| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SeSA_A0663 |
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| Symbol | |
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| ID | 6518665 |
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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 | Salmonella enterica subsp. enterica serovar Schwarzengrund str. CVM19633 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011094 |
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| Strand | + |
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| Start bp | 644358 |
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| End bp | 647537 |
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| Gene Length | 3180 bp |
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| Protein Length | 1059 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 642745806 |
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| Product | gp29 |
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| Protein accession | YP_002113629 |
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| Protein GI | 194735138 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4733] Phage-related protein, tail component |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0000117932 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCTTCAG GTGGTGGTAA AGCATCAACC CCAAAACTCC TCGACGATAA CCTCAAATCA
AAACAGTTTT ACCGGGTTCT CGATCTGATA TCGGAAGGTC CGATTGCAGG GCCTGTCGAT
CAGGAACACA TGTCATCGTT TATGCTTAAC AAGACACCAA TCACGGATGC AAGCGGAAAC
GTTAATGTGA ATGGAATTAG CGTAGCGTGG CGCCCCGGAT CGGAAACTCA GCAGCCAATT
AATGGCTTTT CTGCTATTGA AGCAACCACC ATCGTAAACA CAGATGTAAC CCATGACACC
CCTCTTGTTC GTACCATAAC CGACCAGGAC GTAACCCGGG TGCGGTTCAA CGTAGGCGTT
ACCGGTCTGG TTGAGCAGGA CACTAAAGGA AACCAGAACA ACACTTCCGT CACCATGGTG
CTTGAGAGTA GAACAGGTGC TTCAGGATGG GTCATTGAAA AGACAGTTAC TATCACCGGT
AAAATATCAG GCCAATATCT CGAGGCTCAT CTGATCGACG CTCCAGATAT TAAGCCGTTT
GATATTCGTG TACGCCGCAT TACGCCTGAC AGCAGCAGCG ATTTACTGTC CAACGGCACT
ATCTGGAATA GCTACAGTGA AATCACCGAC GACAATCTGA GCTACCCATT TTCAGCCATC
GCTGGCGCTG TTATCGACCG CGACCAGTAC ACTGACACTC CAAGCCGCAC CTACCATCTT
CGCGGACTGA TTGTGGACGT TCCTGACAAC TATGATCCGA TTGCCAGAAC TTACTCGGGG
TTGTGGACTG GCGGATTCAA AAAAGCGTGG ACTAACAACC CGGCGTGGCT GTTCCGTGAA
CTGGCCAAGA ATACGCGTTT TGGCCTGGCG AAACGTGCCG GTTATATCGA TGTAGATGAC
GGTGCGTTGT ACGTCCTCTC ACAATATTGC GATCAGCTTG TGAACGATGG CTATGGCGGG
CAGGAACCAA GGATGACGCT GAATGCCTAT ATTACCGAGC AGGCGAGTGC GCGTGACATT
CTCGACAAGA TAGCGAGCAT GTTTCGGGGT ATAGCGCTGT GGGACGGGAT GCGACTGTCT
GTCATGCTGG ACGCGCCACA GGATCCGATA GCGACAATCA CGAATTCTAA CGTGGTTGAT
GGCGAGTTCA AGCGTAGCTC CGTGAAGCGT TCAGAGAAAT ACAATGCCGT TGTTGTGTCC
TGGACTGACC CTGATAACGG CTGGGAGCAG GTAAAAGAGT ATGTTTCCGA CGATGAGATG
ATTGCCCGCG GAAACTACAA CGAAACCACT CTTGAGGCGT TTGGCTGTAC CTCACGCGGT
CAGGCATGGC GAGCAGGGAA ATGGCTGCTG GAAACAGCAA AGCGTGAAAG CAGCAGACTG
TCTTTCCAGA TGGCGCGCGA TGCTATCCAC TTCACACCGG GTGACATAGT TGAAATCATG
GACAACAACT ATGCTGGCGC GCGGCTCGGC GGCAGAATTA TGTCACATTC AGGCAATAAA
ATTACCGTTG ATGCTGTCGA ATCATCGCTT ATAGCTGGCG GCGATACCAT GTCTATCATG
GGGAGCAGCG GTAAGTTCGT GAAGTACGTC ATTGATGGCG TTGCTAACAA CGTTGTAACC
CTGAAGACGA CTCCATCATG GGTGCGGGAT GGAACAGTGT TTGCTATCTC TACCAGCAAC
GTTTCAACTC GGTTATTTCG TATCCTCAGC GTCGCAGAGA CAGAAAACAA TTCCGTATAC
AGTATTACTG CATCACAGCA TGATCCGAAT AAACAGGCCA TTGTGGATGA AGGCGCAGTG
TTCGAAATTC CTAACGACAC GCTTAATGGC TACCGCGTTC CGAACGTTGA AAACCTGCGG
ATTATTAACA CCAATTCGGA AACGGTACAG GTTATGGCGA CATGGGAAAC AGCTACGACG
ACCAAAAAGC TTGTTTTCGA ACTTTATGTC TACTCGGGTG ATGGGAAAGT GGTTTCTCAG
TACGAAACAG ACCAGTTCCG GTATGAGTTT TATGGGCTGG CCGCCGGTAG CTACACGCTG
GGTGTTCGTG GCCGCAATGA AAACGGGATG AAAGGTGTTG AAACGCAGAT CAGTATGATT
ATCGGTGCGC CACCTGCACC ATCCAGCATT ATCTGGACGC CCGGCCTGTT TTCTGCTGAC
CTGGTGCCAG TCATGCGTAT CACCGCCACC ACAGATACTT CTTTCGAATT CTGGTACTCA
GGGCAAAACA AGATTACCGA TCCGGCTAAT ATCGAAGACC TGGCGCAGTT TTTGGGGCGC
TCAAACCAGT GGACACTCCA CGGCCTGCAG GAAGATAAGA CATATTACGT TTATGTGCGC
ACCAGGAATG CTTTTGGTGT GTCTGAGTTT GTTGAGGCGT CAGGTCAGGC GTCATCCGAT
ATTCCAGGTA TGATAGATCT CATTGATGAG CAGATACGCG AGTCAGACGC GTTCAAAAAT
GTTCAGGAAG GTGTCGACAT TAACCTGGAA GGCGTCATGT CGAACGCACT GGCTAATCAC
GGTAAGGTTG AACATCAGTA CCAGCAGTAT GGGGAGGTTC GCGCCGACAT CCTTGTTGTG
AAAACAACTG TCGCTACTGC CGAGCAGGGG CTCGCCGATC TTTCCACTTA CGTACAGGCA
CAAATAGGCC CTGAAGGAGA GTTAACCTCA GCCGTAAATC AGAAAATGAC CGCTGAGGTA
AATAGTGATG GGACTGCAAA AGCCTCTTAC ACACTCAATA TGGGGATTGT CAGGAACGGT
GTGAAATATA ACACCGGATT CGGCATGTCT ATCGAGCCAT CGGGGAATAG CTATAAATCT
ACCGTTGTAT TTGCTGCGGA ACAGTTCGGC ATTTATTCCG GTAATAACCC CGGCAACTGG
CAGGCTGCAT TCTTCGTCTA TAACGGACAG GTATTTATTC GTAGCGCATT AATTCAGGAA
GCATCCATCG ATTTTGCGAA AATTACCGAT TCACTTCAGT CTGCAAACTT TATCCCCGGT
GGTGGTGGAC GCGGATGGAA TTTACCAAAA TCTGGTAGCC CAGAATTCCA TGGGAAACTC
TATGCCGACA GCGGTGAATT TGCATTTAAC GGAGTGAATA ACGTTACTCG CATTGACGGC
AATGGGATCA CAGTAAATCT CTCAGGAGGT GGTCGTGTTG TTGTTGGACG ATGGACATAA
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| Protein sequence | MSSGGGKAST PKLLDDNLKS KQFYRVLDLI SEGPIAGPVD QEHMSSFMLN KTPITDASGN
VNVNGISVAW RPGSETQQPI NGFSAIEATT IVNTDVTHDT PLVRTITDQD VTRVRFNVGV
TGLVEQDTKG NQNNTSVTMV LESRTGASGW VIEKTVTITG KISGQYLEAH LIDAPDIKPF
DIRVRRITPD SSSDLLSNGT IWNSYSEITD DNLSYPFSAI AGAVIDRDQY TDTPSRTYHL
RGLIVDVPDN YDPIARTYSG LWTGGFKKAW TNNPAWLFRE LAKNTRFGLA KRAGYIDVDD
GALYVLSQYC DQLVNDGYGG QEPRMTLNAY ITEQASARDI LDKIASMFRG IALWDGMRLS
VMLDAPQDPI ATITNSNVVD GEFKRSSVKR SEKYNAVVVS WTDPDNGWEQ VKEYVSDDEM
IARGNYNETT LEAFGCTSRG QAWRAGKWLL ETAKRESSRL SFQMARDAIH FTPGDIVEIM
DNNYAGARLG GRIMSHSGNK ITVDAVESSL IAGGDTMSIM GSSGKFVKYV IDGVANNVVT
LKTTPSWVRD GTVFAISTSN VSTRLFRILS VAETENNSVY SITASQHDPN KQAIVDEGAV
FEIPNDTLNG YRVPNVENLR IINTNSETVQ VMATWETATT TKKLVFELYV YSGDGKVVSQ
YETDQFRYEF YGLAAGSYTL GVRGRNENGM KGVETQISMI IGAPPAPSSI IWTPGLFSAD
LVPVMRITAT TDTSFEFWYS GQNKITDPAN IEDLAQFLGR SNQWTLHGLQ EDKTYYVYVR
TRNAFGVSEF VEASGQASSD IPGMIDLIDE QIRESDAFKN VQEGVDINLE GVMSNALANH
GKVEHQYQQY GEVRADILVV KTTVATAEQG LADLSTYVQA QIGPEGELTS AVNQKMTAEV
NSDGTAKASY TLNMGIVRNG VKYNTGFGMS IEPSGNSYKS TVVFAAEQFG IYSGNNPGNW
QAAFFVYNGQ VFIRSALIQE ASIDFAKITD SLQSANFIPG GGGRGWNLPK SGSPEFHGKL
YADSGEFAFN GVNNVTRIDG NGITVNLSGG GRVVVGRWT
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