| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_00926 |
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| Symbol | gltB |
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| ID | 5553744 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | - |
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| Start bp | 920341 |
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| End bp | 924804 |
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| Gene Length | 4464 bp |
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| Protein Length | 1487 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640906420 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001444152 |
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| Protein GI | 156973245 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGCTCTTT ATGATCCAAG TCTTGAGAAA GACAACTGTG GATTTGGCTT GATCGCGCAC
ATGGAAGGCG AGCAAAGTCA CAAGCTGGTA CGTACAGCAA TTTCTGCACT TGACCGCATG
ACCCACCGTG GTGGTATCGC CGCCGATGGT AAAACCGGTG ATGGTTGTGG TCTTCTTCTA
CAAAAGCCCG ATTCCTATTT ACGCCTTATC GCTGAAGAAA ATGGCTTCAA CCTTGGCAAG
CAATACGCCA TAGGGATGAT TTTCTTCAAC CAAGACCCGG TGAAAGCTCA ACTCGCCAAA
GACATCATCA ACAAAGAGCT CGCACAAGAG ACTTTGACGG TAGCAGGGTG GCGTGAAGTA
CCAACCAATT CAGAAGTACT CGGCCCAATC GCCGCCGATT CACTTCCAGA CATTCAACAA
GTCTTTATCT CTGCTCCGGC AGGTTGGCGC GAGCGTGACA TTGAGCGTCG CCTCTACATC
GCACGCCGTC GCATCGAGAA ACAAATCACC GAAGATCCTG ATTTCTACAT CTGTAGCTTG
TCGACACAAG TTTTGGTGTA CAAAGGCTTG TGCATGCCTG CGGACTTACC GCGCTTTTAT
CTTGATCTTG CTGATCTACG CATGGAATCT GCTATCTGCC TGTTCCATCA GCGTTTTTCT
ACCAACACTC AACCGCGTTG GCCACTAGCT CAGCCGTTCC GTTACCTTGC TCATAATGGT
GAGATCAACA CCATTGAAGG TAACCGCCAA TGGGCACGAG CGCGAGCTTA CAAGTTCTCG
TCACCACTGC TGCCAGACCT ACAAACCGCA GCACCGTTTG TGAACGAGAC AGGTTCAGAT
TCTTCCAGCT TAGATAATAT GTTGGATCTA TTCCTTTCTG GCGGTATGGA TATCTTCCGT
GCCATGCGCA TGCTTGTGCC ACCAGCATGG CAAAACCATC CAGACATGGA CCCGGATCTG
CGAGCGTTTT ACGACTTCAA CTCTAAGCAC ATGGAACCAT GGGATGGTCC GGCAGGTATC
GTATTGTCTG ACGGCCGTTA CGCTGCCTGT AACCTAGATC GAAATGGTCT GCGTCCTGCA
CGTTATGTGA TTACCAAGGA CAAATTTATC ACCCTAGCAT CAGAGGTAGG GATTTGGGAC
TACGCTCCCG ATGAAGTTGC CGAGAAAGGC CGTGTTGGTC CGGGTGAACT GCTGGTTGTC
GATACTCGTA AAGGGAAGCT TTGGCAGTCT AGCGAGATCG ATAACGATCT GAAATCCCGC
CACCCTTACC GCGAATGGAT GGAAAACAAC GTTCGCAAAC TCACTCCTTT TGCTCAGCTA
CCTGAAGATC AAGTGGGTGA GCGCAGCTTT GATGAAGACT TACTCAAGAC TTATCAAAAG
CAATTTGCTA TGAGCAATGA AGAGGTCGAT CAAGTACTGC GTGTTCTTGG TGATATGGGC
CAAGAAGCGG TCGGCTCTAT GGGTGATGAC ACCCCAATGG CCGTTCTCTC GTCGAAAGAG
CGCTTGGTGA CTGATTACTT CCGCCAAAAG TTCGCTCAGG TAACCAACCC GCCAATCGAT
CCATTGCGTG AGAAACACGT AATGTCACTG GCAACCAGTA TCGGTCAGGA GATGAACGTC
TTCTGTGAAA CCGATGGCCA CGCCTACCGA GTGACCTTCG ATTCGCCAGT ATTACTTTAC
TCAGACATGC AGCAATTGCT TGAGCTTGGT GACGATCACT ACCGTAATAC CATTCTCGAT
ATCAACTACG ATCCACAACA GAAAGATCTC AAACAAGCCA TTGATGATCT GTGTGAACAA
GCAGAACAGG TCGTACGTGA AGGCACGGTT CTAGTCGTGC TTTCAGATCG CGCTTTAGTC
AAAGGCAAGT TGCCAATTCC TGCAGCAATG GCAGTCGGTG CGGTTCAAAC TCGCTTGATC
GATGCCAACT TACGTTGTGA TGCCAACATT GTTGTTGAGA CTGCAACAGC TCGTGACCCA
CACCAATTTG CTGTCTTGCT TGGCTTTGGC GCCACTGCAG TTTACCCATA CCTAGCTTAT
GAAGCGCTAG GTAAGCTAAT TGATGATAAA GCGCTAGAAA AAGACTATCG CGATGTGATG
CAAAACTACC AATACGGCAT CAACAAAGGT CTGTACAAGA TCATGTCGAA AATGGGGATT
TCTACCATCG CCTCTTACCG CTGCTCGCAA CTGTTTGAAG CGGTTGGCTT GAACCAAGAA
GTGGTCGATT TGTGCTTTAA AGGTGTTACA ACTCGTATTG AAGGCGCGAA CTTCGACGAC
TTCCAACAAG ATTTGTACAA CCTTTCTCGT AAAGCTTGGG CAAAACGTAA GGCCATCGAG
CATGGTGGTC TATTGAAATA TGTCCACGGT GGTGAATATC ACGCCTACAA CCCAAACGTG
GTTGGCACAC TGCAAACTGC GGTTAAATCA GGCGAAAGTA ACGATTATCA GAGCTTTGCT
AAGCAGGTGA ACCAACGCCC TGTTGCCATG CTGCGTGACT TAATGGCGCT GAAAAAATCA
GACTCACCGC TACCTTTAGA GCAAATTGAG CCTAGCACTG AGCTCTTCAA ACGCTTTGAT
TCTGCGGCGA TGTCCATTGG TGCACTTAGT CCAGAAGCGC ACGAAGCACT TGCAACAGCG
ATGAACCGTC TTGGTGGTTA CTCCAACTCG GGTGAAGGCG GTGAAGATCC TCGTCGCTTC
GGTACAGAGC GTAACTCGCG CATCAAGCAG ATTGCTTCCG GGCGATTTGG TGTTACCCCT
CACTACCTAA CCAATGCTGA CGTACTGCAG ATCAAGGTCG CACAGGGTGC GAAGCCGGGC
GAAGGTGGTC AGTTACCGGG ACACAAAGTC ACCGCAGAAA TTGCAAAACT GCGTTATTCG
GTACAGGGGG TAACTCTGAT CTCCCCTCCT CCGCACCACG ATATTTATTC GATTGAAGAC
TTAGCCCAGC TGATCTTTGA CCTAAAACAA GTCAATCCAA ATGCGCTGGT TTCGGTGAAG
TTAGTTTCTG AACCAGGCGT CGGCACCATC GCAACAGGTG TCGCGAAGGC CTACGCTGAT
CTCATTACCA TCTCGGGTTA CGACGGCGGT ACCGCAGCAA GCCCACTAAC CTCAGTGAAA
TACGCAGGTA GCCCTTGGGA GTTGGGACTA GCAGAGATAC AACAAGCACT GGTTGCTAAT
GGCCTACGCC ATAAGATCCG TCTGCAAGTA GATGGTGGTC TAAAAACGGG TCTAGACGTA
GTGAAAGCGG CGATTCTCGG TGCAGAAAGC TTCGGTTTTG GTACTGCACC AATGGTGGCA
ATGGGTTGTA AGTTCCTACG CATTTGTCAC CTCAACAACT GTGCTACTGG TGTTGCAACT
CAAGACGAGA CATTGCGTAA AGAGTACTTC AAAGGCCTAC CGGAAATGGT GATGAACTAT
TTCATCGGTC TAGCGGACGA AGTGCGCGGA TTGCTCGCTG AACTTGGTGT TGAAAAACTG
ACTGACTTGA TTGGTCGTAC CGATTTGCTG GAAACCGTTG AAGGCCTTAC AGCAAAACAA
ACCAAGCTGG ATTTGTCGAA TATCCTTGAG GCACCAGTCT CTCCAGAAGG ACACCCTCTT
TACTGGACAC AGCCAAACAC ACCATTTGAT AAAGCAGAGC TAAACAACAA GATCATCGAA
GACGCACTAC AAGCGGTTGA GAAACGTCAA TCTGCTAGCT TCTTCTACAA CGTGATCAAC
ACCGACCGCT CTGTTGGTGC TCGCCTATCT GGTGAAATCG CTCAGCGTTA CGGCAACCAA
GGCATGGCGG CGACGCCAAT CAAACTGCAT TTGGATGGCA CTGCAGGCCA GTCATTTGGC
GTTTGGAACG CGGGTGGCGT AGAGCTTTAC CTCACTGGTG ATGCCAACGA CTACGTAGGT
AAAGGCATGG CTGGCGGTAA GGTGGTTATC AAACCTCACC TTGGCACTGC ATTTAAGTGT
AATGAAGCGA CCATCATTGG TAACACGTGT TTGTACGGCG CGACCGGCGG TAAGTTGTTT
GCGGCAGGTA AAGCTGGTGA GCGTTTCGGC GTACGAAACT CAGGTACGAT TGCTGTCATT
GAAGGCGCTG GCGATAACGC TTGTGAATAC ATGACCGGCG GTATTGTTGC CATTCTTGGC
GCGACAGGCG TGAACTTTGG CGCAGGCATG ACTGGCGGTT TTGCTTACGT ATTGGATGAT
AACCAAGATT TCCAAGGTCG CGTGAACAAC GAATCGGTTG AAGCGATTTC TCTGTCGGAT
CTCTACATCC ACCAAGAGCA CTTACGTGGT CTTATTGCCG AACATCTTGA AGAAACCGGC
TCTAGCCACG CAGAAGATAT CTTGGCGAAC TTTGATGAAT GGATTCCAAA GTTCTACTTG
GTGAAACCAC AAGCGGCGGA CTTGCGCACG CTACTTGGCC ACCAGAGTCG CAGTGCCGCA
GAACTGCGCG TTCAAGCCCA GTAA
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| Protein sequence | MALYDPSLEK DNCGFGLIAH MEGEQSHKLV RTAISALDRM THRGGIAADG KTGDGCGLLL
QKPDSYLRLI AEENGFNLGK QYAIGMIFFN QDPVKAQLAK DIINKELAQE TLTVAGWREV
PTNSEVLGPI AADSLPDIQQ VFISAPAGWR ERDIERRLYI ARRRIEKQIT EDPDFYICSL
STQVLVYKGL CMPADLPRFY LDLADLRMES AICLFHQRFS TNTQPRWPLA QPFRYLAHNG
EINTIEGNRQ WARARAYKFS SPLLPDLQTA APFVNETGSD SSSLDNMLDL FLSGGMDIFR
AMRMLVPPAW QNHPDMDPDL RAFYDFNSKH MEPWDGPAGI VLSDGRYAAC NLDRNGLRPA
RYVITKDKFI TLASEVGIWD YAPDEVAEKG RVGPGELLVV DTRKGKLWQS SEIDNDLKSR
HPYREWMENN VRKLTPFAQL PEDQVGERSF DEDLLKTYQK QFAMSNEEVD QVLRVLGDMG
QEAVGSMGDD TPMAVLSSKE RLVTDYFRQK FAQVTNPPID PLREKHVMSL ATSIGQEMNV
FCETDGHAYR VTFDSPVLLY SDMQQLLELG DDHYRNTILD INYDPQQKDL KQAIDDLCEQ
AEQVVREGTV LVVLSDRALV KGKLPIPAAM AVGAVQTRLI DANLRCDANI VVETATARDP
HQFAVLLGFG ATAVYPYLAY EALGKLIDDK ALEKDYRDVM QNYQYGINKG LYKIMSKMGI
STIASYRCSQ LFEAVGLNQE VVDLCFKGVT TRIEGANFDD FQQDLYNLSR KAWAKRKAIE
HGGLLKYVHG GEYHAYNPNV VGTLQTAVKS GESNDYQSFA KQVNQRPVAM LRDLMALKKS
DSPLPLEQIE PSTELFKRFD SAAMSIGALS PEAHEALATA MNRLGGYSNS GEGGEDPRRF
GTERNSRIKQ IASGRFGVTP HYLTNADVLQ IKVAQGAKPG EGGQLPGHKV TAEIAKLRYS
VQGVTLISPP PHHDIYSIED LAQLIFDLKQ VNPNALVSVK LVSEPGVGTI ATGVAKAYAD
LITISGYDGG TAASPLTSVK YAGSPWELGL AEIQQALVAN GLRHKIRLQV DGGLKTGLDV
VKAAILGAES FGFGTAPMVA MGCKFLRICH LNNCATGVAT QDETLRKEYF KGLPEMVMNY
FIGLADEVRG LLAELGVEKL TDLIGRTDLL ETVEGLTAKQ TKLDLSNILE APVSPEGHPL
YWTQPNTPFD KAELNNKIIE DALQAVEKRQ SASFFYNVIN TDRSVGARLS GEIAQRYGNQ
GMAATPIKLH LDGTAGQSFG VWNAGGVELY LTGDANDYVG KGMAGGKVVI KPHLGTAFKC
NEATIIGNTC LYGATGGKLF AAGKAGERFG VRNSGTIAVI EGAGDNACEY MTGGIVAILG
ATGVNFGAGM TGGFAYVLDD NQDFQGRVNN ESVEAISLSD LYIHQEHLRG LIAEHLEETG
SSHAEDILAN FDEWIPKFYL VKPQAADLRT LLGHQSRSAA ELRVQAQ
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