTATTGGAG TGACGGGAAT ATCCGCTAGT
TTCTTGTTTG TTAATTTGCA CTTTGCTCAC AAATATAAAT GGCATTCTAT CCCCGAATCT
CTCCCTAAAA AATACCCCCA TCTCAAACCC ATAAAAGATA CCCGTCTAAC TCCTCAATCT
ATCTCTTTTC GTTTACCTTG GTTACTTTTT TTTGTCGTCA TTTGTTATCT CATCGCCGGG
GTAATGCTGT TTTATTATAG TCAACTGGCT TTTGAAGTTT GGACTCCTAA ATTTAACTTA
GCTAACGTTA ATCCACCGGT CTTATTATTT GAGGGACTAA ATTGGTTTTG GAATTTGATC
CCCTCCCTGC CTCAAAATCT GTTGAAGTTA GGAGCATTTA GTGCAATCAT CTTTATTCTG
TTTTTAAAAG CTGAACTTTG GATCACCACG ATCGCAGGGA TTTTAAGTCT TTTGTTTGGA
CTCATTTTTG CTGGTAATTG GACTAATGTT TTTAAATATT TGAATTCAAC CCCTTTTAAA
GAATTTGATC CTCAATTTAG CAAAGATGTT GGGTTTTATG TTTTTACTTT ACCGATTTCT
GAATGGCTAT TTTTATGGTT AGCCGGTCTT ATTATTTATG GGGTAGTTAC CGTTAGTATT
ACCTATTTAC TCTCAGGCAA TAGTCTATCT GAAGGAAAAT TCCCGGGTTT TTCCCGTCCC
CAATTACGTC ATTTATATGG GTTATGGGGA GCAGTAATGG CTATTCTTGT CTGGCGACAT
ATTTTAAACC GTTATGAACT TCTTTACAGT TCTAGAGGGG TGATTTATGG AGCCGGTTAC
ACCGATATTC ATGTTCAACA ATATGTAGAA ATTGGATTAG GAATTATTGC TGGCTTAAGT
GCTTTTTGGC TATTCTTTAA ATCCATTAGC GGTGCATCTA AACCCAAATT AAATCCCTAT
TATTCCCGTT CTAAACTGAA AAAAATATCC TATCATACCG CAAAAACTTG GTATAAACTT
CCTTTTTATT TGTGGTTTAT TATTTTATAT TTATTCGTCC TAATTATGGG ACAGTTTTCG
AGCCTATTTA TTCAAATGCT GGTGGTTCAA CCTAATGAAT TAGCTAGAGA AAGACCCTAC
ATTGCTCGCA GTATCAATTA CACTAGAGCC GGATTTGATT TAGATAAAAT AAACGCTAAA
ATTTTTGATC CAGAAGGAGT ATTAACCGCC GAAGATATAA GAAACAATGC TCTAACGATA
GAAAATATTC GTCTTTGGGA TACTCAACCC CTTCTGCAAA CTAACCGTCA ATTACAACAA
ATCCGATTAT ATTATAAATT TCTCAGTGCA GAAATTGATC GCTATTTAAT GAAAACGGCC
TCAACCGATC AAAATGATCC GTTTGTTCCA GACACAGAAC CTAAAACTAA TGATCCAAAT
TTAATTAACA CCACGACAGA AAAACAACAG GTTATTATTG CAGCTAGAGA ATTAGATTAT
GAGGAAGTTC CAGATACAGC CAAAACTTGG GTTAATGAAC ATTTAGTTTA TACTCACGGT
TATGGATTTA CCCTTTCACC GGTGAATTTA GTTGCTGAAG GAGGATTACC TTACTATTTT
GTTAGAGATA TTGGAACGTC TACCGATGAA GGAGCGTTGC AAACCTCTAG TGAATTTATA
CAATATAGTA TTCCGATTAC CAAACCGCGA ATTTATTTTG GTCAATTGAC GAATACTTAT
GTTATGACTC CCACTAGCGT TCAAGAATTC GACTTTCCTA GTGGAGAAGA AAACGTCTAT
AACACCTATG ATGGAGCAGG AGGAATTCAA GTCGGTTCTT GGTGGCGACG GGGATTATTT
GCCATTTACC TTAAAGATTG GCAAATGTTA TTTACTACAG ATTTTTTGCC GGATACTAAA
TTATTATTCC GTCGTCAAAT TGATGAGCGG ATTAGAACGA TCGCCCCTTT TCTACAATAT
GATCAAAATC CTTATTTAGT CGTTGCTGAT ATAGGAGATA CCCCACCGTC AGGAATTAAA
AATACTCTCT ATTGGATCGT CGATGCTTAT ACCATTAGCG ATCGCTATCC TTACTCTGAT
CCGGGAGAAA ATCAATATAA TTATATTCGC AATTCTGTCA AAGTTGTGAT TGATGCTTAT
AACGGAGATG TAAAGTTTTA TATTGCCGAT CCGAGCGATC CCATTATTAA AACATGGAGC
AAAGTTTTTC CGGCGATGTT TCGTTCTCTT GATGAAATGC CGATTAATTT ACGGACTCAT
ATTCGCTATC CGGAAGATTT TTTTAGTGCC CAGTCGGAAC AGTTACTGAT TTATCATATG
ACTGATCCTC AAGTGTTTTA TAATCGAGAA GACCAATGGC AAATTCCCAG AGAAATTTAT
GGCAATAAAA CTCAAAGCGT AGCACCCTAT TATCTCATTA TGAGGCTACC CGAAGAAACC
CAAGAAGAAT TTATTTTACT TCATCCGTAC ACCCCTAGAA GTCGTCCTAA TTTAATTGGT
TGGTTGGCCG GACGTTCCGA TGGGGAACAA TATGGAAAAC TCCTACTCTA TCTATTTCCT
AAACAACGGT TGATTTATGG ATCTAATCAA ATTGAAGCTT TAATTAATCA AGATCCAGCC
ATTTCTCAAC AAATTTCTCT CTGGAATAGA GAAGGTTCTA GTGTGTTACA AGGTAACTTA
CTGGTGATCC CTATTGAACA ATCTCTGCTG TATGTTGAGC CATTATATTT AGTTGCTGAA
GAAAATAGTG TGCCCACTTT AGCTAGAGTC ATTGTTTTTT ATGAAAATCA AATTGTCATG
GCCCCTCGGT TAGAAGAGGC TTTGACCGCT ATTTTTGAGC CAGAACAATC TTCTACTCCG
GCTATAATTC GTCCGGTTGA AGGTCTTTAA
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| Protein sequence | MKRVIYLILI IAGFWLGIEL ITRLIIEILW FQEVGYLSSF LKRLLCQLIL FIGVTGISAS
FLFVNLHFAH KYKWHSIPES LPKKYPHLKP IKDTRLTPQS ISFRLPWLLF FVVICYLIAG
VMLFYYSQLA FEVWTPKFNL ANVNPPVLLF EGLNWFWNLI PSLPQNLLKL GAFSAIIFIL
FLKAELWITT IAGILSLLFG LIFAGNWTNV FKYLNSTPFK EFDPQFSKDV GFYVFTLPIS
EWLFLWLAGL IIYGVVTVSI TYLLSGNSLS EGKFPGFSRP QLRHLYGLWG AVMAILVWRH
ILNRYELLYS SRGVIYGAGY TDIHVQQYVE IGLGIIAGLS AFWLFFKSIS GASKPKLNPY
YSRSKLKKIS YHTAKTWYKL PFYLWFIILY LFVLIMGQFS SLFIQMLVVQ PNELARERPY
IARSINYTRA GFDLDKINAK IFDPEGVLTA EDIRNNALTI ENIRLWDTQP LLQTNRQLQQ
IRLYYKFLSA EIDRYLMKTA STDQNDPFVP DTEPKTNDPN LINTTTEKQQ VIIAARELDY
EEVPDTAKTW VNEHLVYTHG YGFTLSPVNL VAEGGLPYYF VRDIGTSTDE GALQTSSEFI
QYSIPITKPR IYFGQLTNTY VMTPTSVQEF DFPSGEENVY NTYDGAGGIQ VGSWWRRGLF
AIYLKDWQML FTTDFLPDTK LLFRRQIDER IRTIAPFLQY DQNPYLVVAD IGDTPPSGIK
NTLYWIVDAY TISDRYPYSD PGENQYNYIR NSVKVVIDAY NGDVKFYIAD PSDPIIKTWS
KVFPAMFRSL DEMPINLRTH IRYPEDFFSA QSEQLLIYHM TDPQVFYNRE DQWQIPREIY
GNKTQSVAPY YLIMRLPEET QEEFILLHPY TPRSRPNLIG WLAGRSDGEQ YGKLLLYLFP
KQRLIYGSNQ IEALINQDPA ISQQISLWNR EGSSVLQGNL LVIPIEQSLL YVEPLYLVAE
ENSVPTLARV IVFYENQIVM APRLEEALTA IFEPEQSSTP AIIRPVEGL
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