| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_14921 |
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| Symbol | clpC |
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| ID | 4780562 |
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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 | Prochlorococcus marinus str. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 1202270 |
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| End bp | 1204837 |
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| Gene Length | 2568 bp |
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| Protein Length | 855 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640084773 |
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| Product | ClpC |
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| Protein accession | YP_001015314 |
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| Protein GI | 124026198 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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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 | 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 | 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 | ATGTTTGAGA GGTTTACAGA AAAGGCTATA AAAGTGATCA TGCTTGCTCA AGAAGAGGCA
AGACGCCTTG GGCATAATTT CGTCGGAACA GAACAAATCC TTCTTGGACT AATTGGTGAA
GGTACTGGCG TAGCAGCTAA AGTTCTTAAA TCAATGGGTG TCAACCTAAA AGATTCAAGA
GTAGAAGTTG AAAAGATAAT AGGAAGAGGC TCAGGATTCG TTGCCGTAGA AATTCCCTTC
ACACCAAGAG CAAAAAGAGT ACTTGAACTT TCATTAGAAG AAGCTCGTCA ACTTGGTCAC
AATTACATTG GTACTGAACA TCTATTACTT GGTCTAATAA GAGAAGGTGA AGGAGTAGCG
GCAAGAGTTC TAGAAAATTT AGGCGTTGAT CTCACAAAAG TCAGGACCCA AGTTGTCAGA
ATGCTTGGTG AAACTGCAGA AGTTACAACA GGATCAGGTT CATCTAAAGG ATCAGCAAAA
ACAGCAACAC TTGACGAATT TGGAACAAAC CTAACTCAGC TAGCTAGTGA ATCAAAGCTT
GACCCAGTAG TGGGCAGACA TTCAGAGATT GATCGTGTAA TTCAAATACT TGGAAGAAGA
ACAAAAAACA ATCCTGTTTT AATTGGAGAG CCAGGAGTAG GGAAAACTGC CATAGCCGAA
GGACTTGCTC AGAGAATTCA ACAAGGAAAT ATTCCTGACA TACTTGAGGA GAAGAGAGTA
TTGACCCTTG ATATTGGTTT ACTTGTTGCA GGCACCAAAT ATAGAGGTGA ATTTGAAGAA
AGACTAAAGA AAATAATGGA AGAGATCAAA TCAGCTGGAA ATGTAATTCT AGTTATTGAT
GAAGTTCATA CCTTGATAGG CGCAGGTGCT GCTGAGGGAG CAATTGACGC TGCAAACATT
TTAAAACCTG CTTTAGCAAG AGGAGAACTC CAATGTATTG GAGCTACAAC TCTTGATGAA
TATCGCAAAC ATATTGAAAG AGATGCTGCA TTAGAGCGAA GATTCCAACC TGTAATGATT
GGAGAACCTT CAATTAAAGA CACTATCGAA ATACTTAAAG GATTAAGAGA GAGATATGAA
CAACATCACA GATTAAAGAT TACGGATGAA GCTCTTGATG CTGCTGCTAA TCTTGGTGAT
AGGTATATTT CTGATCGTTT TTTACCTGAT AAAGCTATAG ACCTTATAGA TGAAGCAGGA
AGCCGAGTCA GATTACTCAA CTCCAAATTG CCTCCTGAAG CAAAAGAAGT TGATAAAGAA
TTAAGAAAAA TACAAAAGAG TAAAGAAGAA GCTGTAAGAG ATCAAAATTT CACCCAAGCA
GGAGAGCTCA GAGAAAAAGA AGTTGAGCTT AGAGATAAGA TAAGAAATCT TTTGCAAAAT
ATAAGACAAA AACCATCATC AAATGAAAAT CCCGATTCAA ATAATGTTCC ACAGGAAAAT
AATCAAGCTT CCGACCAAGT TATTAATCAA TCCGACGACT TAAAAGTTTC CCAACCGGTA
GTTAACGAAG AAGACATTGC TCATATTGTT GCTTCATGGA CTGGCGTTCC TGTTCAGAAA
TTAACTGAAA GTGAATCAGT CAAACTTCTA AATATGGAAG ATACATTGCA TCAGAGACTG
ATTGGTCAAG ACGAAGCTGT AAAAGCTGTT TCAAAAGCAA TTAGGAGAGC AAGAGTAGGC
CTAAAGAATC CAAACAGACC AATTGCTAGC TTTATTTTTT CTGGTCCAAC GGGAGTTGGA
AAAACTGAAT TAACTAAAGC TTTAGCAGCC TATTTCTTTG GTAGTGAAGA AGCAATGATA
CGTTTAGACA TGTCTGAATT CATGGAAAGA CATACTGTTA GTAAATTAAT AGGTTCTCCT
CCAGGCTACG TAGGTTTCAA TGAAGGTGGA CAACTAACAG AAGCCGTAAG AAGAAGACCC
TATACAGTAG TTTTGTTCGA TGAAATAGAA AAAGCTCATC CAGATGTGTT CAATCTTCTC
CTTCAATTAC TGGAAGAAGG AAGATTAACA GACTCAAAAG GAAGAACTGT TGATTTCAAA
AATACTCTAA TAATAATGAC CTCTAATATT GGATCTAAAG TTATAGAGAA AGGCGGAGGC
GGATTGGGAT TTGAATTCTC TGGTGAAAAT TTAGAAGATA CTCAATATAA TCGAATTAAA
TCATTAGTAA ATGAAGAACT AAAACAATAT TTCCGCCCTG AATTCCTCAA TAGATTAGAT
GAAATAATTG TATTTAGACA GCTTTCCAGA GACGAAGTCA AAGACATCGC AGAAATAATG
TTGAAAGAAG TATTCTCGAG AATAAAAGAT AAAGGGATAT CATTAACTGT TTCAGAGGAT
TTCAAAGAAA GATTAGTTGA AGAAGGATAC AATCCTTCTT ATGGTGCAAG GCCTTTAAGA
AGAGCGGTCA TGAGGTTATT GGAAGATAGC CTTGCCGAAG AAGTTTTATC AGGAAGGATA
AAAGACGGAG ACAAAGCGGA GGTGGATATT GATGAAAGCA AGAAAGTAAT TGTTAAACAT
CTTGGGAAAG ATGGTTCCAA ACCAGAATTA GCAAGCGCCA CTGTTTAA
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| Protein sequence | MFERFTEKAI KVIMLAQEEA RRLGHNFVGT EQILLGLIGE GTGVAAKVLK SMGVNLKDSR
VEVEKIIGRG SGFVAVEIPF TPRAKRVLEL SLEEARQLGH NYIGTEHLLL GLIREGEGVA
ARVLENLGVD LTKVRTQVVR MLGETAEVTT GSGSSKGSAK TATLDEFGTN LTQLASESKL
DPVVGRHSEI DRVIQILGRR TKNNPVLIGE PGVGKTAIAE GLAQRIQQGN IPDILEEKRV
LTLDIGLLVA GTKYRGEFEE RLKKIMEEIK SAGNVILVID EVHTLIGAGA AEGAIDAANI
LKPALARGEL QCIGATTLDE YRKHIERDAA LERRFQPVMI GEPSIKDTIE ILKGLRERYE
QHHRLKITDE ALDAAANLGD RYISDRFLPD KAIDLIDEAG SRVRLLNSKL PPEAKEVDKE
LRKIQKSKEE AVRDQNFTQA GELREKEVEL RDKIRNLLQN IRQKPSSNEN PDSNNVPQEN
NQASDQVINQ SDDLKVSQPV VNEEDIAHIV ASWTGVPVQK LTESESVKLL NMEDTLHQRL
IGQDEAVKAV SKAIRRARVG LKNPNRPIAS FIFSGPTGVG KTELTKALAA YFFGSEEAMI
RLDMSEFMER HTVSKLIGSP PGYVGFNEGG QLTEAVRRRP YTVVLFDEIE KAHPDVFNLL
LQLLEEGRLT DSKGRTVDFK NTLIIMTSNI GSKVIEKGGG GLGFEFSGEN LEDTQYNRIK
SLVNEELKQY FRPEFLNRLD EIIVFRQLSR DEVKDIAEIM LKEVFSRIKD KGISLTVSED
FKERLVEEGY NPSYGARPLR RAVMRLLEDS LAEEVLSGRI KDGDKAEVDI DESKKVIVKH
LGKDGSKPEL ASATV
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