| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OSTLU_15961 |
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| Symbol | |
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| ID | 5003063 |
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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 | Ostreococcus lucimarinus CCE9901 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009361 |
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| Strand | + |
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| Start bp | 8458 |
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| End bp | 11700 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 640418484 |
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| Product | predicted protein |
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| Protein accession | XP_001418581 |
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| Protein GI | 145348280 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG2264] Ribosomal protein L11 methylase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 43 |
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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 | ATGGGCGTCG ATCGCGCTCG CGCTCGTAGG TTGACCGAGA GCGAGAACGA TGACGACGAC
GACCGAAGTC TCGACGCGCG CGAGGAGGTT GGAGATGGTG ACGACGAGAG TGACGAAGAA
GATGTGGACG GGGATAGTGT TGTACGCGCG TCTCTGGAAC GCGCAAGCGA GCGAGATGCG
GAGATTGCGG ATGAGAGGGA TACGCGAGTG CGAATACTTC TCATTCGCGA ACGGGACGCC
GAGTTCGCGC GAGATCCAAA ATTTAAATCG CGATCAATCG CCGAGTTGAA CAACGAAGCC
GTGCGATATT TGAAAGCCGG AGACGATGTC AAGTGTGTGG TGGCTTACGC CAAGGTGTTT
CGAAAGGTTT CTGAAAACAA CGTCACGCAC CCGACGCTAT ACGTGTGCCA CTCAAATCGC
GCATTCGCGT ACTTGAACTT GGGTCTATTT CAAGAAGCTC TGTGGGATGG CCATCGCGCG
CAGACATTGG CGAATGAGCG TTTCACGCAG TTACAAGATG ACGACGGGAG TGTCAAGGTT
TTCGTGAAGG GTTACGCGAG GAAGGGTTTC GCGCTCATGG GTTTGCGGGA ACCGAAACTC
GCAAAGCTCG AGTTTGAGCG CGGATTAACC ATGAGCCCGA CCGATGAGGA ATTGAAGCGC
GGTTTGGAAG AGGCAACGCA AGCAGTCATT CGTGATTTAT ACATCGGACG CGGAAAAGAG
AAACAATATG CCCTGCCGAG CTCCGGGAAA ACGAGTGAGA GAATTTCGTC GCTGCCGTAC
TCGGCGCCGC TTCACCGTGT GCATCCTCGC GATATGCTGC CCAACACGCT ATTGACCCCA
TTCCAAGCCG AAAATGATTA TCATCTGAAG GACACGTACA ATTATATGAC GATTCAAGCC
GATATTCGCG TCCCGAAGAG ACATTTCAAG GTTTTACAAG ACGACGTTCG GCGCGCCAAG
TTCTCTACGG CGATTAAATG CGCAATCGAC AAGATGCACG ACGACGCCAA AGATGCACGA
GTTTTGAATA TCGGTTGCGG TGCGGGATTA AATACAATGT TGGCGTTGAA ACACGGTGCG
CATCACGTGA CGGCTACCGA GCGCTGGCTG TACCTCGCCA TGGCTACGAA GGAGAATTTG
TTGAACAACG GATACAGTGA TGACCAAGTC AAAGTCGTGT ACAAGCGTCC GACTGATCTC
GCGTTGCTTC GCGATGTCCC AATATCGTGC AACGTGTGCG TGTGCGATGT ATTTGACGAC
GGTTTGCTGA GTTCGGGGAT CATTCCCGCC GTTAGGCATG CCTTGGACAA GCTATTGTTG
CCAGACGCAG TCGTCATTCC GTCGAGCGCG ACGCTGTACG CCCAAGCCGT CGATATGCGC
ACGCCCGCCT TTGACGGAAT CAATCTCAGC GCGATAGACG GTTACAGATG GCACCCAACG
TACATTGCAG GCATTGATTT ATTCGAGAAC GCGTACATCA CTCTGAGCGA TCCTGTGCAA
GTGTTCCAAT TTGACTTCCT CATGCCGCCA GACTGTAGCG AGAAGAAGAC GATTGATTTA
ACGTTTACGA AGCGCGGCAA GTTCAACGCC GTGGTGTTTT GGTACGAGAT GACTTTGATT
GATGATGTGA AAATTTCAAC AAAACCTGGT GGTGAAGATT GTCCTTCTTC GATGCGCGCC
GCTGTCCAGT TCATGCCCGG GAAAATATCA ATAGAAGAAG GCAGCGTGTT GCCACTCACG
TGCGCGCACA ACACAGTCGG TATACAGTTT AGTGTCGAAG ATGCAGAGTA CGATCAAGTG
ACGAAAAAAG ATGCCAGTTT TCCAAAATAT CACTTTCACA TGCTTCGCGA TGAGGGGCGT
CTGCACGCGT ATTCGGACGC CCTCGGGCGT CAAGTTGCGC GAATCAAGGC TCGCGGAGAC
ACGTGCAGGG CGCTCGACAT CGGCACGGGA AGCGGTATAC TCGCCATGCT CGCCGCGCGA
GCGGGTGCGG ATTCCGTCGT CGCTTGCGAC ACGCATCCAT CGCTCGTGAG CGTCGCTAGA
CGAAATGTTG CCGCGAATGG TTACGGATCT CAGGTGAGCG TCCTGAAGCG CGACGCGACG
CAACTCGAAC GCGGCAAGCA TGCGCCATAC GACGGCGTTA ATCTTATCGT TCTGGACGTC
TTCGACGCCG GACTCACCGG AGATGACGTG TTGGACATGA TAGAAGCAGC CCGTAAGCAA
TTGAGCGCAT CTACGTGCGC AGTCGTTCCC GCGGCGGCGA CGATTTATTG CGCAGGCATC
GAAGCGTACA CAAGCGAAGT CGACGGTTTC AACATGAGCG CCTTCAACAA GTATAGATGG
GACAGCACGT ACGAGGCGAC GTACATGCGA GACCAGCCTT ACCGAGTGTT GACAAAACCC
AAAAAAGTAT TCGAATTCTT CTTTGATGAC TCCCAGAAGA GCAAGGGCAG GGAAACCGTG
CTAAAGATGG AGACAATCGC GCACGGCTAC ATGAATGCGG TGTGTTTTTG GTTTGATTTG
CACATGGACG AAGAAGAGAC GATTACGACG GCACCGCTAG GGATTGGAAA GGGTGGTACA
ATTGAAAATC AACGCATTCT CGGCGACTTT GACGGTGCGC ATGCGAAAAA GGTCATGTGC
GAATCTCTTC GCAGAGTTCG AGCGAACATG GCGTCGAATC CACGAAGCGA AGACTTTGAA
AGCGACTCTG CGCGCGAGGG ATCAAGCGAC AGGACCGTTT TTGTCTCCGA TGCCACGTCC
TTAGGAGATG ATGAATTCGA CGACGACGAT CGCGAGGAGC ACTATTGGGG GCAGGCGCTG
CAATACCTCG AACGCGGCGT CCAGGTGCGC GCGGGAAAGA AAATCGCGCT CTTGGCCAAG
CGACAAAACG GCGGCGTGCA CTTTAGTTTA AAAGAGGGCG TCGGAAATTG GGTAGGAAAA
CCACCGTGGA AGATTGAATG GGGCGGCGGC GCGTCCGTGG AGAGCCCACA TTTCCAGCGC
GTGCACTATT GCCAATTGCT CGTCAACGAT TTTCTGATGC GTCTACGATG CAAACGGTTC
GCGCCGATCG AAAAAGACAT GAAGATGATT CTCGCGCATT GCGGTGCGCT GTTTCTCGAG
CCTCATAGCT TGACTGACAT ATACCATCAC TTAGTCATGC TAGAAGTGTA CTTTGATTGG
GAAGACTTCT CCCCGGGAAC GAAGGTTGAA TCGATGACGA AGCCGTGTTT GCGCCTGTGC
TAA
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| Protein sequence | MGVDRARARR LTESENDDDD DRSLDAREEV GDGDDESDEE DVDGDSVVRA SLERASERDA
EIADERDTRV RILLIRERDA EFARDPKFKS RSIAELNNEA VRYLKAGDDV KCVVAYAKVF
RKVSENNVTH PTLYVCHSNR AFAYLNLGLF QEALWDGHRA QTLANERFTQ LQDDDGSVKV
FVKGYARKGF ALMGLREPKL AKLEFERGLT MSPTDEELKR GLEEATQAVI RDLYIGRGKE
KQYALPSSGK TSERISSLPY SAPLHRVHPR DMLPNTLLTP FQAENDYHLK DTYNYMTIQA
DIRVPKRHFK VLQDDVRRAK FSTAIKCAID KMHDDAKDAR VLNIGCGAGL NTMLALKHGA
HHVTATERWL YLAMATKENL LNNGYSDDQV KVVYKRPTDL ALLRDVPISC NVCVCDVFDD
GLLSSGIIPA VRHALDKLLL PDAVVIPSSA TLYAQAVDMR TPAFDGINLS AIDGYRWHPT
YIAGIDLFEN AYITLSDPVQ VFQFDFLMPP DCSEKKTIDL TFTKRGKFNA VVFWYEMTLI
DDVKISTKPG GEDCPSSMRA AVQFMPGKIS IEEGSVLPLT CAHNTVGIQF SVEDAEYDQV
TKKDASFPKY HFHMLRDEGR LHAYSDALGR QVARIKARGD TCRALDIGTG SGILAMLAAR
AGADSVVACD THPSLVSVAR RNVAANGYGS QVSVLKRDAT QLERGKHAPY DGVNLIVLDV
FDAGLTGDDV LDMIEAARKQ LSASTCAVVP AAATIYCAGI EAYTSEVDGF NMSAFNKYRW
DSTYEATYMR DQPYRVLTKP KKVFEFFFDD SQKSKGRETV LKMETIAHGY MNAVCFWFDL
HMDEEETITT APLGIGKGGT IENQRILGDF DGAHAKKVMC ESLRRVRANM ASNPRSEDFE
SDSAREGSSD RTVFVSDATS LGDDEFDDDD REEHYWGQAL QYLERGVQVR AGKKIALLAK
RQNGGVHFSL KEGVGNWVGK PPWKIEWGGG ASVESPHFQR VHYCQLLVND FLMRLRCKRF
APIEKDMKMI LAHCGALFLE PHSLTDIYHH LVMLEVYFDW EDFSPGTKVE SMTKPCLRLC
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