| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5619 |
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| Symbol | |
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| ID | 7112476 |
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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_011734 |
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| Strand | + |
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| Start bp | 4342 |
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| End bp | 7353 |
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| Gene Length | 3012 bp |
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| Protein Length | 1003 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643483662 |
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| Product | hypothetical protein |
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| Protein accession | YP_002380671 |
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| Protein GI | 218442347 |
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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 | 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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATTAATC CTACCTTAAA CGGGCAGGAA CAGGCAAGTG TGCCTAAATT TCCTGCTGCC
ATTAATTCCA GAACGACTAC CAATACTGAC CTACACCAAA ATATTAATAG TGGTTACTCG
GAATGGTCAA AAAGCCTTGT AAAACCAAGC CTGATACAAG CAAACGTCAT CCCCTTTGGC
CCAGGAGAAG CCTGGGACTG GTTAATATAT TCGGATCTTA TCCCGCGACG TAACACCGGC
GTACTCACCT ACGGGGTTCT CAAGCAGTAT GACCACTTTG AAAAGTCTGG CGGCTGGCTA
GTCCAGAACA TCAACCCAGT CACCGGTGAA GATTCCCTCT ACAATCGGGC TAAATTTGAC
CATCCTAGGG TGGGAAGCGA CGGAAAGGTC ATAAAGTACG AATCGCCCCC AAAAACCCCT
ACAGATCCCA TTTTCCTGAA AGTCCCTCAT GAGATTTGTC ACGATGTCTG GTCTGATGTA
GCCAATGTTA ATAATATCCC CCTTCCCCCC TCTTCTGAAG ATCCTCCTCA TTTCTGGGAA
TGGTTTAAAA ATTCTTCTGC TCCTCTATGG ATAACTGAGG GAGAGAAAAA AGCCGGATGT
CTTCTTTCAA AAGGTCGGGT TACTACCTCT GTTCCTGGTA TTAATAATTA TCACGATGTC
AAGTTAAAGC AAGAGAAAAA CATCCTTAAA CTACATCCCT ACTTAGAACA CTTTGCTGAT
GGCCGAGACA TTATTATAAC CTTTGACCGG GACGAAAAAC CCAAGACCAG AGTTGCCGTT
AGAAAAGCCA TTAAGAAGCT TGGAAAACTC TTCAAGGATA AAGGATGTAA CGTTAAGATT
TGTATCTGGG ATGGTAAGAA AGGTAAGGGC ATTGACGACT TTCTAGCCAA CGGTAATACA
CTCTCTGATT GTCAGTATCT TACTTTTGAA AGGTACTGCG CGGGGGCTGA AAGGATAGAG
AAATATAAGG GGGCAAGTCA TCCTGTTGGG GAGAAAATCA ACTCTAGATA TATAGGTAAT
GTGTCTCTCC CAGATGCCCG GATTATTGCC TTAAAAGCTC CTAAAGGAAC GGGCAAAACT
ACCCTAATGG CTCAACTATC TCAACAATTT AAAGATGAAG GAAAAGCCGT TATAACCGTA
AGCCATAGAC GGAATTTAGC ACAGCATCAA TCTAACCTTT TTGGCTTGCG CTATCGTGAT
GAAATGGTGG CTAACTCAGA CCATCGTAAA GAAGGTTTTC TTTTTGGGTT TGGGGTGGTT
ATCGACTCTT TATCCTTAAA AAGTAAGTTC AAATTTGATG TAGATAGATG GATTGATTCG
GGTCAACCCT ATGTAGTATT TCTGGATGAG ATTGAACAGT TACTCTGGCA TCTTTTAGAC
TCTAACACCG AGGTGAAAAA TAATAGATTA GAGATTGAAG AGAATTTTAG AAAGCTATTA
TCCCACGCTT ATCGGGTGGT GATTGGGGAT GCGGATTTAT CAGATTTATC CCTAGATTAT
CTCATTAACG TGATGGGGAT TGAAGATAAA AAGGAGGTTT TTCTCTTAGA AAATACTTAT
AAAGGGGAAA ATAATTATAC GGCTTATATG TATCAAGATA ATACTCCAGA GGCTTTAATT
GCTGACTTGA TAGATGATTT AGGAGAGTTG GCTAACACGC CCCCTGAAAG CAGAAAACCT
CATTTTATTT TTACTCATGC CAGAGAGCAT AAGTCTTTAT ATTCTGCTGT TAATCTAAAG
CGTTTAATTA ATAAGTATTA TTCGAGCCTT AAGGTTTTAG TTTTAGATGC TAATACCGTC
GTTGACCCCA ATAATGAGGC ATTTGGGGGC GTTTTAGAAC TTAATAATCT CATCCCTAAA
TATGATGTGA TTATTGCTTC TCCCGTGATA GAAACCGGGG TTTCTATAGA TAAAGAGCAT
CAATTTTCTT GTGTCTGGGC AATAGGTCAA GGGGTTATTC CTACTGATTC AGTAAGGCAA
ACTTTGAGCC GTGTTAGGGA TAATTGTGAC CGTCGCGTCT GGCTTCCTAA AAGGGGTTTA
AATAAGATTG GTAACGGTGC GACAAATGTT AAATCTTTAC TTGAAACTGA GGGGCAAAAG
TTCCAAGCCC ATACAACCAT TTTACGCCGG TTTGACTGGG ATGAAGAGGC TGATGCTTCT
ACTGGTATCG CGCTAGATAC TTGGGGTAAG ATGGCCTGTA GAATTAACTA CGGCTATATG
TTTTATCGTG ACGTGGCGGC AGAGGAACTA GAAGCTGAGG GTAATACTAT TATTTGGAAT
GAAAAAACAG ATTATAAGGC TTTACGTAAT CTTAGAAAGC GTGTGAGTAA GAATAGGGAT
GACTCCTATA ATTCTGAGTT AGACAAAACA GAACAGACTC CCTCGCCTAC TTCTGAAGAG
TTGAAAGTGT TGGAGACAAA ATTAACCAAA ACCGAGACAG AACGACGACA GTTAAAAAGA
GGAAAGTTAG AGAAAAAATA TAAAGTTCCC TTTAGTGCTT CTTTAGCCGT CGAGGATGAT
AAAAATCTAC ATCCTAAGCT GAGATTCTAC TATTATTTAA CTATTGGTAG AAAGCATTTA
CCAGAGAGGG ATAAAAAGGT GGCTAGTTCT CAAGTCTATA AAGGGAAAGC TTGGCTACCA
GATTTTAATA AGAGTCAGTT TGGTTTCTTG GTTCATATTT TTGATAAGTT TGGGGCAACT
AAAATATTTA GTATGGAGGA GCAAGAATTC TCGATGGATA GCGAGATTTT AAAGGCTATT
GTTGAGGAGG CTTTGAAGTA TGAACGAGAT TTGAAGAAGC TAAACATAAC GGTTAGTAGG
GAACTTTCCG TAATGCAAAA TATTAATAAC CTTTTTAAAC CAACGGGAAT GTATTTTCCG
TTCTTGAGGA AAATTAGGGA CGGTGAGCGA CGAATTAGGA TCTATGGTTC TCCTAGGTTT
AGGTTTGATC ATCAAATCTG TGAGGAGATT CTAAAAGCTT GGTTAGCTGC GGATGAGTCT
AGATCTTCCT AA
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| Protein sequence | MINPTLNGQE QASVPKFPAA INSRTTTNTD LHQNINSGYS EWSKSLVKPS LIQANVIPFG
PGEAWDWLIY SDLIPRRNTG VLTYGVLKQY DHFEKSGGWL VQNINPVTGE DSLYNRAKFD
HPRVGSDGKV IKYESPPKTP TDPIFLKVPH EICHDVWSDV ANVNNIPLPP SSEDPPHFWE
WFKNSSAPLW ITEGEKKAGC LLSKGRVTTS VPGINNYHDV KLKQEKNILK LHPYLEHFAD
GRDIIITFDR DEKPKTRVAV RKAIKKLGKL FKDKGCNVKI CIWDGKKGKG IDDFLANGNT
LSDCQYLTFE RYCAGAERIE KYKGASHPVG EKINSRYIGN VSLPDARIIA LKAPKGTGKT
TLMAQLSQQF KDEGKAVITV SHRRNLAQHQ SNLFGLRYRD EMVANSDHRK EGFLFGFGVV
IDSLSLKSKF KFDVDRWIDS GQPYVVFLDE IEQLLWHLLD SNTEVKNNRL EIEENFRKLL
SHAYRVVIGD ADLSDLSLDY LINVMGIEDK KEVFLLENTY KGENNYTAYM YQDNTPEALI
ADLIDDLGEL ANTPPESRKP HFIFTHAREH KSLYSAVNLK RLINKYYSSL KVLVLDANTV
VDPNNEAFGG VLELNNLIPK YDVIIASPVI ETGVSIDKEH QFSCVWAIGQ GVIPTDSVRQ
TLSRVRDNCD RRVWLPKRGL NKIGNGATNV KSLLETEGQK FQAHTTILRR FDWDEEADAS
TGIALDTWGK MACRINYGYM FYRDVAAEEL EAEGNTIIWN EKTDYKALRN LRKRVSKNRD
DSYNSELDKT EQTPSPTSEE LKVLETKLTK TETERRQLKR GKLEKKYKVP FSASLAVEDD
KNLHPKLRFY YYLTIGRKHL PERDKKVASS QVYKGKAWLP DFNKSQFGFL VHIFDKFGAT
KIFSMEEQEF SMDSEILKAI VEEALKYERD LKKLNITVSR ELSVMQNINN LFKPTGMYFP
FLRKIRDGER RIRIYGSPRF RFDHQICEEI LKAWLAADES RSS
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