| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0295 |
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| Symbol | |
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| ID | 4242150 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 452825 |
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| End bp | 455425 |
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| Gene Length | 2601 bp |
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| Protein Length | 866 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638105633 |
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| Product | peptidase M1, membrane alanine aminopeptidase |
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| Protein accession | YP_720248 |
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| Protein GI | 113474187 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0308] Aminopeptidase N |
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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 | 0.217847 |
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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 | 9 |
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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 | ATGTCCAGTA TTTACTCTGA AATTGAAAAC AATTCCAAAT CTTTTGAGTT ACCAGGTGCG
AGGCCACATT ATAATCCTGA CCGTCCAGGC CAAGTAGAAC ATATTTTCCT TAACCTAGAG
CTTGATATTC CTAACAAAAG TTTTCAAGGG ATCTGTATCA TTAGCTTAAA CCCCATACGG
AGTGGTATTG ATAAGTTAAC TATTGATGCA GTTAATTTAG AAATTAAGTC TGTTAAAATT
GAAAACATAG AACAAACTTT TGACTACGAC GGCAAACAAC TAGAAATTTA TTTACAAGTA
CCAACAACTG TAGGCCAACT AGTAAAAGTA GCGATCACAT ATAGTGCCAA TAACCCGCAA
CGAGGCATCT ATTTTATTGC TCCTGACGAA CATTATCCAG ACAAACCAAC CCAAGTATGG
ACTCAAGGGG AAGACGAAGA CTCCCGTTTC TGGTTTCCTT GTTTCGACTA TCCTGGTCAA
CTATCAACAT CAGAAATTCG CGTCAAAGTC CCTAATAAGT TTATTGCTAT TTCCAATGGT
GAACTTATCC ACACTGAAGA GAGTGAAGAT AATAAAATTT ATCACTGGAT ACAAAAACAA
GTTCATCCTA CGTATTTAAT GACCTTAGCA GTAGGTAAGT TTGCCGAAAT TCAAGATGAA
TGGAATGGTA TTCCTGTCAC CTATTATGTA GAAAAAAAAT ACCAAGATCA TGCTCGACGG
ACTATGGGCA AAACTCCTCA AATGATAGAA TTTTTTAGTC AACAATTTGG CTATAAATAT
CCTTATCCTA AATATGCTCA AGTTTGCGTC AATGATTTTA TTTTTGGCGG TATGGAAAAT
ACTTCCACAA CTTTACTTAC AGACAGATGT TTATTAGATA AAAAAGCTGC TTTAGATAAC
CGTAGTTCTG AGAGTATAGT TGCTCACGAA CTCGCCCATC AATGGTTCGG AGATTTAATC
GTAATTAAAC ATTGGTCTCA TGCTTGGATC AAAGAAGGAA TGGCATCCTA TTCGGAAGTA
TTATGGACCG CAAATGAGTA TGGTCAAGAT GAGGCTGCTT ATTACCTATT GAAGGAAGCT
CGAAGTTATA TTGTTGAAGA TAAAGGTCGC TATCGTCGTC CAATTGTAAC TAATATTTAT
CGGGAAGCGA TTGAACTTTA TGATCGTCAT CTCTATGAAA AAGGTGCTTG TGTTTATCAC
ATGATTAAAA CAGAATTAGG AGCTGAGTTA TTTACTAAAG CAATTCATGA TTTTGTGCAA
GGTAATGCTC ATAAAACTGT TGAAACTATT GATTTATTAA GAGCAATTGA ACAGACAACC
GGGCGGAACT TATTATCCTT ATTTGATCAA TATGTTTTTC GGGGTGGCCA TCCAGATTAT
AAAGTTAATT ATGCTTGGGA TGGCAACAGT AAATTAGCCA AAATTACTGT CACACAAATC
CTACCTAAAA ATGACAAAAA CGGTGATGTA AGCAAAGGAT TATTTGACCT CAAAATTCCT
ATAGCTTTTG GTTATATCCA AGCTGAAAAA CCAGAACTAA TTAACTTTAC TGTCCGCATA
CATGAACAGG AACAAACCTT CTATTTTCCC CTCTCAGAAA AACCAAAATT CATCAGTTTT
GATGTGGGTA ATAATTATCT CAAAACAGTG AAACTAGAAT ATCCATTGGC GGAACTGAAA
GCACAATTAG AATTTGATCC AGACCCTATA TCTCGTATTT ATGCTGCTGA AGCATTGGTG
AAAAAGGGCG GTTTAGAAGT TGTGAAAGCA CTTTCACAAG CACTGATATC TGAACCTTTC
TGGGGTGTGC GAGTTGAAGT CGCCAAGCAA CTAGGAAAAA TTAAATTAGA CCAAGTTTTT
GATGGTTTAG CTATAAGTTT AAAAGATGAG GATCCTCGTG TGCGCCGTGC TGTGGTAGAG
GCTCTAACAC AAGTAAAAAC TCATAAAAGT TATAAGTTGC TCAAGTATCT AGTAAAAAAT
GGGGATCCCA GTTATTATGT TGAAGCTATT GCAGTTTCTG GTATTGGAGA TATTGCTGCT
GCTCATGCTA ATTCTGATGA AAAACCTACT GAGGAAAAAG CAATTAAGTT GTTGAAATGG
GTATTACAAA ACAAACAGGG TTGGAATGAG GTAGTACGTG CTGGTGCAAT ATCAGGTTTG
AGTAAAATGA AGACTTCAAA AACTGCTCTG AATCTGATCT TGAAATACAC TGTTCCTGGT
GTGCCACAAG GGTTACGTTT GAATGCTATC CGTGTTTTGG GAACTATTTC TACTGCTCAA
CCTCCTGTTA ACTTGGAACG AATTTTGCAA CGACTCACAG AATTGTCACG AGAAACGTTT
TTCTTGACTC AGGTTTCTGT AGTTGCTGCC TTGTCGCAAA TGCAAACTTC TCGAGCAATT
GAAATATTGC AAAATTTAGC TAACCAAACT CCTGATGGCA GGGTTCGTCG TCGAGCTGAG
GAAGCAGTAC AGAAGGTGCA AAAAAATATT GGTTCTGACA AGGGGATAAA ACAGTTGCGT
GATGAACTGG ATAAAGTGAA AAAGGAAAAT CAGGAATTGA GGAGTCGTTT GGAAAATTTG
GAGGCAAAGG CTAAAGTTTG A
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| Protein sequence | MSSIYSEIEN NSKSFELPGA RPHYNPDRPG QVEHIFLNLE LDIPNKSFQG ICIISLNPIR
SGIDKLTIDA VNLEIKSVKI ENIEQTFDYD GKQLEIYLQV PTTVGQLVKV AITYSANNPQ
RGIYFIAPDE HYPDKPTQVW TQGEDEDSRF WFPCFDYPGQ LSTSEIRVKV PNKFIAISNG
ELIHTEESED NKIYHWIQKQ VHPTYLMTLA VGKFAEIQDE WNGIPVTYYV EKKYQDHARR
TMGKTPQMIE FFSQQFGYKY PYPKYAQVCV NDFIFGGMEN TSTTLLTDRC LLDKKAALDN
RSSESIVAHE LAHQWFGDLI VIKHWSHAWI KEGMASYSEV LWTANEYGQD EAAYYLLKEA
RSYIVEDKGR YRRPIVTNIY REAIELYDRH LYEKGACVYH MIKTELGAEL FTKAIHDFVQ
GNAHKTVETI DLLRAIEQTT GRNLLSLFDQ YVFRGGHPDY KVNYAWDGNS KLAKITVTQI
LPKNDKNGDV SKGLFDLKIP IAFGYIQAEK PELINFTVRI HEQEQTFYFP LSEKPKFISF
DVGNNYLKTV KLEYPLAELK AQLEFDPDPI SRIYAAEALV KKGGLEVVKA LSQALISEPF
WGVRVEVAKQ LGKIKLDQVF DGLAISLKDE DPRVRRAVVE ALTQVKTHKS YKLLKYLVKN
GDPSYYVEAI AVSGIGDIAA AHANSDEKPT EEKAIKLLKW VLQNKQGWNE VVRAGAISGL
SKMKTSKTAL NLILKYTVPG VPQGLRLNAI RVLGTISTAQ PPVNLERILQ RLTELSRETF
FLTQVSVVAA LSQMQTSRAI EILQNLANQT PDGRVRRRAE EAVQKVQKNI GSDKGIKQLR
DELDKVKKEN QELRSRLENL EAKAKV
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