| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NSE_0812 |
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| Symbol | |
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| ID | 3931928 |
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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 | Neorickettsia sennetsu str. Miyayama |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007798 |
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| Strand | + |
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| Start bp | 720232 |
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| End bp | 723072 |
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| Gene Length | 2841 bp |
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| Protein Length | 946 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637900968 |
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| Product | putative phosphoribosylformylglycinamidine synthase II |
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| Protein accession | YP_506684 |
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| Protein GI | 88607991 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain |
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| TIGRFAM ID | [TIGR01736] phosphoribosylformylglycinamidine synthase II |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 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 | ATGCAGGCAA TCATCGAAGT TCGCAAACCA TACTCAGACC CGAGAATCAC AACACTTGAA
AGTAATGGTG TTATCAATAT TCGAGAAGTC GTCGATGCGT ACCGATTCTA TTCTACAGAT
TGTTCTTTGA AAGACAATCT CTTAGAGATC GCGCACGCAT TAACTAATCA TGTCTCAGAA
CAGTTCAGAT GCTTCATTTA CGAGCCGGAT AAAAACAAAA TAGAAATTCT TGAGACCAAC
AAAACAAGTT ACCACGAAGG CAATAGTATT CTATGGGATT TCAGAAGATG CTATACAAGC
AACTTCTGGA TAATAGAAAA ACAGCCTCTC CAAGGAGTAA AAAACTCTTT AGCGGAAGTG
ATCCTAGGCA TTGTGAGCAC GTTACTGCAA CAAAAGGGTA TCAACGCAAT AGAACAATGC
ATACAAGTAG AGACGAGCCT ACTAATGATA GGAACAGGTA GGTTGCCTGA CCTTAACCTA
CTGTACAACC CTATGATTGA AGAGCTCTCA CTGGAAAAGG TCCATAGCAA AAAAGTTGCC
TTTTGTTATT CCCATGAAAT GGACAGCGTC ACTTTTTCTG GCGATACAAA AGATCTGACT
TTAGAGGAAT TAGCTTCTTT CAACTGTCAG AACGCACTAA ACCTCAGCGA CATTCAGCTG
TCCAAAATAG TTGAGTACTT TAGGCTGCAG GAAGGTAGGA GCTACGTGCG GGATATAGAG
CTCGAGACTA TCGCACAGAC TTGGTCTGAG CACTGCAAGC ACAATATCAT GTCTTATCCT
ATAGATGACC TACAAGAAGG AATATTCCGG GGATACATAA AGAAATCAAC TGAAACAATC
ATCAGAAATA ACCCAAATCA TATCTGTGCT TCCGTATTCA CTGATAATGC AGGTGCAATT
TGGTTCGACA AGGATTATCT CATCTGCGTG AAAGTTGAAA CACATAATAG CCCTTCTGCA
TTAGAACCAT TTGGAGGCGC AATGACAGGG ATTCTCGGAG TTAACAGAGA TATCTTGGGT
TTTGGCCTTG CAGCAAAACC TATAGCAAAT TATTATGCCT TCTGCGTTGA AGATCCAGAC
ACCGAAAACC AAGACTTGTA CCATGATTCA CACAAGACAA AGCCCAAACT GGATTCGCGA
ACCATCCTCA AAGGAATAAT TCGTGGTGTC AACGCTGGAG GTAATTGTTC TGGCATTCCA
ACCCCACAAG GCGCACTTTA TTTCAGTAGT GCATTCAGAG CAAAACCACT TGTGTTTGTT
GGATGTGCAG GCATTATTCC AGCAAAAATT GCAGAAAAAG AATCCTGGGT AAAAGCACCA
AGAGACGGGG ACCTGATTGT CATAGCAGGT GGAAGAACTG GAAGAGACGG CATACATGGC
GCAACTTTTT CCTCGACTGG GATAACAGAC TCAAATGTCA AAGGTACTGA GGTTCAATTA
GGCGATCCTT TTACGCAGAA AAAACTTTCC GATGCAATAA TACGTGAAGT AAGAGACGCA
GATCTCTGTA ACGCCATCAC CGATAATGGA GCCGGTGGTT TATCTTCATC TGTTGGAGAA
ATGGGAAAAA ATGGCTTTGT GGTGCATCTA GAAAAAGTGC TTTTGAAGAC AATAGGACTC
GCACCGTGGG AGATATGGAT CTCTGAGTCT CAAGAAAGAA TGACATTTGC GATTCCACGT
GAAAAGTTAG AGGCTTTTGG GCGCATTATG ACCAAACATG GCGTTGAGTT TGCCGTCATA
GGCGAATTTA ACAGGTCCGG CCGGGGACTT ATCACTTTTG AAGGCAAGAC TGTCTTTGAT
TTGTCATTAT GCTTTCTGCA TGATGGAAAC CCTACAATCC ATTTACAAAC TAAAAAACCA
AGAGAAATGC GAGGACAGCC TCATGTGAGT TTCTCATCCC TTGAGGAAGC AATTAGAGAT
AAAAACGTTT GTAGTAGAAA GTTCATAGCA GAGCAATACG ATCATGAAGT TCAGGGGACA
TCTATACTAA AACCACTACA AGGAAAAAAT GAAATTTTTT CAGACGTAAC AGCAATAAAA
CCGCTGTACA ACTCTAGGAA GTGCATAGGG CAATCACAAG ACCTAGCAAT TATAACACGC
GATCCATACT TGGATACGTG TTCTTCGATT GAAAAGGCAG TAAGAAACCT GGTGACAATT
GGAGTAAACC CTCAAAAGAT TGCTCTTCTA GATAATTTTT GTTGGTCCGA CTCGAATGAC
CCAGAAAAAC TATGGTTACT AAAAGAAGCT GGAAGAGCTT GTCACGATAC ATCTATAGCT
TTAGGCACGC CTTTCATTTC CGGAAAGGAC AGCATGTTTA ATGATTTTAG TGGATATACT
ACCTCAGGTG CGAAAGTCAA AGTTTCCAAC ATTCCATCAT TGTTAATAAC CGCAGTCGGA
ATAATAGATG ATTATGAAGA TATAGTCTCA CTGGATGCAA AATACCCGGA GGATTTAATA
TACCTAATCG ACATGAAAGT GGAAGTAAAA AGGGCCTTGG AAATTTTCGG ACGCTACTAC
TCGGCACTAA AAAATCAACT AGTCGCTTCC GCTATTCCAG TGGGGCTGGG TGGAAGGCTT
GTATCAATCG CAAAAATGCT TATAGCCAAC GGCCATGGGG GAACAATCTT CCTTGAAAAC
AACAAGGACA ATCTTGAAAA ATCACATGAA ATTGTTGTCA CTGTTGCACC AAAAAACGAA
TTAGCTTTCA GGGAGACATT TTTGGATACA GAGATTACAA AAATTGGTAC GGTTACACGT
GAAGCGGCAG TGGAAATAGG AAAATCCACC AAGATAGAGG TTGATGCACT ATTGTCATTA
TACAAGCGCA TCCTACTCTA G
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| Protein sequence | MQAIIEVRKP YSDPRITTLE SNGVINIREV VDAYRFYSTD CSLKDNLLEI AHALTNHVSE
QFRCFIYEPD KNKIEILETN KTSYHEGNSI LWDFRRCYTS NFWIIEKQPL QGVKNSLAEV
ILGIVSTLLQ QKGINAIEQC IQVETSLLMI GTGRLPDLNL LYNPMIEELS LEKVHSKKVA
FCYSHEMDSV TFSGDTKDLT LEELASFNCQ NALNLSDIQL SKIVEYFRLQ EGRSYVRDIE
LETIAQTWSE HCKHNIMSYP IDDLQEGIFR GYIKKSTETI IRNNPNHICA SVFTDNAGAI
WFDKDYLICV KVETHNSPSA LEPFGGAMTG ILGVNRDILG FGLAAKPIAN YYAFCVEDPD
TENQDLYHDS HKTKPKLDSR TILKGIIRGV NAGGNCSGIP TPQGALYFSS AFRAKPLVFV
GCAGIIPAKI AEKESWVKAP RDGDLIVIAG GRTGRDGIHG ATFSSTGITD SNVKGTEVQL
GDPFTQKKLS DAIIREVRDA DLCNAITDNG AGGLSSSVGE MGKNGFVVHL EKVLLKTIGL
APWEIWISES QERMTFAIPR EKLEAFGRIM TKHGVEFAVI GEFNRSGRGL ITFEGKTVFD
LSLCFLHDGN PTIHLQTKKP REMRGQPHVS FSSLEEAIRD KNVCSRKFIA EQYDHEVQGT
SILKPLQGKN EIFSDVTAIK PLYNSRKCIG QSQDLAIITR DPYLDTCSSI EKAVRNLVTI
GVNPQKIALL DNFCWSDSND PEKLWLLKEA GRACHDTSIA LGTPFISGKD SMFNDFSGYT
TSGAKVKVSN IPSLLITAVG IIDDYEDIVS LDAKYPEDLI YLIDMKVEVK RALEIFGRYY
SALKNQLVAS AIPVGLGGRL VSIAKMLIAN GHGGTIFLEN NKDNLEKSHE IVVTVAPKNE
LAFRETFLDT EITKIGTVTR EAAVEIGKST KIEVDALLSL YKRILL
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