| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Haur_4476 |
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| Symbol | |
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| ID | 5736327 |
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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 | Herpetosiphon aurantiacus ATCC 23779 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009972 |
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| Strand | + |
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| Start bp | 5724125 |
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| End bp | 5728582 |
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| Gene Length | 4458 bp |
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| Protein Length | 1485 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 641281639 |
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| Product | glutamate synthase (ferredoxin) |
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| Protein accession | YP_001547236 |
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| Protein GI | 159900989 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.4617 |
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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 | ATGAACCGCC TGTTGTATGA CCCACGCTTT GAACACGATG CATGTGGCAT TGGCTTTGTC
GCTCGAATTG ATGGAAAACC AACCCATGCA ACAGTGAGCT TAGCCCTCGC GGCGCTTGGT
AGTCTGACCC ATCGCGGTGG GATTGCCGCC GACGGTCTGA CAGGTGATGG CGCTGGCCTC
TTAACCACCA TTCCACGGGC ATTTATGGCT CGTGAATTAG CTGCTCGCCG CATTTTGGCT
AACCCGCAAC GCATTGCCGT TGGCATGATC TTTTTGCCAA CCAGTAACAC CGAACGTGCC
CGCGAATTGA TCGACGATGC ACTCGTCTGG CGAGGCTTAC GACCGCTTGG TTGGCGTGAA
GTACCGCTTG ATCGTGAGCA ACTTGGCCCG ATTGCCCGTG ATATTTGTCC ACAGATTGAG
CAAGTTTGGG TTGATCGCCC CGCCACGATG GACGACGATA GCTTTGAACG TGAACTCTAC
CGCGCCCGCC GCCGCGCCGA ACGTACCGCC CTCGCCGAGA ACATCGACCT CTACATTCCT
TCACTCTCTT GTCGCACGAT TGTTTATAAA GGCTTGATGC TGCCAAGTCG GCTCTCACTG
TTCTACCCCG ATTTGGCCGA TAGCGATTAT ATTGCCAGCG CTGCGGTTTA CCACCAACGT
TATTCCACCA ACACGATGCC AACCTGGAGC CGCGCTCAAC CCTTCCGCGT TGTCAGCCAT
AACGGCGAAA TCAACACCTT GGCTGGCAAT GTGAATTGGA TGCGAGCACG CGAAGCTCAT
CTCTCTAGCC CGCTGTTGGG TAATGTGCGC GAACTTGCGC CAATCGTTGA CGAACGCGGC
AGCGATTCAG CCCAATTTGA TAATGTGCTG GAATTGTTGG TCCGCGCTGG CCGCGATGTG
CGTCATTCCT TATTAATGAT GATGCCCGAA GCTTGGGAAC ATATCGCTGA TTTGCCCCAA
GATGTGCGCG ATTTCTACCA GTGGCACGCC AATTTGATGG AAGCTTGGGA CGGCCCCGCC
GCCATGACCT TCTGCGATGG CAAAATCGTT GGCTCAGCCT TGGATCGCAA CGGCTTGCGC
CCGGCCCGCT ATATCGTCAC CGATGATGGT TTAGTGGTTG TGGGCAGCGA AGTCGGCGCA
ACCCCAGTCG ATGAAGATCG CATTATTCGC AAGGGTCGGC TTGGCCCAGG CCAGATGATC
GCTGTTGATC TCATCAAAGG CCAATTGTTG GATAATACTG CGGTCAAAGC CATGTTTGCT
GCCCGCCAAC CTTATGGCCA ATGGCTGCAA AACAAGAGTG TCGATTTGGC CGAGTTGGTC
GAGGCCTACA CCGAAGCTGC GGTCGAACTC AATCCTGACG ATTTATTGCG CTTGCAAGCA
GCGTTTGGCT ATACCGACGA AAACTTGGCG ATGGTGCTCA AGCCAATGGG TCGCGAAGGA
GCCGAACCAA TTGGCTCGAT GGGCGACGAT ACCCCAATGG CGGTATTTTC GAACTTGGCT
CGCCCAGTGT ATGGCTACCT CAAACAACGC TTTGCTGAAG TAACCAACCC ACCAATCGAT
CCCTTGCGCG AACAATTGGT GATGTCGTTG TCGATTCGCT TAGGGCCACG CCACAACATT
TTGCTCGAAC GCCCTGATCA AGCCCACCAA ATTGCCTTGG CCAGCCCGAT TTTGCGCAAT
ATCGAGCTAG CAGCGTTGCG AGCTTGTACT GATCGTAGTT TTGGTACCGC CACCTTGGAT
ACCACCTTCC CCGTCACCGA CGATGTTCAA TGGATCGAAC ATGCGCTTGA TGACTTGTGT
AGCAGCGCCG ATCGCGCCTT GGATACTGGG GCAACCATTC TTGTGTTGAG TGATCGCGAA
GTTGCGCCGC AACGAATTGC CATCCCAACT GTCTTGGCGC TCGGCGCAGT TCACCATCAT
CTAATTCGCA CTGGTCGCCG TTCAACCTGC TCGTTGATTG TCGAAACTGG CGAAGCTCAC
GAAGTTCATC ATGTGGCGGT TTTGGTTGGC TACGGCGCTG AAGCCGTCAA CCCCTACGTC
GCCATCGCCA CGATTCGTGA AATTGCCAAA GAACGCTCAC GCACCCCAAT CACTGCCGAT
CAAGCCGAAG ATAACTATGT GCATTCTTTG GAAAAAGGCT TGCTCAAAGT GATGTCGAAG
ATGGGCATTT CAACCGTCGA TAGCTACTGT GGAGCGCAAA TCTTCGAAGC GATTGGCTTG
AGCGATGCCG TGATTGCCCG TTGTCTGACT GGCACGCCCT CACGCTTTGG CGGAGCCGAT
TGGCAACGTT TGGGCCGCGA AAGCTACCAA CGCCATGCCC AAGCGTTTGG TTTAGAAAAA
CCAGCCCTCA GCCACCCAGG TTTGTACAAA TTCCGCAAAG ATGGCGAATA TCATGCCTTC
CAACCAGCGG TGGTGCACGC TTTGCAAAAA GCGGTGCGAG CAGCAGTCGA TAATGGCGCA
GATTTCGAAG CGGGCTATGC AACCTATCGC GAATACAGCG ACTTGCTGAA CCAACGCCAA
CCATCTGACC CACGCGATTT GCTAGATTTT GTCGCAACTG AGCCAATTTC AATCGATGAG
GTTGAGTCAA TCGAAACGAT TGTCAAACGC TTCTCGACAG CGGCAATTTC CTATGGCTCG
TTGAGCGCCG AAGCTCACGA AACCTTGGCA ATCGCCATGA ATCGGCTTGG CGGCATGAGC
AATAGCGGCG AAGGCGGCGA AGACCCAGAG CGCTTTGGCA CCGAAAAAGT CAGTGCAATC
AAGCAAATTG CCTCAGGCCG CTTCGGAGTT ACACCCAGCT ACCTGATGAA CGCCCGCGAG
TTGCAAATTA AAATGGCGCA AGGCTCCAAG CCAGGTGAAG GCGGCCAAAT TCCAGGCAAT
AAAGTTACTG AAGACATTGC CCGCACCCGC CATACCACGC CAGGCGTAAC CTTGATTTCG
CCACCACCCC ACCACGATAT TTATTCAATT GAGGATTTAG CTCAGTTGAT TTACGACATG
CGCACGATCA ACCCCACCGC TGCGGTTTCA GTCAAGCTCG TCTCGGAAAT GGGGGTTGGC
ACGATTGCCG CAGGTGTGGT CAAAGGTGGC GCTGATGTGG TGTTGATTAG TGGCAATTCG
GGCGGCACTG GCGCTTCACC ATTGTCATCG ATCAAAAACG TCGGCATTCC ATGGGAAATT
GGCTTGGCTG AAACTCAACA AACTCTGATG ATCAACCAAC TACGCGATCG AGTGCGGGTG
CGGGCCGATG GTGGCTTGCG CACTGGCCGC GACGTAGTAA TGGCCGCCTT GCTTGGCGCA
GATGAATATT CCTTTGGCAC CTCAGCGCTG ATTGCCGAAG GCTGTGTGAT GGCTCGCGCC
TGCCACAACA ACACCTGCCC AGTTGGGATT GCCACTCAAC GCGCCGATTT ACGCGCCAAA
TTCCCCGGCA AACCTGAGCA TGTGATGGCC TTTATGCAAT TTATCGCCCA AGAAGTGCGT
GAATTGCTGG CCCAACTTGG TGCTCGTAGC TTGAACGAAA TTATTGGCCG CGTCGAATTA
TTGCGCCAAC GCCAAACCAA CAATCCCGAC CACGATGCGC TTGATCTTAG CCCATTGTTG
GGCTTGGCCA ACGCTGGCCC ACGGCGCTTC AACGGCATGC CGCAGTTGGT TGGTATCGAT
CGGCTCAATC AATTTTTGGT CGATAGTGCC TTTCCAAGTG CCAAAGCTGG TCAAGAAGTG
ATTATCAACG CCGAAATCAC CAACGAAGAT CGCTCAACCG GCATCACCTT GGCAGGCGAA
TTGGCGCTGC TCAAAAATAC TGGTCACGTC AGCATGAATT TTGCTGGCAG TGCTGGCCAA
AGCTTTGCTG CCTTCGCGAC GCGCGGCATG CAACTCAACT TGGTTGGCGA TGCTAACGAT
TATGTTGGCA AAGGCTTGGC TGGTGGCGAA ATTGTCGTCA GACCACGGCC AACCGCCCAG
TTCCTTGCCC ACGAAGCCAC AATTATCGGC AACACCGCCT TGTATGGCGC AACCAGTGGT
AGCTTGTATG CTGCTGGCCG CGCTGGCGAA CGCTTTGCTG TGCGCAATAG CGGCGCGGTT
GCCGTAATTG AAGGCATCGG CGAGCATGGT TGCGAATATA TGACAGGCGG CACGGTTGTG
GTGCTTGGCA GCACTGGCAA CAACTTTGGC GCAGGCATGA GTGGTGGTCA GGCCTTTGTC
TACGACCCCA ACGAACGCTT CCTTGGCCGC CTCAACGACG ATATGGTGAT CGCCGAACGG
GTTGAATCAC CACTGGTTGC CGACCACTTG CGCGAACTAA TCGAGCGCCA CGCGGCACTA
ACGGGAAGTG TCCAGGCCAA CGATATTCTC GCCAACTGGG AAGATCAACA AGGAGCCTTC
TGGCACATTA TGTCCAAGGC GGCCCATGCT GCGGCTGCCC AAAATAACCA GCCAGAACTG
GCTAAAGTCG CCGCTTAA
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| Protein sequence | MNRLLYDPRF EHDACGIGFV ARIDGKPTHA TVSLALAALG SLTHRGGIAA DGLTGDGAGL
LTTIPRAFMA RELAARRILA NPQRIAVGMI FLPTSNTERA RELIDDALVW RGLRPLGWRE
VPLDREQLGP IARDICPQIE QVWVDRPATM DDDSFERELY RARRRAERTA LAENIDLYIP
SLSCRTIVYK GLMLPSRLSL FYPDLADSDY IASAAVYHQR YSTNTMPTWS RAQPFRVVSH
NGEINTLAGN VNWMRAREAH LSSPLLGNVR ELAPIVDERG SDSAQFDNVL ELLVRAGRDV
RHSLLMMMPE AWEHIADLPQ DVRDFYQWHA NLMEAWDGPA AMTFCDGKIV GSALDRNGLR
PARYIVTDDG LVVVGSEVGA TPVDEDRIIR KGRLGPGQMI AVDLIKGQLL DNTAVKAMFA
ARQPYGQWLQ NKSVDLAELV EAYTEAAVEL NPDDLLRLQA AFGYTDENLA MVLKPMGREG
AEPIGSMGDD TPMAVFSNLA RPVYGYLKQR FAEVTNPPID PLREQLVMSL SIRLGPRHNI
LLERPDQAHQ IALASPILRN IELAALRACT DRSFGTATLD TTFPVTDDVQ WIEHALDDLC
SSADRALDTG ATILVLSDRE VAPQRIAIPT VLALGAVHHH LIRTGRRSTC SLIVETGEAH
EVHHVAVLVG YGAEAVNPYV AIATIREIAK ERSRTPITAD QAEDNYVHSL EKGLLKVMSK
MGISTVDSYC GAQIFEAIGL SDAVIARCLT GTPSRFGGAD WQRLGRESYQ RHAQAFGLEK
PALSHPGLYK FRKDGEYHAF QPAVVHALQK AVRAAVDNGA DFEAGYATYR EYSDLLNQRQ
PSDPRDLLDF VATEPISIDE VESIETIVKR FSTAAISYGS LSAEAHETLA IAMNRLGGMS
NSGEGGEDPE RFGTEKVSAI KQIASGRFGV TPSYLMNARE LQIKMAQGSK PGEGGQIPGN
KVTEDIARTR HTTPGVTLIS PPPHHDIYSI EDLAQLIYDM RTINPTAAVS VKLVSEMGVG
TIAAGVVKGG ADVVLISGNS GGTGASPLSS IKNVGIPWEI GLAETQQTLM INQLRDRVRV
RADGGLRTGR DVVMAALLGA DEYSFGTSAL IAEGCVMARA CHNNTCPVGI ATQRADLRAK
FPGKPEHVMA FMQFIAQEVR ELLAQLGARS LNEIIGRVEL LRQRQTNNPD HDALDLSPLL
GLANAGPRRF NGMPQLVGID RLNQFLVDSA FPSAKAGQEV IINAEITNED RSTGITLAGE
LALLKNTGHV SMNFAGSAGQ SFAAFATRGM QLNLVGDAND YVGKGLAGGE IVVRPRPTAQ
FLAHEATIIG NTALYGATSG SLYAAGRAGE RFAVRNSGAV AVIEGIGEHG CEYMTGGTVV
VLGSTGNNFG AGMSGGQAFV YDPNERFLGR LNDDMVIAER VESPLVADHL RELIERHAAL
TGSVQANDIL ANWEDQQGAF WHIMSKAAHA AAAQNNQPEL AKVAA
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