| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_2694 |
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| Symbol | |
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| ID | 3522968 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | - |
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| Start bp | 2805911 |
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| End bp | 2810563 |
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| Gene Length | 4653 bp |
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| Protein Length | 1550 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637285148 |
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| Product | NAD-glutamate dehydrogenase family protein |
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| Protein accession | YP_269408 |
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| Protein GI | 71282493 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG2902] NAD-specific glutamate dehydrogenase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.333147 |
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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 | ATGTTTAACA GCGCGCTCAG TGCTGATTTA AAAACGCTTT CAATGGTACA GCGTTATCAA
ATGGCCTTGT TATTATGGCA ATCTTTTTGT TGTCGTAGTA CAAATGAAAA TAAAGTTGTT
ATTGAAAATA GAACACAACA AGATGCGTTA ACTGATGGGG CAGTTATATA TATTATTACT
GATGACAAGG CTTTTATTGT TGATTCAATC TCAGCGTTAT TAATGGCACA TGGCTATAAA
ATTAATATGT TTTTGCATCC AGTCGTCAAT CGAAGTCAAA TTTTACAAGG CAAAGAACAA
ACGGATAATG TTTCTCCAGA CGAGTCAATT TTATATATAG AGCTTACTAA CCAACTAGGA
CCAAAGGTGA TAGGTGAGCT TGTCGAAACA ATTCAACAAT TGTTGGCTGA TATCGCTAAA
GTGACTCGAG ATTGGCCGTT AATGATGGCC AAAAGTAGAG GGATAAATCA TCAGTCGATG
GAATTTAATG ATATTGATGC CGAAAACTTT TTAACATGGC TTTGTCAGGA ACATTTTGTT
TTCCTTAGTT ATAATTCAAT AACTGTAAAT GCTTTTGGTA ACGCGATACC TGGAAAAGAT
TCTCTAGGTA TATTTAATGA TGATGCTGAA GTAAGTAAAC CTGCGTTAAC ACTTACTAGT
GCAGAATTTA AACAATTAAT TGCCATGAAA AGTTCACTGA AAGTCAGTAA GTCATTAGTA
AAATCAACTA TTCATCGGCA TGACTACCTT GATTTGGTCA GTGTTAAGGA ATTTTCAAAT
GATGGAAACC TAACGGTTAT TCATCAGTTT TCAGGTTTGT TTACTCAAGT TGCTAATAAC
CTCCACCCTA ATAAAATCCC TTTTCTAAAT GCTAAGTTAG CACGAGTCTT ACAACAGCTT
AACCTGAAAT TGGATAGCCA TGATTATCGG AATTTCATCC ATATTCTTGC GGTTTTACCT
AAAAGAGAAT TATATGAAAG TAGCGTTGAA CAACTACTTG TTTTAGCGAA GGGCATACAT
AACCTTAACG TAGGAAGTAA TTCTGGTGTT TTTATCAGAG AAAATGACTT TAATGAACAA
ATTTCCGTGC TGGTCTTTGT TTCTAAAGAT GCATTTTGTA CCGATTTACG TGATGAAATT
GAGGACGAAT TATCCAAAGC CTATCAAGGT GAAATCTTAT CTCGTCGTTC AATGCTTAAT
GATAATTATC TAGCGCAATG GCATTTTATT GTTAAAAAAG GTGCAAGTCT TACTCATGAA
ATAGGCACCG CAGCGCTGAT TGCTAGTATT GAAACTAAAA CGCAAAGTTG GAATGAAAAT
TTAACCGCGA TGATTTCGCA ATTATGGCGG GGCCACCAAG CAAGCTTGTT ATTGAAGAAA
TATAGTAGTG CTTTTTCAAA AAGCTATCGA GAGCACTTTT CTCCTAAACA AGCTATCGAA
GCGATAAATA ACATCGAGTG TTTACATGGT GATAATACTC ATCAGTTTCA AATTTATCGT
TCAACACAAA ATAAAAGTGA GCTTACCTTA AATATATATA CCGTAGAGAA AAGCATTGCG
TTAAGTGACT CTATTCCTAT TCTAGAGAAG TTTGGTTTTA GACCTGTGGA TGAATTTAGC
TTTAAAGTCA GTTGTTCAAA TAGCGATACT CGTCGCAAAG TTTATAGTTA TACCCTTGAG
TACCCCAATG AAGATACAAA TATTGACGTT ATAAAAATAA ATCTTGAGCA CGCATTGGCG
CAAGTTTGGA CGGGCAATAT TGAAAGTGAT GGTTACAACA AGTTATTACT TGGTGCCAAT
CTTAACATCA GACAAATTGT CGTTATCCGT GCATACGGTA AATATTTACG TCAATTAGGT
CTTGGTTACT CTGAAGAGTA CTTCCAGCAA GCCTTGATTA GTTACCCTAG TATCGTTCAT
GGCTTAGTCA ACTTATTTGA AGCACGTTTT GCACTAAGTG ACCAAGGTAT TGAACAACGA
AAAGCAGTAA CTGAGCTCAT TAAAGCTGAT CTACTGCAAA GCTTAACTAC CGTCTCAAAA
ATAGATCATG ACAGAATTTT ACGTAATTTT ATCGCCGCTA TCTCAGCAAC AGTAAGAACT
AACTTTTATC AAACATCGTC TACTGGTGAA GCAAAAACTT ATTGCTCCTT TAAAATACGC
AGCGGCGAAA TAGATGATGC ACCACAACCG AGACCTTATG TAGAAACCTT TGTTTATTCT
CCTCAAGTTG AAGGGGTTCA TTTAAGGTTT GCTCCCGTTT CTCGGGGTGG TTTACGCTGG
TCTGATAGGC AAGAAGACTT TAGAACTGAA GTATTAGGAT TAGTAAAAGC GCAGCAAGTT
AAAAATGTTG TTATCGTGCC ACAAGGCGCT AAAGGTGGCT TTGTACCTAA GCAACTACCC
GTTAACGGCT CGCGTGAAAG TATTACTAAC GAAGCGATTA GTTGTTATAA GCTTTTTATC
TCTGCATTAT TAGACATCAC TGATAATAAT ACTGCTAACG GAATAGTTAA GCCTCAAAAT
GTTGTTTGTT TTGATGATGA TGATAGTTAC CTCGTTGTCG CTGCAGATAA AGGTACGGCT
ACTTTTTCTG ATATTGCTAA CAAAATAGCT AATGATTATG GATTTTGGCT GGGTGATGCG
TTTGCCTCAG GAGGTAGTGT TGGCTACGAC CATAAAAAGA TGGGTATCAC TGCCAAAGGA
GCTTGGGTAT CAGTACAACG GCATTTTAGT GAGATGGATA TTGATGTCCA ACAAGATGAA
ATCAGTGTGA TTGGTATTGG TGATATGTCT GGAGATGTCT TCGGCAATGG CATGTTATCT
TCAAAAACGA TAAAACTGGT GGCTGCTTTT GATCATCGCG ATATATTTAT CGATCCAAAT
CCTGATAGTG CCTTGAGTTA TGTTGAACGA AACAGGCTTT ACCACCTTGA GCGTTCATCG
TGGCAGGATT ACGACAAAGC ATTAATTTCT TACGGAGGGG GTGTTTTTAG TCGCTCGGTC
AAACATATTG AATTAACGAC AGAAATAAAA CAATTACTTA ATATTGATAA CCAGATAAAA
CAGGTGTCGC CAGATGAATT AATTCGCCAA ATTTTACGGT GTCAGGCCGA TTTACTTTGG
TTTGGTGGCA TTGGAACTTA CGTCAAAGCC AGTACTGAAA TTAACACCGA AGTAGGGGAC
AAGGCTAATG ATCTATTACG CATCAATGGC AACGAATTAC AGTGTAAAGT CATTGGTGAA
GGAGGGAATT TAGGTTGTAG CCAGCTTGCC CGAGTAGAGT TTTCAAAAGG CGGTGGTAAA
ATTAATACCG ATGCAGTTGA TAACTCAGCA GGCGTTAATT GTTCAGACAG TGAAGTGAAT
ATCAAAATAT TGCTTAATGG TTTAGTTGAC AATAAAAGCA TGACAAAAGC TGAACGTGAT
CACTTGTTAG AGACAATGAC AGACGAAGTT GGCGCTATGG TACTGCGTAA TAATTATTAT
CAAGCGCAAG CGTTAAGTAT TGATGAGGCG AACAGTCAGT CTCACTTTGA TAGCTTTACC
CGTTTGAGCC AATACTTGGT TAATAGTGTC GGGCTAAACC GTGAATTAGA ATACTTGCCC
GATGATGAAG AGCTACAATC GAGAAATTTA GCACAACAAG GGTTAACTAG ACCTGAGTTA
GCGGTGTTGA TGGCGTATTC AAAAATGGAT GTGCATGATG CTTTATTAGA AGAAAAAAAA
TTATTAACGG ATGATTATTT CCAAAAGTAC TTATTATCAG CGTTTCCTGA TGTGTTAGCT
AATAAATATA CTCAATATAT TCTCAGCCAT CCTTTAGCAC AACAAATTAT CGCTACTAGT
GTCGCTAATG AAATATTTAA TCGTGGTGGA ATACATGCAG TAAGAGAGCA GACAGGTGCG
ACTATAGCCG AAATTGTTAA AGCTTTTATT ATTGCGAAAG AAGTTTTTTC ACTTGATAAT
ATTTGGTCTG AAATTGAGTC ATCACATGGG AACGTCTCGG CACAAGTACA AATTAAGATG
ATGATAGAGG TGCAACGATT TTATCGTTTG ATGGCTATCT GGTTTATCAA CCATTCCAGC
TCAGGTGATA GTATTGCTAC TATAGTGCAG CGTTATTCAC CTGGAATAAA CACCCTACAA
CAACTCAATG GTGACGAAAT TACTTTACCT TTTTCGCCTG TTGATGAATC ACTGTATCAA
CTTAAGAGTG AAGTGGGCGG TCTAGTGTTA GTGGATACTA TTCATCAATT AAAAGTATCG
AGTGTGGTTT TTTGCGACAT TGTTAAAACG GCTTCAGAGC TTAATTTATC GGTGACAGAA
ATTCTTCCTT GTTACTGTCA AGTAAGTAAA ATCCTTGGTC TTGCTTGGTT AATTGAGCAA
ACGGAAAAAG TGCAGGCAAA AGATCATTGG TCAAGGTTAG CGCGTTTTAG TTTGTTACTT
GATTTGTTAG AGTTTAGGGA AAAACTAGTC CATAGGGTGC TCAAGAATAA CCGAGAGTCA
ACGACTGATA TTGCTATTGA ACTATGGGCA ACAAGTAAGA AAATAGAATT AAATAGAGTG
CACAGAGTAT TGGATGATTT AAAGGTTTCC GGTACGGTAC ACATTGATAA ACTCTATTTC
GCCAATCGCC AACTAAAGGC TTTAATCGCT TAA
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| Protein sequence | MFNSALSADL KTLSMVQRYQ MALLLWQSFC CRSTNENKVV IENRTQQDAL TDGAVIYIIT
DDKAFIVDSI SALLMAHGYK INMFLHPVVN RSQILQGKEQ TDNVSPDESI LYIELTNQLG
PKVIGELVET IQQLLADIAK VTRDWPLMMA KSRGINHQSM EFNDIDAENF LTWLCQEHFV
FLSYNSITVN AFGNAIPGKD SLGIFNDDAE VSKPALTLTS AEFKQLIAMK SSLKVSKSLV
KSTIHRHDYL DLVSVKEFSN DGNLTVIHQF SGLFTQVANN LHPNKIPFLN AKLARVLQQL
NLKLDSHDYR NFIHILAVLP KRELYESSVE QLLVLAKGIH NLNVGSNSGV FIRENDFNEQ
ISVLVFVSKD AFCTDLRDEI EDELSKAYQG EILSRRSMLN DNYLAQWHFI VKKGASLTHE
IGTAALIASI ETKTQSWNEN LTAMISQLWR GHQASLLLKK YSSAFSKSYR EHFSPKQAIE
AINNIECLHG DNTHQFQIYR STQNKSELTL NIYTVEKSIA LSDSIPILEK FGFRPVDEFS
FKVSCSNSDT RRKVYSYTLE YPNEDTNIDV IKINLEHALA QVWTGNIESD GYNKLLLGAN
LNIRQIVVIR AYGKYLRQLG LGYSEEYFQQ ALISYPSIVH GLVNLFEARF ALSDQGIEQR
KAVTELIKAD LLQSLTTVSK IDHDRILRNF IAAISATVRT NFYQTSSTGE AKTYCSFKIR
SGEIDDAPQP RPYVETFVYS PQVEGVHLRF APVSRGGLRW SDRQEDFRTE VLGLVKAQQV
KNVVIVPQGA KGGFVPKQLP VNGSRESITN EAISCYKLFI SALLDITDNN TANGIVKPQN
VVCFDDDDSY LVVAADKGTA TFSDIANKIA NDYGFWLGDA FASGGSVGYD HKKMGITAKG
AWVSVQRHFS EMDIDVQQDE ISVIGIGDMS GDVFGNGMLS SKTIKLVAAF DHRDIFIDPN
PDSALSYVER NRLYHLERSS WQDYDKALIS YGGGVFSRSV KHIELTTEIK QLLNIDNQIK
QVSPDELIRQ ILRCQADLLW FGGIGTYVKA STEINTEVGD KANDLLRING NELQCKVIGE
GGNLGCSQLA RVEFSKGGGK INTDAVDNSA GVNCSDSEVN IKILLNGLVD NKSMTKAERD
HLLETMTDEV GAMVLRNNYY QAQALSIDEA NSQSHFDSFT RLSQYLVNSV GLNRELEYLP
DDEELQSRNL AQQGLTRPEL AVLMAYSKMD VHDALLEEKK LLTDDYFQKY LLSAFPDVLA
NKYTQYILSH PLAQQIIATS VANEIFNRGG IHAVREQTGA TIAEIVKAFI IAKEVFSLDN
IWSEIESSHG NVSAQVQIKM MIEVQRFYRL MAIWFINHSS SGDSIATIVQ RYSPGINTLQ
QLNGDEITLP FSPVDESLYQ LKSEVGGLVL VDTIHQLKVS SVVFCDIVKT ASELNLSVTE
ILPCYCQVSK ILGLAWLIEQ TEKVQAKDHW SRLARFSLLL DLLEFREKLV HRVLKNNRES
TTDIAIELWA TSKKIELNRV HRVLDDLKVS GTVHIDKLYF ANRQLKALIA
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