| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_03023 |
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| Symbol | |
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| ID | 6777578 |
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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 | 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 | 3270431 |
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| End bp | 3274498 |
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| Gene Length | 4068 bp |
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| Protein Length | 1355 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642756472 |
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| Product | Tfp pilus assembly protein tip-associated adhesin PilY1-like protein |
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| Protein accession | YP_002127311 |
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| Protein GI | 196157822 |
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| COG category | [N] Cell motility
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3419] Tfp pilus assembly protein, tip-associated adhesin PilY1 |
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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 | ATGAAAAAAC TAACAACTTA CCTTGCTTCC ATTTCGCTGT TTAGCTGTAT CGGTTTTTCC
GCTTTTGGTG ATGACCTAGA CATTTACCTT GGAAACGCCA GTAACGCGGT AACCTACAAT
CCTAACGTAC TGTTTATTAT GGACTCGTCG GGCAGTATGG GTAATTACGA TAACACTAGC
CAAACAAGAA TGCTTCGCGT CCAAAATGCC CTCAAAGAGG CGTTGAGTTC AGCAACGAAT
ATCAATGCCG GGCTCATGCG CTTTTCTGAC CACGGCGGCC CTATTCTATA CCCTGTTCGC
AATATCGATG AGTCGGTACG GCCTGAAATT ATCATTTCCA CCAATGACGA CAATCACGAT
GCCCACGAAA TAAATGGAAG TGTTACCACA GATAGTAATG ATTTAATCTT AAGCAGCGGC
ACCAAAACGG TAACATCTGG ACTGCGTTTT ACTGAATTAA ATATCCCTCA GGGCGCGACG
ATTTTAAATG CGAGCATTCG GTTTACGTCT GAAAGATTCA ATGTGGCTGG CACATCGCTG
GTGATATCAG CTGAAGCCTC AGCATCAAGT AGTGCTTTTT CATCGTCTAG CAACAATCTT
AGCGAACGCA GTAAAACCGC AGCTAATATT GAGTGGTTAA CCGACAACAG CTTTCCTGCG
TCGGGCGAAG TAATAACCAC GCCTGATATA AGTGCAGTTA TTCAAGAGGT GGTGGATTTA
TCAGCGTGGT GTGGTGGCAA AAACATCAAT ATTTTAATTG AAGGTACAAG CGCAGACCCG
GCCAGTGCAC GTGAAGTAAG GGCGAGTGAT GTGGGACAAA GTGGTGCGCC ACAGTTAGTT
GTATCGTACG ACGATTCTAC AGCATCAGGG TGCGTGCAGG GCGAGGGGAT CTATCAGGTT
GCTGATGCGA AAGATAATTC CGAAGAAGAT GTAAATGGCT ACCCAAATAC GGGGGGCGAA
CTGTCTTTTA ATTCGTCTTA CAACGACTAT ATTGGCGTAC GTTTTAGAAA TGTAAATATT
CCACAGGGCG CAGTTATAAC CGACGCTTAT TTAGAGTTTA CTGCCTACTC TACCCGAACG
TATGGCAACC CGAGTATGCG CATTCGCGGG GTGGCTGACG ATGATGCATC AGACTTTCAC
CCGAACCGAC GCTACCGGCT ACGAAACCTT CCTAAGACCT CTGGTATCAC TTGGTCAATG
CCCGACTTTT ATAACAATTA CGTCTATAGA ACGCCCGACA TAAGTGGCAT TGTGAAGCAA
ATAGTCGACC GCTCTGGTTG GCAATCTGGT AATGATATGG CGTTCGTGAT GGATAACTTT
GTTTCTTACC GCGGTGCTCA CACTTACAAC TCGCCATCAA AGGCGCCAAA GCTTATCGTT
AAATTTAATG GAGCTGCTAC CCCAGGTGCA TCGGCTACCG TGCGTGAACA TCTAGTCAGT
AAAATAGATG AATTAAGTGC AAATGGCTTT ACTCCAATTG TGGATACGCT ATTGGAAGCG
GCCAATTATT ATGGTGGTAG AAGCGTTGAC TATGGGCGAA AGCGTGGCGA AAACGACGTG
AATTGGTCTG TAAGGCGAAG CACGCGAGTG AGCCATCGCA GTTCTTATTT AGGGGCTGAT
TCTATTTTAC CGTGGGGGTG TACCGAAGAT AACCTATCTG ACAGTGACTG TATCACCGAA
CAAATCCCTA CGCCTGCAAC TTACATATCT CCGGTGTCTG ACTTACAGTG CCAAACCAAT
AATCATATTG TGCTGCTATC TGACGGTGAA GCCAATAACA ATCATAGCGT TTCGAAAATC
CAAACCTTAC TGGGTCAAAG CTGTACGGGA AATGGTGGAG AAAAGTGTGG CTTGGATCTG
GTTAGAAATA TTAGCGATAC CTCGACATCC GTAATTGGTC CCAGGGTTAT TACCCATACA
ATAGGGTTTG CGGCTAATAA CACCGCAAAT AACTTCCTAA ACCAACTGGC GCTGCAAAGC
GGCGGTGGTT TTTATCAAGC AGACAACAGT ACTGACCTTT TAGAGGCCTT CAACACTATT
TTACGTTCAG TAAAAGACGT TAATGCTACC TTTGTTTCGC CTGGCGTGGC GGTAAACCAA
CTTAACCGTC TTACACACAG AGATGAGCTT TACTTTGCTT TATTTAAGCC AAGCGAGGGC
GCAATGTGGC CGGGTAATTT AAAACGCTAC CGCTTAAGCG GCGATAAAAT TCTCGACAAA
AATAGCTTAA ATGCCGTAGA CAGCGAAACA GGGTTCTTTA CAGAAAACGC ACATAGCTAC
TGGTCAACGC TGGCTGATGG TAGTGAAGTA AGTGAAGGCG GCGCATCTAG CCGTTTGGGA
GCAAACAGAA ATATCTATGT CTTTGACGGA GCTGGCACCA TTGCAAGTAG TGCAAACGCG
CTGCATGAAG ACAACACAAG CATCACCAAC GCTGATCTAG CTATTCAAGG TGAAACCGAT
GCGGACGACT TGAGAGATGC CATTTTAAAG TGGGCGAGAG GCGTAGATGT AAAAGACAGC
AATGGTGATG GCAGTACCAG TGACTACCGA ACACAAATGG GAGATCCTAT CCACTCTCAG
CCTATTATTG TTAATTATGG CTCCAACGAC TCCGCTATTT TCGTCGCAAC TAACCAGGGG
ATGCTGCATT CTTTCGATAC TTCAAGCGGG GAAGAGAATT TTGCCATCAT GCCAAAAGAG
TTACTGCAGA ATTTGCACCA TTTTTATAAG GACACACCCA CGTTAGAGCA TGAATATGGC
CTAGATGGCG ACATGATTTT ACGAACCGTC GATGATAAAA AATACCTTTA CGTAGGTATG
CGTCGAGGCG GTCGTAATTA CTATGTATTT GACGTTACAC AAAAAGATTC TCCGAAGCTT
AAATTCAAAA TAGAAGGGGG GGCAGGTACC CTTGCGAAAC TAGGGCAAAC CTGGTCTAGA
CCTACTATTA CTAAAGTAAA TATGGGGGGG CAGGTTAAAA ACGTCATGAT TATAGGTGGT
GGTTACGACG ACGCGCAGGA TGATCGCTCT GTAAGAGCGA GTGATGTGAT GGGCAACGCC
GTGTTTATGT TCGATGCAGA TACCGGAAGC TTACTGTGGC ATGCGAGTAA CGAAGATGCA
GACTTGAACC TTAGTAATAT GACGTACAGT GTGCCAGGGC GTATTTCTGT CATCGACAGG
GACAATGATG GGTTCGCTGA CCACATGTAT GTTTCCGATA CAGGCGGACA ATTATTCCGC
TTGGACATCT ACAATGGTGA GTCTGGGGCA GACTTTATCA AAGGGGAACG TCTTGCTGAT
TTTGGTGGTG ATACAGAAGA AACAAACCGC CGTTTCTATT ATGGCCCTGA TGTCACGGAA
GTCGCATTGG GCGATGAGTT ATATTATGGC ATAGCGCTAG GCAGCGGATG GCGTGCATCT
CCTTTAGATA CGGTAGTAGA AGATAATTTC TATATGCTCA AAGACAGTGG CGTATTCAAC
CGCGATACGA ACGGTGATTA CACTTACATG AGTACAGTAA CTGAATCAGA TATGTATAAC
GCCACCAGTC ATGCTCTAAA TAGTAACGAT GAGAGTGAGC GAGCACTTGC TTCTCAAACC
TTCGCGAATA AAGCCGGTTG GTATCTAAAT CTAACAATCA ACGGTGAGAA AGTGCTGTCT
TCACCGCTCA TTATTGATTA CAAGGTGTTC TTTACCACCT ACGTACCTGC TGAGAGTAGT
ACCAGTGCCT GTGCACCGCC TACTGGCAAC AGCCGCGCGT ATCTCGTCAG TATGTTTAAC
GGTAATGCAG TAACCGATGT CAACAACGAT GGTGAAGTGA ATGGAGAGGA TCGCTCCGCT
GATTTAAAAC AAACGGGTAT AGCGCCAGAA ACGAAAATCC TAATCGAAGA TATTGTAAGC
CCCGTAGTAT GTTTAGGTAC CGAGTGCGTG TCTGCAGTAA TAGAAGTGGA TGAAGACGGC
AATGATGTTG ATTGCGTCAA TGCATTTGAA TGTTTAGCTG AAAATATCTA TGGCCGTTTC
GAACGCATTC AGCGCGGCAG TTGGCATTCT GAAACGGAAA GAGAGTAA
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| Protein sequence | MKKLTTYLAS ISLFSCIGFS AFGDDLDIYL GNASNAVTYN PNVLFIMDSS GSMGNYDNTS
QTRMLRVQNA LKEALSSATN INAGLMRFSD HGGPILYPVR NIDESVRPEI IISTNDDNHD
AHEINGSVTT DSNDLILSSG TKTVTSGLRF TELNIPQGAT ILNASIRFTS ERFNVAGTSL
VISAEASASS SAFSSSSNNL SERSKTAANI EWLTDNSFPA SGEVITTPDI SAVIQEVVDL
SAWCGGKNIN ILIEGTSADP ASAREVRASD VGQSGAPQLV VSYDDSTASG CVQGEGIYQV
ADAKDNSEED VNGYPNTGGE LSFNSSYNDY IGVRFRNVNI PQGAVITDAY LEFTAYSTRT
YGNPSMRIRG VADDDASDFH PNRRYRLRNL PKTSGITWSM PDFYNNYVYR TPDISGIVKQ
IVDRSGWQSG NDMAFVMDNF VSYRGAHTYN SPSKAPKLIV KFNGAATPGA SATVREHLVS
KIDELSANGF TPIVDTLLEA ANYYGGRSVD YGRKRGENDV NWSVRRSTRV SHRSSYLGAD
SILPWGCTED NLSDSDCITE QIPTPATYIS PVSDLQCQTN NHIVLLSDGE ANNNHSVSKI
QTLLGQSCTG NGGEKCGLDL VRNISDTSTS VIGPRVITHT IGFAANNTAN NFLNQLALQS
GGGFYQADNS TDLLEAFNTI LRSVKDVNAT FVSPGVAVNQ LNRLTHRDEL YFALFKPSEG
AMWPGNLKRY RLSGDKILDK NSLNAVDSET GFFTENAHSY WSTLADGSEV SEGGASSRLG
ANRNIYVFDG AGTIASSANA LHEDNTSITN ADLAIQGETD ADDLRDAILK WARGVDVKDS
NGDGSTSDYR TQMGDPIHSQ PIIVNYGSND SAIFVATNQG MLHSFDTSSG EENFAIMPKE
LLQNLHHFYK DTPTLEHEYG LDGDMILRTV DDKKYLYVGM RRGGRNYYVF DVTQKDSPKL
KFKIEGGAGT LAKLGQTWSR PTITKVNMGG QVKNVMIIGG GYDDAQDDRS VRASDVMGNA
VFMFDADTGS LLWHASNEDA DLNLSNMTYS VPGRISVIDR DNDGFADHMY VSDTGGQLFR
LDIYNGESGA DFIKGERLAD FGGDTEETNR RFYYGPDVTE VALGDELYYG IALGSGWRAS
PLDTVVEDNF YMLKDSGVFN RDTNGDYTYM STVTESDMYN ATSHALNSND ESERALASQT
FANKAGWYLN LTINGEKVLS SPLIIDYKVF FTTYVPAESS TSACAPPTGN SRAYLVSMFN
GNAVTDVNND GEVNGEDRSA DLKQTGIAPE TKILIEDIVS PVVCLGTECV SAVIEVDEDG
NDVDCVNAFE CLAENIYGRF ERIQRGSWHS ETERE
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