| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0626 |
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| Symbol | |
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| ID | 4241997 |
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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 | 1020821 |
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| End bp | 1027000 |
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| Gene Length | 6180 bp |
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| Protein Length | 2059 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638105928 |
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| Product | tetratricopeptide TPR_2 |
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| Protein accession | YP_720541 |
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| Protein GI | 113474480 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4783] Putative Zn-dependent protease, contains TPR repeats |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | 0.00762464 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGACTATAG CTAATCCTAT TAAAAAGGTT AACCAACTAC TTCGGGAAAG AAAATTTGAT
GATGCTTTTA AAGAGTGCCA AAAATCTATA GAAGTAAACC CTAATTTTTC CTGGAATTAT
TACTATTTAG GAAAAATATT AGCTGCACAA AATAAATGGC AAGAAGCACT TATCCAATAT
GAAGAGGCAG TTAAAATCAA TCCTAACTCT GCAACTTTTT ACTATAGCTT GGCTAAAACT
TTAAGACATC AAGGTCAATT AGATGAAGCA ATTAAATATC TAAAAATAGC TATTTCTCTA
AAAAATAATG TGATTATTTA TCAACAAACT CTAGCTGAAG TTTATGAAGT TAAGTTTGAT
TTTGTGGGCG CATTTAAAAT TTGGCAAGAA ATTATTGCTA TTAATTATAA TCATCCTGTA
GCAACAAAAA AAATTCATTG GTTACGAACA GATATTGTTA GAGATTTTGT CGAGAATGGG
GATAAGTTAA ATAAGGAAGG AAAAATCAAG GAGGCTGTTA ATTTTTACCA GCAAGCATTA
ACTATAAATT CCCAACAGCC TATGCCTATT TATCGTAATT TTGGGAATAA TTTAATTACT
TTAGGTAAAT TTGAGGAAGC AGAAACGGTA TTTAAGCAAT TAAAAGAAAT GTATCCAGAG
CTAACAGATG GTTATGAGGG TTATGCAAGG TTAACTCATA GTTTAGGGAA TTGGGAGTTG
GCATTAAAGC GTTGGGAAAA TGCTATAGAA AAGTTTCCAG AAAATATCGG TTTTCAAACT
CAGAAAGGCA ATATGTTGAT AAATTTGTCT CGGTTTGATG AGGCAGAATC AGTTTTTCAA
AGTTTAAAAG AAAAGTTTCC TCATCAACCT CAAGGTTACG ATGGTTATGC CAGATTAACT
CATAGTTTTG CTGATTGGAA CTTGGCTTTG AAGCGTTGGG AAAATGCTAT AGAAAAGTTT
CCAGAACATA TCGGTTTTCA AACTCAGAAA GGCAATATAT TAATAAATTT ATCTCGGTTT
GATGAAGCAG AATCAGTTTT TCAAAGGTTA ATAGAAAAGT TTCCTCATCA ACCTCAAGGT
TACGATGGTT ATGCCAAATT AACTTATCGT TTTGCTGATT GGAACTTGGC TTTGAAGCGT
TGGGAAAATG CCATAGAAAA GTTTCCAGAA AATATCGGTT TTCAAACTCA GAAAGGCAAT
ATGTTGATAA ATTTGTCTCG GTTTGATGAA GCAGAATCAG TTTTTCAAAG GTTAATAGAA
AAGTTTCCTC ATCAACCTCA AGGTTACGAT GGTTATGCCA GATTAACTCA TAGTTTTGCT
GATTGGAACT TGGCTTTGAA GCGTTGGGAA AATGCTATAG AAAAGTTTCC AGAAAATATC
GGTTTTCAAA CTCAGAAAGG CAATATGTTG ATAAATTTGT CTCGGTTTGA TGAAGCAGAA
TCAGTTTTTC AAAGGTTAAT AGAAAAGTTT CCTCATCAAC CTCAAGGTTA CGATGGTTAT
GCCAGATTAA CTCATAGTTT TGCTGATTGG AACTTGGCTT TGAAGCGTTG GGAAAATGCT
ATAGAAAAGT TTCCAGAAAA TATCGGTTTT CAAACTCAGA AAGGCAATAT GTTGATAAAT
TTGTCTCGGT TTGATGAAGC AGAATCAGTT TTTCAAAGGT TAATAGAAAA GTTTCCTCAT
CAACCTCAAG GTTACGATGG TTATGCCAGA TTAACTCATA GTTTTGCTGA TTGGAACTTG
GCTTTGAAGC GTTGGGAAAA TGCTATAGAA AAGTTTCCAG AACATATCGG TTTTCAAACT
CAGAAAGGCA ATATATTAAT AAATTTATCT CGGTTTGATG AAGCAGAATC AGTTTTTCAA
AGGTTAATAG AAAAGTTTCC TCATCAACCT CAAGGTTACG ATGGTTATGC CAGATTAACT
CATCGTTTTG CTGATTGGAA CTTGGCTTTG AAGCGTTGGG AAAATGCCAT AGAAAAGTTT
CCAGAAAATA TCGGTTTTCA AACTCAGAAA GGCAATATGT TGATAAATTT GTCTCGGTTT
GATGAAGCAG AATCAGTTTT TCAAAGGTTA ATAGAAAAGT TTCCTCATCA ACCTCAAGGT
TACGATGGTT ATGCCAGATT AACTCATAGT TTTGCTGATT GGAACTTGGC TTTGAAGCGT
TGGGAAAATG CTATAGAAAA GTTTCCAGAA AATATCGGTT TTCAAACTCA GAAAGGCAAT
ATGTTGATAA ATTTGTCTCG GTTTGATGAA GCAGAATCAG TTTTTCAAAG GTTAATAGAA
AAGTTTCCTC ATCAACCTCA AGGTTACGAT GGTTATGCCA GATTAACTCA TAGTTTTGCT
GATTGGAACT TGGCTTTGAA GCGTTGGGAA AATGCTATAG AAAAGTTTCC AGAAAATATC
GGTTTTCAAA CTCAGAAAGG CAATATGTTG ATAAATTTGT CTCGGTTTGA TGAAGCAGAA
TCAGTTTTTC AAAGGTTAAT AGAAAAGTTT CCTCATCAAC CTCAAGGTTA CGATGGTTAT
GCCAGATTAA CTCATAGTTT TGCTGATTGG AACTTGGCTT TGAAGCGTTG GGAAAATGCT
ATAGAAAAGT TTCCAGAACA TATCGGTTTT CAAACTCAGA AAGGCAATAT GTTGATAAAT
TTGTCTCGGT TTGATGAAGC AGAATCAGTT TTTCAAAGGT TAATAGAAAA GTTTCCTCAT
CAACCTCAAG GTTACGATGG TTATGCCAGA TTAACTCATA GTTTTGCTGA TTGGAACTTG
GCTTTGAAGC GTTGGGAAAA TGCTATAGAA AAGTTTCCAG AAAATATCGG TTTTCAAACT
CAGAAAGGCA ATATGTTGAT AAATTTGTCT CGGTTTGATG AAGCAGAATC AGTTTTTCAA
AGGTTAATAG AAAAGTTTCC TCATCAACCT CAAGGTTACG ATGGTTATGC CAGATTAACT
CATAGTTTTG CTGATTGGAA CTTGGCTTTG AAGCGTTGGG AAAATGCTAT AGAAAAGTTT
CCAGAACATA TCGGTTTTCA AACTCAGAAA GGCAATATAT TAATAAATTT ATCTCGGTTT
GATGAAGCAG AATCAGTTTT TCAAAGGTTA ATAGAAAAGT TTCCTCATCA ACCTCAAGGT
TACGATGGTT ATGCCAAATT AACTTATCGT TTTGCTGATT GGAACTTGGC TTTGAAGCGT
TGGGAAAATG CCATAGAAAA GTTTCCAGAA AATATCGGTT TTCAAACTCA GAAAGGCAAT
ATGTTGATAA ATTTGTCTCG GTTTGATGAA GCAGAATCAG TTTTTCAAAG GTTAATAGAA
AAGTTTCCTC ATCAACCTCA AGGTTACGAT GGTTATGCCA GATTAACTCA TAGTTTTGCT
GATTGGAACT TGGCTTTGAA GCGTTGGGAA AATGCTATAG AAAAGTTTCC AGAAAATATC
GGTTTTCAAA CTCAGAAAGG CAATATGTTG ATAAATTTGT CTCGGTTTGA TGAAGCAGAA
TCAGTTTTTC AAAGGTTAAT AGAAAAGTTT CCTCATCAAC CTCAAGGTTA CGATGGTTAT
GCCAGATTAA CTCATAGTTT TGCTGATTGG AACTTGGCTT TGAAGCGTTG GGAAAATGCT
ATAGAAAAGT TTCCAGAAAA TATCGGTTTT CAAACTCAGA AAGGCAATAT GTTGATAAAT
TTGTCTCGGT TTGATGAAGC AGAATCAGTT TTTCAAAGGT TAATAGAAAA GTTTCCTCAT
CAACCTCAAG GTTACGATGG TTATGCCAGA TTAACTCATA GTTTTGCAGA TTGGAACTTG
GCTTTGAAGC GTTGGGAAAA TGCTATAGAA AAGTTTCCAG AACATATCGG TTTTCAAACT
CAGAAAGGCA ATATGTTGAT AAATTTGTCT CGGTTTGATG AGGCAGAATC AGTTTTTCAA
AGGTTAATAG AAAAGTTTCC TCATCAACCT CAAGGTTACG AGGGTTATGC CAGATTAGCT
AATCATTTGG GGAATTGGGA ATTAGCTTTG AAGCGATGGG AAAATGCGAT TAATCATTTG
CCCCACCATT TTCATTTTTA TGTACAGAAA GGGAATGTTT TAATTACTTT ATTTAGGTAT
CAAGAAGCAG AAACTTTGTT TGAGGAACTT ATCTCAAAAT ATCCTCATCA ACATCATGGT
TATGATGGTT TAGCCAGAGT ATTAATGCAC GCCCAAAAAT GGGAATTAGC CTTAACTTGT
TGGCAAACTG CTATGGATAA ATTTCCAAAT AATCTTGTGT TTTTAGTTGG TAAAGCTAAT
GCTTATATAG AACTACATAA GTTTGATTCA GCTCAGGATT TAGCAGATAG AATATTTCGC
CAATATCCTA ACTATTATCA ACAAAAATAT GGTCTCCAAA AAAATATCAT ATTGCGTCGT
TATGCGCTTG AAAAAAGTAT CGCTTCTCTA AGCAAAGTCG AAGATTATTT CAGATATTTG
TTGTCTGAAT CAGAGGTTTT TCCTATTGCT TATTCTTGTG ATCAAATACT TTTAGAATCA
ATAAATAATC TTACTCAAAC TATGCACCAT TTTATTACCC TTGGCATTAT TGGCATAGCC
GTGAAAAGAT TATTAGATGA TTACTTTTTA GAGGTATCAC CTGGAGAGAT ATTAGCTTGT
ACATTTAAAA AGTTAATTAC TCAAAAATTA GGGAATGAAA ATTTTGACTT ACAGCAAGCA
GAAATATTAT GTACTGAAGG AAATTTTCGG GCTGCTATTG ATATTTACCT TAATCTAGGA
GATGAGATAA TAGAAGAATT TATTCCTGAC TATCCAGAAC ATATTGATAG ACTATTTTAT
GGAATAATAG AGCATAATAT AACAGCAGAT TTACCAGAAA AATATGGCAG TTTATCATTA
GCAAAGGAAA CCCTAGAAGC AGACTTAATA AATGCTGATT TTGATGGCGA TAGTATTAGT
ATTTACTCTC AACTGGGTTA TTTATTAGTA CATCTAGGTG AAACTGAGAA GGGTTTAGCG
TATTTAAACA AGGGTGTAGA AATTTCTATT TATAGTCAGG ATGCCTATAT CAAATTGGGC
TACGCTTTAT TAAAAATAGG AAAAAAAGAT TCGGCATTTG CTAATTATAA ACAGGCGATT
AAATTAAATT TTGCTTTGGC TTTATTAAGT GCGACTTTAA TAGAATGGGG AATATCTAAG
TCTCACCAAT TAATCAATAG TGGTTGTCAA AAGTTTGAAG TCTATCAACA ACTTTCAAAT
TTGTTGATTC AAAAAGGTTT GTCAAAAGAA GCTTTGGAAG TTGTTCATAA AGTTCAGAAT
AAATTTGGTG ATGGACACTA TGGCAAGAAA AATTTAATCC CTATTTTAGT TGCTCAAGGA
AATAAGCAGG AAGCACTAAA ATACTATCAA CAAGTATTAA TAGAAAATCC TAAATCTGCT
GATAAAAATT TGAGTGTTTT GAGAAGTTGT TCCTCTTTGG AAAAGTTTGA AAATCAAACT
CTGCTACAAG CAGTAATGTG CGATAGATTT AAAATTGCTT ATGCTTATAT TCCTAAATGT
GCTTGCACTA CAATAAAAAC TGTCATCAAG TTCCTATCAT CTGAGCTTAA GAAGGATAAC
TATAGAATAA ATAAAAAAAT TAGTACTCTT AAGTATCAAG ATCCAATGGA GATACATCGA
TTCCAAAAAA TTTACTTGAT AAATATGGGA AATATAACAA CTAATTATTT TAAATTTGTA
GTAGTGAGAG AGCCAATTAA GCGTTTTTTA TCTGCTTTTT CTAATAAAAT ATTATACTCT
AAAGAATCAT TAGAAAGAAC TAAATTAACC GCCATTCAAT ATCTATCAAT GGCTCAGTTA
GGAGTTAATC CCGAAATAAA TTCGATGATT GAAAACTTAG AATTATATTC AGAAATGTCT
GATAATTGGC AACTTCATAT CAAACCGCAG CACACTTTTA TGGGCAATCA AATAAAGGGA
TTCGATCGTA TATTTCAAGT AGAGCGTTTA GGAGAATTAG GGAAAAAATT ATCAGAAATA
ACTGGGTTTG AAATTAACTT ACCCAGACTT AATACTGGAG GTAGAAAAAT ATCATTAGCA
GAGTTGTCAG AGAAGTCTAT AAAAAAATTA ATTGACTTTT ATTCCAGAGA TTATGAGTTA
CTAAAAGATT ATTATTCTCC AGAGAAAATT TGGGATGAAT ATCAAGCATT AAAAAGATAA
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| Protein sequence | MTIANPIKKV NQLLRERKFD DAFKECQKSI EVNPNFSWNY YYLGKILAAQ NKWQEALIQY
EEAVKINPNS ATFYYSLAKT LRHQGQLDEA IKYLKIAISL KNNVIIYQQT LAEVYEVKFD
FVGAFKIWQE IIAINYNHPV ATKKIHWLRT DIVRDFVENG DKLNKEGKIK EAVNFYQQAL
TINSQQPMPI YRNFGNNLIT LGKFEEAETV FKQLKEMYPE LTDGYEGYAR LTHSLGNWEL
ALKRWENAIE KFPENIGFQT QKGNMLINLS RFDEAESVFQ SLKEKFPHQP QGYDGYARLT
HSFADWNLAL KRWENAIEKF PEHIGFQTQK GNILINLSRF DEAESVFQRL IEKFPHQPQG
YDGYAKLTYR FADWNLALKR WENAIEKFPE NIGFQTQKGN MLINLSRFDE AESVFQRLIE
KFPHQPQGYD GYARLTHSFA DWNLALKRWE NAIEKFPENI GFQTQKGNML INLSRFDEAE
SVFQRLIEKF PHQPQGYDGY ARLTHSFADW NLALKRWENA IEKFPENIGF QTQKGNMLIN
LSRFDEAESV FQRLIEKFPH QPQGYDGYAR LTHSFADWNL ALKRWENAIE KFPEHIGFQT
QKGNILINLS RFDEAESVFQ RLIEKFPHQP QGYDGYARLT HRFADWNLAL KRWENAIEKF
PENIGFQTQK GNMLINLSRF DEAESVFQRL IEKFPHQPQG YDGYARLTHS FADWNLALKR
WENAIEKFPE NIGFQTQKGN MLINLSRFDE AESVFQRLIE KFPHQPQGYD GYARLTHSFA
DWNLALKRWE NAIEKFPENI GFQTQKGNML INLSRFDEAE SVFQRLIEKF PHQPQGYDGY
ARLTHSFADW NLALKRWENA IEKFPEHIGF QTQKGNMLIN LSRFDEAESV FQRLIEKFPH
QPQGYDGYAR LTHSFADWNL ALKRWENAIE KFPENIGFQT QKGNMLINLS RFDEAESVFQ
RLIEKFPHQP QGYDGYARLT HSFADWNLAL KRWENAIEKF PEHIGFQTQK GNILINLSRF
DEAESVFQRL IEKFPHQPQG YDGYAKLTYR FADWNLALKR WENAIEKFPE NIGFQTQKGN
MLINLSRFDE AESVFQRLIE KFPHQPQGYD GYARLTHSFA DWNLALKRWE NAIEKFPENI
GFQTQKGNML INLSRFDEAE SVFQRLIEKF PHQPQGYDGY ARLTHSFADW NLALKRWENA
IEKFPENIGF QTQKGNMLIN LSRFDEAESV FQRLIEKFPH QPQGYDGYAR LTHSFADWNL
ALKRWENAIE KFPEHIGFQT QKGNMLINLS RFDEAESVFQ RLIEKFPHQP QGYEGYARLA
NHLGNWELAL KRWENAINHL PHHFHFYVQK GNVLITLFRY QEAETLFEEL ISKYPHQHHG
YDGLARVLMH AQKWELALTC WQTAMDKFPN NLVFLVGKAN AYIELHKFDS AQDLADRIFR
QYPNYYQQKY GLQKNIILRR YALEKSIASL SKVEDYFRYL LSESEVFPIA YSCDQILLES
INNLTQTMHH FITLGIIGIA VKRLLDDYFL EVSPGEILAC TFKKLITQKL GNENFDLQQA
EILCTEGNFR AAIDIYLNLG DEIIEEFIPD YPEHIDRLFY GIIEHNITAD LPEKYGSLSL
AKETLEADLI NADFDGDSIS IYSQLGYLLV HLGETEKGLA YLNKGVEISI YSQDAYIKLG
YALLKIGKKD SAFANYKQAI KLNFALALLS ATLIEWGISK SHQLINSGCQ KFEVYQQLSN
LLIQKGLSKE ALEVVHKVQN KFGDGHYGKK NLIPILVAQG NKQEALKYYQ QVLIENPKSA
DKNLSVLRSC SSLEKFENQT LLQAVMCDRF KIAYAYIPKC ACTTIKTVIK FLSSELKKDN
YRINKKISTL KYQDPMEIHR FQKIYLINMG NITTNYFKFV VVREPIKRFL SAFSNKILYS
KESLERTKLT AIQYLSMAQL GVNPEINSMI ENLELYSEMS DNWQLHIKPQ HTFMGNQIKG
FDRIFQVERL GELGKKLSEI TGFEINLPRL NTGGRKISLA ELSEKSIKKL IDFYSRDYEL
LKDYYSPEKI WDEYQALKR
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