| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0905 |
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| Symbol | |
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| ID | 6314957 |
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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 | 956357 |
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| End bp | 958774 |
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| Gene Length | 2418 bp |
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| Protein Length | 805 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642643278 |
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| Product | Spermine synthase |
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| Protein accession | YP_001917078 |
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| Protein GI | 188585533 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4262] Predicted spermidine synthase with an N-terminal membrane domain |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 26 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.0140843 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTTTAA CTGTAAGACG ATCAGAGGCT TTGATTAAGC TGTTTACAAT ATTAATTGGT
ATTACCGGAA TGATGGGACA GCTCCTTCTT TTAAGGGAGC TGTTAGTAAC TTTTTACGGT
AATGAATTAG TTATTGGGAT TGTTATTGCC AATTGGGTGA TTATGGAAGC TATCGGCAGT
TTCTTTGGAG GTAAAATTAG CACTTCTCAA AGCTCAAAGC TTTGGTACTT TTTATTCCTG
GCCCTATATG CCCTGGTCTT ACCAGCAGCT TTATATTTCT CACGGACTGC TGTAGTAATT
TTATTTGATG TATTGCCTGG TGAATCCATA AATATTTGGG AGCACTTCTT GTCTTCTATC
TTAATACTTG TTTTTCCCGC CTTAATTCAC GGGGCATTGT ATCCCTTGGG GACAGCTATG
TTAAAAGATG TGAGAGATTC GGCTAATGTA AATCTTTCAA GACAATCTGC CGGTGATGTG
TATATTTTAG AAAATCTAGG AACTTTAATT GGCGGTCTGT TTTTTACAAT AATATTGGTT
GACAAATACC ACTCTTTTAC CTTGGGGATA GCCATCACAG TAGTTCATTT AATGGCAGTA
ATAATGGGGA CTACTTTTTT ATCAAAAAGA GGGAAAGTAC CGAGGAAAAC GGAAGGGATC
TATCTTGTAT TGATAATCTT AGCTGTTGTG ATAGTTTCCC CTTGGGGTTT TGATGTAGCC
GATACCTTGC ACGAGTCTTC CTTAGAGCAG CAGTGGTGGG GAGCAAATAT AGTCCATTAT
GAGAACACAC CATATGGTAA TATAACTACC CTGGAAAGTG ATGGAGAATA TACATTCTAT
TATGATGGAC GTCCGGTTTT CACAGCCCCT GTCCCTGATA TGGCCAGAAT TAAAGACTTT
ATTCATGTGT CTGCAGCTTC TCACTCTTCA CCTGAAGAAG TGTTAATGGT GGGAGGAGGT
ATGGGAGGCA GTATTGCTCA ACTTCTTGAA CATGAAGTTT CAGGATTAAA ATATGTGGAA
CTAGATCCCA ATTTACCTGG AGTTGCCGGG AAATATCAAG TTTCACCGGT AAAAGAAGAA
TTGGAAGATC CCAGGGTAGA GCTAGAAATT ACTGACGGCC GCCAGTATCT GAGACAAACC
GAAAACAACT ATGATCTAAT AGTCATGGGG TTCATTACTC CTGAAACTTT ACAAACCAAT
CGCTTATTCA CCGTTGAATT TTATGAATTG GTGGAGCAAA CCTTGGCCGA AGGTGGTCTC
CTAGCGTTTA CTGCCCCTGG CTCACGGGAA TATATGAGCC GTGAAATGAA GCAATTAAAT
GCTTCCCTTT TTAACAGTGT TAGCCGTGTT TTTTCCGACA TTAAGTTGAT TCCCGGGGAT
GATAATATTT ATCTTGCCTC TAATGATGAA ATTAACTTAA CCCCTCAAGT TCTATATCAA
AGACTTGAAG AACGGGATAT TACTACTGAA ATGATGACGG AAAGTTATTT GGAATATCGT
CTTGATCCTG GAGTTAAGGA GAAGATAACA AAGGATATAA AGACCATGGA AGTTCAACCA
AACTTTGATT TCAATCCAAA AGGTTTCTTT TATACACTTC AGCATTGGGG GACCATGTTT
TCGCCTACTA TGGTTCAATT CCTTGATAAG TTAGAGAGCT TTGAACCGAT TTATTATATA
GCCCTGATAG CCCTTATATT CAGTGTTGTT TACATCGTTC CTCGGATCGC TCTAGTTTCG
AGATACTCCT CTGATCTTAG TATCCCCTTA CTGATTGCCA TTTTTATAAG CGGGATTATA
GCTATGGCCT TTGATTTATT TATCATGTTT TCATTTCAGA CTTTTTATGG TTCAATCTAT
AAAATGACGG GTTTTCTTCT GGCTTCATTC ATGCTGGGAA TGTTTTTAGG TGGTAATTGG
TCTGTTAGTA AACTGGTATC TACACAGACC AAAGAAATTC AAATCCGAAC ATTTAAGTTA
TGTGAACTGG TTTTAATTTT ATTGATTTTT GGCCTAGGAA GTTTAATTTA TGCAATGGGA
TCTTGGTCGA GAGTTTTACC TGATTTTATT TTTATAGGAA TTTTTGGTAT TTTAGCTGTT
GTATCAGCTT TTCCCATAGG GGTTCAGTTC CCCCTTGCTG TAAGCATTTT GGAGGATGAT
TGGGACCCAA AATGTAAATC AACGGGGAAT TTCGCTAAAT CAATAAAAAC GGAAAACTCA
AAATTCGTCA GTACAGCTTC AGCTTTATAT GCTGCTGATT TACTGGGGGG TTGGATTTCT
GGACTTGTGA TATCCATGGT GTTATTCCCG GTTATCGGTT TGGTAAATAC TCTAATAGTT
TTGGGTTTTA TGAAGGTTGG CAGCTTGCTT TTATTATGTT TCTATCCTGT TAAATATGGG
ACTTCCAATC ATTATTAA
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| Protein sequence | MSLTVRRSEA LIKLFTILIG ITGMMGQLLL LRELLVTFYG NELVIGIVIA NWVIMEAIGS
FFGGKISTSQ SSKLWYFLFL ALYALVLPAA LYFSRTAVVI LFDVLPGESI NIWEHFLSSI
LILVFPALIH GALYPLGTAM LKDVRDSANV NLSRQSAGDV YILENLGTLI GGLFFTIILV
DKYHSFTLGI AITVVHLMAV IMGTTFLSKR GKVPRKTEGI YLVLIILAVV IVSPWGFDVA
DTLHESSLEQ QWWGANIVHY ENTPYGNITT LESDGEYTFY YDGRPVFTAP VPDMARIKDF
IHVSAASHSS PEEVLMVGGG MGGSIAQLLE HEVSGLKYVE LDPNLPGVAG KYQVSPVKEE
LEDPRVELEI TDGRQYLRQT ENNYDLIVMG FITPETLQTN RLFTVEFYEL VEQTLAEGGL
LAFTAPGSRE YMSREMKQLN ASLFNSVSRV FSDIKLIPGD DNIYLASNDE INLTPQVLYQ
RLEERDITTE MMTESYLEYR LDPGVKEKIT KDIKTMEVQP NFDFNPKGFF YTLQHWGTMF
SPTMVQFLDK LESFEPIYYI ALIALIFSVV YIVPRIALVS RYSSDLSIPL LIAIFISGII
AMAFDLFIMF SFQTFYGSIY KMTGFLLASF MLGMFLGGNW SVSKLVSTQT KEIQIRTFKL
CELVLILLIF GLGSLIYAMG SWSRVLPDFI FIGIFGILAV VSAFPIGVQF PLAVSILEDD
WDPKCKSTGN FAKSIKTENS KFVSTASALY AADLLGGWIS GLVISMVLFP VIGLVNTLIV
LGFMKVGSLL LLCFYPVKYG TSNHY
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