| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_4094 |
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| Symbol | |
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| ID | 4653366 |
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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 | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008739 |
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| Strand | - |
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| Start bp | 192605 |
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| End bp | 195925 |
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| Gene Length | 3321 bp |
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| Protein Length | 1106 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639809940 |
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| Product | hypothetical protein |
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| Protein accession | YP_957279 |
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| Protein GI | 120537222 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.278241 |
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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 | ATGGATATGG GCATGAGAAG TAAGTCAAAA GCCTGGGTGA ATGAGTTTTT GTTCATTAGA
GGTATGATTT CGGGGCCAGA TGGAAGTCCG TTATACCTAT ACCACGTGAC TGATGAAGAA
TTTGCCTATC TTCCGACTTT ATTGAGACAG ACTTTGCCCG ATATCGAGAG TCCCGTGCAT
TCGGTATATT GGTCGGCTGC TTTCTGTCTT TTCGTTGCTG AAAAATATCG CAGAGAATAC
GACGGCACCA ACCTCGGATG GTCTTGGGAG GGATTCGAGA AACCGCTTTC AATCAAGCTT
CCAAGTTTGC GTCATTCAGA AATTGTCAGA AAAGGGCTGG AGTTTTGGCG ACGTCCAATT
CGCCTGAGAA CCAATGGTCA TGATTATCTT GGCTCTCTGT TTGATGAAGG TGGATTACCC
TGGCGCCTGA TTCAGAGTGA CACGCACGGC TTCGGTCGGG CTGTTCGTGG GACGATTTCT
AACTATTATC GAGTCCAGCA GTTAGGCGGC GACATAGCTT CGACTGTGTC GAATTACGCC
CAGTATTTTC CGCAGACATT TAGGACCCAT GAAAAATATC TATTGATCGC ATCCATTGTT
GAGTGGCTGA TGGGAATTGC AGAAGCCCAT CCCATTGCAT CAATTGAAGA TCCGGCCGAT
TACCTTGACG AGCATGCACC TGACTGGCGA AAGCTTTCTC CTCTCCCTGT GAGCGAGGGT
AATGCGCGCA ATCTCATCAA TGAATGGCTT AAAGATGCTG GCAAGAGTCG ATCTGAGAAA
AAGCGGATTG AAGCAGACGA GAAAAACTTT TCCTGTGATC ACTGGTTAAA AGGCACCTAT
GAAAATTGGG CGCTCGAAAC AGAGGTATTT CTGCCTTCAG AACTTTCGAT TTCGCTTGAA
GGTGCCCCCA TTCAGAGCAC TAGGGTAGAG GTCGCTTTCT ACGAAGGCGA TGAACTGCTA
AGACGATCGG GAATTGTTCA TGGCAAAGTG AATGACGATC GTTCGCAGAT TACGTTAAAG
ATCAACAACC GAGTAATTCG AGTTGGCCGG GTGAATCCGG AGCTCCCTTT GACCGTTCAG
CTTCTATCGA ACGGACAGCG AATCGATGCC TTCTATTTCG AGGGAAGCGA AGTCGATTTT
GCATCATTGC CACTAATTTT CATTGAGGAC GGAGGGCAGT TAAAACTAGC CTCAACAGCG
TCTACAACCC TGGCGGCTTC ATATGCGTTG GTGAGAGTGC CCCCGGCGTT GAGCTCTGAG
GATTTATCCA AGAGTGAGCT GTTAGGAAGT GATCAATTGG GAGCAGAATG GATCCGCGTA
TCGGAAGACA TCACCTTCGT AGGTGCGGAT TCGCGAGTGG TTGTGCGGTT TGACCCAAAT
GCAGTAATCA CAAAGCCAAC TTTGGCCGGA ACGGTGTCGT TGTACGACAC ACTTCCCAAT
CTTGTCTATA GGGGGTGGCC AAACCTCAGG GCTACTGGAA ATGAGGATAA TCAGGACATC
AGTCTGTTCG CAAACGGTAA ATCCCTGGAA TTCGATTATC AAAAAAATGA AGTTGGCAGC
TTCAGTCTGA GCGCCGTTGC GAAGGGAGGA GAAACCGTTC TTCGCCGAAA GATTGGTGTT
ATACCCAAAG ATCTGCGAGT AATTTCGGTT CCCGCTTCCA CTCACAGCTC CGCCAAAATA
ATTCTGAGGA GTGTGAGGAA GCTTGCGGTT CATATACTTG ATGACTCGAT ACGGGCCGAA
ACTCAATTAA TAGACGATGG TTGTGAGATA ACCCTGGAGC CGATTGTACG AGGGAAGGTT
CCGCAAAAGG TTAACGTTGC GCTCTCGGAT GGCCTTCATC CTGGTGAACC AGTGATTCTG
AGATTACCTT ATCCAAGGAC TGGGGCTCAG CTTTATGACG ATGTGGGCAC TGAGGTTAAA
GGTGGCTTGA TATCCCTCGA TCAGCTGATA GGGATGTCTA TGACGCTGAC ACCAAAGCCC
GATACGAGAG AACAATTCTT TGTTTCTCTT GAGCTTGTGT GTCCGCAACT TCCAAATTTC
CGTCGTCATT ATCCTTTCAC GGTGAATGCC CAGGCGCAAA GAATTAGCCT CTATGCGTTC
GAGGAAGATA TTCAACAGAT GTTGGGAACA ACGTCCAATC AAGACGCATT TGTTCGCATT
AGCGTCGAAA CAGATCGCAT CCTCAAACAG CTCAATATCG TTCGTTATGA TGCCCGTCTT
GAGGGCCCGT TACCGGCAGG AAGGCTCGAA GTAGTTACAG ATACTCCATG TGATTCAGCA
AGCTCGGTCA GAGTATCTGG TATGCGACTC GACGATCCCC GCGCAATTCC AGTAGAGGTT
CCAGAGAGGG TATCCCAGGG TGTAGGAATG GGGGTATTCG AAATCCCACC GAAAATGATG
AAAAACGGTC CTTGGTTACT ATTTCCCCCG GCTGAATCCA GCCTTAAGTT CCGACCAACG
GTCTGGGTTA CGGAGGACTC TGCTAACACA TCCGAATCTC ACGTAAACAC CCTGCATTCG
GCCGCCAAAG CATTTCACCC AGTGCACAAT CCTAATGCTT TTGATCAAGT CATCTGGGCG
ATGGCCCGGG ATTTCTCTCA CAGTGGTTGG GATTATCTTC GGGCCCTTAA AGAGCAATAC
AGCACTTTGC CCTTGTCGGC ATTCGAGAGT TGGAAGGCTT TGGCGAACAA TACTTCAGCG
ATAGCAGCGG CAGTTTTTCG GCTAGAGTTT GATCCTGCGT TTTGTAGGCG GTTGAGTAAC
GAGCTTGCAG TGATCTGGGA AACGGTGAAT GTGCAGACCT GGATCGATGT TCGGGCTGGT
CAGAGCAATT TTCTTGTCGA CCAGGGCATC CCCGAAGAAT TAGCTGAAAA ACTCGTAGAG
GATCGGATAA GCAGCGTCGC TACCGCAATT CCCTGCTTTA TGCATCTTTC GAACTATTTG
CGAGAGCCAA AGCACGTGAA CTTGGAACAG GTTCCTTACG TTTTTGCGAA GATATGCTTT
GAAGATTTGC GACGTAATCA TGCGGACGAC CAGAGATGGC CGGAATGGTT CAAGGTGGAG
CTCACAAACT GGATTCACCA GCAGAGCTTC CCGGCGGAAA TAACGACCCT CCCCGACGTT
GGGTTTTCGA GAGCAGTGGC TTACCTGCCT GTTTTTATGG CGGCGGTCAC AGCAGGAAAA
ACCAATTTTT CAGACCTCAC TGAATCGCTT CCAGAATTGA AATTCGCTGT TCGGGTTCTT
TCGGACTTCG ACCGTGACGC TTGGTATGAA CCTACCTATT CACTGGTACT CTCAAATCTT
TTGCTCGAAA CAGAAGAATA A
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| Protein sequence | MDMGMRSKSK AWVNEFLFIR GMISGPDGSP LYLYHVTDEE FAYLPTLLRQ TLPDIESPVH
SVYWSAAFCL FVAEKYRREY DGTNLGWSWE GFEKPLSIKL PSLRHSEIVR KGLEFWRRPI
RLRTNGHDYL GSLFDEGGLP WRLIQSDTHG FGRAVRGTIS NYYRVQQLGG DIASTVSNYA
QYFPQTFRTH EKYLLIASIV EWLMGIAEAH PIASIEDPAD YLDEHAPDWR KLSPLPVSEG
NARNLINEWL KDAGKSRSEK KRIEADEKNF SCDHWLKGTY ENWALETEVF LPSELSISLE
GAPIQSTRVE VAFYEGDELL RRSGIVHGKV NDDRSQITLK INNRVIRVGR VNPELPLTVQ
LLSNGQRIDA FYFEGSEVDF ASLPLIFIED GGQLKLASTA STTLAASYAL VRVPPALSSE
DLSKSELLGS DQLGAEWIRV SEDITFVGAD SRVVVRFDPN AVITKPTLAG TVSLYDTLPN
LVYRGWPNLR ATGNEDNQDI SLFANGKSLE FDYQKNEVGS FSLSAVAKGG ETVLRRKIGV
IPKDLRVISV PASTHSSAKI ILRSVRKLAV HILDDSIRAE TQLIDDGCEI TLEPIVRGKV
PQKVNVALSD GLHPGEPVIL RLPYPRTGAQ LYDDVGTEVK GGLISLDQLI GMSMTLTPKP
DTREQFFVSL ELVCPQLPNF RRHYPFTVNA QAQRISLYAF EEDIQQMLGT TSNQDAFVRI
SVETDRILKQ LNIVRYDARL EGPLPAGRLE VVTDTPCDSA SSVRVSGMRL DDPRAIPVEV
PERVSQGVGM GVFEIPPKMM KNGPWLLFPP AESSLKFRPT VWVTEDSANT SESHVNTLHS
AAKAFHPVHN PNAFDQVIWA MARDFSHSGW DYLRALKEQY STLPLSAFES WKALANNTSA
IAAAVFRLEF DPAFCRRLSN ELAVIWETVN VQTWIDVRAG QSNFLVDQGI PEELAEKLVE
DRISSVATAI PCFMHLSNYL REPKHVNLEQ VPYVFAKICF EDLRRNHADD QRWPEWFKVE
LTNWIHQQSF PAEITTLPDV GFSRAVAYLP VFMAAVTAGK TNFSDLTESL PELKFAVRVL
SDFDRDAWYE PTYSLVLSNL LLETEE
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