| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_3593 |
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| Symbol | |
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| ID | 7107467 |
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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 | 4008380 |
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| End bp | 4010806 |
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| Gene Length | 2427 bp |
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| Protein Length | 808 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643481830 |
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| Product | 5'-Nucleotidase domain protein |
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| Protein accession | YP_002378849 |
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| Protein GI | 218440520 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0737] 5'-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases |
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| TIGRFAM ID | |
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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 | 40 |
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| Fosmid unclonability p-value | 0.0380941 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAACA ATGTAACTAG CCTCAATTCT GATCAGACAA TTCTCTCTAG TGCCTTTACA
TTACAACTTC TTCATGCTTC TGATTTTGAA GCGGCTATTC CTGCCCTGGA AGATGCCCCT
CGTTTTAGTG CCGTTCTCAA TGCTCTAAGA AATCAGGATA ATGATGGAGA TGGACAAGCA
GATTATGCCA ATACCCTCTT TCTCTCTTCT GGAGATAATT ATATTCCTGG GGTTTGGTCG
TTTGCCAGTA ACGAAGTTTA CGGTTCTCAA GGCCGGGCTG ATATTGCCAT TCTTAATGAG
TTAGGGTTAC AAGCCAGTGC CTTTGGTAAT CATGAATTTG ACTTAGGGAC AGGTGTAGTG
GCTAATATTC TTGCACCCGA TGCTGAAGAC GGGTACGGGG GGGCACAATT TCCCTATCTT
AGTGCTAACT TAGACTTTAG CACAGATTCG ACTTTAGATG ATTTCGTCAC CGCAGACGGT
CAACCAGCCA GCACCATAAC CGGGAAAATT GCCAAAAGTA CCGTCATCAC CGTCAACGGA
GAACAAATCG GTATTGTTGG CGCAACAACT CCTATTTTGC GCTCAATTTC TTCCCCTGGT
GGGGCACTTG TGACTCCACA GGGTTTTCCC CAAAATCCCA CTGATGCAGA TATCCAAGCT
TTAGCGGCTA TCATTCAAAC TTCGGTCGAT CAGTTATTAG CCAATAATCC CCAGATGAAT
AAGGTGATTC TGTTGTCTCA TATGCAGCAG TTATCGATCG AAGAAGCTTT AGCTGGAAAA
CTGCGAAATG TGGATATTAT CGTAGCCGGG GGTTCTCATA GCCGACTTTT GGATCAAAGC
GATCGCCTTC GTGCCGGAGA TACAACACAA GGGACTTATC CCATCTTTAA AACCGATGCA
CAAGGAAATC CGATCGCTAT CGTCAACACC GATGCCAACT ATAAATATGT CGGGCGGTTG
GTGATTGATT TTGATGAAAA TGGGTTAATT ATTCCCGGAA GCTATAATGC TCAAATTAGT
GGGGCTTATG CAACGGATCA ACAGGGGGTG GCAGCAGTAG GAGGAACTCC CGATCCTGAA
GTAGTAGCCA TTACCAACGC TTTACAGCAA GAAATAGCCC AATTAGAAGG GAATTTCTTT
GGGATTACCA ATCAATATCT TAACGGGAAT CGCGCCGGCA CTGGAGTTGA TGGAGTTCGT
AACCAAGAAA CCAACTTAGG CAATTTAACC GCAGATGCTA ACCTGGCTAT TGCCCAAGAT
TTTGATCCCA ATACGGTGAT CTCCCTGAAA AATGGGGGCG GTATTCGTAA CAGTATCGGA
CAAATTGAAG TCATTGGCAC AAATGAACCG GAACGTCTCC CCCCGGCGGG CAATGATTTA
ACCGCTAAAC CCGACGGCGG TATCTCTCAG TTAGATATTG CCAACGCTCT GAGCTTTAAC
AATGGGTTAA GCTTGGTGAC ACTCACCGCT CAAGAATTAT TAGATATTCT TGAATATGGA
ATTGCTGCGA GTACCAATGC AGCATCAAGT TCTCAAGGGC GTTTCCCTCA AGTGGGAGGA
TTAGCCTTTA GTTTTGATTT AGACTTACCT GCTGGCGATC GCATTCAATC TTTAGCGATT
AAAAATAGTC AAGGAAATAC GGTTGATATC GTCGTCAGCA ATGGGGAATT AGTGGGCAAT
CCTCAGCGAA CTTTTCGCAT GGTAACGCTT AATTTCTTAG CCGATGGAGG TGACGGGTAT
ACAATTCCCA ATCGAGATCG GGTAGACTTA GCCCAAAGTG AGGATGCACC CCGAACCGGA
ACAGCAACCT TTGCGCCTGA TGGGAGTGAA CAGGATGCCT TAGCAGAGTA TCTTAACGAA
AACTTTTTAC AAACCCCTTT TGCTCAAGAA GATACCTCCA GGGAGTTAGA TCAACGGATT
CAAAACCTCG ATTTTCGTCA AGATACGGTT AATGATAATT TAATTGCTCC TCAACTTAAC
GCGCCTGTTT ATCGTTTTTA TAATCCGATT ACAAGAGGAT ATTTCTTTAC CAGTAATATA
GGTGAAAGAG ATAATCTTTT AGCTAATCCT CAATCGGGTT ATAACTTTGA AGGGGTTGCC
TTTAATGCTT CCAACAGTTC TGGAAACAAT TTAGTAGCTG TTTATCGTTT CTATAATCCA
ATTATAAGAG GACATTTCTT TACCGCTAAT TTAGGGGAAA GGGATAATCT TTTAGCTAAT
CCTCAATTTA GCTATAATTT TCAAGGGGTA GGCTTCTATG CTTATGGAGC AGAGGCAAGT
CTGGGAGCGG ATGTTTATCG TTTCTATAAT CCAATTTCAC AACAACATTT CTTGACTGCT
AATCTAGGGG AAAGAGCTAA TCTTTTAGCT AATCCTCAAT TTGGCTATAA CTTTCAAGGG
GTAGGATTTG AAGCCACTCC AGTTTAA
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| Protein sequence | MTNNVTSLNS DQTILSSAFT LQLLHASDFE AAIPALEDAP RFSAVLNALR NQDNDGDGQA
DYANTLFLSS GDNYIPGVWS FASNEVYGSQ GRADIAILNE LGLQASAFGN HEFDLGTGVV
ANILAPDAED GYGGAQFPYL SANLDFSTDS TLDDFVTADG QPASTITGKI AKSTVITVNG
EQIGIVGATT PILRSISSPG GALVTPQGFP QNPTDADIQA LAAIIQTSVD QLLANNPQMN
KVILLSHMQQ LSIEEALAGK LRNVDIIVAG GSHSRLLDQS DRLRAGDTTQ GTYPIFKTDA
QGNPIAIVNT DANYKYVGRL VIDFDENGLI IPGSYNAQIS GAYATDQQGV AAVGGTPDPE
VVAITNALQQ EIAQLEGNFF GITNQYLNGN RAGTGVDGVR NQETNLGNLT ADANLAIAQD
FDPNTVISLK NGGGIRNSIG QIEVIGTNEP ERLPPAGNDL TAKPDGGISQ LDIANALSFN
NGLSLVTLTA QELLDILEYG IAASTNAASS SQGRFPQVGG LAFSFDLDLP AGDRIQSLAI
KNSQGNTVDI VVSNGELVGN PQRTFRMVTL NFLADGGDGY TIPNRDRVDL AQSEDAPRTG
TATFAPDGSE QDALAEYLNE NFLQTPFAQE DTSRELDQRI QNLDFRQDTV NDNLIAPQLN
APVYRFYNPI TRGYFFTSNI GERDNLLANP QSGYNFEGVA FNASNSSGNN LVAVYRFYNP
IIRGHFFTAN LGERDNLLAN PQFSYNFQGV GFYAYGAEAS LGADVYRFYN PISQQHFLTA
NLGERANLLA NPQFGYNFQG VGFEATPV
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