| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3934 |
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| Symbol | |
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| ID | 4244017 |
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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 | 6080614 |
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| End bp | 6085413 |
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| Gene Length | 4800 bp |
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| Protein Length | 1599 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638108856 |
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| Product | WD-40 repeat-containing protein |
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| Protein accession | YP_723438 |
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| Protein GI | 113477377 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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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 | 0.146607 |
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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 | 0 |
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| Fosmid unclonability p-value | 0.000100505 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | unclonable |
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Sequence |
| Gene sequence | ATGTCTAATA GTGGTAATAT AGAAAAGTTG CTTCGAGGCT TGAAGATGTC TAAAGGAAGA
TTCTCGCCTT TTTTGGCTCG TTATAGTTAT GTGAGTCAGC GCGATCGCTT AATTGAAAAT
TTCCGAGCAT CTTTTCCTGG TGTATTGAAA GTATTGGCCT TGGATGAGTC TGTGACCCAA
ATTTATACAA CTGTCAGAAA ATATTTAGAA GGCAAAGAGC TGGATGTTTT GATGGTCTGT
GGTTGGGAGT CGTTGAGGAA TATTAATGAA TTATTAGTGG CAATGGGATA TGTGCGGGAA
GAGTTTAGAA AACATTGCCC TCTACCAATA GTTTTTTGGG TAGATGGGAA CGTTTCCCGG
AAATTTATTC GGTTAATTCC AGATTTTTAC AATTGGGTGA GTCTGACTGT ATTTGAATCT
GCTAATGATG AATTAATTGA TTTTATTCAG CAAACGAGTG AGAATGTTTA TCAGAAGGTT
TTGGAAAGTG GGGTAGGAAT ATTTTTAGAT TATACTGACC TGGGTTTGCC AGAGTCTAGT
TATCAAGATT TGTTAGAGGC TCGGCAAGAG TTGGCCAATA GAGGAATTAC TTTAGAAGCA
GAACTAGAGG CGAGTCTGGA ATTTGTTTTA GGTAGGTTGA CAGATGATTT TGAGGAAACA
GCCCGAGATC ATTATCAACG GAGTCTTGAA CTTTGGCAAC AACTTAAGAA CCCGTTGCGA
GTTGCTCATA CTTATTATTA TTTGGGTTTG TGGTGGCAGA GTTATGGGGT GACACATCGA
ACAGAAAAAA AGATAGCTGA CAAGAATGCT GGGGATTATT TTCAACAGTC AGTAGAAGGT
TTTGAGGCAA TTAAGCGTCT AGACTTAGTT GCTAAATTTA TCAATGGTTG GGGAGAAGTT
TTGCAGGTTT TGGAGAGTTG GGAGCAGTTG GAAACTGTTG CGAATAGAGC AATAGAAGTT
TTAGATACCT CCCAGCCTTC TTTTAGACTA GCCCGTGCTT ATGATTTTCT TGCCGAATGT
GAACTAGCTA AAGGTAACTA TAAACAAGCC AAACAACTTG CTGAAACTGC TATAGAAATT
TTCAACAATA CTCAAAGCGC TGCATCTGTT CTTACCTCAG AAAAAGATCA AAAAACTTTA
GATCGGGAAA AGTATTATCA TCGGGGTAGA TATTTATTTT CTTTGGCAAA AGCTGAAAAA
GGTAGTGGTA AAATTAAATC AGCTATAGAT ACTTTGGAAA AAGCTAAAAA GAGGACGAAG
CCTGAATATA ACCCGGATTT TTACATCAAT ATTATTGAGA AATTACGAGA AATATATTAC
CAAGAAAAAG AATATCTTAA AGCTTTTAAA TTAAAGCAAG AACGACAAAG AATAGAACAA
CTATTTGGGT TTATAGCTTT TGTTGGGGCG AAGACTTTGG GCTCTATAAA ATCTAATATT
CATCTCGCTT TACCTTATTT AAAACCAAAC AATAATCAAC AAAAAATAAC TCAGGAAATA
GCAGCATCTG GACGAGAATT TGATGTCAAA ATATTACTGG AAAGGTTGAG TCAACCTCAA
CATAAGCTTA TAGTTCTTTA TGGAGAATCA GGAGTTGGTA AAAGTTCGAC TTTGCAGGCT
GGATTAATTC CTGTTTTAGA GAAAAAATCA ATTGATACTC GTGATGTCGT GGTGGTTTTA
CAGCGAGTTT ATGTTAATTG GATTTGCCAA CTAGGAAAAG GTTTAGCTAA ACAACTGGAA
ACAACTAAAA ATTTAGCTGT TAATTCAGAG AAACTAACCT CAATTGAAGG AATTTTTGCT
CAGTTAAAAA AGAATGAACA ATTAAATCTA ATGACGGTTA TTATTTTTGA TCAATTTGAG
GAATTTTTCT TTGTTAATAG GGAACTTCAG GATAGACGAG AATTTGCTCA GTTTCTCCAA
AATTGTTTAG AAATACCTTT TGTGACAATT ATTTTATCAT TGAGAAAAGA TTATATTCAT
TATTTGTTAG ATTTTAGTCG TTGGGCTAAT TTAGAAGTAA TTAATGAGAA TATTTTAGAC
AAAAATATCC TCTATTACTT AGGGAATTTA AGACCTTCAC AGGCAAAAAT AGTCATTGAA
AAATTAACAG CAAATTCTCA GTTTAAAATA GACTCAGCAC TGACAGAAAA ATTGGTAGAA
AACTTAGCAC AGGAGTTGGG AGAAGTTCGT CCTATTGAGT TACAAGTAGT GGGGGCACAA
CTCCAGGAAG ATCAGATTAC GACTTTGGCA AAATATCAAG AATTAGGAAA TATTCCTCAA
GTAGAATTGG TAGAGAGATC TTTAAAGTCA GTGGTGAAAG ACTGTGGAGA AGAAAATGAA
AAATTTGCCT GGGTGGTGTT GTGGTTATTA ACGGATGAAA ATAATACTCG ACCTCTGAAA
ACTCAAGCTG AGTTGGTGAA AGAAAGTGAC TTTAATCCGG AGAAGTTAGA GTTAGTATTA
AATATTTTTG TAGGTTCGGG ATTAGTATTT TTATTGCCAG AAAAACCAGC AGCTCGTTAT
CAGTTAGTAC ATGATTATTT AGTTTGGTTT ATTCGACAAA GAAAAGGAAA TAAAATACAA
GAGGAGCTCA AACAGGAACG GGAAAAACGG CAGCAGTTGC AGACGTGGTT AGTTAGGGGT
TCTGTTGCTG TTTCCTTGGT GATGGCGATA TTGGTAGGGG CGATATATAT GTCTGTAAGG
GAGGAACATA AGGAAAAAAT TATTTCTCAA GCTAATGAGT CTAGAGCGTT ATCTATTTCT
GGTCAGCGAT GGGATGGGTT GATGACTGCG ATGAATGTTA GGCAAAAACA AATTGATGCT
AAAATTAAAC CAATAGGTAA AGCTAGCAAG ATTACAAATG CCCTCCGAGT CGCAGTTTAC
AGCTACGATA AAGATGATGA GTTTCGAGAA ATTAATCGTA CTCAGGCCCA TGAGAATTGG
GTAAATGGTA TAGCATTTAG TCCCGATGAA GAAACTATTG CTTCTGGAAG TTATGACAAC
ACAATGAAGT TGTGGAACCA TCAGGGAAAT TTATTGCAGA CTCTAAAAGG TCATGAGAAT
TGGGTAAATG GTATGGCTTT TAGTCCCGAT GGAGGAACTG TAAAGTTGTG GAACCACCAG
GGGAAATTAT TGCAGACTCT AAAAGGTCAT GAGAATTCGG TCTATGGTAT AGCATTTAGT
TTTGATGGAG AAACTATTGC AACTGCTGGT GCTGACAAAA CAGTGAAGTT GTGGAACCCT
CAGGGAAAAT TATTGCAGAC TATCACCGGC CATGATAACT GGGTCTATGG TATAGCATTT
AGTCCTGATG GAGAGACTAT TGCTTCTGCT AGCTGGAAAA CAGTGAAGTT GTGGAACCGT
CAGGGGAAAT TATTGCAGAC TCTCACCGGC CATGAGAATT GGGTCTATGG TGTAGCATTT
AGTCCTGATG GAAAGACTAT TGCAACTGCT GGTGGTGACA AAACAGTGAA GTTGTGGAAC
CGTCAGGGGA AATTATTGCA GACTATCATC GGTCATGAGA ATTGGGTCTA TGGTGTAGCA
TTTAGTCCTG ATGGAAAGAC TATTGCAACT GCCAGTGGTG ACAAAACAGT GAAGTTGTGG
AACCGTCAGG GGAAATTATT GCAGACTCTA AAGGATCATG ATAATTGGGT ATATGGTGTA
GCATTTAGTC TTGATGGAAA GACTGTTGCA ACTGCCAGTG GTGACAAAAC AGTGAAGTTG
TGGAACCGTC AGGGGAAATT ATTGCAGACT CTAAAAGGTC ATGATAACTG GGTCTATGGT
GTAGCATTTA GTCCCGATAA AGAGACTATT GCAACTGCCA GTGGTGACAA AACAGTGAAG
TTGTGGAACC GTCAGGGGAA ATTATTGCAG ACTCTCACCG GCCATGAGAA TTCGGTTTAT
GGTGTAGCGT TTAGTCCTGA TGGAAAGACT ATTGCAACTG CCAGTGGTGA TCAAACAGTG
AAGCTGTGGA CAAATTGGCG GATAGAAGAT TTAACTAAGC ATGGTTGCGA GCGGTTAAAT
AATCATTTAG TTGCCCATCC CCAGAAGTTA GAGGAACTCA GAATTTGCCA AACTGACGAA
CGCAAGAAAT TAGCTGCTAG TAGTTGGGTA ATAGAGGGAG AAAAGTTGGC AAGGGAAGGG
AAGGTTAAGG AGGCAGTTGC CACGTTTAAG AAAGCAGCAA AATGGAATTC TGATATCAAC
ATCAACTCAA ATTTTCTAGT TTGGGCAAAA TTATTAGCTG AGGCAGAAAC ACTGATGGAG
GAAGGAACGG AATTAGCAAA AGAAGAAAAA ATAGAGGCTG CAGTGGAAAA ATACCAACGA
GCAAAAGAAC TTGATCAAGT GGCATTTACC CCTACTTGGC AAAATGTTGA CCCAGAAGCT
AAAGCTAAAT ATCAGGCAGT GGATGCTTTG TTGAATAAAG GGGATGAACT TCTGAGGAAG
AGAAAGGTTA AAGAAGCGAT CGCCTCCTAC GAAAAAGCAG AAAGGATCGA CTCCACCCAA
ATTTCTGCTT TTAACTGGAA TAAACTTTGT CGGGATGGTA GTCTTGATCA AAAAGCTGCT
GATGTTATGT TTGCCTGTGA AAAAGCAGTT GCCATGAGCC CGCAAGATGG CAAAATTATT
GATAGTCGCG GACTTGCTAG GGCATTAACA GGGAATATTG AGGGAGCGAT CGCTGATTTT
CAAGTCTATG TAGAATGGAC GAGAAATGAG GAGAAAAAAG CACAACGACA ACAATGGATA
AAAGCACTTC AGGCAGGGGA AAACCCATTT ACTGATAAGC TGTTGGAAGA GTTAAGGTAG
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| Protein sequence | MSNSGNIEKL LRGLKMSKGR FSPFLARYSY VSQRDRLIEN FRASFPGVLK VLALDESVTQ
IYTTVRKYLE GKELDVLMVC GWESLRNINE LLVAMGYVRE EFRKHCPLPI VFWVDGNVSR
KFIRLIPDFY NWVSLTVFES ANDELIDFIQ QTSENVYQKV LESGVGIFLD YTDLGLPESS
YQDLLEARQE LANRGITLEA ELEASLEFVL GRLTDDFEET ARDHYQRSLE LWQQLKNPLR
VAHTYYYLGL WWQSYGVTHR TEKKIADKNA GDYFQQSVEG FEAIKRLDLV AKFINGWGEV
LQVLESWEQL ETVANRAIEV LDTSQPSFRL ARAYDFLAEC ELAKGNYKQA KQLAETAIEI
FNNTQSAASV LTSEKDQKTL DREKYYHRGR YLFSLAKAEK GSGKIKSAID TLEKAKKRTK
PEYNPDFYIN IIEKLREIYY QEKEYLKAFK LKQERQRIEQ LFGFIAFVGA KTLGSIKSNI
HLALPYLKPN NNQQKITQEI AASGREFDVK ILLERLSQPQ HKLIVLYGES GVGKSSTLQA
GLIPVLEKKS IDTRDVVVVL QRVYVNWICQ LGKGLAKQLE TTKNLAVNSE KLTSIEGIFA
QLKKNEQLNL MTVIIFDQFE EFFFVNRELQ DRREFAQFLQ NCLEIPFVTI ILSLRKDYIH
YLLDFSRWAN LEVINENILD KNILYYLGNL RPSQAKIVIE KLTANSQFKI DSALTEKLVE
NLAQELGEVR PIELQVVGAQ LQEDQITTLA KYQELGNIPQ VELVERSLKS VVKDCGEENE
KFAWVVLWLL TDENNTRPLK TQAELVKESD FNPEKLELVL NIFVGSGLVF LLPEKPAARY
QLVHDYLVWF IRQRKGNKIQ EELKQEREKR QQLQTWLVRG SVAVSLVMAI LVGAIYMSVR
EEHKEKIISQ ANESRALSIS GQRWDGLMTA MNVRQKQIDA KIKPIGKASK ITNALRVAVY
SYDKDDEFRE INRTQAHENW VNGIAFSPDE ETIASGSYDN TMKLWNHQGN LLQTLKGHEN
WVNGMAFSPD GGTVKLWNHQ GKLLQTLKGH ENSVYGIAFS FDGETIATAG ADKTVKLWNP
QGKLLQTITG HDNWVYGIAF SPDGETIASA SWKTVKLWNR QGKLLQTLTG HENWVYGVAF
SPDGKTIATA GGDKTVKLWN RQGKLLQTII GHENWVYGVA FSPDGKTIAT ASGDKTVKLW
NRQGKLLQTL KDHDNWVYGV AFSLDGKTVA TASGDKTVKL WNRQGKLLQT LKGHDNWVYG
VAFSPDKETI ATASGDKTVK LWNRQGKLLQ TLTGHENSVY GVAFSPDGKT IATASGDQTV
KLWTNWRIED LTKHGCERLN NHLVAHPQKL EELRICQTDE RKKLAASSWV IEGEKLAREG
KVKEAVATFK KAAKWNSDIN INSNFLVWAK LLAEAETLME EGTELAKEEK IEAAVEKYQR
AKELDQVAFT PTWQNVDPEA KAKYQAVDAL LNKGDELLRK RKVKEAIASY EKAERIDSTQ
ISAFNWNKLC RDGSLDQKAA DVMFACEKAV AMSPQDGKII DSRGLARALT GNIEGAIADF
QVYVEWTRNE EKKAQRQQWI KALQAGENPF TDKLLEELR
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