| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_2443 |
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| Symbol | |
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| ID | 6315504 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | - |
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| Start bp | 2616235 |
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| End bp | 2618973 |
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| Gene Length | 2739 bp |
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| Protein Length | 912 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642644831 |
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| Product | diguanylate cyclase and metal dependent phosphohydrolase |
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| Protein accession | YP_001918596 |
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| Protein GI | 188587051 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2206] HD-GYP domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR00254] diguanylate cyclase (GGDEF) domain
[TIGR00277] uncharacterized domain HDIG |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | 54 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATAATG AGAGATTAAA TAATCAAAAA AGTGAACAAG AATTTATGAA AAGTTTATCC
AGACTGGCGG AAAAGAATTA TCAAATGCCT CTAGGGACGG TGGATTATCA ATTTATAACA
GATGAACTGT ATTATCTATC GGGAGCTCGG GCTGTGATTT TAAATACATA CGAAAAAGAT
AATGAAAAAA GTATTACCAG GGCTGCTAGC GGATCAAAAG AAGTTTTAAC TAAAGCCTGT
GAAATCTTAA ACACAAAACT AATAGGTCAG AAGTGGGATG TAAACTTTAA ACGTTTGGAA
AACATGCAAA ACGGTAGCCA ACAGGCCTGG CAGCTTGAGG AGTATCATAG TTTACAAGAA
ATAGCTTCTG GTATCATTTC AAAAGAAAAA TCACAACTTC TTGAAAAAGA ATTAGATTTA
GGGACTGCTT ATGGAATTAT TATATTTTAC AATAATCGGG TGATTGGCGA TATTCTTTTT
GCCATGCCTA AAGATGCCAG GATTTATAAC TCTGAAAAGA TAGAACTGTA CGTCAAAAAT
GTCGGTATAA CCCTGATGCG AACAGAAGCG GAGAAGTCCT TAAAAGAAAA TTGGGATCTT
TTGGATGGGG TCTTTGAGAG CATACAGGAT GGCATATCAG TTTTGAATAA TGATCTGACC
ATTCGCTATA CTAACCGTAT TATAGCTGAA TGGCATTATA AAAATTATCC TTTTAATGGT
AAAAAATGCT ACCATGCCTA TCATGATAGG GACAAGCCCT GTGATAGATG CCCATCAATC
CGAGCTCTGG AAACAGGGGA AATGGAACAG GAAGAGATAA CAGTTACTAC TGATGTGGGT
GGTAAATGGC TCGAACTTTA TAGTTATCCC CTTTTTGAAA ATGGCAGTGA CCATCCTACA
GGGGTAGTTG AATTTGTCAG AGATATTACG GATCGGAAAC ATTCCACGGA GAAATTGAGA
AAAAATAAAC AGTATTTTGA ACATATTTTG GATTCTACTT ATGACCCCTT GTGTGTACTT
AATCGGGATT TGGAAATAGT ATCACTAAAT AAACATTACA GGGACATACT CGCAGAATAT
ACAGGTAAAT CCTTATGCCA GAGAGATTTA GTTGGTAAGG ATCTGTTTTC AATGCAGGAC
TTTTTGCCCG ATTTTTTGAA GGATGAATGT CATCAAGTTT TTAATAATGG AACTCCTTTG
ATAAAAGAAG AGAAATTCAA AATAAATGGA GAGCAATATT ATGTTGAAGT CACCAAGTCT
CCTGTTTTTG GAGACAATGG GAAAGTCAAG TTTGTAATAA TTGTTGTCAG GGATATTACC
GAGCTCAAGA AAAAAGAATT ACAGCTAAAG GAAAGTGAAC GTAAGTTCCG CCAGTTGGCA
GAAAATATTG ATCATGTCTT TTGGATGCGT TCAAAGGACA ATCAAAAGGT GATATATGTA
AATCCTGCTT ATGAAACTGT GTGGAAACGA CCTCGCCAGG AGCTGTATCA ACGGGCAGAT
GCCTTTATTA AATATGTTCA TCCTGATGAC AAATATCATG TTAAACAGGA ATATAAAGAG
TTTTTGCAAA CGGGAATATT CAACAGCGAG TACCGCATTG TACGTCCCGA TGGAGAAGTC
AGGTGGATAT GGTCCAGGTC AAATCCCGTT ATGGACGAGA ACGGCCGTGT GATTAGATAT
GCCGGGTTGG CTGTAGATAT TACTGAACGG AAACAGGCCG AGGAAAAAAT TAGATACTTG
AGTTTTTACG ATCGAGTGAC TGGGCTGTAT AACCGGGCTT ATCTGGAAGA AGAAATCGAG
CGCCTTGATG TGGAGAGACA ACTTCCAATA AGCATTATTA TTGCCGATGT TAATGGATTG
AAACTAATCA ATGATACATT TGGCCATGAT AGGGGAGATG ATCTACTGGA AAACGCAGCC
GGTATTTTAA AGAAGGTTTG TCGCCAGGAA GATATTATCG GCCGTTGGGG AGGGGATGAG
TTTGTCATTT TATTACCCCA GACTAGCTAT ACCAATGCCC AACAAGTGTT ATCTAGAATC
CACAATGAAT GCAAACGCTA TGAGCTTCAA ACCTTTGCCC TGGGAGTAGC TACTAAAACA
AGTAAGGAGC AATCGATTAA GCAGGTCTTT AAAAGGGCAG AGGAGCGCAT GTACAAAAAC
AAATTACAAG AAAGCAGTAA AGCTAAAAGC GATATAATTA CTTCTCTGAT TAACACCTTA
CTAGATAAAA GTGATGAATG TAGTGACCAT TTGAAGCGAG TTACAGAATT AGCCCAGGAA
ATGGGCAGAG CCTTGAAATT ATCCAAACAA GAGCTAGAGA GATTAGCTGA CCTGGCTTAT
GTACATGATA TTGGGAAAGT AGTGATTCCT GAGGAAATTT TTAATAAATC CGAAAAATTG
ACTAATGAAG ATTGGATCAA AATTAAGGCT CATCCAGAAA TAGGTCAACG GATTGCACGC
TCTACCGAAA ATCTAGTACA CATAGCAGAA GAAATTGGGA CTCACCATGA ACGTTGGGAT
GGTCAGGGAT ATCCTTCAGG TCTTAAAGGT GAAGAAATTC CACTTTTGGC AAGGATAATA
TCTATAGTAG ATGCCTATGA TGTGATGACA AGGGGCAGGA TTTATCAAGC AGCAATTTCT
TCGGAAAAGG CCTTAAAAGA AATTGAACAA AAAGCAGGAA CCCAATTTGA TCCTCATCTG
GCTGAAGTGT TTATAAATGA AGTGAATCCA AATAATTAA
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| Protein sequence | MDNERLNNQK SEQEFMKSLS RLAEKNYQMP LGTVDYQFIT DELYYLSGAR AVILNTYEKD
NEKSITRAAS GSKEVLTKAC EILNTKLIGQ KWDVNFKRLE NMQNGSQQAW QLEEYHSLQE
IASGIISKEK SQLLEKELDL GTAYGIIIFY NNRVIGDILF AMPKDARIYN SEKIELYVKN
VGITLMRTEA EKSLKENWDL LDGVFESIQD GISVLNNDLT IRYTNRIIAE WHYKNYPFNG
KKCYHAYHDR DKPCDRCPSI RALETGEMEQ EEITVTTDVG GKWLELYSYP LFENGSDHPT
GVVEFVRDIT DRKHSTEKLR KNKQYFEHIL DSTYDPLCVL NRDLEIVSLN KHYRDILAEY
TGKSLCQRDL VGKDLFSMQD FLPDFLKDEC HQVFNNGTPL IKEEKFKING EQYYVEVTKS
PVFGDNGKVK FVIIVVRDIT ELKKKELQLK ESERKFRQLA ENIDHVFWMR SKDNQKVIYV
NPAYETVWKR PRQELYQRAD AFIKYVHPDD KYHVKQEYKE FLQTGIFNSE YRIVRPDGEV
RWIWSRSNPV MDENGRVIRY AGLAVDITER KQAEEKIRYL SFYDRVTGLY NRAYLEEEIE
RLDVERQLPI SIIIADVNGL KLINDTFGHD RGDDLLENAA GILKKVCRQE DIIGRWGGDE
FVILLPQTSY TNAQQVLSRI HNECKRYELQ TFALGVATKT SKEQSIKQVF KRAEERMYKN
KLQESSKAKS DIITSLINTL LDKSDECSDH LKRVTELAQE MGRALKLSKQ ELERLADLAY
VHDIGKVVIP EEIFNKSEKL TNEDWIKIKA HPEIGQRIAR STENLVHIAE EIGTHHERWD
GQGYPSGLKG EEIPLLARII SIVDAYDVMT RGRIYQAAIS SEKALKEIEQ KAGTQFDPHL
AEVFINEVNP NN
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