| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_1479 |
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| Symbol | |
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| ID | 4243054 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 2243655 |
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| End bp | 2249795 |
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| Gene Length | 6141 bp |
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| Protein Length | 2046 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638106631 |
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| Product | methyltransferase type 11 |
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| Protein accession | YP_721241 |
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| Protein GI | 113475180 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.604446 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAAAAT TTGAAATGGC AGATAAACAA CCTCAACAAC TAGCAGCAAC TACTGGATTT
TTAGACCAAC TAGCAATAGA AAATGAAACT GTTTGTTTAA GTGGATGGGT TCTGTCATTT
GAATCTGAAA TGGTAACTAA TTTTAAGGTT TTATTTGACA GTAAACAATT AACAGAATTT
AGATTAACTC AAGGTATTCC TAGTCCTGGA GTAAAAAAAG CACATCCTAA TATTTCTGCT
GCTGATAATG CTCGGTTTAT TATTAGGTTG CCAATGAATA AACAGCAGCA ACAAGAATTT
AAAGATTCTC TGATTATTTT AATTCCTTTA GTAAAAAATC GTGAAGGAGA ACCTCTATTA
AATGGTGTTA CTCCTGCTTT ATCTTCTTTA TTAAAAACAT CAGAAACTAA TGATTTACCA
ACTACTACTC CCCAAGTAGA ATTGATTTCT GTTCATGTAC CAAAAGCTGC TGGAACTGCT
TTTAGACAGG TTTTATTACA GGTTTATGGA ACTCAAGGAG TTCTTACTGA TAAAACTAAT
ATGTTTGAAG ATAATATGCC GGCTACTATT CATTGGCAAA CTAAAGTTAT TGAGGGTCAT
TTTCGGGCAG GTAAGTATGA CAAATTATTT CCTAATGCTT ACAGAATTAC ATGGTTAAGA
GAACCGATAC ACAGGTTAAT TTCTGATTAT TGTTTTCGCC ACATGTCTAA TCCTACTCAA
GATCATTTAA ATAAAGAGAG TTTATTAAAG TTTGCTCAAG GTAATAGTAA TTTGATGGCT
TACTGTGTAA ATGCTAAGTC TTTAGATTAT TTTGATTTTA TAGGAATTAC AGAACATTTT
GCTGAGGATT TACTGGAACT GAAAAGTATT TTTGGATGGT GTGATTATGA GGTGATTTAT
CAAAATAGAA ATCCCTATCC AGAATATATT GAGTTTCAAA AGAAAGTCTT GTCAGATAAA
AAGTTAATGG ATGAATTAGC AGTAGCTAAT AGTCAAGATA TGGAGCTTTA TGAAGCTGCT
TTGAATTTAC GAAAAACTCC TAGGAAAAAA TTAAGTTTTA TAAGTTCACC TCTACAAAAA
TATAAAACTG TAGCAACGGT AGGAAATTTG GAAGTTGCAG AAATTAAGAA TCAACAGTTA
AATTTGTCTG GTTGGGCAGC TTCATTTAAT TCTGGTCTTG TAGATAGTTT TGAAGTTACT
GTGGCAGGTC AAAAGTTAAT AAATTTTGAA CAATTTTTGG GTCTCTCAAG TCCTGATGTT
AAAAAAACTT TTCCCCATTT AGACAGTGCT GAAGTTGCTC GTTTTCACTT ATTAGTAACT
TTATCTCAAA CACAAATTGA AGAGTTTATA GGCTCTGTTG TAGCTTTAAC TCCCTTTTTT
CAGGGGCGTA AAGGTTTGCC GCTTCTTAAA GTAATTTCTC CTGTTGATGG ACGGGATAAA
GCTGTTAACT ATAAAGTTAT TAATCAGGAT AAGAATGTTG CCCCTCATCT AGTTTTACCT
GATGGCAAAT CTATATCATT TCCACTAAAA AATTTAGTCA CGCGAGTTCA TGGAGACTCT
GAAATTAGTG CTTTTTTAGA GGTAGGTAGA CAAATAAGTA TAGATATAAG AACGGCACTC
CAGAAAATTG GTAAAAATTT TAGTGAATTT AAATCAGTAT TGGATTTTGG TTGTGGTTGT
GGACGGGTAA TTATTTGGTA TAGTTCAGAA AGTGATTCTA CTTCTCTATA CGCTACAGAT
ACTGATACTG AAGCTATATC ATGGTGTCAA AAAAATATTA AGTTTGCTAA GTTTAATGTT
AACCAAGCAT TGCCACCTTT GCCTTATGAA GATAATCAAT TTGATTTTAT TTATCTCATC
TCAGTATTTA CTGATATTAA TGAGGAAATG CAGTTGAAAT GGTTGCAAGA ATTGGAAAGA
ATTACTAAAC CAGGGGGTGT TGTACTAATA ACAACTCGCC AACTAAGAAG TCCTAAGGAA
GCTATTGAAA TGGCACCTAA ATTAGTAGAA TTAGGATTAA TACATATGCC ATCTTCAGCA
TATAAAAATG TCTTTCCAGA TTGGTATGGA ATTACGCTTC AGACAGAAGA ATATGTCAGA
AATAAGTGGG TTAATTTATT TGAAATAGTT GATTATTTTC CGGGGGGAAT TAGAGGTAAT
CAAAATATAG TATTGCTCCG GAAAAATCTG AAGGAAAATT TTGATTTGTC TCCAGAAGCG
ATCGCTACTA AGCCAGAAAT TATCAACCAA TCTCCGGATC GGAAAATGCC GGATATTAAA
CTTATTTCTG AAACTGGATA TCTGGAAAAA GTAGAATTTA CAAATAAAAA TGAATTATCT
ATTAAAGGTT GGGTTGCTGA TATTAATAAT GGTTTTTTGG AAAACTTTAA AGTTACTTTT
GATGCTATAG AAATAAACAG TTTTGAACTA AAGACTGGTA TTCCTAGTCC AGATGTCAAA
AAAATACACT CTAATCTTCA TAATTCTCAT CATGCTAGAT TCCATATCAA AGTATCTCTA
AATTCAGAAC AAGTTTCACA ATTCCAAAAT TATCAGATTG ATTTAATTCC TATCTTTAAA
GATGATCAAG TTGGAGTTTT ATCTAAGACT TTAGATATCC CTAAACAAGG TACTTTTCCT
GAAGATCCTA TACTTTCAAA ACAATCAAAT TGTATAGAAT CAATTGAAGC TATTAATACG
GCAGGTCAAC CTCTTAGTCA AAGTCAAAAG TCAGAAGTTG AAAATCAACA ATATTCTGAG
CAATATTCTG CAATTGATAA ATTTGTTACC TCAATAGTGG TTGATTCTTT TGGTTATTTA
GAAAAGGTAG GAATTGATAA TCAAAAATTA GTAGTATCTG GTTGGGTAGG TTCGGTTAAA
TTTGGTTCTG TAGAGGATTT TAAGGTTGTT ATTGGCGGTC AAAAATTTAC TTCTTTTGTG
CAAGAATTAG GTTTACCTAG TCCAGATGTA GCAAAAGTTC GCCCTCAACT TAATAATGCT
GGAAATTCTA GGTTTCGTCT GGAAATTTCT CTCTCTCAAG CACAACTTAA AAATTGTCAA
AATTCTTTGA TTGTTCTAAC TCCAATATTC TCAGGAAAAG AGGGAAATAT TCTATTTAAA
TTATTTCAAC CATCCCTACC TATTCCTAAT GATAAATATA TAGATGGGGG AGCAAAAAAT
TTTATTCCCA GAAGCTTTAA ATTTTTAGGT GATTTTATCC AAAGGGTAGC TCTTCAACCA
ACTGCTGAAG TTTTAGAGAT TGGTTGTGGA ATTGGGAATA TAGCTTATGG TCTTTCCTAT
TATTTGCAAT CTCCAGGACG TTATGAAGGA TTTGATTTTT CTGAGGAATT AATATCTTGG
GCGCAACAAA ATATTACTAC TCAAAAACCT CATTGCAACT TCCGTCAGAT AGATTCATAT
TTACCACTTC CTTATTATGC AAAAAGCTTT GATTTTGTAT TTATTAGTTC TAGGTTTACT
CAGGTGGGTG GGAGTGAAAT TCGTAATTAT TTAGATGAAG TTTATCGAGT TGTAAAACCA
GGTGGTCGTC TGCTATTTAA TTGTTTCTTA GTTAACCATG AGTCAGAAAA GTTAATTTCT
AAAGGTAAAA GTTCTCAACC TCTTATTCAT CGACTTCAAG AAGGTTTTAC TAAAGACCTA
AATGCACCAG AAAAAGGTAT GGGTTTTCTG GAGTCTTTAT TGTTGAAGTG GGTTAATAAT
TCTGGTTTTG ATGTCTTGGG AAAATTTTAT GGTTCTTGGT GTGGAAGAGT AGGTTGTAAA
AGTTATCTGG ATATGTTGAT CCTTGAGAAG TCAGAAATCA GAAAGTTAGA ACCCATAACT
CATAAATCAG AATTTGATAT TCAGAAGGAA GAAGAAATAG GAAATGAGGA GGAAGAAAAG
AATTCAGAGG TTACAAGTCA GAAGTTAGAA TTGAAAATTG AAAAGCCAGA AGAAATTGTG
GAAATAATTC CTACAGCTAC TTTAATTGAT ATTCAGAAGG AAGAAAAAAC AGGAAATGAG
GAGGAAGAAA AGAAGTCAGA ATTGAAAATT GAAAAGCCAG AAGAAATTGT GGAAATAATT
CCTACAGCTA CTTTAATTGA TATTCAGAAG GAAGAAAAAA CAGGAAATGA GGAGGAAGAA
AAGAAGTCAG AATTGAAAAT TGAAAAGCCA GAAAAAAGTG TGGAAATAAT TCCTACAGCT
ACCTCTTCTA TTTCTCTGTT ACTGACAGAA ATAACGGCAG ATTTGGAAAA ATCACAAACA
GAGATTCAAG AAATTCAAGC AGATTTGGAA AAGTTCAAAT CTAGAAATAC AAATACTCCA
ACTCAAAATC TATTTCCTGT CAAGCAAGAT AAAAAATTGT TGAGTTTAGC AGAAAAAACT
CCTGCTAAAC CAGTGGCAGA AATTAATAAT TTGCCTGGGT TGGAAGACAA AATTACTGAT
AAAAAACTAG CAGAAGTAAA TGTGAATTTG CCGGGAAACC CTAAAAAACA AAAACAAGAA
TTATTGGGTT TATCAGGAGT AACAGTCGAA AAGTTCTGGG AAATTATTAA TCTAGTAATT
TCAATAGAAG GAAAAAGAGA TTTTTCTCAA CCTTCTATTA GTATCCTTAC CCCTACTTGG
AATTCTTCTT TAGATTGGTT TGTAGAAACA GTTTTGAGTG TTCTCAACCA ATCTATTCCT
GACTGGGAAT GGTGTATTGT TGATGATGGA TCAAAACAGC TAGAAATTAA AAATGTTCTG
GCAGGTTTAG CAGAAAAAGA GTCGAGAATT AAAGTTATAT TGTCAGAAGA TAATGGTGGT
ATTAGTGCTG CGACAAATAA GGCATTAAAA ATGGCTACGG GAGAATTTAT TTGTTTATTA
GACCATGATG ATACTCTAGC ACCGACAGCT TTAGAAAATA GTTTGTCTAA ACTGGCAGAA
GGATTTGATG TGGTTTATTC TGATGAAGAT AAAATTGATT TTTCTGGGTT AAATTATACT
CATCCATTCT TTAAACCTGA CTGGTCCCCC GAATATTTTC GTGGTGTAAT GTATGTCGGT
CATTTATTAT GTTTACGTCG AGAAATAGCT GTGGCTGTTG GAGGTTTTAA GAGTGAATTT
GATGGGGTAC AAGATTATGA GTTTATGTTA CGAGTTTCCG AGCAAACTAA TAAAATTGCT
CATATTTCTA AACATCTTTA TCATTGGCGA CAAGTGAAAG GAAGTATTTC GGGAGATGCT
GATGCTAAAG CAGATATTGA AAAATTACAA CAGGCTGCTG TTAATACTCA TTTGGAAAGA
ATTGGTTTAG CAGCAAAGGC GGAACCTGGT TTGGGTAGAC ATCGGGTAAA TATTCATCCT
TTGCCAAGAA ATAATTATCC TTTAATTAGT TTGATTATTG CTATTCCTAA TATTTCGGAA
AATCTCAATC AATGGTTGGA AAATTTATTA TCTGTTTCTA GTTATCCTGA AAATGAAGTA
ATTTTAATTA GTGGCAATGG AACAGATAAT TTAATCCAAA ATCCTGCTGT GAAGGTTTTA
AGTTTATCTG GTAAATTTAA TTATTCTTGT GCTTATAATT TAGCTGCAAA AACTGCTAAG
GGTGAATATT TTGTTTTTCT GAATACTAAT TTGGAACCTA CAGTTGAAGA TTGGCAAACA
CATCTTTTAT ATTATGCAGA ACAATCTGAT ATTGGTGCTG TGGGAGGGTT TTTGGTTTTA
CCTGACGGAA CTGTTGAAGA CGCAGGTATT GTGTTAGGAA AGTTGGGAAA AGTTAACTAT
GTGATGCGAG GTTTTGCTAC TAATGATGAT GGTTATGCAG GTTCTTTAGT TTGTGCAAGA
GAGGTGTCTG CTGTAAGTAG AAAATGTTTG ATGGTGAGTC GTGAAAATTT TGAATTGGTA
GGTGGTTTTA ATGAACATTT TTTCTGTGAT TATCAGGATG TTGATTTGTG TTTGAAGTTA
CGGAAAAAAG GTAAGCGAAT TATGTTTACT CCTCGCAGTG TTTTAATTAA TAATAAATTA
GAGAAACATA GACAGGAAAA TTATGATATG CTTGATTATA TGTTGTTGTT AGATAAATGG
CAAATTGATA TGGATCTGGG AGACCCATAT TACAATGTTA ATTTTGATAT TCAACAGAAC
AATTATTCTG TGCTTGTGTA G
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| Protein sequence | MEKFEMADKQ PQQLAATTGF LDQLAIENET VCLSGWVLSF ESEMVTNFKV LFDSKQLTEF
RLTQGIPSPG VKKAHPNISA ADNARFIIRL PMNKQQQQEF KDSLIILIPL VKNREGEPLL
NGVTPALSSL LKTSETNDLP TTTPQVELIS VHVPKAAGTA FRQVLLQVYG TQGVLTDKTN
MFEDNMPATI HWQTKVIEGH FRAGKYDKLF PNAYRITWLR EPIHRLISDY CFRHMSNPTQ
DHLNKESLLK FAQGNSNLMA YCVNAKSLDY FDFIGITEHF AEDLLELKSI FGWCDYEVIY
QNRNPYPEYI EFQKKVLSDK KLMDELAVAN SQDMELYEAA LNLRKTPRKK LSFISSPLQK
YKTVATVGNL EVAEIKNQQL NLSGWAASFN SGLVDSFEVT VAGQKLINFE QFLGLSSPDV
KKTFPHLDSA EVARFHLLVT LSQTQIEEFI GSVVALTPFF QGRKGLPLLK VISPVDGRDK
AVNYKVINQD KNVAPHLVLP DGKSISFPLK NLVTRVHGDS EISAFLEVGR QISIDIRTAL
QKIGKNFSEF KSVLDFGCGC GRVIIWYSSE SDSTSLYATD TDTEAISWCQ KNIKFAKFNV
NQALPPLPYE DNQFDFIYLI SVFTDINEEM QLKWLQELER ITKPGGVVLI TTRQLRSPKE
AIEMAPKLVE LGLIHMPSSA YKNVFPDWYG ITLQTEEYVR NKWVNLFEIV DYFPGGIRGN
QNIVLLRKNL KENFDLSPEA IATKPEIINQ SPDRKMPDIK LISETGYLEK VEFTNKNELS
IKGWVADINN GFLENFKVTF DAIEINSFEL KTGIPSPDVK KIHSNLHNSH HARFHIKVSL
NSEQVSQFQN YQIDLIPIFK DDQVGVLSKT LDIPKQGTFP EDPILSKQSN CIESIEAINT
AGQPLSQSQK SEVENQQYSE QYSAIDKFVT SIVVDSFGYL EKVGIDNQKL VVSGWVGSVK
FGSVEDFKVV IGGQKFTSFV QELGLPSPDV AKVRPQLNNA GNSRFRLEIS LSQAQLKNCQ
NSLIVLTPIF SGKEGNILFK LFQPSLPIPN DKYIDGGAKN FIPRSFKFLG DFIQRVALQP
TAEVLEIGCG IGNIAYGLSY YLQSPGRYEG FDFSEELISW AQQNITTQKP HCNFRQIDSY
LPLPYYAKSF DFVFISSRFT QVGGSEIRNY LDEVYRVVKP GGRLLFNCFL VNHESEKLIS
KGKSSQPLIH RLQEGFTKDL NAPEKGMGFL ESLLLKWVNN SGFDVLGKFY GSWCGRVGCK
SYLDMLILEK SEIRKLEPIT HKSEFDIQKE EEIGNEEEEK NSEVTSQKLE LKIEKPEEIV
EIIPTATLID IQKEEKTGNE EEEKKSELKI EKPEEIVEII PTATLIDIQK EEKTGNEEEE
KKSELKIEKP EKSVEIIPTA TSSISLLLTE ITADLEKSQT EIQEIQADLE KFKSRNTNTP
TQNLFPVKQD KKLLSLAEKT PAKPVAEINN LPGLEDKITD KKLAEVNVNL PGNPKKQKQE
LLGLSGVTVE KFWEIINLVI SIEGKRDFSQ PSISILTPTW NSSLDWFVET VLSVLNQSIP
DWEWCIVDDG SKQLEIKNVL AGLAEKESRI KVILSEDNGG ISAATNKALK MATGEFICLL
DHDDTLAPTA LENSLSKLAE GFDVVYSDED KIDFSGLNYT HPFFKPDWSP EYFRGVMYVG
HLLCLRREIA VAVGGFKSEF DGVQDYEFML RVSEQTNKIA HISKHLYHWR QVKGSISGDA
DAKADIEKLQ QAAVNTHLER IGLAAKAEPG LGRHRVNIHP LPRNNYPLIS LIIAIPNISE
NLNQWLENLL SVSSYPENEV ILISGNGTDN LIQNPAVKVL SLSGKFNYSC AYNLAAKTAK
GEYFVFLNTN LEPTVEDWQT HLLYYAEQSD IGAVGGFLVL PDGTVEDAGI VLGKLGKVNY
VMRGFATNDD GYAGSLVCAR EVSAVSRKCL MVSRENFELV GGFNEHFFCD YQDVDLCLKL
RKKGKRIMFT PRSVLINNKL EKHRQENYDM LDYMLLLDKW QIDMDLGDPY YNVNFDIQQN
NYSVLV
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