| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0938 |
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| Symbol | |
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| ID | 4245677 |
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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 | 1474632 |
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| End bp | 1477691 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 638106193 |
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| Product | hypothetical protein |
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| Protein accession | YP_720805 |
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| Protein GI | 113474744 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1615] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.391922 |
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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 | 9 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAATAC ATATTATTTA TCAATTAAAA TGTAGGTTGA TTAAAGCATT TAAAAGAATC
AAATCAATAC ATATATTAAT AATATTATTT TTTTCATTTG TATGCTGGGA AATACTTGGA
TTTTCAACTA ATATATTAGC TGATTTTTTA TGGTTTCAAG AGCTGAATTA TTTGCCTGTA
TTAATAAATA AACTGCAAAC AGAAACTTGG CTTTGGATAA CAACATTTTT AATTAGTATG
GGCTTTTTTT TAGTGAATTT GAGATTAGCC AGCTTTTTTA AATATTCAAA AAAACAAGTT
CGGATAACTG AAAGATCTGA AGAAATTATG CTAATTCCCC CAGTTACTAT ACCGTCAAGT
AAACTACGAA TTGAGCCGTC ACTAAGTCTA AGCTGGTTGT TATGTTGTAT ATTTGGATTA
ATTTTATTAG TAGGATTAAT TTTAACCCAT TATATTGACG TATTTACTAA TTACTTGTAT
CCTGATTTAA CAGTTGCTAA TGTATCTCCT CAAATCCCAT CAGAATTTAA CATCGAATCA
ATTTGTAAAA TACTCACCTC AATACTATCT AATTTGTGGT TATTAGGATT ATTTCTTCTA
TTATCTTTTG CTATAATTAT TAATCCTATA CTCTGGTTAA GTGTATTTGC AGTAGTTCTC
AGTTTAGTTT TTAGCTTTAT TCTTTCCAGC CATTGGGCAA ATATATTACA GCTGTTGCAT
GGGACTCCCT TTAATAAAAG TGAAGATTTA TTTCATATAG ATATAAGCTT TTATGTTTTT
CAACTCCCCG TTTTAGAGCT ATTAAGATTT TGGTTAATTG GATTATTTCT ATATGGATTT
GTTGCTTGTA TTTTGATATA TTTATTATCA GGAAAAAGTT TAAGCCAAGG AAATTTTTAT
CAATTTTCTC AACAGCAAGA AAAGCATCTT CACGGTTTAG GTGGAGGTTT TATATTAACC
ATAGCATTTA GTTACTTTAT AGCCTGTTTT GAGTTACTTT ACTCTCGCCG TGGTGTAGTT
TATGGTGCCG GTTATACCGA TATAAAAGTT CAGCTTCCAG CATATGTATT TTTAGGGATT
TTGGCGTTAC TAATTGCATT TTTTCTATTT TGGCAAGCAA TTTTTTCAGT CAAAAGTATT
CAGTCTTATA TTGAGGCAAG TTTGTGGTTT TTACGTTTAG GTCGTAAGAG AAAAAGAAAG
AAAAAAGTTA TTGCTAAACT ATTCGCTAAT AGCTATTCAT TAAGAGCAAT TTTGACATGG
TATTTAATAA TAGCAGTAAT TGCTGGTTGG TTAATACCAA AAATTGTACA AATGGCAATT
GTCCAACCTA ATGAGATAGA ACGAGAAATT CCTTATATTA AACGTAGCAT TACCTTTACT
AAAGAAGCTT ATATTGATGT AGATAAATTA GAAGTAGAAT TATTCGACCC AAATAATGAG
CTTACCTATG ATGACTTAAT AAATAATAAG TTAATCATTG AGAATATTCG TCTTTGGGAT
ACAAGACCAA TTTTACAAAC GAATCGTCAA TTGCAACAAA TTAGACCCTA CTATGAATTT
ATAAATGCTG ATATTGATCG TTATACATTT CTGAAAAAAG AGTCAGAAAG AACAAAAAAT
AATCTTACTA AAAAACAACA AGTAATTATA GCTGCTAGAG AACTAAACTA CGAATCTGTA
CCTCAGCCAG CACAGACTTG GGTCAATGAA CATTTAGTTT ATACTCATGG CTATGGTTTT
ACTCTTTCTC CAATTAATCA AGTTGAAAAA AATGGATTAC CAGAATATTT TGTGAAAAAT
ATTGGGCCAG ATCCTACTTT GGAAAAGAAT AGCACTTTAG AAGTATTAAA CAGGATTAGA
GACAGCATTC CCATCGGTAA ACCGAGAATT TATTATGGAG AACTTACTAA TACTAATATT
ATGACTTCTA CTGCACAAAG AAATAAAGAA TTAGATTACC CTAGTGGAGA AGCGAACTCT
TATAACACTT ATGATGGAAG TGGAGGAATT GTTATTGGTC AAGGGTGGCA AAGATGGATA
TTTGCTAAAT ATCTTAAAGA CTGGAAAATG TTATTAACTA ATGAATTTAT ACCTGAAACA
AAACTATTAT ATCGTCGTAA TATTAATGCT AGAGTCCGAA GTATAGCTCC ATTTCTACGT
TATGATCATG ACCCTTATTT AGTGGTGGCT GACCCTAACT TTGGTCATAA AAATATGAAT
CAAAAAAATC CTAATTATCT ATACTGGATT ATTGATGCTT ATACTACGAC TAATCACTAC
CCTTATTCTG ACCCAGAAAA TAATGAGTTT AACTATATTC GTAATTCAGT AAAAGTTGTA
ATTGATGCCT ATAATGGTTC AGTAAAATTC TATGTTGCTG ACCCAAAAGA CCCTATTATT
AGAACCTGGA AAAAAGCATT TTCAGATATG TTTAATTCCA TTGAAGAAAT GCCAACTAGT
CTTTATACTC ATATCCGCTA TCCACTAGAT TTATTTCAAG TACAATCTGA AGTTTTGTCA
ACTTATCATA TGGATGACCC TCGTGTATTT TATAATCGGG AAGACTTGTG GCGGGTTCCA
ATTGAGATTT ATGGGGCTCA ACAACAAAAA GTCAAACCTT ATTATCTAAT CACACAATTA
CCAACAGAAA CTTCAGAAGA ATTCATTTTA CTTCTACCTT ATACTCCAGC AAGTCGTAAT
AATTTAATTG CTTGGTTAGC AGCAAGATCG GATGGGGAAA ATTATGGTAA GTTACTGTTA
TATCAATTCC CTAAACAACG ATTAATATAT GGTATAGAAC AAATTGAAGC TTTGATTAAT
CAAGACCCAG AAATATCCCA GCAAATTTCT CTTTGGAATC GTCAAGGTTC AAAAGCAATT
AAAGGGAATT TATTAGTAAT TCCAATTAAT GAATCTCTGA TTTATGTTGA GCCTATTTAT
TTAGAAGCAG AGCAAAATAG TTTGCCAACT TTAAGAAGAG TAATTGTTTC TTATAAAAAC
CGAGTTGTTA TGAAGCCTAC TCTTGATGAA GCACTTCAGG AGGTTTTTCA AATACAATAA
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| Protein sequence | MKIHIIYQLK CRLIKAFKRI KSIHILIILF FSFVCWEILG FSTNILADFL WFQELNYLPV
LINKLQTETW LWITTFLISM GFFLVNLRLA SFFKYSKKQV RITERSEEIM LIPPVTIPSS
KLRIEPSLSL SWLLCCIFGL ILLVGLILTH YIDVFTNYLY PDLTVANVSP QIPSEFNIES
ICKILTSILS NLWLLGLFLL LSFAIIINPI LWLSVFAVVL SLVFSFILSS HWANILQLLH
GTPFNKSEDL FHIDISFYVF QLPVLELLRF WLIGLFLYGF VACILIYLLS GKSLSQGNFY
QFSQQQEKHL HGLGGGFILT IAFSYFIACF ELLYSRRGVV YGAGYTDIKV QLPAYVFLGI
LALLIAFFLF WQAIFSVKSI QSYIEASLWF LRLGRKRKRK KKVIAKLFAN SYSLRAILTW
YLIIAVIAGW LIPKIVQMAI VQPNEIEREI PYIKRSITFT KEAYIDVDKL EVELFDPNNE
LTYDDLINNK LIIENIRLWD TRPILQTNRQ LQQIRPYYEF INADIDRYTF LKKESERTKN
NLTKKQQVII AARELNYESV PQPAQTWVNE HLVYTHGYGF TLSPINQVEK NGLPEYFVKN
IGPDPTLEKN STLEVLNRIR DSIPIGKPRI YYGELTNTNI MTSTAQRNKE LDYPSGEANS
YNTYDGSGGI VIGQGWQRWI FAKYLKDWKM LLTNEFIPET KLLYRRNINA RVRSIAPFLR
YDHDPYLVVA DPNFGHKNMN QKNPNYLYWI IDAYTTTNHY PYSDPENNEF NYIRNSVKVV
IDAYNGSVKF YVADPKDPII RTWKKAFSDM FNSIEEMPTS LYTHIRYPLD LFQVQSEVLS
TYHMDDPRVF YNREDLWRVP IEIYGAQQQK VKPYYLITQL PTETSEEFIL LLPYTPASRN
NLIAWLAARS DGENYGKLLL YQFPKQRLIY GIEQIEALIN QDPEISQQIS LWNRQGSKAI
KGNLLVIPIN ESLIYVEPIY LEAEQNSLPT LRRVIVSYKN RVVMKPTLDE ALQEVFQIQ
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