| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_4114 |
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| Symbol | gltB |
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| ID | 5365329 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | - |
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| Start bp | 4650839 |
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| End bp | 4655224 |
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| Gene Length | 4386 bp |
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| Protein Length | 1461 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640806507 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001342945 |
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| Protein GI | 152998110 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.00000785816 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGGAAGGCA ATACTAGCCA TGAATTACTT AAGACAGCCA TTGAGTCTTT GACATGTATG
ACACACCGTG GCGGCATCGC CGCTGATGGC AAAACAGGTG ACGGCTGTGG TCTTCTTATC
CAAAAGCCGG ATCTATTTTT ACGTGGTGAA GCACACGCTT TATTTAATCA CACCTTGTCT
GACCTTTACG GTATTGGCAT GGTGTTTCTT GATCAAGATG ACACGCTTGC AAGTGAGCAA
CGTGAAACTT TGACGAAAAA ATTGACTGAT GAAGGTTTAA ATGTAGTTGG TTGGCGTGAA
GTGCCAATTG ATGCGTCTTG TCTTGGTGTT ATCGCGATGG ATTGCTTGCC TCGTATCGAG
CAAGTATTTG TCGACAGTAA CCGTATGGAC GCTCGTACTT TCGCAACACG TTTGTTTGTC
GCTCGCCGCC AAACTGAAAT CGCACTAGCG CAATACGAAA ATTTCTACAT CTGTTCTTTG
TCCGATAAAG TGTTGGCGTA CAAAGGCTTG ATGATGCCAG TGGATTTGCC TTTCTTTTAT
AAAGATTTGG GCAACGAAAA AATGCAAACA GCGATTTGTG TTTTCCACCA ACGTTTCTCT
ACTAATACGC TTCCTAAGTG GCCTTTGGCA CAACCGTTCC GCATGCTTGC TCACAACGGT
GAGATCAATA CGATCGAAGG TAACCGTAAT TGGGCATTGG CTCGTAGCAG TAAGCTACGC
ACTCCGCTGA TTCCTGAGCT ACAGGATCTT CAACCTATTG TTAACCTAAC AGGCTCTGAC
TCTTCTTCTA TGGATAACAT GTTGGAAGTG TTGGTAACAG GTGGTGTGGA TATTTTCCGC
GCTGCGCGTT TGATCATTCC ACCAGCGTGG CAAAACGTTG AAAACATGGA TCCAGAGCTA
CGTGCGTTCT ACCAGTACAA CTCTATGCAC ATGGATCCTT GGGACGGCCC AGCTGGTTTG
GTTATGACTG ACGGCCGTCA TGCGATTTGT ATGCTTGACC GTAACGGTTT ACGCCCTGCT
CGTTGGGTTA TTACTAAGAA TGGCTTTATC ACCTTAGCTT CAGAAGTCGG CACTTACGGC
TATAAGTCTG AAGATGTTGT GTCGAAAGGC CGCGTTGGTC CTGGCCAAAT GTTGGTTATT
GACACACAAA ACGGCAAAGT ACTTCATACT GATGATATCG ATAATCGCCT TAAATCCATG
CACCCATACA AAAAATGGTT GAAGCAGGAA GCGATTCGAA TTGAATCTTT GTTGGAAGAA
TCTTCTCTAG AGTTCGAACC TTTTACAAAA GAAGAAATGC TGACCTATCA GAAGATGTTC
CAAGTGTCTT TTGAAGAACG TGAGCAGATT TTCCGTCCAT TGGCAGAAAG TGGTCATGAG
GCAGTAGGTT CTATGGGTGA TGATACACCT ATGGCAGTTA TGTCTAGCCA GACTCGTCCA
GTGACAGATT ATTTCCGTCA GAAATTTGCA CAGGTAACCA ATCCGCCAAT AGATCCGCTT
CGTGAATCTG TTGTGATGTC GTTGGAAACT TGTATCGGTG TAGAGCGTAA TTTATTTGAA
GAAACGCCAA AGCATGCGAA CCGTATTATT TTGTCTTCAC CTGTACTGTC ACCACGTAAG
TACAGCCGAT TGTTGGCGTT AGATGACCAC CGTTTCCGTT TGGTTCGTCT AAACACTAAT
TACAACCCTG AAGAAGTTTC TCTTGAGCAA GCGATTAAAA ACTTGCAATT GAAAGCAGAA
GAAGTGGTAC GTAATGGTGC CGTTATTGTT GTATTAACCG ACCGTGATAT AGCAAAAGGC
CATTTGCCTA TTCCTTCGCC TATGGCGGTA GGTGCGGTGC ATCATTATTT GTCTAAGCAA
GGTTTGCGCT GTGATTCCAA TATCATTGCT GATACTGGCT TTGCCCGCGA TCCTCATCAA
TTTGCTGTGT TACTAGGCTT TGGTGCGACA GCGGTTTATC CGTATCTTTC TTATCGTTTA
ATCAACGACA TGATTGATAA AGGCGAAGTC TTGGGTGACC CAATTGCTTG TCACGTTAAA
TACCGTAAAG GTATTAACAA GGGCTTGATG AAGATCATTT CTAAGATGGG GATTTCTACC
ATCGCCTCTT ATCGTGGTGC GCAACTGTTT GAAGCCGTTG GTTTGGCTAC TGAAGTGGTG
GATCTTTGTT TCAAAGGTGT TCCAAGCCGT ATTAAAGGCG CGCGCTTTGA AGATTTCCAA
AAGGATCAAG AATCTATCGC AAACAATGCG TGGAAATTGC GTAAACCGAT TCAACAGGGT
GGTTACCTAA AATACGTCCA TGAAGCGGAA TACCATGCGT TTAACCCAGA CGTGGTTCGC
AATTTGCAAA CTGCAGTGGG CAGTGGTCGC TTTGAAGATT TCACCAAATA CACAGAGCTA
GTGAATAACC GTCCAGCGTC TATGTTACGT GACTTGTTTA CTTTGTCTGA CAAAGCGAAA
GCCATTCCGT TAGACACAGT GGAGTCTATT GAAGAGATTC TACCTCGTTT CGACTCAGCG
GGTATGTCAT TGGGTGCCTT GTCACCAGAA GCACACGAAG CTCTAGCTCA AGCGATGAAC
GAATTAGGCT GTCGCTCTAA CTCTGGTGAG GGTGGTGAAG ATCCTGCTCG TCATGGTACA
GAGCGCCGTT CTAAGATCAA GCAAATCGCG TCTGGCCGCT TTGGCGTTAC ACCAGAATAT
TTGGTTAACG CTGAAGTGTT ACAGATTAAA GTTGCGCAAG GTGCGAAACC GGGTGAAGGT
GGTCAGTTGC CTGGTGGTAA AGTGAACGGC TTAATCGCTC GTCTACGTTA TGCTGTTCCA
GGTGTGACCT TGATTTCGCC TCCACCGCAC CACGATATTT ATTCTATCGA GGATTTAGCT
CAGCTGATTT TCGATTTGAA ACAAGTTAAC CCAGATGCCT TGGTGTCGGT GAAACTGGTT
TCTGAACCGG GTGTTGGTAC GATTGCAGCT GGTGTGGCGA AAGCTTACGC GGACTTGATC
ACCATCTCTG GCTATGACGG TGGTACTGCT GCATCGCCTA TTACCTCTAT TCGCCATGCG
GGTTCGCCTT GGGAGTTAGG TTTAGCGGAA GCGCAACAAG CACTTCGTTC TAACGATCTT
CGCGGCAAAA TTCGTCTGCA AACCGACGGT GGTCTAAAAA CTGGTTTGGA TGTGGTGAAA
GCGGCGATTC TTGGCGCTGA AAGCTTTGGT TTTGGTACCA CGCCAATGGT TGCCATGGGT
TGTAAGTTCT TGCGTATTTG TCACTTGAAT AACTGTGCGA CTGGTGTGGC AACTCAGGAT
CAAATGCTAC GTGATGAGCA CTTCATCGGT ACGGTAGAAA TGATCAAAAA CTTCTTCCGC
TTTATGGCAG AAGATACGCG TCTATGGTTA GCGAAACTGG GTGTTGCAAG CCTGCAAGAT
TTGATTGGCC GTACAGACCT ATTAGCTATC TTGCCGGGTG AAACGGATAA ACAACGTAAT
TTAGATCTTT CACCGATCTT GAAAAACGAT GCGATTCCAG CGAACAAAGC ACAATACTGC
AATTCACCAT TTAACCCACC ACATGATAAA GGCCTATTAG CTTTGAAAAT GTGGGACACA
GTTAAAGACG TGATTGAAGA AAAAGAAGGT GGAGAGTTTA CTTTTGAAGT GACCAACTGC
GACCGTTCTA TCGGTGCTCG TTTGTCTGGT GAGATTGCCA AACGTTACGG TAACCAAGGC
ATGTCTGATG TCCCATTAAC ATTGAAATTG ACTGGTACGG CTGGTCAGAG TTTTGGTGTA
TGGAACGCGG GTGGTTTGAA CATGTACCTA GAAGGCGATG CTAACGATTA TGTTGGTAAA
GGCATGACAG GCGGCAAATT GGTTATTCGT TCTCCAAAAG GATCTGTTTT CAAATCACAA
GATTCTGCCA TTATCGGTAA CACTTGTTTG TATGGCGCGA CGGGCGGTAA GTTGTTTGCT
GCAGGTACGG CAGGTGAGCG TTTTGCTGTA CGTAACTCAG GTGCTCATAC GGTTATCGAA
GGTGCAGGCG ATCACTGCTG TGAATACATG ACTGGCGGCA TGGTAACTGT GCTTGGTAAT
ACGGGTTACA ACTTTGGTGC GGGTATGACT GGCGGTTTCG CTTACGTACT CGATTTAGAC
CGTACCTTCG TAGATAAGTA CAACCACGAA TTGGTGGAAA TTCACCGTAT CGGTACGGAA
TTGACGGAAG AGTATCGTTC ACACCTTCGT TCTGTGATCG AAGAATACGT CCGAGAAACT
GACAGCGAAT GGGGCCATGA GATCTTAGAA AACTTCTATG ACTACATTGG TAAGTTCTGG
CTAGTCAAAC CAAAAGCCGC GAGTTTAGGC GCGCTATTGG CAAACACTCG TCAACGTCCG
GAATAA
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| Protein sequence | MEGNTSHELL KTAIESLTCM THRGGIAADG KTGDGCGLLI QKPDLFLRGE AHALFNHTLS
DLYGIGMVFL DQDDTLASEQ RETLTKKLTD EGLNVVGWRE VPIDASCLGV IAMDCLPRIE
QVFVDSNRMD ARTFATRLFV ARRQTEIALA QYENFYICSL SDKVLAYKGL MMPVDLPFFY
KDLGNEKMQT AICVFHQRFS TNTLPKWPLA QPFRMLAHNG EINTIEGNRN WALARSSKLR
TPLIPELQDL QPIVNLTGSD SSSMDNMLEV LVTGGVDIFR AARLIIPPAW QNVENMDPEL
RAFYQYNSMH MDPWDGPAGL VMTDGRHAIC MLDRNGLRPA RWVITKNGFI TLASEVGTYG
YKSEDVVSKG RVGPGQMLVI DTQNGKVLHT DDIDNRLKSM HPYKKWLKQE AIRIESLLEE
SSLEFEPFTK EEMLTYQKMF QVSFEEREQI FRPLAESGHE AVGSMGDDTP MAVMSSQTRP
VTDYFRQKFA QVTNPPIDPL RESVVMSLET CIGVERNLFE ETPKHANRII LSSPVLSPRK
YSRLLALDDH RFRLVRLNTN YNPEEVSLEQ AIKNLQLKAE EVVRNGAVIV VLTDRDIAKG
HLPIPSPMAV GAVHHYLSKQ GLRCDSNIIA DTGFARDPHQ FAVLLGFGAT AVYPYLSYRL
INDMIDKGEV LGDPIACHVK YRKGINKGLM KIISKMGIST IASYRGAQLF EAVGLATEVV
DLCFKGVPSR IKGARFEDFQ KDQESIANNA WKLRKPIQQG GYLKYVHEAE YHAFNPDVVR
NLQTAVGSGR FEDFTKYTEL VNNRPASMLR DLFTLSDKAK AIPLDTVESI EEILPRFDSA
GMSLGALSPE AHEALAQAMN ELGCRSNSGE GGEDPARHGT ERRSKIKQIA SGRFGVTPEY
LVNAEVLQIK VAQGAKPGEG GQLPGGKVNG LIARLRYAVP GVTLISPPPH HDIYSIEDLA
QLIFDLKQVN PDALVSVKLV SEPGVGTIAA GVAKAYADLI TISGYDGGTA ASPITSIRHA
GSPWELGLAE AQQALRSNDL RGKIRLQTDG GLKTGLDVVK AAILGAESFG FGTTPMVAMG
CKFLRICHLN NCATGVATQD QMLRDEHFIG TVEMIKNFFR FMAEDTRLWL AKLGVASLQD
LIGRTDLLAI LPGETDKQRN LDLSPILKND AIPANKAQYC NSPFNPPHDK GLLALKMWDT
VKDVIEEKEG GEFTFEVTNC DRSIGARLSG EIAKRYGNQG MSDVPLTLKL TGTAGQSFGV
WNAGGLNMYL EGDANDYVGK GMTGGKLVIR SPKGSVFKSQ DSAIIGNTCL YGATGGKLFA
AGTAGERFAV RNSGAHTVIE GAGDHCCEYM TGGMVTVLGN TGYNFGAGMT GGFAYVLDLD
RTFVDKYNHE LVEIHRIGTE LTEEYRSHLR SVIEEYVRET DSEWGHEILE NFYDYIGKFW
LVKPKAASLG ALLANTRQRP E
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