| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Psyr_2041 |
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| Symbol | |
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| ID | 3367555 |
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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 | Pseudomonas syringae pv. syringae B728a |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007005 |
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| Strand | + |
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| Start bp | 2374542 |
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| End bp | 2378834 |
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| Gene Length | 4293 bp |
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| Protein Length | 1430 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637652390 |
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| Product | hypothetical protein |
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| Protein accession | YP_235122 |
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| Protein GI | 66045281 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | 8 |
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| Fosmid unclonability p-value | 0.153705 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGCTGG ATCTTCCCGC CCCCAAGGTG CCCGACCTGC AGCAGCCCGG GAACTACCTC
GATCTTGATC AGTTGGGCGG TGCCGACCTG ACCACCTGGA TCGACTATCC AGGTATCAAG
AACGGCGATC GGTTCATGCC CAACTGGCGA GGTTGCGGTG CCCTGGGCGC AGTGGAGGAC
TATGTCGGCG ATGTTATCGA GGTCGTCGGG TTGCAGCCCG AAGGCATGCC CCTGTTGATC
AATAATCCGT TGCTGATGAG GCTTGATAAG GGGTGGGTGT TTTACTCGTA CATCGTCGAA
GGTCGCCCTG ATGAATCCCT GCGCCTGTTC TTCTATGTCG GTAAGCCACC GTCAACGGCC
GCCGGGCTGG GGGTGCTGCA ATGCAAGGAG TCTCACGATC TGAAGCTTGA TCCTGACCTG
CTGTGGCAAA TCAGTGAAGT GTTGTTCGTG GCGCCGCCGT ATCAGGCGAT GCGCGTGGGC
GACAGGGTGA CCCTCACACT GGATCTTTAT TTCGATGAAA GCACTTTCTG GTACTCGTTG
GTCCGGTCCC GGGAATTGAC GGTGAAAGAG GTGGGCCAGC CTCTGCAGTG GCCGATAGGG
TCCAACGAAC TTGCGCCAAT CAGAGATGGC TTCGCTCTGA TGAGCTACCG CATCGAGTAT
GCCGATTCCA CATTGACAAC GGTTTCGGCC ACTCAGTCGC TGGCTTTCGT CGCACCGTCA
ACGGCGTTAT TGCCCGCCTT GACCATCAAG GATTTCAACG GTGGCTCACT GGATCCGGAA
GCCTTTCCTG ACGGCGTCAC CCTGCTGGTC GATCCTTTCG GCATGCAGAT CGATGACGAT
GTCGTGGTTT ATGTCTCCAG CGGCAATCGG CTGGTGCAGA CCCTGCGGGC CGACCTCTCC
AATCTCGACA GTGGCGTACT GCAGTTCTCG CTGGCTCAGG CCTGGCTTTC TGCCAATAAC
GGCAAGGAAA TCGAGCTGGT GTATCAGTAC GCGCGACCGG GCAACGCAGC CAGCTCGTTA
CCGCGCAAGG TCATTCTGAG TCGACCGCTC GATCTACCTG CGCCCGTTAT CGAAGACGCC
ATCATTGACG GCTCCGGTGA AGGGACCGTC ACGGGCTATA TCTTTGCCTC GCAGCTGCAG
AGCGGGGTGA CGATTCGCAT ACCGAAAGAA GCGTTTATCG GCGACGATTA CACGGTACAG
ATGCATTGGG AGGGGTACAC AAGCACGGGC AGCTTTATCG CTGATCCGTC GCCGGGCGAT
CCGCGCCTGT TCGTCATCCC GCCCACAGCG GTCCCGGCCA ATATGGGCAA GTGGGTCGCC
GTGTACTACA AGGTCGTCTC AGCGTCGCAA TCAGGCACTT CGCAAGTATT CAATCTGGAA
GTCAGAGCCC TGGGCTCCGT CTGGCCGTAC ATCCAGATCA TGCGACCACG CGTTACCGAT
GCCCTGCTTG ACCTCACCAG GGTCCCGCCA GAAGGTGCAG GTCTGGACCT GGAATCCTGG
GCCTACATGG CTCCCAGGCA ACGGGTACGC ATCAAGGCCA CTGGCTTGCT GTCGTCGGGC
CTGGAGCAAA CGGTCGGGCT ACGTACCGGC GCTGCAGAAC CGGTCAGCGA GGCGGAACAC
CAGGCCAGGC AGCTGTCGGT AATCATCCCG AGGGGGTTTC TGGAAAGTCT GCAAAGAAAC
AGACCGACCA ACACCGTGAC GGTTGAAGTC AGCTTTGATG AAGGGGCGAA TTACACACAG
TTTCCGTCTA TCGATTTCAC GGTGCTGGAC GATGTTTTTT CACGGGCCGG CGGGCTGGCG
CAGGACGCAA CGGTCACCGG CATGACCCCA CACTTACACG GACGTAATCC TATGGCTACT
AACACGCTGA ACAACCTGAC CGAGTGGATG AAAGACCCCG CCAATAATGT GATGTGGGGC
TGGGATTCCA TCGCGGCAAT GGCCCGAGGC AAGGTGAATA ACCTGTTGCT TCAGGAGTAC
ATCGCGCGTT TTTCGTCGAA CGCCTATCTG CAGCCTGTGA GCGGAGAGGT GGCACTGAGC
GACGGGTTTA AAGAAAATAT TCACAATTTC ATTCTGGATG CGCCCAGGCT GGCGTTCACG
AACGATAACC TCGGTCAGTC GCATGCGACA TTGACCTGTT CGGTTCTGGG CGGAACCCAA
TTGACGATGA AGAATAACGT CGACAATTGG GAAGCCTACA GAATTATCCA TATCGATGCG
CTGCAAGGTC CGAAACTGAC ACTGGATCTC GCGCTGGAAA GGGTCCCGGG TGATGTCCAG
AGCGATGGCC GGGTGCGGCT CGACCTCAAG GACAGTGATA ATTTCATTCT GACCTTCGCG
GTTGACAGGG CTGACCGGGC ACTTGGCGGG GATTTCTTCA AAGCCCTGTT CAGTGCGTTG
CCGGACGAAC AGCGCGTATG GACGCTGGGC GTGATCAAGC ATGGCAGCAA TAATCTGATG
CACCCCCAGT CGTTCAAACT GCGCACCCAG ACCAATCCTG CCGCGCCTCT CGACCCGCAG
GCCGCCAACT ACGGCGACGG GGCCGTGCTG GTGTTCATTC GCCTGGCGGG CAGTCAGGAA
GGTGGCGACA TCCCGGTAGA GTACCAATAC CTGATACCGG ATGATGCCGG GAAAGATTAT
TCGGCCACGG TGTTGTTCAG TGCGGAGCGT ACGTTCAAGG CGGCACTGTT CATTGGCGAA
GTGACCAAGA CCATTGCTTC GATTATTGAA AACGGGGTGT TCAACAGTGT TCATGACGGC
TCCGGCCGCT TGATCAAGGC GACGGCCACG TCGGGCAGGC TGACGACGTC CGAAGCGAGC
AGCCAGGACG TCAAGGTTGA CATCAATGGC GTGGCGGTCT TCGCAAATGT CTACAAAGCC
GGGACCTGGC TTGATGTGTC AGGGAGCACG CCTTTGTCTG TGGAGCTCAT TGGCGATGGC
ACGGTGGCAC TGACCTGGAA GTCCAAAGCC ACCCCCAGCG TTGTGCTTAC GTTGCCAGGC
CATGGGACGC TACTGGTCAT GAGCAAGGTC GTCACGGTCG ATGTACGGTG CATTTATACC
TTTGCCGAAG AAAACAACGA CCTCGTTCTG ATCCCCGGTC TCACGATAAA CACCACCATC
GATGACCTGA CTTCCGTGGA GAACCCTCCA CCCGCAAACA GCTTTTCATT ACTGTTGTTA
ATAACGTCGG TAAAAAGCAA TTTCGAGAAG CTGAACAAGG ATCCGTTCGA GTCCGACATC
AAAGCCGTAC TGGCACGCAA ACTCGCTACT CGTGTGCCGA TCAGCGCGTT CATCCGGGAC
AGTATCGATC TCAATTTCAA CGAAGCCATT GTGCCTGACG TACTTCGTGC ACCCAGAGAT
ATAGCCGCCT TCGGCCGCAT CAACAGTTCC GGGGCAGACT TTGTCGTCAG CCCGGCGGAG
CACCTGATGG TCGTCGACAG TTCCACCACC TTCTCCATTC AACCGCCGGG TGCGAATGTG
ACGTGGAGTG TCGAACGTCT GCAAGGTGAT GCGCAGAACT TCGGTGCCGT CAACGGCACC
GGCCGGTATT ACGCGCCGGA ATCCTCTTTG ACCGAGCTTG CGTTCACGCG TGTTCGGGTA
ACAGCCACTG ACCTGAAATC GAACGATCGA AGTTCGGCCC TGGTCACGAT CGTCACCAAC
CCGATCACCC TCAATCCATT GATTCAGGTG TGTGACGCCG GGCAGACCGT GGAACTGCAG
GCAGGTTCGC TAGGCACCGA AGAAATGGAC TGGTCGCTCA AGGATCCGGT GGCTGGCGAA
AGCGGTGTTC TGGAGCCCAG CGCACTGGCC GATGGTGATC ATCGTTACGT CGCGGCGCCA
AAGGTGACCG GTAAAACCTA TGTTCTGGAT CAGATCGTCG TGACCAGCCA GCAGGCGAGT
GTTTCGTCGT GGGTACTGGT AAAGCACCAA GTCCCACTGT TAACCGTAAA AGTCGTAAAA
ACCGTGGAGG TTTCTGAAGT TCTGGACGTT GAGAAAGTCG GGGAGCACGT GGACGTTGTG
AACATTCGTG CCGATCAGGT TCAACTGCAA GCGTTTGCCA ATGGCCTTAC GCCGCCCGGC
GTCAAATGGA GAGTGGGCGC CGGGCGCGGG CGCATCGATG ACGGCCTGTA CACCCCCGAC
GTAGCGTCAA CTGACCGGTT TGTGCTGATT TTTGCCGAGG CCCCGAATGC AATCCTTGGC
GTCATAGAAG GGCATATCGT CTTGCCACTA CCACTGGACC GGTTTGCCAC GGATCTGGAA
TTGATGAAAG GCAAAAGAGC ACAGGCGTTC TAA
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| Protein sequence | MALDLPAPKV PDLQQPGNYL DLDQLGGADL TTWIDYPGIK NGDRFMPNWR GCGALGAVED
YVGDVIEVVG LQPEGMPLLI NNPLLMRLDK GWVFYSYIVE GRPDESLRLF FYVGKPPSTA
AGLGVLQCKE SHDLKLDPDL LWQISEVLFV APPYQAMRVG DRVTLTLDLY FDESTFWYSL
VRSRELTVKE VGQPLQWPIG SNELAPIRDG FALMSYRIEY ADSTLTTVSA TQSLAFVAPS
TALLPALTIK DFNGGSLDPE AFPDGVTLLV DPFGMQIDDD VVVYVSSGNR LVQTLRADLS
NLDSGVLQFS LAQAWLSANN GKEIELVYQY ARPGNAASSL PRKVILSRPL DLPAPVIEDA
IIDGSGEGTV TGYIFASQLQ SGVTIRIPKE AFIGDDYTVQ MHWEGYTSTG SFIADPSPGD
PRLFVIPPTA VPANMGKWVA VYYKVVSASQ SGTSQVFNLE VRALGSVWPY IQIMRPRVTD
ALLDLTRVPP EGAGLDLESW AYMAPRQRVR IKATGLLSSG LEQTVGLRTG AAEPVSEAEH
QARQLSVIIP RGFLESLQRN RPTNTVTVEV SFDEGANYTQ FPSIDFTVLD DVFSRAGGLA
QDATVTGMTP HLHGRNPMAT NTLNNLTEWM KDPANNVMWG WDSIAAMARG KVNNLLLQEY
IARFSSNAYL QPVSGEVALS DGFKENIHNF ILDAPRLAFT NDNLGQSHAT LTCSVLGGTQ
LTMKNNVDNW EAYRIIHIDA LQGPKLTLDL ALERVPGDVQ SDGRVRLDLK DSDNFILTFA
VDRADRALGG DFFKALFSAL PDEQRVWTLG VIKHGSNNLM HPQSFKLRTQ TNPAAPLDPQ
AANYGDGAVL VFIRLAGSQE GGDIPVEYQY LIPDDAGKDY SATVLFSAER TFKAALFIGE
VTKTIASIIE NGVFNSVHDG SGRLIKATAT SGRLTTSEAS SQDVKVDING VAVFANVYKA
GTWLDVSGST PLSVELIGDG TVALTWKSKA TPSVVLTLPG HGTLLVMSKV VTVDVRCIYT
FAEENNDLVL IPGLTINTTI DDLTSVENPP PANSFSLLLL ITSVKSNFEK LNKDPFESDI
KAVLARKLAT RVPISAFIRD SIDLNFNEAI VPDVLRAPRD IAAFGRINSS GADFVVSPAE
HLMVVDSSTT FSIQPPGANV TWSVERLQGD AQNFGAVNGT GRYYAPESSL TELAFTRVRV
TATDLKSNDR SSALVTIVTN PITLNPLIQV CDAGQTVELQ AGSLGTEEMD WSLKDPVAGE
SGVLEPSALA DGDHRYVAAP KVTGKTYVLD QIVVTSQQAS VSSWVLVKHQ VPLLTVKVVK
TVEVSEVLDV EKVGEHVDVV NIRADQVQLQ AFANGLTPPG VKWRVGAGRG RIDDGLYTPD
VASTDRFVLI FAEAPNAILG VIEGHIVLPL PLDRFATDLE LMKGKRAQAF
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