| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_2131 |
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| Symbol | |
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| ID | 8253237 |
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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 | Pedobacter heparinus DSM 2366 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013061 |
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| Strand | + |
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| Start bp | 2452165 |
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| End bp | 2456673 |
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| Gene Length | 4509 bp |
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| Protein Length | 1502 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644935780 |
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| Product | Glutamate synthase (ferredoxin) |
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| Protein accession | YP_003092397 |
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| Protein GI | 255532025 |
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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 | 4 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.150906 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAACTAA CACAAGATAA CCAGGGGTTA TACGACCAGC GTTTTGAACA TGATGCATGC
GGCATCGGAT TTGTAGCTCA TATAAAGGGC AGGAAGTCGC AGCAAATCAT TTCTGACGCG
ATAACCATTC TTGAAAATCT TGATCACCGC GGGGCTGTCG GGGCCGAAAT CAATACAGGC
GATGGTGCCG GTATTATGAT ACAGATACCT CACGAATTCT TATATGATGA ATGCCTTAAG
ATAGGCTTTA GCTTAAATGA ATCGGGAGAT TATGGTGTGG GGATGCTTTT TCTGCCAAAG
GATGTAAAAG CGAGAGAAGA ATGCAGAGAG ATTATTTATC GCGCGGCTGA AAAGCTAAAC
CTGGAGGTTT TGGGCTTCAG AAAGGTACAG ACCAATACAG AGGGTATTGG AAATATGGCC
CTCTCTGTAG AACCTGAAAT GGAACAGGTA TTTATAGCGC GTCCTTATGC TATTAAAGCC
GGGGCAGATT TTGAACGCAA ACTATATGTG TTTAAAAACT ACCTGTCTAA AACCATAAAC
AATACCGTAA AAGGTATTAA CGGTGAGTTT TATATTGCCT CTTTCTCATC AAAAACTATA
GTATATAAAG GTCAGCTTAC TTCCTTACAG GTAAGGTCTT ATTTTACAGA ATTGAGCGAT
AAAAGGGTGG TGTCGGCATT TGGATTGGTG CATTCCCGTT TTGCAACCAA TACTTTTCCT
TCATGGAAAC TGGCACAGCC TTTCAGGTAT ATCGCCCATA ATGGTGAGAT CAATACACTG
CAGGGTAACC TGAACTGGTT CAGGGCAAGT GTTAAATCCT TCGCATCTTC GTATTTTACG
CCTGAAGAAT TAAATATGCT GCTTCCTGTA ATTGATGAGA CCAACTCTGA TTCAGGATGT
TTAGATAATG TTGTTGAACT GTTGCTGCAT TCAGGTCGTT CATTGCCCCA TGTTTTAATG
ATGCTGATCC CGGAAGCCTG GGATGGCAAT GAGGATATGG ACGAGTTGAA ACAGGCTTTT
TATAAGTTCC ACGCTACCTT GATGGAGCCA TGGGATGGCC CTGCGGCTGT TTCCTTTACA
GATGGCAACC TGATTGGTGC TACACTGGAC AGAAACGGTT TACGTCCGCA AAGATATGCC
ATTACAGAAG ATGACCATGT GATCATGGCG TCTGAAGCCG GTGCTTTAGC ATTGGATCAG
AGCAAGATCA TTGAAAAAGG CCGTTTAACA CCTGGTAAAA TGTTTGTGGT AGACATGGAG
CAGGGGCGTA TCATCAGCGA TGATGAAATT AAACAACAGG TATGCGGAAG CAGGCCTTAT
GCCGACTGGA TCAATAAATA CCAGATCAGG CTGGAAGAAT TGCCGGAACC AAGATTGGTG
TTCAGCGGTT TATCCCAGGA ATCTATTTTC AGGTACCAGC AGGTATTTGG TTACAGCAGG
GAAGATGTAG ACCTGATCCT TAAGCCTATG GCCAGAGATG GCAAAGAGCC CATCGGCTCA
ATGGGTACAG ATATTCCTTT AGCTGTGCTA TCTCAGAAGC CTCAGCACCT TTCTTCTTAT
TTTAAGCAAT TGTTTGCCCA GGTAACCAAC CCGCCTATTG ACCCGATCAG GGAAAAAGTG
GTGATGAGCC TGGCGGGTTT TATGGGTAAC AATGGCAATT TACTGGAAGA AAATGCTATG
CAATGTCATT GCGTAGGTAT CAAACATCCG ATATTGACCA ACGTTGAACT GGAAAAATTA
AGGAGTATTG ATACCGGTGT GTTCCAGGCC AAAACCCTGC AAACTTATTT CAGGGCCGAC
GGACAGCCAG GTGCTTTGGC CAAAGGCCTT GACCGTTTGT GCCGTTATGC AGTAGATGCG
GTAGACGATG GATTCCAGGT CATTATCCTT TCAGATCGTG CACTGGATTC GGAGCATGCT
GCAATCCCTT CATTACTGGC TGTTTCGGCA GTTCACCATC ACCTGATCCG TAAAGGGTAC
AGGGGTGCTG TAGGTATTGT TGTTGAGGCG GGTGATGTTT GGGAAGTTCA CCATTTTGCT
ACCTTAATTG GTTTTGGTGC AACAGCGGTA AACCCTTACC TGGCACTGGA AACCATTGCA
GGTTTTGAAA CTGAGTTTGG TGCCAAAAAA GAAAAATTAT TCCAGAATTA TATCTACGCT
GTAAATAACG GTTTGCTGAA GATCTTCTCT AAAATGGGAA TTTCTACTTT ACAATCGTAT
CATGGCGCTC AGATCTTCGA AATTCTGGGT ATCAATAAAA ACGTGGTAGA CAATTACTTT
ACCGGTGCGG TTTCAAGAAT TGGTGGATTG GGCTTAGATG AGATTGCCAG AGAGACTTTA
ATTAAACACA ACAGGATCTT TAAACTGGCC AACCGCCCTG ATCCGATATT GCCTACGGGC
GGTAACTACA AATGGAAACG CAAGGGAGAG CAGCATTTGT TCAATCCGCA AACCATTCAC
CTGTTGCAAA ATGCTACCCG TAAAAAAGAC TATGGTGTTT ACAAGCAATA TTCAAAGCTG
GTAAATGAAC AAACCAACCA GGCTTTTACC ATCAGGGGCT TATTTGAATT TAATTATAAC
CGTCCGGCTG TTCCATTGGA AGAAGTGGAA CCGGTTGAAG GTATATTAAA ACGTTTTGCT
ACAGGAGCTA TGTCATTCGG CTCCATCTCT CACGAGGCAC ACTCTACACT GGCGATTGCC
ATGAACCGCA TTGGCGGAAA AAGCAATACC GGTGAAGGTG GTGAAGACGA ACTGAGGTAC
GAACTGTTGC CAAACGGTGA TTCTATGCGT TCTGCCATTA AACAGATCGC TTCGGCACGT
TTTGGGGTAA CCAGTTATTA CCTGAGCAAT GCTGATGAGC TGCAGATTAA AATGGCACAG
GGCGCGAAAC CTGGGGAAGG TGGACAGCTG CCTGGCGAGA AGGTGGACGA CTGGATCGGA
AAGGTACGTC ATGCCACACC TGGTGTAGGG TTGATTTCTC CGCCTCCACA CCACGATATT
TATTCTATTG AAGATCTGGC ACAGCTGATC TTCGACCTTA AAAATGCCAA CCGTGCGGCA
AGGATCAACG TTAAGTTGGT TTCTAAAGCT GGTGTAGGCA CAATTGCAGC CGGTGTGGCC
AAAGCACATG CTGATGTGAT CCTGGTATCG GGCTTTGACG GGGGGACAGG TGCTTCTCCT
TTAACCTCCA TACAGCATGC GGGCTTGCCA TGGGAACTTG GTTTGGCGGA AGCACACCAG
ACGTTGGTGA AGAACCGTTT ACGCAGCAGG GTAGTATTGC AAACAGACGG ACAGCTGAAA
ACCGGAAGGG ATATTGCAAT TGCAACATTA CTGGGTGCTG AAGAATGGGG GGTAGCTACT
GCTGCGCTGG TAACCTCTGG CTGTATCATG ATGCGCAAAT GTCATTTAAA CACCTGCCCG
GTTGGTGTAG CTACACAGGA TCCTAATTTA AGGAAATTAT TTACCGGTGA GCCTGAACAT
GTGGTTAACC TGTTCTATTT CCTTGCTGAA GAATTAAGGG AAACAATGGC CGAACTTGGT
TTCAGATCGG TACAGGAAAT GGTTGGACAG GCGGATGCGT TAAGTGTGCG TGCTATAGAA
CAGGCCGACT GGAAACTGAA AGATCTTGAC CTTTCTGCTA TCTTATATAA AGCCCCGGAT
AATGGATTGA GCTTGTACCA GACTGAAGAG CAGGATCACG GACTGGCCGC AGTGCTGGAC
CATGAACTGA TTAAGGCTGC ACAGCCTGCA TTGGCCAGTA AAGAACCGAT ATACAAAGAG
TTTGAACTAA AAAATACAGA CCGTGCAATT GGTACAATGC TTTCTAATGA AGTATCTAAA
GTCTACAAAA GCCAGGGCTT ACCTGCGGAT ACGATCAACT TTAAATTTAA AGGTTCGGCC
GGACAAAGCT TTGGTGCTTT TGCAACCAAA GGTATTTCAC TGCAGCTTGA AGGCGAGGCC
AACGATTATG TAGGTAAAGG ACTTTCAGGC GCCAGATTGG CAATCTATCC TTTCAGTAAT
ATTAAATATG TACCTGAGCA AAACATCATT ATAGGTAACG TAGCCTTGTA TGGTGCAACT
TCCGGTGAGT TGTTTGTACG TGGACAGGCA GGTGAGCGTT TTGCAGTAAG GAACTCTGGT
GCTACTGCTG TGGTAGAAGG GCTGGGCGAC CATGGTTGCG AGTACATGAC CGGTGGTGAA
GTACTGGTAA TTGGTGGTAC TGGAAGCAAT TTTGCAGCCG GTATGAGTGG TGGTATTGCC
TGGGTGTACG ATGCCAAAGG TGATTTTGCC AGCAAATGCA ATAAGGAAAT GGTGGACCTT
GACCCGCTGG ATGAACAGGA CGAACTGAGG ATCAATGTAT TGTTAAAAAG ACATATTCAG
TTGACCGACA GTAATGTAGC CAAGTTTATT TTGAACGACT GGACTACACA ATCTGCACAT
TTCATTAAAG TATTCCCTAA AGAATACAAG GCAGTATTAC AGAGCAGGGC TCAGAAAGTT
AAAGTTTAA
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| Protein sequence | MELTQDNQGL YDQRFEHDAC GIGFVAHIKG RKSQQIISDA ITILENLDHR GAVGAEINTG
DGAGIMIQIP HEFLYDECLK IGFSLNESGD YGVGMLFLPK DVKAREECRE IIYRAAEKLN
LEVLGFRKVQ TNTEGIGNMA LSVEPEMEQV FIARPYAIKA GADFERKLYV FKNYLSKTIN
NTVKGINGEF YIASFSSKTI VYKGQLTSLQ VRSYFTELSD KRVVSAFGLV HSRFATNTFP
SWKLAQPFRY IAHNGEINTL QGNLNWFRAS VKSFASSYFT PEELNMLLPV IDETNSDSGC
LDNVVELLLH SGRSLPHVLM MLIPEAWDGN EDMDELKQAF YKFHATLMEP WDGPAAVSFT
DGNLIGATLD RNGLRPQRYA ITEDDHVIMA SEAGALALDQ SKIIEKGRLT PGKMFVVDME
QGRIISDDEI KQQVCGSRPY ADWINKYQIR LEELPEPRLV FSGLSQESIF RYQQVFGYSR
EDVDLILKPM ARDGKEPIGS MGTDIPLAVL SQKPQHLSSY FKQLFAQVTN PPIDPIREKV
VMSLAGFMGN NGNLLEENAM QCHCVGIKHP ILTNVELEKL RSIDTGVFQA KTLQTYFRAD
GQPGALAKGL DRLCRYAVDA VDDGFQVIIL SDRALDSEHA AIPSLLAVSA VHHHLIRKGY
RGAVGIVVEA GDVWEVHHFA TLIGFGATAV NPYLALETIA GFETEFGAKK EKLFQNYIYA
VNNGLLKIFS KMGISTLQSY HGAQIFEILG INKNVVDNYF TGAVSRIGGL GLDEIARETL
IKHNRIFKLA NRPDPILPTG GNYKWKRKGE QHLFNPQTIH LLQNATRKKD YGVYKQYSKL
VNEQTNQAFT IRGLFEFNYN RPAVPLEEVE PVEGILKRFA TGAMSFGSIS HEAHSTLAIA
MNRIGGKSNT GEGGEDELRY ELLPNGDSMR SAIKQIASAR FGVTSYYLSN ADELQIKMAQ
GAKPGEGGQL PGEKVDDWIG KVRHATPGVG LISPPPHHDI YSIEDLAQLI FDLKNANRAA
RINVKLVSKA GVGTIAAGVA KAHADVILVS GFDGGTGASP LTSIQHAGLP WELGLAEAHQ
TLVKNRLRSR VVLQTDGQLK TGRDIAIATL LGAEEWGVAT AALVTSGCIM MRKCHLNTCP
VGVATQDPNL RKLFTGEPEH VVNLFYFLAE ELRETMAELG FRSVQEMVGQ ADALSVRAIE
QADWKLKDLD LSAILYKAPD NGLSLYQTEE QDHGLAAVLD HELIKAAQPA LASKEPIYKE
FELKNTDRAI GTMLSNEVSK VYKSQGLPAD TINFKFKGSA GQSFGAFATK GISLQLEGEA
NDYVGKGLSG ARLAIYPFSN IKYVPEQNII IGNVALYGAT SGELFVRGQA GERFAVRNSG
ATAVVEGLGD HGCEYMTGGE VLVIGGTGSN FAAGMSGGIA WVYDAKGDFA SKCNKEMVDL
DPLDEQDELR INVLLKRHIQ LTDSNVAKFI LNDWTTQSAH FIKVFPKEYK AVLQSRAQKV
KV
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