| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00695 |
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| Symbol | |
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| ID | 6777243 |
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| Type | |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 722985 |
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| End bp | 727011 |
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| Gene Length | 4027 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | |
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| Product | |
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| Protein accession | |
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| Protein GI | |
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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 | 0 |
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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 | 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 | ATGGTTTACT CTTATAGCGA AAAGAAACGT ATCCGTAAGG ATTTTGGCAA ACGCCCACAG
GTATTGGAAA TTCCATACCT TCTTTCAATT CAGCTTGATT CTTTCAAAAA GTTTATTGAG
ACCGATCCGG AAGCTCAATA CGGTTTGGAA GCAGCATTTC GTTCCGTTTT TCCAATTAAA
AGCTACTCAG GTAGTTCAGA GCTTCAGTAT GTAAGCTACC GCCTGGGAGA GCCAGTTTTC
GACGTTAAAG AATGTCAAAT TCGTGGCGTA ACTTTCTCTG CTCCATTAAG AGTAAAACTA
CGGTTAGTGT TGTTCGATAA AGACGCTGCC CCAGGTACCG TAAAAGATAT TAAAGAACAA
GAAGTGTACA TGGGCGAGAT CCCATTGATG ACAGAGAACG GTACGTTCGT TATCAATGGT
ACTGAGCGTG TTATCGTGTC ACAGCTACAC CGTTCACCTG GTGTATTCTT TGATCACGAC
AAAGGTAAAA CCCACTCGTC AGGTAAAGTG CTATATAACG CACGTGTAAT TCCTTACCGT
GGTTCGTGGT TAGACTTTGA GTTTGACCCG AAAGATAACC TATTTGTACG TATCGACCGT
CGTCGTAAGT TGCCTGCAAC GATTATTTTA CGCGCACTTG AAATGACGTC TGAAGAAATC
CTAGATACTT TCTTCGACAA AGTTAATGTA CGTATTGATA AAGACAAGTT GATGATGGAA
GTGGTGCCAG ATCGCCTACG TGGTGAAACG GCTGCATTTG ACATTATCGA TGGCGAAGGC
AACGTGGTTG TTGAAACCGG TCGTCGTATC TCAGCGCGTC ATACACGTGC GCTAGAGAAA
GCGGGTCTTA ATGAGCTTGA AGTTCCAGCT GATTACCTAA TTGGCCGCGT ATACGCCGCT
ACTTACGTAA ATGAAGACAC TGGCGAAGTT ATTGTAAGCG CGAACGAAGA ACTTACCCTT
GAAAACCTAG CGGCACTTAG CCAAGCGGGC ATCAAAGAGT TCGAAACGCT TTACATTAAC
GAACTCGATC ACGGTTCATA TATCTCAGAT ACACTGCGTA TCGACTCTTC AACTAATCGC
TTAGAAGCGC TAGTTGAAAT CTACCGTATG ATGCGTCCTG GTGAGCCACC AACAAAAGAC
GCAGCAGAAA CCTTGTTCGA TAACTTGTTC TTCTCAGATG AACGTTACGA CCTATCTTCT
GTTGGCCGCA TGAAGTTCAA CCGCCGTTTA GGTCGTGAAG AACTTATTGG TTCAGGCACA
CTAGATAAAG AAGACATTAT TTCTGTAATG AAGCAGCTAA TAATGATTCG TGACGGTAAA
GACGAAGTCG ATGATATCGA TCACCTAGGT AACCGTCGTA TCCGTTCTGT TGGTGAAATG
GCAGAGAACC AATTCCGCGT TGGTCTTGTA CGTGTAGAGC GTGCAGTTAA AGAGCGTCTA
AGCTTAGGCG ATCTAGACAA CGTAATGCCA CAGGACCTAA TCAACGCTAA GCCTATCTCG
GCTGCGGTTA AAGAGTTCTT CGGTTCATCT CAGCTTTCTC AGTTCATGGA CCAAAACAAC
CCGTTGTCAG AAGTAACGCA CAAGCGTCGT ATTTCTGCAT TAGGCCCGGG TGGTCTTACA
CGTGAACGTG CAGGCTTCGA GGTTCGAGAC GTACACCCGA CTCACTATGG TCGTCTATGT
CCAATCGAAA CGCCGGAAGG CCCGAACATC GGTCTAATTA ACTCATTGGC AAGCTTCGCG
CGTACCAATG ACTTCGGTTT CTTAGAAACG CCTTTCCGTC GTATTGTTGA CGGTGTGGTA
ACAGACGAAA TCGATTATTT ATCTGCAATT GAAGAAGTCA ATTTGCAATC GCTCAGGCTA
ACATTGCACG ACTGAGAATG GCGAGTTGGT TGACGACCTA ATTCCTTGTC GTCACCGCGG
TGAAACTACT TTGATGCCGA CTGAAGACAT CAAATACATG GACGTTTCAC CACAGCAAAT
CGTTTCAATT GCGGCAAGCA TTATTCCGTT CCTAGAGCAC GATGACGCAA ACCGTGCACT
TATGGGTGCG AACATGCAAC GTCAGGCAGT ACCTACACTA CGCGCTGATA AGCCGCTAGT
TGGTACCGGT ATGGAAAGAA CTATCGCGGT TGACTCAGGT GTTACTGTAG TTGCTAAGCG
CGGTGGTGTG GTTGACTATG TTGATGCCAG CCGTATCGTA ATTAAAGTAG ACGAAGATGA
AATGCTTCCA GGTGAAGCAG GTATCGATAT CTACAACCTG ACTAAATACA CGCGTTCTAA
CCAGAACACT TGTATCAATC AGAAGCCTAC CTGTAGCGTT GGCGACCCGA TTGTTACTGG
TGACGTGCTA GCTGACGGTC CTTCAACAGA CCTAGGTGAC CTTGCACTTG GTCAGAACAT
GCGTATTGCG TTCATGCCTT GGAATGGTTA CAACTTTGAG GATTCAATCC TTATTTCTGA
GCGTGTAGCA CAGGAAGACC GTTTCACTAC AATCCACATT CAAGAGCTTA GCTGTATCGC
TCGTGATACT AAGCTTGGGC CAGAAGAAAT TTCTTCTGAT ATCCCGAACG TGGGTGAATC
TGCACTAAGC AAGCTTGATG AATCAGGTGT TGTTTACATT GGTGCGGAAG TGAAAGGCGG
TGACATCCTA GTAGGTAAAG TAACGCCTAA AGGTGAAACT CAGCTTACGC CAGAAGAGAA
ACTACTACGT GCAATCTTCG GTGAAAAAGC GTCTGACGTT AAAGATACGT CGCTACGTGT
ACCTAACTCT GTTCACGGTA CCGTAATTGA CGTTCAAGTA TTTACCCGTG ACGGTGTAGA
GAAAGATAAG CGCGCGCTTG AAATTGAAGA CATGCAGCTA CGTCAGGTTA AGAAAGACCT
TACTGACGAG TTCGAAATTC TTGCAGACGG TATTTTTGCT CGTGCACAAA CTGCGCTTCT
ACGTGCTGGT GTTGACCAAG CTAAGCTTGA CAGCCTACCG CGTGAAAAGT GGTTTGAAAT
TGCACTTAAC AGCGAAGATG CACAGCTAGA GCTAGACCAA ATCGCTGATC AACACGCTGA
AATTAAAGCG GACTTCGATA AGAAGTTTGA AACTAAGCGT CGTAAGATCA CACAAGGCGA
TGACCTAGCA CCTGGCGTAC TTAAGATTGT TAAGGTTTAC CTTGCGGTTA AGCGTCACAT
CCAACCGGGT GACAAGATGG CCGGTCGTCA CGGTAACAAA GGTGTTATCT CGACTATCCA
GCCTGTAGAA GACATGCCAT ACGATGCTAA CGGTACGCCG GTAGATATCG TTCTTAACCC
ACTAGGTGTA CCGTCTCGTA TGAACATCGG TCAGATCCTA GAAACGCACT TGGGTATGGC
TGCACACGGT CTTGGTGTGA AGATTGATCG CATGATTAAA GAGCAGCGTG AGCTGGCTGA
ACTGCGTGAG TTCTTGAAGA AGGTGTACGA GCTTGGTGAA AATCACCAAG AAGTTGACAT
CGATAACTTC ACAGACCACG AAGTACGTCG CTTAGCGGAA AACCTTCGTA AGGGTGTTCC
AATTGCAACA CCAGTATTTG ATGGTGCTCG TGAATCTGAA ATCAAAGAAA TGCTGAAGCT
TGCTGATATT CCAGAAAGCG GTCAGATTTC ATTGTTCGAC GGTCGTACCG GTCGCGAGTT
TGAGCGTCCA GTTACGGTTG GTTACATGTA CATGCTGAAA CTGAACCACT TAGTAGACGA
CAAGATGCAC GCGCGTTCTA CGGGTTCTTA CAGCCTTGTT ACACAGCAGC CTCTTGGTGG
TAAAGCACAG TTTGGTGGTC AGCGCTTCGG TGAGATGGAA GTGTGGGCAC TTGAAGCATA
CGGTGCAGCA TATACCCTTC AGGAAATGCT TACTGTTAAG TCAGATGACG TTAACGGCCG
TACCAAGATG TACAAGAACA TCGTCGATGG CGACCACAGA ATGGAACCTG GCATGCCAGA
ATCATTCAAC GTACTACTTA AAGAAATTCG CTCGTTGGGT ATCAACATCG AGCTTGAAGA
AAAGTAA
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| Protein sequence | |
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