| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_2161 |
|---|
| Symbol | |
|---|
| ID | 5365778 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Marinomonas sp. MWYL1 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009654 |
|---|
| Strand | - |
|---|
| Start bp | 2435194 |
|---|
| End bp | 2438268 |
|---|
| Gene Length | 3075 bp |
|---|
| Protein Length | 1024 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 46% |
|---|
| IMG OID | 640804506 |
|---|
| Product | FAD linked oxidase domain-containing protein |
|---|
| Protein accession | YP_001341018 |
|---|
| Protein GI | 152996183 |
|---|
| COG category | [C] Energy production and conversion |
|---|
| COG ID | [COG0247] Fe-S oxidoreductase
[COG0277] FAD/FMN-containing dehydrogenases |
|---|
| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 8 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 17 |
|---|
| Fosmid unclonability p-value | 0.126356 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGATTCCAA AGCTTTCTGA AGTCTCACCG ATTCAGGCTA AATACCTTTC TTTCATCGAA
CGCCTGAAAG CTTCAGGATT CTCAGGAGAC ACCAGTCCTG ATTACGCCAA TCGCGTTGTT
CTGTCGACCG ATAACTCAAT TTATCAAGTA TTGCCTCAAG GAGTTATCTT CCCTAAGAAT
ACCCAAGATA TTCAGTTGTT GGTGCAGTTA TCCAACCAAG AAGAATTTTA CGATATCGTG
TTAAGCCCTA GAGGCGGTGG AACAGGTACC AACGGTCAGT CGCTGACGGA TGGATTAGTG
ATTGATCTAT CCAAGCATAT GAACCGTATT TTGGAAATTA ACGCCGAGGA AGGCTGGGCT
CGTGTTGAAG CTGGTGTGGT AAAAGATCAG CTAAATAAAG CCATCAAACC CCATGGTTTG
TTTTTCGCAC CAGAATTATC AACCAGCAAT CGTGCCACCA TTGGCGGCAT GATCAATACC
GATGCCAGCG GACAGGGCTC GGTAATGTAT GGAAAAACGC GAGACCACGT TCTTTCACTC
AAAACCGTAT TGTTAGATGG GCATCTATTA GAATCTTCTC CTATTGATAA CGAGACACTT
ACTAACATCC AAAGCGGTAG CGATTATTCT GCCCACGCTC ACCGTGTTGT TGATAACATT
CAGAAAAGCA AAGCCCAACA AATTAAAGAA ACCTTCCCTG AACTTAACCG CTGTTTAACC
GGCTATGATT TGGCTCACAT TCGCACAGAG GATGGCCAGT TCAATATGAA CTCGGTGCTC
TGCGGATCAG AAGGCACGTT AGGTTTTATC GTCGAAGCCA AGGTAAATAT TCTGGCTATT
CCGACTTATG CGGCTCTGGT CAATATTCGC TATGACAGTT TCGAAGGCTC GCTTCGTCAT
GCACGTGAGC TGCTCGCCGC CAATCCAACC TCTATCGAAA CCGTCGACTC GAAAGTGCTT
GGTCTTGCAA AGGGCGATAT CGTTTGGAAT TCTGTTGCTG AGTTTTTCCC AGAAAAAGCG
GGGGAAAATA TCCAAGGGAT TAACCTTGTT GAATACACCG GCAATGATGA ACAAGACGTA
GCTAACAAAA TCAAAGTGCT TACTGATAAG CTCGATATCT TAGTCGAACA AAGCGGAAGC
AGTGCGTTGG GTTATACCAT TGCAATGGGT CATGACAGCG TTAACAAGCT TTGGGCGATG
CGAAAGAAAT CTGTTGGTCT GCTCGGTAAC GCCAAGGGAG AGAGACGCCC TATTCCATTC
GTTGAAGACA CCGCCGTGCC GCCTGAAAAT CTTGCCGATT TCATTATGGA GTTTCGTGAA
GTATTGGACA GTTACAATGT GCAATATGGC ATGTTTGGGC ATGTGGATGC AGGTGTTCTG
CATGTTCGGC CTGCACTTGA TCTTAAAGAT GAATCCCAAG AGCCCATGAT CCGCGAAATC
ACCGACAAGG TAGTTGCCCT CACCCAGAAA TACAATGGCT TATTGTGGGG TGAACATGGC
AAAGGGGTTC GTTCGGAATA TTCTCCCGCT TTCTTCGGTG AGCTCTATCC CAGCATTCAA
CAAGTGAAAG CTGCATTCGA TCCAAGAAAC CAATTAAATC CGGGGAAAAT CGCTACGCCG
TTTGAACTCG GTACGGATTT ATTGAAGATA GATGCGGTCC CGTTACGTGG GCAATTTGAC
CGTCAGATTC CGCTTCAGAA CCGTGATCAA TTTCAAGAAG GCATGTACTG TAATGGCAAC
GGCGCCTGCT ATAACTTCGA TCCCAATGAC GCCATGTGCC CTTCCTGGAA AGGCACCCGA
GATCGCCGTC ATTCGCCAAA AGGTCGTGCC TCATTAATGC GTGAATGGCT ACGTGGAATG
AGCCAGCAAA GCGTTGATAC GGTTAAAGCA AGCAAAGACG CCAAAGATAG CAACTTTCTT
TTCAGCTTCT TGCCAAGGCT TAAAAACACG TTAGCAAAAC GTCGCGGAGA CTATGATTTC
TCCAACGAAG TTCATGAATC TATGATGGGC TGCTTAGCGT GTAAATCTTG TGTCGGCCAA
TGCCCAATTA AAGTCGATGT CCCAGAATTC AGGGCAAAAT TTTTAGAGCT TTACTACAGC
CGTTACCTGC GACCCGCCAA AGATTATCTT ATCGGCTCGC TAGAATTCAT GATGCCAACC
ATGGCGATAT TTCCGCAGCC ATACAATTGG TTGGTGAGCC GTAGTTGGGT GAATCACTTC
AGTAGCAAGT ACATAGGTTT GGCTGACAAC CCCAAACTGA GCAAGCTCAA TCTGAAAAAA
GAAATGTCGC GTCGTGGTAT TCGCTTAGCT ACACCATTGG CCATTGAAGC CTTAAGTCCA
AAAGATAGAA CGCGCGCCGT TATTGTGGTG CAAGATGCTT TCACCAGTTA CTTTGAAACC
GAATTGGTAC TAGACACTAT GGAAACTCTA AGTCGTCTAG GCTTCCAAGC TTATCTCGCG
CCTTACATGC CTAATGGCAA ACCCTTACAT GTACATGGTT TCATGAAAGC TTTTAACCGA
ACTGCTCGTA AGAACTTAGA CATGCTGCAA AGCTTAGCAT TTTATGGCTT ACCATTTATC
GGTATTGACC CTTCGATGAC GCTTACTTAT CGATCGGAAT ACACCAAAGC CTTTAGCGAT
AGTCGTCAAA TACCGAACAT CCAGTTGATG CAAGAATGGT TGATGAAAAA AAGTGCACAT
CTCATTAAGC AGCCTTTGAT GTGTGATAAC TCAACTTACC ACCTAATGAC GCATTGCACA
GAGAAAACCA ATGCTGCAGC ATCAATTCAA GATTGGCAAA AAGTGTACAG CATTTTAGGT
CTGGAACTAA AAGTCGAAAA CGTCGGTTGT TGTGGCATGG CGGGGACCTA TGGTCATGAA
ACCGCCAATA AAGAAACCTC GAAAACCATT TATGACTTGT CTTGGAAAGA AAAAGTAACC
GACCCTGGCT TACTCGGAAA GCTAGTGGCA ACAGGCTACT CTTGCCGTAG CCAAGCAAAG
CGTTTTGATG ATGTTGCCAT TCCTCATCCA GTGCAGGCAA TCTTGAAGCA TCTCCGGGAA
GCACGAGTCG AGTAG
|
|---|
| Protein sequence | MIPKLSEVSP IQAKYLSFIE RLKASGFSGD TSPDYANRVV LSTDNSIYQV LPQGVIFPKN
TQDIQLLVQL SNQEEFYDIV LSPRGGGTGT NGQSLTDGLV IDLSKHMNRI LEINAEEGWA
RVEAGVVKDQ LNKAIKPHGL FFAPELSTSN RATIGGMINT DASGQGSVMY GKTRDHVLSL
KTVLLDGHLL ESSPIDNETL TNIQSGSDYS AHAHRVVDNI QKSKAQQIKE TFPELNRCLT
GYDLAHIRTE DGQFNMNSVL CGSEGTLGFI VEAKVNILAI PTYAALVNIR YDSFEGSLRH
ARELLAANPT SIETVDSKVL GLAKGDIVWN SVAEFFPEKA GENIQGINLV EYTGNDEQDV
ANKIKVLTDK LDILVEQSGS SALGYTIAMG HDSVNKLWAM RKKSVGLLGN AKGERRPIPF
VEDTAVPPEN LADFIMEFRE VLDSYNVQYG MFGHVDAGVL HVRPALDLKD ESQEPMIREI
TDKVVALTQK YNGLLWGEHG KGVRSEYSPA FFGELYPSIQ QVKAAFDPRN QLNPGKIATP
FELGTDLLKI DAVPLRGQFD RQIPLQNRDQ FQEGMYCNGN GACYNFDPND AMCPSWKGTR
DRRHSPKGRA SLMREWLRGM SQQSVDTVKA SKDAKDSNFL FSFLPRLKNT LAKRRGDYDF
SNEVHESMMG CLACKSCVGQ CPIKVDVPEF RAKFLELYYS RYLRPAKDYL IGSLEFMMPT
MAIFPQPYNW LVSRSWVNHF SSKYIGLADN PKLSKLNLKK EMSRRGIRLA TPLAIEALSP
KDRTRAVIVV QDAFTSYFET ELVLDTMETL SRLGFQAYLA PYMPNGKPLH VHGFMKAFNR
TARKNLDMLQ SLAFYGLPFI GIDPSMTLTY RSEYTKAFSD SRQIPNIQLM QEWLMKKSAH
LIKQPLMCDN STYHLMTHCT EKTNAAASIQ DWQKVYSILG LELKVENVGC CGMAGTYGHE
TANKETSKTI YDLSWKEKVT DPGLLGKLVA TGYSCRSQAK RFDDVAIPHP VQAILKHLRE
ARVE
|
|---|
| |