| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_4001 |
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| Symbol | |
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| ID | 5364649 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | - |
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| Start bp | 4520755 |
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| End bp | 4524654 |
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| Gene Length | 3900 bp |
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| Protein Length | 1299 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640806394 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001342832 |
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| Protein GI | 152997997 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG0047] Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain |
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| TIGRFAM ID | [TIGR01735] phosphoribosylformylglycinamidine synthase, single chain form |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00163478 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 27 |
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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 | ATGCTAACTC TGCATGGTTC CGCAGCGCTA TCAGCGTTTC GCAAGGCAAA GTTATTAGCC
AATATGCAAG CATCTATCCC ATCTGTCACA GATGTTGATG CTCAATTTCT CCATTTTGTG
GAGCTGGTTG ATAATCAAAC GCTTACTGCT GAACAGGAAA CTGTTCTACA ACGCGCTTTG
GCCTACGGTC CTAAATCCTC CCAAGTCAGT TCATCTGATC AAAGTGTTCT TGTGGTTCCT
CGTTTAGGTA CCATTTCACC TTGGTCATCG AAAGCAACCG ATATCCTTCA TAACTGTGGC
CTTGCGGCCG TATCCCGCGT TGAACGTGGC GTGGAATACT TTATTCATAG CTCAGCGCCA
TTGGCGCTTG AAGAGCTAGA TTTGTTGTCT GCTATGTTGC ATGACCGCAT GACAGAAAGC
GTGCTTCCGG CATTGAGCGA CGCGACTGAC ATGTTCTCTC ATGCAGAACC AGCACCAATG
ACAAGTGTTG ATGTACTGGG TGGCGGCCGT GCAGCGTTGG TTGAGGCAAA CCAAACGCTA
GGTCTTGCCC TTGCGGATGA CGAAATTGAT TACCTTGTTG AGTCTTTCAT TGAGTTGGGT
CGTAATCCAA TCGATGTAGA GCTAATGATG TTTGCACAAG CAAACTCAGA GCATTGTCGT
CACAAAATTT TTAATGCGTC TTGGACTATT GATGGCGAAG AGCAAGAGCG CTCTTTGTTT
AAAATGATCA AGAACACACA CGAACATAAT CCTCATGGCA CTTTGTCTGC TTATAAAGAC
AACGCAGCTG TGATGGAAGG TCACTTTGGT GGACGTTTCT TCCCATCTTC AGAAACTCGT
GAATACGACT TCAGTCATGA GCACATCGAT ATTTTGATGA AGGTAGAAAC CCATAACCAC
CCAACTGCCA TTGCGCCTTT CTCAGGCGCG GCAACGGGTT CTGGTGGTGA GATTCGCGAC
GAAGGCGCCA CAGGTATTGG CTCCAAACCA AAAGCAGGTT TGAGTGGTTA CACGGTATCT
GACCTTAAGA TCCCAGGTTT TGAACAGCCA TGGGAAAGCT ATTATGGAAA ACCGTCTCGT
ATCGTAACGC CTTTGGACAT TATGATTGAA GGTCCAATTG GTGGCGCGGC ATTTAACAAT
GAGTTTGGTC GTCCAAACTT ATTAGGTTAT TTCCGTACTT ATGAACAAAC CATCCAAGGT
GCTTCTCAAG AAGAAGTTCG TGGTTATCAC AAACCAATTA TGTTGGCTGG CGGTATTGGT
AATATTCGTC GTGAGCACGT TGAAAAACAA GAGATCAAGG TTGGCGCTAA GTTAATCGTA
CTTGGTGGCC CTGCCATGTT GATCGGTCTT GGCGGTGGTG CGGCTTCTTC AATGGCATCT
GCTGATGGTA ATGAAGATCT AGATTTTGCT TCTGTACAGC GTGGCAACCC AGAAATGGAG
CGTCGTTGTC AGGAAGTTAT TGACCGTTGT TGGCAGCTAG GCGACAAAAA CCCAATTAGC
TTTATCCATG ATGTGGGTGC TGGTGGTTTG TCTAACGCTT TGCCTGAATT AGTTAAAGAT
GGCGAGCGCG GTGGTAATTT TGATTTGCGT AAGGTTCTGA ATGATGAGCC AGGTATGTCA
CCACTAGAAA TCTGGTGTAA CGAATCGCAA GAGCGTTATG TTATGGCCGT TTCGCCTGAT
CGTATTGAAG AATTTACTGC GATTTGTGAG CGTGAGCGTT GTCCTTTCGC TATCGTTGGT
GAAGCAAAAG AAGAGATGCA TCTGCAAGTG GCAGATGAGC ATTTTGATAA CAAACCTGTT
GATTTGCCAA TGTCTGTATT GTTTGGCAAG CCACCAAAAA TGCACCGTGA AGCCAAAAAA
GCCATTATTG CGGGTGATGA CTTTACTGCA GTTGATGTGG ATCTTGCTGA TGCAGCAAAC
CGTGTCTTAA GCTTGCCAAC CGTCGCAAGT AAAAACTTCT TGATCACCAT TGGTGACCGT
TCGATTACGG GTATGGTTGC TCGTGATCAA ATGGTGGGTC CATGGCAAGT GCCAGTAGCT
GATGTGGCGG TAACAACGTC CTCTTTAGAA AGCTACACCG GTGAAGCCAT GACAATGGGG
GAACGTACAC CGGTTGCCTT GTTGGATGCG CCAGCGTCTG GTCGTATGGC AGTGGGTGAA
GCACTGACTA ACTTGGCAGC AGCACACATT ACCAAACGTA GTAGCATTAA GTTATCTGCG
AACTGGATGG CGGCGGCTGG TCACGAAGGC GAAGATGAAA AGCTTTACCA AACTGTAAAA
GCGGTTGGTA TGGAATTGTG TCCTGCGTTG GATATTGCTA TTCCAGTAGG TAAAGATTCC
ATGTCGATGA AGACTGTATG GAAAGAAGAT GGCAAAGAAA AAGCTGTAAC TTCACCTTTG
TCTTTGGTTA TCTCAGCCTT TGCTCCAGTT ACCGATGTTC GTAAAACACT TACACCTGAA
CTGCAAAATA AAGCAGATAC GCGTTTGTTG TTGGTTGATC TGGGAGCTGG TAAAAATCGT
CTAGGCGGTT CTGTTATTGC TCAGGTTTAC AACAAACTGG GTCAGCAAGC GCCAGATGTG
GATGATGCGA CTACGTTGGC TGGCTTCTTT GATACGACGC AAGCACTTAA TGCAGAAGGT
AAACTGCTGG CTTACCATGA CCGTTCTGAC GGTGGTGCGT TTGCAACTTT GGTTGAAATG
TCATTCGCGA GTCATTTGGG TCTGAATATC GATCTTGATG AAGTCGTTTC TAATCGTGCC
CAAGTGGCGC CTGTGCTATT CACCGAAGAG TTGGGGGCAG TGATTCAAGT TAATGAATCA
GATGTTGCTG ATATTATTGC TGCTTATGCA AAAGTAGGTG TCACTGTTGC TTCTATTGCT
ACTTTGTCTG GGGACGATAA CATTCGTGTT CGTTTCGCTG GTGAAACCGT GCTTGAGGAA
TCTCGCATTA ATTGGCAGCG TGTTTGGTCT GAAACCAGTT ACCGTATTCA AGCATTGCGT
GATAATCCTG ATTCAGCACA GCAAGAATTT GACAGCCTGC TGGATGCAAA AGACCCAGGC
TTATCTGCAG ATGTTCGTTT TGATCAAAAT GAAGATATTG TTGCAGCCTT CATTGCTTCT
GGCGTTAAAC CTAAGATTGC TGTACTACGC GAGCAAGGTG TAAATGGCCA AGTTGAAATG
GCAGCCGCTT TCCATAAAGC CGGTTTCACA CCAGTTGATG TTCACATGAG TGATATCTTG
TCTGGTCGTA CCACACTGGA TCAATTTAGT GGTTTGGTAG CTTGTGGCGG TTTCTCATAC
GGTGATGTAT TGGGAGCTGG TGAAGGTTGG GCGAAGTCTA TCCTTTTCAA CCCAGTAGCT
CGTGAGCAAT TCGAAGCATT CTTCAATCGT CCTGATACAT TCACTCTTGG TGTATGTAAT
GGTTGTCAGA TGCTATCGAA TCTATATGAA TTGATTCCTG GCGCTGCCCA CTGGCCGAAG
TTTGTTCGTA ACCAATCTGC TCAATTTGAA GCCCGTCTAG TGCAGGTTGA AGTCCAAAAA
TCGAACTCTA TCTTACTGGC TGACATGGAG GGCTCTCGTC TACCTATAGT TGTTGCCCAT
GGTGAGGGGC TAACGGAATA CCGTGACGAC CAAGATATAG CAACTTTGGC TGCGGCGAAC
CAAATTTCGT TGCGTTATGT CGATAACTAC GGTCAAGCAA CCGAACGTTA TCCATTTAAC
CCGAATGGTT CTGTGCAAGG TATCACGGGG TTAACATCTG AAGATGGTCG AGTGACTATT
ATGATGCCTC ACCCAGAGCG TGTTTATCGT ACCGTTCAGC ACAGCTGGCA CCCAAGCGAA
TGGCAAGAAC AAGCACCATG GTTACGTTTG TTCCAAAATG CGAGGAAGTG GCTAGGTTAA
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| Protein sequence | MLTLHGSAAL SAFRKAKLLA NMQASIPSVT DVDAQFLHFV ELVDNQTLTA EQETVLQRAL
AYGPKSSQVS SSDQSVLVVP RLGTISPWSS KATDILHNCG LAAVSRVERG VEYFIHSSAP
LALEELDLLS AMLHDRMTES VLPALSDATD MFSHAEPAPM TSVDVLGGGR AALVEANQTL
GLALADDEID YLVESFIELG RNPIDVELMM FAQANSEHCR HKIFNASWTI DGEEQERSLF
KMIKNTHEHN PHGTLSAYKD NAAVMEGHFG GRFFPSSETR EYDFSHEHID ILMKVETHNH
PTAIAPFSGA ATGSGGEIRD EGATGIGSKP KAGLSGYTVS DLKIPGFEQP WESYYGKPSR
IVTPLDIMIE GPIGGAAFNN EFGRPNLLGY FRTYEQTIQG ASQEEVRGYH KPIMLAGGIG
NIRREHVEKQ EIKVGAKLIV LGGPAMLIGL GGGAASSMAS ADGNEDLDFA SVQRGNPEME
RRCQEVIDRC WQLGDKNPIS FIHDVGAGGL SNALPELVKD GERGGNFDLR KVLNDEPGMS
PLEIWCNESQ ERYVMAVSPD RIEEFTAICE RERCPFAIVG EAKEEMHLQV ADEHFDNKPV
DLPMSVLFGK PPKMHREAKK AIIAGDDFTA VDVDLADAAN RVLSLPTVAS KNFLITIGDR
SITGMVARDQ MVGPWQVPVA DVAVTTSSLE SYTGEAMTMG ERTPVALLDA PASGRMAVGE
ALTNLAAAHI TKRSSIKLSA NWMAAAGHEG EDEKLYQTVK AVGMELCPAL DIAIPVGKDS
MSMKTVWKED GKEKAVTSPL SLVISAFAPV TDVRKTLTPE LQNKADTRLL LVDLGAGKNR
LGGSVIAQVY NKLGQQAPDV DDATTLAGFF DTTQALNAEG KLLAYHDRSD GGAFATLVEM
SFASHLGLNI DLDEVVSNRA QVAPVLFTEE LGAVIQVNES DVADIIAAYA KVGVTVASIA
TLSGDDNIRV RFAGETVLEE SRINWQRVWS ETSYRIQALR DNPDSAQQEF DSLLDAKDPG
LSADVRFDQN EDIVAAFIAS GVKPKIAVLR EQGVNGQVEM AAAFHKAGFT PVDVHMSDIL
SGRTTLDQFS GLVACGGFSY GDVLGAGEGW AKSILFNPVA REQFEAFFNR PDTFTLGVCN
GCQMLSNLYE LIPGAAHWPK FVRNQSAQFE ARLVQVEVQK SNSILLADME GSRLPIVVAH
GEGLTEYRDD QDIATLAAAN QISLRYVDNY GQATERYPFN PNGSVQGITG LTSEDGRVTI
MMPHPERVYR TVQHSWHPSE WQEQAPWLRL FQNARKWLG
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