| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH1_0506 |
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| Symbol | |
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| ID | 5317435 |
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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 | Staphylococcus aureus subsp. aureus JH1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009632 |
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| Strand | + |
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| Start bp | 525995 |
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| End bp | 530494 |
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| Gene Length | 4500 bp |
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| Protein Length | 1499 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640778572 |
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| Product | glutamate synthase (ferredoxin) |
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| Protein accession | YP_001315651 |
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| Protein GI | 150392976 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGCACAATG AGAAATTAAT TAAAGGCTTA TATGACTATC GTGAGGAACA TGATGCGTGT
GGTATTGGTT TTTATGCGAA TATGGATAAT AAAAGGTCTC ACGACATCAT TGATAAATCG
CTTGAAATGT TGCGACGCTT AGATCACAGG GGCGGGGTCG GCGCAGATGG CATCACTGGT
GATGGCGCAG GTATTATGAC TGAAATACCT TTTGCATTTT TCAAACAACA TGTAACGGAC
TTTGATATCC CAGGTGAAGG TGAATATGCC GTGGGGTTAT TTTTTTCCAA AGAACGCATT
TTAGGTTCTG AACATGAAGC AGTTTTTAAA AAATATTTTG AAGGCGAAGG GTTATCAATT
CTTGGTTATC GTAATGTACC AGTTAATAAA GATGCCATTG CTAAACATGT AGCAGATACG
ATGCCAGTCA TTCAACAAGT GTTTATTGAT ATTAGGGGCA TTGAAGATGT TGAAAAGCGT
TTGTTTTTAG CGAGAAAACA ATTAGAGTTC TATTCGACTC AGTGCGATTT AGAATTGTAT
TTTACGAGCT TATCACGCAA AACAATTGTA TATAAAGGTT GGTTACGATC AGACCAAATT
AAAAAACTAT ATACAGATTT ATCGGATGAT TTATATCAAT CAAAGCTAGG GTTAGTGCAT
TCGAGATTTA GTACGAATAC ATTCCCGAGT TGGAAAAGGG CACATCCTAA CCGTATGTTA
ATGCATAATG GTGAGATTAA CACGATTAAA GGTAATGTAA ACTGGATGCG AGCACGCCAA
CATAAATTAA TCGAAACATT ATTTGGCGAG GATCAACATA AAGTGTTTCA AATTGTCGAT
GAGGATGGTA GTGACTCTGC TATTGTAGAT AATGCGCTAG AGTTCTTATC GTTAGCCATG
GAGCCAGAAA AGGCAGCGAT GCTACTCATA CCTGAACCTT GGTTATACAA TGAAGCGAAT
GATGCAAATG TACGTGCGTT TTATGAATTT TATAGTTATT TAATGGAACC GTGGGATGGT
CCTACAATGA TTTCGTTCTG TAACGGTGAC AAACTTGGCG CGCTTACAGA TAGAAATGGA
TTACGTCCAG GTCGTTATAC GATTACTAAA GATAACTTTA TTGTCTTTTC ATCTGAAGTG
GGTGTTGTGG ACGTACCTGA AAGTAATGTT GCTTTTAAAG GTCAATTGAA TCCTGGAAAG
TTATTGCTTG TTGATTTTAA ACAGAATAAA GTCATTGAAA ATAATGATTT AAAAGGTGCG
ATTGCTGGAG AATTACCATA TAAAGCGTGG ATTGATAACC ATAAAGTTGA CTTTGATTTT
GAAAATATAC AATATCAAGA TTCGCAATGG AAAGATGAGA CGTTATTTAA ATTACAACGT
CAGTTTGCAT ACACGAAAGA AGAGATTCAT AAGTATATTC AGGAACTTGT AGAAGGTAAG
AAGGATCCTA TCGGTGCAAT GGGATATGAT GCGCCAATTG CAGTGTTGAA CGAGCGACCA
GAATCACTAT TTAATTACTT TAAACAGCTG TTTGCACAAG TTACGAATCC ACCAATTGAT
GCGTATCGTG AAAAAATCGT AACGAGTGAA CTTTCTTATT TAGGTGGCGA AGGTAACTTA
CTAGCACCTG ACGAAACGGT TTTAGATCGT ATTCAATTGA AAAGGCCGGT ATTGAATGAA
TCACACTTAG CAGCGATTGA TCAGGAACAT TTTAAATTAA CTTATTTATC AACGGTATAT
GAAGGGGATT TGGAAGATGC GTTAGAAGCA TTAGGCCGAG AAGCAGTGAA TGCTGTAAAG
CAAGGCGCTC AAATTCTAGT GTTAGATGAC AGTGGATTAG TTGATAGCAA TGGCTTTGCA
ATGCCGATGT TACTCGCAAT AAGTCATGTG CATCAATTAC TTATTAAAGC AGATTTACGT
ATGTCTACAA GTTTAGTCGC TAAATCTGGT GAGACACGAG AAGTGCATCA TGTTGCTTGT
TTACTCGCAT ATGGCGCGAA TGCAATTGTG CCATACCTAG CGCAACGTAC AGTTGAACAA
CTGACATTGA CAGAAGGGTT ACAAGGCACC GTTGTCGATA ATGTTAAGAC ATATACGGAT
GTATTGTCAG AAGGTGTCAT TAAAGTAATG GCTAAGATGG GAATTTCGAC AGTGCAAAGT
TATCAAGGTG CACAAATATT TGAAGCGATT GGCTTGTCTC ATGATGTGAT TGATCGTTAT
TTTACTGGGA CACAGTCTAA GTTATCGGGT ATTTCGATTG ATCAAATTGA TGCTGAAAAT
AAAGCACGTC AACAAAGTGA TGATAATTAT CTTGCATCAG GTAGTACATT TCAATGGAGA
CAACAAGGTC AACATCATGC TTTTAATCCG GAATCTATTT TCTTATTGCA GCACGCATGT
AAAGCAAATG ACTATGCGCA ATTTAAAGCA TACTCTGAAG CGGTGAACAA AAATAGAACA
GATCACATTA GACATTTACT TGAATTTAAA GCATGTACAC CGATTGACAT CGACCAAGTT
GAACCGGTAA GTGACATTGT CAAACGCTTT AATACAGGGG CGATGAGTTA TGGATCGATT
TCAGCGGAAG CACATGAAAC GTTAGCACAA GCCATGAACC AATTAGGTGG AAAGAGTAAT
AGTGGTGAAG GTGGCGAAGA TGCAAAACGT TATGAAGTAC AAGTTGATGG AAGCAACAAA
GTAAGTGCGA TTAAACAAGT TGCTTCTGGG CGTTTTGGTG TAACTAGTGA TTATTTACAA
CATGCCAAAG AAATTCAAAT TAAAGTTGCG CAAGGTGCAA AGCCTGGTGA AGGTGGTCAA
TTACCTGGTA CTAAGGTATA TCCGTGGATT GCAAAGACAA GAGGGTCAAC GCCAGGTATC
GGTCTGATTT CACCACCGCC ACATCATGAT ATTTATTCAA TAGAAGATTT AGCGCAACTG
ATACATGATT TGAAAAATGC GAATAAAGAT GCAGATATCG CGGTAAAATT AGTTTCGAAA
ACAGGTGTTG GTACCATTGC ATCTGGGGTG GCAAAAGCAT TTGCAGATAA AATTGTCATC
AGTGGTTACG ATGGTGGTAC AGGGGCTTCA CCTAAAACGA GTATTCAGCA TGCCGGTGTT
CCTTGGGAGA TTGGTTTAGC AGAAACACAT CAAACATTAA AACTAAATGA CTTAAGAAGT
CGTGTTAAGT TAGAAACAGA CGGTAAGTTA TTAACTGGTA AAGATGTAGC GTACGCATGT
GCGCTTGGAG CGGAAGAATT TGGATTTGCA ACTGCACCAT TAGTGGTGTT GGGCTGTATT
ATGATGCGTG TATGCCATAA AGATACATGT CCAGTAGGAG TTGCAACTCA AAACAAAGAT
TTACGTGCTT TATATAGAGG TAAAGCACAT CATGTTGTTA ATTTTATGCA TTTTATTGCA
CAAGAATTAA GAGAAATTTT AGCATCTTTA GGTTTGAAAC GTGTAGAAGA CTTAGTTGGA
AGAACTGATT TATTACAACG ATCATCAACA TTAAAAGCGA ATAGCAAAGC GGCTAGTATT
GATGTTGAAA AACTGTTATG TCCTTTCGAT GGGCCAAACA CAAAAGAAAT TCAACAAAAT
CATAATCTTG AGCATGGATT TGATTTAACA AATTTATATG AAGTAACGAA GCCATATATT
GCTGAAGGAC GTCGCTATAC AGGTAGCTTT ACAGTAAATA ATGAACAACG TGATGTAGGA
GTTATTACAG GTAGTGAGAT TTCGAAACAA TATGGAGAAG CAGGACTTCC TGAAAATACA
ATTAATGTTT ATACGAATGG TCATGCTGGT CAAAGTCTTG CAGCATATGC ACCGAAAGGC
TTAATGATTC ATCATACTGG AGATGCGAAT GACTATGTTG GTAAAGGATT ATCTGGTGGT
ACGGTCATTG TCAAAGCACC TTTTGAAGAA CGACAAAATG AAATTATTGC TGGTAACGTC
TCATTCTATG GTGCGACAGG TGGTAAGGCA TTTATTAACG GTAGTGCAGG AGAAAGATTC
TGTATTAGAA ATAGTGGTGT AGATGTTGTC GTTGAAGGTA TCGGTGACCA TGGATTAGAG
TACATGACTG GTGGACATGT CATTAATTTA GGTGATGTAG GTAAGAACTT CGGTCAAGGT
ATGAGTGGTG GTATTGCTTA CGTTATCCCG TCTGATGTAG AAGCTTTTGT TGAAAATAAT
CAACTAGATA CGCTTTCGTT TACAAAGATT AAACACCAAG AAGAAAAAGC ATTCATTAAG
CAAATGCTGG AAGAACATGT GTCACACACG AATAGTACGA GAGCGATTCA TGTGTTAAAA
CATTTTGATC GCATTGAAGA TGTCGTCGTT AAAGTTATTC CTAAAGATTA TCAATTAATG
ATGCAAAAAA TTCATTTGCA CAAATCATTA CATGACAATG AAGATGAAGC GATGTTAGCT
GCATTTTACG ATGACAGTAA AACAATCGAC GCTAAACATA AACCAGCCGT TGTGTATTAA
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| Protein sequence | MHNEKLIKGL YDYREEHDAC GIGFYANMDN KRSHDIIDKS LEMLRRLDHR GGVGADGITG
DGAGIMTEIP FAFFKQHVTD FDIPGEGEYA VGLFFSKERI LGSEHEAVFK KYFEGEGLSI
LGYRNVPVNK DAIAKHVADT MPVIQQVFID IRGIEDVEKR LFLARKQLEF YSTQCDLELY
FTSLSRKTIV YKGWLRSDQI KKLYTDLSDD LYQSKLGLVH SRFSTNTFPS WKRAHPNRML
MHNGEINTIK GNVNWMRARQ HKLIETLFGE DQHKVFQIVD EDGSDSAIVD NALEFLSLAM
EPEKAAMLLI PEPWLYNEAN DANVRAFYEF YSYLMEPWDG PTMISFCNGD KLGALTDRNG
LRPGRYTITK DNFIVFSSEV GVVDVPESNV AFKGQLNPGK LLLVDFKQNK VIENNDLKGA
IAGELPYKAW IDNHKVDFDF ENIQYQDSQW KDETLFKLQR QFAYTKEEIH KYIQELVEGK
KDPIGAMGYD APIAVLNERP ESLFNYFKQL FAQVTNPPID AYREKIVTSE LSYLGGEGNL
LAPDETVLDR IQLKRPVLNE SHLAAIDQEH FKLTYLSTVY EGDLEDALEA LGREAVNAVK
QGAQILVLDD SGLVDSNGFA MPMLLAISHV HQLLIKADLR MSTSLVAKSG ETREVHHVAC
LLAYGANAIV PYLAQRTVEQ LTLTEGLQGT VVDNVKTYTD VLSEGVIKVM AKMGISTVQS
YQGAQIFEAI GLSHDVIDRY FTGTQSKLSG ISIDQIDAEN KARQQSDDNY LASGSTFQWR
QQGQHHAFNP ESIFLLQHAC KANDYAQFKA YSEAVNKNRT DHIRHLLEFK ACTPIDIDQV
EPVSDIVKRF NTGAMSYGSI SAEAHETLAQ AMNQLGGKSN SGEGGEDAKR YEVQVDGSNK
VSAIKQVASG RFGVTSDYLQ HAKEIQIKVA QGAKPGEGGQ LPGTKVYPWI AKTRGSTPGI
GLISPPPHHD IYSIEDLAQL IHDLKNANKD ADIAVKLVSK TGVGTIASGV AKAFADKIVI
SGYDGGTGAS PKTSIQHAGV PWEIGLAETH QTLKLNDLRS RVKLETDGKL LTGKDVAYAC
ALGAEEFGFA TAPLVVLGCI MMRVCHKDTC PVGVATQNKD LRALYRGKAH HVVNFMHFIA
QELREILASL GLKRVEDLVG RTDLLQRSST LKANSKAASI DVEKLLCPFD GPNTKEIQQN
HNLEHGFDLT NLYEVTKPYI AEGRRYTGSF TVNNEQRDVG VITGSEISKQ YGEAGLPENT
INVYTNGHAG QSLAAYAPKG LMIHHTGDAN DYVGKGLSGG TVIVKAPFEE RQNEIIAGNV
SFYGATGGKA FINGSAGERF CIRNSGVDVV VEGIGDHGLE YMTGGHVINL GDVGKNFGQG
MSGGIAYVIP SDVEAFVENN QLDTLSFTKI KHQEEKAFIK QMLEEHVSHT NSTRAIHVLK
HFDRIEDVVV KVIPKDYQLM MQKIHLHKSL HDNEDEAMLA AFYDDSKTID AKHKPAVVY
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