| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0425 |
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| Symbol | |
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| ID | 4241930 |
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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 | 669642 |
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| End bp | 675599 |
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| Gene Length | 5958 bp |
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| Protein Length | 1985 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638105744 |
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| Product | protein splicing site |
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| Protein accession | YP_720358 |
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| Protein GI | 113474297 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1372] Intein/homing endonuclease |
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| TIGRFAM ID | [TIGR01443] intein C-terminal splicing region
[TIGR01445] intein N-terminal splicing region |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.00902882 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | GTGGAGTGTT GTTTGCTTAT TGACGAAGCA GCAGTCACAA TAGTTGCCGG GAATATTCGA
AGATGTTTAC CTGAAGGTGC TTTAGTACAT ACAGCTTCAG GGTTGGTAGC TATTGAAAAA
ATTCGGATTG GCGATCGCGT ATTAACGAGC CAAGGATTTT ATCCTGTGAC CAACTTCTTT
GACCAGGGTA TTCAGTCTTT ATGTCGTATT CAAACAGAAG ATGGATATTT TGAATGTACT
CCTGATCATA AAGTTGCTGT GCTACAAGAT TTGTATGGTA ACTATAAAAT GATTAAGGCT
AAAGACTTAC AAGAAGGCGA TCGCCTAATT TTTGTCCCTC AAGCAATACC GGGTACTCCC
ACTGAACTAC CTGAGTTAAA AGCTGTTCCA TCATCTGAGG CCAAACTCAT AACGATACCC
GCTCTACAGA GCGAAGTTGC TTATTTTCTA GGATACTTGT CTGGAAATGG ATCGGTTGGT
TCTGATGGAG GGCAAGTTAG GTTTCGAGTT TCCCAAGATA GTCCGGAAAT TCTGGAGCGA
CTGATTAATG TTGCTCAAGA GTTTGGTTTG GAAACACATA GACTGAGAAC GCTGGAACAA
TTTCAAACTC AAGCTTATGA ACTTGAGTTA AATAGCAGCA CTCTTAACAA ATATCTGTCA
CAGTTTAAAC AGCCATCTAA CTCTGTTTGT ATTCCTGAGT GTATTCTGAT GGGAACAACA
GAAATTCGTC AAGCTTATTT GGCAGGTTTA GTAGACGCAG ATGGTTGTCA TTCTCAGGGT
ATACTTTTAA CTTCAGTTGA CCAAGGCTTT CTGCGACAGG TGCAAGCATT ATATGCATCT
TTAGGAATCA CTACAAGATT GTGTGGTTCG GTGCAAAAGC CAACTGGAAC ATGGGAAGGT
GAGTTGGTAA CTGTAAGTGA GGGTGGTTAT GAAGCAGTAG AAAAACTGAT GATGAATTAC
TCGACTCAGT TCCCAGTGCA AAAACCGAAC CACCTTAAGT TTTTCCCAGA CCAGGGGTTT
CCAAAGGAAA TGGTTAGACC TTTAGTAAAG ACTTCTCAAG ATCATTTGGG CAAAGTTCAC
AAGCAGATGA TTTTTCCTTC TGTGAAAAAG TTTGTGGTTG ATGCGACAGA TTTAATTCCG
GTGAAGGTGA AAAAGGTTGA GATGGATGTG AGGGAAGCAT CAACTTATGA TATTGAAGTT
GCCAGTATTC ATGAGTTTGT TTGCCAGGGA ATTTTAGTTT CAAATTCAGC AGGTATCAGG
CAGGGGAGTA ATAGCGATCA TATCTTTACT GTAGCGAAGG ATAATCTCTG GCGACAAGAT
GAAAATGGTA ACTGGGGTAT CGATCCTAAA AGAGATGCTC TGCGAATGGC AAATCATACT
CATGTTTTCC ACTACAAACC AACATTAGAA GAATGTGTAG AGGCAGTGAG AAAACAGTTT
TATTCTGGTG AAGGCGCCAT TCAGTGGGCA GGTGAAGCGG TTGCTCGTGC TAATCGTGAT
CTACTTTTTA CTCCAGAAAT AAAGAGTGAT TTCTTGAAAG CGTATGAAAA AAATAATGCT
AAAAAGTGGT TTCAAGAACA CTATCCAAAT ATTACTAATG ATGAACTGGA ACATCGGTTA
GCGAGATTAG GACTTAACCC TTGTCATTCA GGGGATACTT TAGTATCTAC AGACCAAGGT
TTAATTGCAA TTCAGGATTT AGTAGGTAAA CAATTTCAAG CATTGGTAGA TTTGCGTTCT
ATAGGTTTAT CTGGTGTCAG GTTAACAGAT GCGATCGCTT TTGCTACGGG AGTTAAAACT
ACCTACCAAG TTATTCTGAA TAATGGAATG CAAATGCGAT GTACTGGAGA CCATCAACAT
TTTACTAGTC GAGGTTGGGT TAGTACTAGA GATTTAACTG ATGATGACAA TATTTATATT
CAAGGAGGAG CGGGTCAATT TGGCAAAGGT ACTATTTCTG TTGCTCAAGC TCAAATGCTT
GGTTGGTGGT ACAGGGATGG ATATAATGTT AAGATAAAAG CTCGTAGTCA TAGTCATGGC
GGGAAGCAAG ATTATTTTGC TACAGGGTTT GTTTTTGACC AGGATGACTA TGAAACTGCC
TACAATGTTG TTGAAAAAGC AGTTGCATCA ATTACAGAAA GAGAATATGT AACTAAACTA
CATAAAGGAG TCTATGAATT CCCAACCCAA TATCCTAAAT TAGAAAAGTT TTTTGCTGAT
TTAGGTATAG TTGGAAAAGA AGAACTTCCT AATAATTTTC TTAGTCAATC TCAGGAAGTT
TTAATTGGTT TTTTACAAGG AATTTTTAGT GCAGATGGCA TAGTATATGA AGATTCAAGA
AGAATCAAAC TAACTATGGT TTCGGAAAAA CTTCTCCAAC AAATTCAATT AATTCTCTCT
AATTTAGGAA TTATTAGTAC AGTTGGATTA GTTAGGGAAA AAGATTACAT AGGTGTACCT
TATAGGACTG TTAATGTAAC TCATGAAGTT AGTTTATGCC GGGGTAGTTA TGAACTATTG
ATTTCTAGTT TTAGCTTCAG TTTATTTCAA CAATTAATTG GCTTTCCGCT ATCGCCAAGT
AAAAATGTTA AGGCTGAAAA ATTGCTAGTA CAAACGTTAG CTAATTATTC TGAGTCAACT
ATTAATTCTA AGTTCATATC AAAGGTGAAA AAAGTTGAAG AATTTGGAGA GGAAGTTGTT
TATGATTTAC ATGTTCCTTT AACTAATTCT TTTATCGCTA ATGGTTGTTT AACTCACAAT
TGCGGAGAAA TTATTGGTTC AAATTTTCAC TGTGTGAGCG GAGATACTCT ATTAATTACT
CGCGATAGTA TTCACAAAAT AAAAGATGTT GTTGGTCAAA AAATTGAAAT TTGGAACGGC
AAAAATTGGA GTCAAGTAAT TCCTTTGAAA ACAGGAAAAG ACAGAAAATT ATACCGGGTC
AGATTTGGGG ATGGTTCCTA TCTTGATGTG ACAGAATATC ACAGATTTTT TGTGAAAGAT
CGGTTTGGTA AAAAGTATGA AGAAGTACAA ACAAAGGATT TGCTAACTCA TAGCAAATAT
GCTTTAGATG TGGAACCTTT TATCATAGAT TATCATGATG GAGATTCTAT CAATTTATCT
TATGCTTATA CATTGGGTGC GGCTCTAGGT AATGGAACCA TAGACCAAAA TAGTAATGGT
AAAATTCGGG TTTATTCTCA CAAAGCTGAA TTAATTTTTG CTGGTAATAA ATCACTGGAA
CGACAATATA ATTATCTACC TTCTTTTGTG GATGTTATAG ATTTAGGGTT TTCTGGAGAA
CTACTGCGTC GTCTACAAAC TGAACCTGAT GCTTTAAATA CTATTGCTAG TTGGAATAAA
TCCGCTATTC TTGCTTTTAT CGCAGGATTA GCAGATACAG ATGGTTCTGA GACTAAAGGT
AATGGAATTA AAATTTCTGT ATCTGATTAT GAACGAGCAA AAAGACTGCA ATTATTGTTG
ACAAAATGTG GTATTCGTGC ATCAGTCAAT TTAATGGCAA GTCGCGGTTG TACTACAAAT
TTAGGAGAAA GAAATCAAGA CCTTTACTAT TTACAAATTA CTGATTGTAG AGAAATTCCT
TGTCAAAGAC TAGATACAAC TAAGGTGTGT GAAGCTAAAT TTCAAGGTAA ATATCAAACA
ATTCAAAATG TTGAAGAATT ACCAGGATTA CATGACACTT ATTGTTTTGA AGAGCCGGAA
TTTCATAAAG GTGTTTTTGG CAATGCCTTG ACAGGAAATT GTAATTTATC GGAAATTCAT
CTCAATCAAA TTGAACCAAA TAACTATAAA GAACAGGAGG AAGCTTTTAC TGCTGGTGCC
CTTTCTGTGG CAACTCTACT TAAGCATGAG TTCCTTGAAC CTCGCTATCG TTATAGTCGA
GAATTAGACC CTATTGTAGG AGTATCTTTT ACTGGTTTAT TTGACTTTTT TGTAAAAGCT
TTTGGCATTG AATGGTTGCG TTGGTGGCAA GCAGGTCGCC CGGCAACAGC TCAAGGTCTG
GAGTTTAAAC AACAGGAGGC AAAATATTTA ACTCGTTGGC GGGAAATAGT GCATCGGGTG
GTGTGGGATT ATTGCGATCG TCATAACCTT AAGCGTCCCA ACCGTTGTAC AACAGTTCAA
CCTTCCGGTT GTCTTGACAA AACAGCATTG AGAATATTTA ACCAAGGTTT GCTCTATGCA
GATGAAGTCG TCACACCTGG CAGTGGAGAA ACAGTAGGAT TAGGATTAAC TGTTCGTAAT
GGTATTGGAG CTTCGACAGC GATCGCTAAT CAACCAATGG AACTGGTAGA AATAAAACTG
GCTAATGGCC GGAAATTACG CATGACTCCA AATCATCGGA TGAGTGTCAA GGGTAAGTGG
ATACATGCTT GTAATCTTAA GCCAGGAATG TTGCTTGATT ACAGTATTGG TGAATATCAA
AAACGAGAAG ATACTTTACT AATACCTTTA CAGTTGGAAG ATTATACAGA GGTTAACAAC
TCTCAAACTT TAGGTCATAA CGGTGGTGTC TTGACAAAAA AAATCATGAC TCCTGCAAGT
ATGACTTCAG ACTTAGCTTA CTTTTTAGGT TGTTTATTCG GCAATGGTTG CATTGTTCAA
AACAAATATC AAGTTTGTTT TTATCATAGC AGACTTGATG TTTTGTATGG TCTCCAAGAA
AAAGGCAAAA AATTATTTGG TATTAAAGGC AGTTTAAATG ACTTTGCTAA CGGTCGTTTT
GAATTATGCT TTGCTTCTCG ACAGTTATTC TACTGGCTGC ACTTAAACCA GCTTGTCAAA
ACACAGAAAA GTGAAGATTT AGAACGAATA CCTCTGAGTT TACGTCGCTC TTCACGAGTT
ACTTTGCTAT CATTTTTCTG TGGTCTGATA GATACTAATG GATATGTTCC TCAGGATGGA
AAACTATCCA TAGCTTCAGC TAGCTCTGAT TTTATTCACA ACCTGCAACA AATAGGGGAA
TCTATCGGAC TGTGTTTTAG TATATATCAG AATACTAAAG GGGAGAACTT ACAAAATCAA
CACAATAATA CATGGGGATT ATGTTTGAGT CCTATGTTGT CTAATGTTGA TGCTTTAGAT
TATCTCAACC ATAACAGTAT CAAATGTCAG GAAGGACCTG TAGTTATATC TAAGTGTGTG
TTGAATTATT CACCATACAA AATTGAGTCT GTTAATATTG GTGCAGTGTG TGATTATTCT
TATGATTTTG CCATTGAAGG TATAAATGAT AATGACTCTT GGTATTGGCA AGGTGCTTTG
AAATCACATA ACACCAAGTC TCTGTTAACA AATGCTTCCC CTGGTTGGCA TCCTCCTTTT
GGGTTACGCT GGGTGCGACG GATTACTTTT GCGAAAAATG ATCCCGTAGC ATTAGCTTGT
CTTGACTATG GTTATTCTGT AATTCCTGGG CAGTCAGGCA AAGATGAAAA TGGAAATTTA
CTTAACGATC CTTTTGACGA ACGGGCTAAA GAATGGTTAG TAGAAATTCC AGTACAGGTA
TCTTGGATAG ATTTGCCTGG GGTTGAAGAG ATTGCTATTG AGAAGTTTAG TGCTACTGCT
ATGTTTGATT TTTACATGGA AGTACAGAAA AATTGGACGA CTCATAATAG TAGTAGTACC
ATTTTGTTAA CTGAAGCAGA AATTGAACCT TTGGGCAAAC GCATTTATGA AGCAATTCGC
GATGATGAGG GTTATATTTC CTCAGCATTG TTAGCACGGT TTGATGCACC GTTCCCTCGG
TTACCCTTTG AACATATCTC TAAGGATCAA TATGAAAAAA TGCAAGAGGA TGTGTTACAA
CGACGTAAGT CTCATAATTT CTCCGAGTTG ATGAATGGTT ATGTGTTAGC GAGTGAGTTA
CCAGAGACAG GACCTCAAGA TCCTGCTTGT TCTGGGATGG TTTGTGAGTT GAAGGGTTTA
GAACCCGAAA TTCATTAG
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| Protein sequence | MECCLLIDEA AVTIVAGNIR RCLPEGALVH TASGLVAIEK IRIGDRVLTS QGFYPVTNFF
DQGIQSLCRI QTEDGYFECT PDHKVAVLQD LYGNYKMIKA KDLQEGDRLI FVPQAIPGTP
TELPELKAVP SSEAKLITIP ALQSEVAYFL GYLSGNGSVG SDGGQVRFRV SQDSPEILER
LINVAQEFGL ETHRLRTLEQ FQTQAYELEL NSSTLNKYLS QFKQPSNSVC IPECILMGTT
EIRQAYLAGL VDADGCHSQG ILLTSVDQGF LRQVQALYAS LGITTRLCGS VQKPTGTWEG
ELVTVSEGGY EAVEKLMMNY STQFPVQKPN HLKFFPDQGF PKEMVRPLVK TSQDHLGKVH
KQMIFPSVKK FVVDATDLIP VKVKKVEMDV REASTYDIEV ASIHEFVCQG ILVSNSAGIR
QGSNSDHIFT VAKDNLWRQD ENGNWGIDPK RDALRMANHT HVFHYKPTLE ECVEAVRKQF
YSGEGAIQWA GEAVARANRD LLFTPEIKSD FLKAYEKNNA KKWFQEHYPN ITNDELEHRL
ARLGLNPCHS GDTLVSTDQG LIAIQDLVGK QFQALVDLRS IGLSGVRLTD AIAFATGVKT
TYQVILNNGM QMRCTGDHQH FTSRGWVSTR DLTDDDNIYI QGGAGQFGKG TISVAQAQML
GWWYRDGYNV KIKARSHSHG GKQDYFATGF VFDQDDYETA YNVVEKAVAS ITEREYVTKL
HKGVYEFPTQ YPKLEKFFAD LGIVGKEELP NNFLSQSQEV LIGFLQGIFS ADGIVYEDSR
RIKLTMVSEK LLQQIQLILS NLGIISTVGL VREKDYIGVP YRTVNVTHEV SLCRGSYELL
ISSFSFSLFQ QLIGFPLSPS KNVKAEKLLV QTLANYSEST INSKFISKVK KVEEFGEEVV
YDLHVPLTNS FIANGCLTHN CGEIIGSNFH CVSGDTLLIT RDSIHKIKDV VGQKIEIWNG
KNWSQVIPLK TGKDRKLYRV RFGDGSYLDV TEYHRFFVKD RFGKKYEEVQ TKDLLTHSKY
ALDVEPFIID YHDGDSINLS YAYTLGAALG NGTIDQNSNG KIRVYSHKAE LIFAGNKSLE
RQYNYLPSFV DVIDLGFSGE LLRRLQTEPD ALNTIASWNK SAILAFIAGL ADTDGSETKG
NGIKISVSDY ERAKRLQLLL TKCGIRASVN LMASRGCTTN LGERNQDLYY LQITDCREIP
CQRLDTTKVC EAKFQGKYQT IQNVEELPGL HDTYCFEEPE FHKGVFGNAL TGNCNLSEIH
LNQIEPNNYK EQEEAFTAGA LSVATLLKHE FLEPRYRYSR ELDPIVGVSF TGLFDFFVKA
FGIEWLRWWQ AGRPATAQGL EFKQQEAKYL TRWREIVHRV VWDYCDRHNL KRPNRCTTVQ
PSGCLDKTAL RIFNQGLLYA DEVVTPGSGE TVGLGLTVRN GIGASTAIAN QPMELVEIKL
ANGRKLRMTP NHRMSVKGKW IHACNLKPGM LLDYSIGEYQ KREDTLLIPL QLEDYTEVNN
SQTLGHNGGV LTKKIMTPAS MTSDLAYFLG CLFGNGCIVQ NKYQVCFYHS RLDVLYGLQE
KGKKLFGIKG SLNDFANGRF ELCFASRQLF YWLHLNQLVK TQKSEDLERI PLSLRRSSRV
TLLSFFCGLI DTNGYVPQDG KLSIASASSD FIHNLQQIGE SIGLCFSIYQ NTKGENLQNQ
HNNTWGLCLS PMLSNVDALD YLNHNSIKCQ EGPVVISKCV LNYSPYKIES VNIGAVCDYS
YDFAIEGIND NDSWYWQGAL KSHNTKSLLT NASPGWHPPF GLRWVRRITF AKNDPVALAC
LDYGYSVIPG QSGKDENGNL LNDPFDERAK EWLVEIPVQV SWIDLPGVEE IAIEKFSATA
MFDFYMEVQK NWTTHNSSST ILLTEAEIEP LGKRIYEAIR DDEGYISSAL LARFDAPFPR
LPFEHISKDQ YEKMQEDVLQ RRKSHNFSEL MNGYVLASEL PETGPQDPAC SGMVCELKGL
EPEIH
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