| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmar10_1665 |
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| Symbol | |
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| ID | 4286849 |
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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 | Maricaulis maris MCS10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008347 |
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| Strand | + |
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| Start bp | 1826375 |
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| End bp | 1829647 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 63% |
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| IMG OID | 638141153 |
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| Product | hypothetical protein |
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| Protein accession | YP_756895 |
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| Protein GI | 114570215 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4447] Uncharacterized protein related to plant photosystem II stability/assembly factor |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.193209 |
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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 | 42 |
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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 | ATGCGTAGAA TCATCTGTGC CGTCCTGCTC TTTGCGCTGC CACAAACCGC GTGCGCGCAA
TCGGAGAGCG AGACCGAAAC CGGCCCGTTG ACCTCCGAGA ACTTCGCAGG CTTCGAGTTC
CGCAGTATCG GGCCCGCTTT CATGTCGGGA CGTATCGCCG ATATCGAAAT CATGCCGGAT
GATCCCTCGA CCTGGATCGT CGGCGTCGGT TCGGGCGGGG TCTGGCGCAC GGACAATGCC
GGCACGACCT GGTCGTCATT ATTCGATGAT GAAGGCGTCT ATTCCATCGG CACGGTCACG
GTCGACCCGT CCAATCCCCA TACGATCTGG GTCGGCACCG GAGAGAATCA CGGCGGCCGG
CACCTCGGCT ATGGCAATGG CGTCTATCGC TCCCGCGATG GCGGCGACAG CTGGACCCAT
CTGGGGCTTG AATCTTCCGA GCACATTTCG GAGATCCTGA TCCACCCGGA AGACCCCGAT
ACGATCTGGG TCGCCTCGCA GGGGCCGCTT TGGTCGCCGG GCGGCGAGCG CGGCCTCTTC
AAATCGACCG ATGGCGGCGA GACCTGGACA CTGGTGCTGT CGGCGGGCGA ATGGACCGGC
GTGACCGACA TCGTCATGGA CCCCCGCAAT CCCGACCGTC TGGTCGCGGC GACCTGGCAG
CGCCACCGGA CGGTGGCCGC CTATATGGGC GCCGGTCCGG AGAGCGGGCT GCACGTGTCT
GACGATGGTG GCGATACCTG GCGCGAAGTC ACCGCCGGAT TGCCGAGCGG CAATATGGGC
AAGATCGGCC TGGCGATCTC GCCGCAAAAC CCTGACGTGC TCTATGCGGC GATCGAACAG
GACCGCCGCA CGGGCGGGGT CTACCGGTCC AGCAATCGCG GCGAGAGCTG GACCCGCATG
TCCGACACGG TCTCGGGCGG AACGGGCCCG CACTACTACC AGGAGCTCTA CGCCCACCCG
CATCATTTCG ATCGGATCAT CCTGGTCTCC AACACCACCC AGATCTCCGA GGATGGCGGC
GCAACATTCC GCGGCCTGAA CAATGAGACC AAGCATGTCG ATGACCATGC CATCGGCTTC
CACCCGACCG ATCCGGACTA TCTGCTGGTT GGCTCGGACG GCGGTCTGTA CGAGAGCTGG
GACGGCGATG CGACCTGGCG CTTCATCTCC AACCTGCCGA TCACGCAATT CTACGACATC
GCCCTGGACG ACGCCGAGCC CTTCTACAAT GTCTATGGCG GCACCCAGGA CAATAATACC
CAGATGGGCC CCTCGCGAAC GGACAGCCGG CACGGCATCC GCAATTCGGA CTGGGTCGTG
ACCCTGTTCG GCGATGGTCA TGAACCCGAT GTCGAGCCCG GCAATCCGGA CATTGCCTAT
TCAAGCTGGC AGCAGGGAAA TCTGGTCCGC TTCGATCGCA CGACAGGCGA GCTGGTCTAT
GTTCGTGCCC AGCCCCAGCC CGGCGAACCG GCCGAGCGCT TCAACTGGGA TGCGCCGCTG
GTGGTGTCCT CGCATCAGCC GACCCGGCTC TATCACGCCT CGCAACGCGT CTGGCGCTCG
AATGATCGCG GCGACAGCTG GACACCCCTC TCCGGTGACC TGACCCGTGA CCAGGACCGC
ATGTTGCTGC CGATCATGGG GCGGCAATGG TCCTGGGATG CCGGCTGGGA CATCTATGCG
ATGTCGGTCT ACAACACGAT CAGCGCGCTG GCGGAGTCGC CTGTCGACGA GAATGTGATC
TATGCCGGTA CCGATGACGG TCTGGTCCAG ATCACGGTCG ACGGCGGCGA CAACTGGCGG
CGGACCGAAG CCGGCGACCT GCCGGGCGTG CCCGACCTCG CCTATATCAA TGATTTCGAG
CCATCCCGTT TTGACGCCAA CACGGTCTAT ATGGCGCTCG ACAACCACAA ATACGGTGAT
TTCACCCCCT ATCTCCTGCG CTCGGACAAT CAGGGCCGCA GCTGGCGCAT GATCACCGAC
GGATTGCCAG AGAATGGCCC TGTCTGGCGC ATCGTCCAGG ACCACGAGAA TCCGGACCTG
CTCTTCATCG GTACGGAATT CGGTGTCTAT TTCACCCTCG ATGGCGGCGA CAACTGGACC
CAGCTGACCG CCGGCATGCC GCCCATTCCC GCCCGCGATC TTTTGATCCA TGAGCGCGAG
GACGATCTTG TAGTCGGCAC GTTCGGCCGG TCCATCTATG TCCTCGACGA TATTGCCCCC
CTGCGCGACC TCTCGGTCGA CTCGCTCGAG ACCGACACGC GACTTTTCCC GGTCCGCCGG
GCCTGGTGGT ATCAGGAACA ACACGAGCTT GGATTCGGCT TCAGGGCGTC TCAGGGCGAC
GGCTATTTCC AGGCCGAGAA CCCGGCCTTC GGGGCCCTCA TCACCTATTA TGTCAGCGAG
GGCCTGCAGA CGTCCGAAGA GGCGCGCCAG GAGATGGAAA GCCCGTTGGT CGAAGCGGGC
GAGGATACAC CCTTCCCCGG CTTCGACGTG ATCGAATCGG AACGACGTGA AGCGCCGCCG
CGTTTCTGGC TGGTCATTCG CGACAGCGCC GGTGATGTGG TGCGGCGTCT GCCCGGGCCT
GTTTCGTCCG GCTTCCACCG TGTCACCTGG GATCTCACCT ATCCGAGCTC CGACGCGGTG
ACCACGCCCG ATACGGCAGA TTCCGAGACA TCGGGCTATC TCGTCGCTCC GGGCCGTTAC
TCGGTCGAGC TGGTGCGACA GAGTAATGGC GAAACCGTCG TAATGGGTGA GGCCCAGACG
ATCGAGGTTG AACGCCTCAC CGATGGCGCC CTGCCCGGCT CGCCGGATGA CGAGGTGGTT
GCCTTCTGGG AGCGGCTTGC CTCGATGCAG CGTCAGGTCT CTGCGGCCTC GGCGTCCATC
GAGTTGACCC ATGCGCGCAT CGCACGCCTG CAATCAGCGC TTTATCGAAC GCGTACGGCG
CCGGGTACGC TTGATGACCG CTACGAAGCC CTGAGACAGG AATTGTTCGC CATTGAGGAA
GCTCTGGGCG GCAATCAGAC CATGGCGGGC CGCCATGGCG CGCAAGCGTC CACGGTCGGC
GCACGGCTAT CCTTCGCGCA ATTGGGAACC GGCAATTCGA GCTACGGCCC TTCGCCGTCC
CATGAAGCAC AATTGCAGAT GGCGGAAGAA GAAATGGCCG GCATTCGTGA ACGGCTGGCC
AATCTGACCG AGGCGGCCAT TCCGGCGTTC GAGGCTGACC TGGCCGCGGT CGATGCGCCA
TGGACGCCGG GCACGCCAAT GCCGCCCTGG TGA
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| Protein sequence | MRRIICAVLL FALPQTACAQ SESETETGPL TSENFAGFEF RSIGPAFMSG RIADIEIMPD
DPSTWIVGVG SGGVWRTDNA GTTWSSLFDD EGVYSIGTVT VDPSNPHTIW VGTGENHGGR
HLGYGNGVYR SRDGGDSWTH LGLESSEHIS EILIHPEDPD TIWVASQGPL WSPGGERGLF
KSTDGGETWT LVLSAGEWTG VTDIVMDPRN PDRLVAATWQ RHRTVAAYMG AGPESGLHVS
DDGGDTWREV TAGLPSGNMG KIGLAISPQN PDVLYAAIEQ DRRTGGVYRS SNRGESWTRM
SDTVSGGTGP HYYQELYAHP HHFDRIILVS NTTQISEDGG ATFRGLNNET KHVDDHAIGF
HPTDPDYLLV GSDGGLYESW DGDATWRFIS NLPITQFYDI ALDDAEPFYN VYGGTQDNNT
QMGPSRTDSR HGIRNSDWVV TLFGDGHEPD VEPGNPDIAY SSWQQGNLVR FDRTTGELVY
VRAQPQPGEP AERFNWDAPL VVSSHQPTRL YHASQRVWRS NDRGDSWTPL SGDLTRDQDR
MLLPIMGRQW SWDAGWDIYA MSVYNTISAL AESPVDENVI YAGTDDGLVQ ITVDGGDNWR
RTEAGDLPGV PDLAYINDFE PSRFDANTVY MALDNHKYGD FTPYLLRSDN QGRSWRMITD
GLPENGPVWR IVQDHENPDL LFIGTEFGVY FTLDGGDNWT QLTAGMPPIP ARDLLIHERE
DDLVVGTFGR SIYVLDDIAP LRDLSVDSLE TDTRLFPVRR AWWYQEQHEL GFGFRASQGD
GYFQAENPAF GALITYYVSE GLQTSEEARQ EMESPLVEAG EDTPFPGFDV IESERREAPP
RFWLVIRDSA GDVVRRLPGP VSSGFHRVTW DLTYPSSDAV TTPDTADSET SGYLVAPGRY
SVELVRQSNG ETVVMGEAQT IEVERLTDGA LPGSPDDEVV AFWERLASMQ RQVSAASASI
ELTHARIARL QSALYRTRTA PGTLDDRYEA LRQELFAIEE ALGGNQTMAG RHGAQASTVG
ARLSFAQLGT GNSSYGPSPS HEAQLQMAEE EMAGIRERLA NLTEAAIPAF EADLAAVDAP
WTPGTPMPPW
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