| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3192 |
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| Symbol | |
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| ID | 4243787 |
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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 | 4876981 |
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| End bp | 4880268 |
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| Gene Length | 3288 bp |
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| Protein Length | 1095 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 638108198 |
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| Product | glycosyl hydrolases 38-like |
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| Protein accession | YP_722789 |
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| Protein GI | 113476728 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 0.00253204 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGAAATTTT CAATTACCGA AATTTCCACA ACAATTGAGC AACTCAGAAA ATTAACCCAA
CTAGATATTC AAAACAAATG GCGCTCTTGC CAAGAGGATA TACCTATTAC CGCAGTTAAA
AATTTAGATA CTTGGCAGTT AGCTACAACA AATGAAAAAA AACAAATTGC TTGGGAAAAA
GGCAAACAGA TTTTATGGTT AGGGCAAAAG TTGATAATTC CTCCAAATTT AAACGGTTAT
TTATTAACTG ATTTATCTTT ACGATTAGGT TTGGTTTGGT GGGCTGAATA TGTAGAAATT
TATGTGAATG GTAAGTTAGT ACAAACAGGA GATTTATTTG ACTATTCCAG CAGAATTTTG
CTGAGTCAAA AGGTCGTAGT TGGAAAGACT TTTATTATTG CTATTAAATT GGTAAGTCCG
GCACATGACC GAGGTGCTTT AGTAAAGTCT TGGTTTGTCT ATGAAAATCT GAATAATTAT
CAGCTTGATC CTGGTTTTAT GGCAGATAGA CTAGAAATAT TACTGGAATA TTTGACTAAA
TTTGAATCTA AAATTGACTT GAAATTAGAG AGAATAAAAA AATCTATCAG TTTGATAGAC
TTACAAGCAG TTGGAAAGAA AGAAAAGTTC GAGCGATCGC TACTAAATTT ACACTCAGAA
ATAACCAAAA TTTCTGAGAG CTATATTAAT AGTTTAAAGC TAAAACTATT AGGTCATGCT
CATCTAGATT TAGCTTGGTT ATGGGATGTG GAAGAAACTT GGGAAGCCGC ACAACGAACT
TTTACATCTG TACTAAATCT ACAACAAGAT TTTCCTGAAC TTATTTTCTG TCATTCGACT
CCAGCATTAT ATGAATGGAT AGAACAAAAC CGACCAGATT TATTTAATAA AATTAAACGA
CAAATTGAGT TAGGCAAGTG GGAAGTCACA GCAGGTTTGT GGGTAGAACC AGAATTAAAT
ACAGTCGGAG GAGAATCAAT AATTAGACAA GTTTTATACG GTCAACGTTA TGTTTGGGAA
AAATTCGGCA AATTTTCTTC TGTAGCTTGG TTACCAGATA CTTTTGGTTT CTGTTGGCAA
CTCCCTCAAA TTCTTCAAGG CGGAAATATT AAATATTTTG CTACTCAAAA GTTACGTTGG
AATGATTTAA CAGAGTTTCC TTTTGAAATT TTTTGGTGGG AAGCTCCTGA TAAAAGTCGA
ATTTTTAGTT TTATGTTACC GCCTATAGGA GAAAATATTG AACCTGTAAA AATGGCAAAG
TATGCTTATG AATGGCAACT AAAAACTGGA GAAAAAAATG TTTTTTGGTT ACCTGGTGTA
GGAGACCATG GTGGAGGTCC GACTCGCGAT ATGTTGGAAA TAAGTAGAAG ATGGCAAAAG
TCTGGTTTTT TTCCTGTGTT GGAGTTTTCA ACTGCTGAGA ATTTTTTTGC TGAGTTAGTA
GAGAAAAATT CAGGTATTTT TCCTGTTTGG CAGGATGAAC TTTATCTAGA ATTTCATCGG
GGATGTTATA CAACTCATGC AGATCAAAAG AGACGGAACC GCCGTTGTGA AAATTTGTTG
TACCAGGCAG AATTGTTTGC TGTTTTTGCC TCAATTATGA CTGGTGCTTT TTATCGAAAG
AATGATTTGG AGATGGCTTG GAAATTAGTT TTGTTTAATC AGTTTCACGA TATTTTGCCT
GGTTCGGCTA TTCCTGAAGC TTATGTAAAT GTTAATCAGA ATTGGTCGGA GGCGGAAAGG
CTGGGTAAGG AAATTTTGGC GGAGGCTATG GGAAAAGTTG CTGCTGATGT TAATGTTTCC
CCACCTTTTC CTTTAGATAC TTTTGCGGAT GGGATGATTT ATCCGATAAT TGTCTTTAAT
TCTTTGAATT GGCAACGCTC AGAATTAGTT TCAGTTCCAG GAAAGAAGAA TATTGAAGGA
GCAGGGAACA GGGAGAAGGG AGAGGTTTTT GAACTTACAC CTAACTCTCA ACATTTAACC
TTTTTGCAGG GCAGAGAAGA TGACTGGCAA GTTTATGACG ATGCTGGGCA AATACTTACT
TCTCAGATAT CGGATAATAG CTTATTGTTT CTTGCTTCTG ACATACCTGG AGTTGGTTAT
CGTTTGTTTT GGTTATGTTC TAGATTTTCA GATTTGAACA AAAAATCATA CATAGGCAAA
TATATAGCCC ACCATACAGG AACAATAGCA AAAAAAATTG AAAATGTCAA TACTGTTAGT
TTAGAAATAG AAAAATGGGT TCTAGAGAAC AATTTATTAC GGGTAAAGGT AGAAGCAACA
ACAGGAAATC TAGAGAGTAT TTTTGACAAG ATTAATCAAC GGGAAGTTCT GAGAAAACCA
GAAGGAAATA AACTAAAAGT TTTTCGTGAT GAAGGTCAAT ATTGGGATGC TTGGAATATT
GATCCAAATT ATCAACAACA TCCTTTATCT TCAGCAAAAC TAATAGATAT TTTTTGGATA
GAACAGGGAA AATTAAAAAG TTCTCTGCGG ATAATTAGAA AAATAGGTAA TTCTCAGTTT
TGTCAGGATT ACATTTTGGA AATAGGTTCC CAACTACTAA AAATTAAAAA TTGGGTAAAC
TGGCAGGAAA AACATACTTT AGTCAAAGCA GCTTTTCCTA TAAATATAGA AGCAGATTTT
ACTACTTATG AAATTCCTTG TGGAGCAATT AAGAGAACAA CTAAACCTCA GACAGAAAGA
GAGAAAGCAA AATGGGAAGT TCCAGCTTTA AATTGGGCAG ATATTAGTAA AGATAACTAT
GGAGTCAGTT TATTGAATGA CTGTAAATAT GGATATGATG CAAAACCAGA TGAATTACGT
TTAACTTTAT TGAGAGGTTC GACTTGGCCT GACTCGAAAG CTGATGTAGG AATTCACGAA
TTTACTTATG CTATTTATCC TCATATTGGA AGTTGGGAAA ATGCAGGAAC TGTACAACGT
GGTTATGAGT TAAATATGCC TTTGATGGTA CAAATAATGC CTTTGATTAG GGAAGAAAAA
TCTCATGGAA AATTGCCACA AGTTTATCGT TTTTTAGGTT GGGAAGCCGA GAACTTAATT
TTGATGATGT TAAAACGGTC AGAGGATAAT CAAAGTTGGG TTTTTAGATG TTATGAATGT
TTGGGAAAAG AAGTAAAATT AAATTTGGAA AGTGACGCTG GTTTAAGAAT AAAAAAAGTT
GTGAATCTGT TGGAGCAAGA TGTTAGTGAA CCTAATGTTA ATCTTGAGAA TAATAACTAT
AATATTTTAG CTTGGAAAAT AGTCAGTTTT TCCTTAGATA TTCTATAG
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| Protein sequence | MKFSITEIST TIEQLRKLTQ LDIQNKWRSC QEDIPITAVK NLDTWQLATT NEKKQIAWEK
GKQILWLGQK LIIPPNLNGY LLTDLSLRLG LVWWAEYVEI YVNGKLVQTG DLFDYSSRIL
LSQKVVVGKT FIIAIKLVSP AHDRGALVKS WFVYENLNNY QLDPGFMADR LEILLEYLTK
FESKIDLKLE RIKKSISLID LQAVGKKEKF ERSLLNLHSE ITKISESYIN SLKLKLLGHA
HLDLAWLWDV EETWEAAQRT FTSVLNLQQD FPELIFCHST PALYEWIEQN RPDLFNKIKR
QIELGKWEVT AGLWVEPELN TVGGESIIRQ VLYGQRYVWE KFGKFSSVAW LPDTFGFCWQ
LPQILQGGNI KYFATQKLRW NDLTEFPFEI FWWEAPDKSR IFSFMLPPIG ENIEPVKMAK
YAYEWQLKTG EKNVFWLPGV GDHGGGPTRD MLEISRRWQK SGFFPVLEFS TAENFFAELV
EKNSGIFPVW QDELYLEFHR GCYTTHADQK RRNRRCENLL YQAELFAVFA SIMTGAFYRK
NDLEMAWKLV LFNQFHDILP GSAIPEAYVN VNQNWSEAER LGKEILAEAM GKVAADVNVS
PPFPLDTFAD GMIYPIIVFN SLNWQRSELV SVPGKKNIEG AGNREKGEVF ELTPNSQHLT
FLQGREDDWQ VYDDAGQILT SQISDNSLLF LASDIPGVGY RLFWLCSRFS DLNKKSYIGK
YIAHHTGTIA KKIENVNTVS LEIEKWVLEN NLLRVKVEAT TGNLESIFDK INQREVLRKP
EGNKLKVFRD EGQYWDAWNI DPNYQQHPLS SAKLIDIFWI EQGKLKSSLR IIRKIGNSQF
CQDYILEIGS QLLKIKNWVN WQEKHTLVKA AFPINIEADF TTYEIPCGAI KRTTKPQTER
EKAKWEVPAL NWADISKDNY GVSLLNDCKY GYDAKPDELR LTLLRGSTWP DSKADVGIHE
FTYAIYPHIG SWENAGTVQR GYELNMPLMV QIMPLIREEK SHGKLPQVYR FLGWEAENLI
LMMLKRSEDN QSWVFRCYEC LGKEVKLNLE SDAGLRIKKV VNLLEQDVSE PNVNLENNNY
NILAWKIVSF SLDIL
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