| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4738 |
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| Symbol | |
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| ID | 7109349 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 5255894 |
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| End bp | 5258386 |
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| Gene Length | 2493 bp |
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| Protein Length | 830 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643482953 |
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| Product | glycosyl transferase family 39 |
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| Protein accession | YP_002379966 |
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| Protein GI | 218441637 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1807] 4-amino-4-deoxy-L-arabinose transferase and related glycosyltransferases of PMT family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 61 |
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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 | ATGATAAAAG CCTCCAAAGG ATTATTGATC TTGGGGATCA TCGGGTTAAT AGGGGCAATA
TGCGATCGTC TCTGGTTTGC TCTAGATAAT AGTATTCCGG CTTGGGATCA GGCGGACTAT
CTCAACGGTT CTATTGTTTA CTGGCAAGCT TTACAGTCTC CTCAATGGTT TAATGGTGAG
TGGTGGCGTA ATCTTTGGTT ACTCTCTCCG AAAATTCCTC CCCTGACTTA TCTTTTAACT
GTCCCTTTCT TTAATTTTTT TGGGGTTAGT GTCGATACTG CTACCCTGGT GATGCAGGTT
TTTAGTGTCC TGTTGTTGGT GGGAGTTTAT GGGTTGGGGG TAGTTCTTTT TAATGTTTCG
GTTGGGTTAT GGGCAGCCGG TTTATGTTTA TTAATGCCTG GATTATATTA TTATCGACTA
GAGTTTTTAT TGGATTTTCC TCTGACGGCA ATTGTTACTT TTAGTTTTTA TTTATTAACC
CTTTGGTATT TTTATCAGGA TAACCTAAAT AGCCGTCAAT CTTGGCTTAG GGCGATCGGT
TTCGGGATAT CTTTTGGGTT GGCTTTGATG GTTAAACAAA CGGCTCTATT TTTCCTAATT
TTACCGATCC TCTGGGCGGG AATTGCTCTT ATCATGGGTC GTCTTTGGAT CAAATTAGCT
CAATTATTGC TCAGTTTATC CCTATCAGTA GCCATTATAT GGCCTTGGTC TCGAACAAAT
TGGTTATTAA TGTTAACGTC AGGAAAACGG GCAACCATTG ACTCAGCATT AATTGAAGGC
GATCCCTCTT TAGCCAGTTT AGACGCTTGG ACTTATTACG CGCGCATTTT TCCTTATTTT
CTCTCTTGGC CTTTATTATT AGTTCCTATT GTTGGGTTTT TGATGGGGGT AATCTATTGG
CAAGGGAGAA AAGACCTCTC CCCCAACCCC TCTCCTACAA GTAGAGGGGA GTTTAACGTC
ATTGATTCTA AATGGATTTG GTTAAGTATA TTTATAATCG GAGGATATCT ATTATCTTCC
TTGAATATCA ATAAAGATGC TCGTTATATT TTACCGTTAT ATCCGGTTTT TTCTTTAGTT
TTAGCGGTTG GTTTATTATC TTGGCGAGGA CGTTGGCAAA AGTTAATCCG TTGGGGAACA
ATTGCCCTAG CTACCCTATT AATGTTAGTT AATATTTTCC CGCTAAAAGG GGAAGTGATC
GCCGATTTTC TCAGTCCTAA AATGGCACAT CATCCCTATT TAGGAGAACC TTGGCCAAAT
TCAGAGGTCA TATCAGAAAT AGTTAAAACT ACTCCTTATC TTCGCACAAC TCTTGGAGTA
TTACCATCTA CTCCCGAACT GAATCAGCAT ACTTTTTCTT TTTATGGAGG AAAAGTTAAC
CGACAAGTTG TCGGACGACA AGTAGGGGTA AAAACACAAC AAATTGAACA AGATGCGCGA
TCATTAGATT GGTTTATTAC TAAAACAGAC GATCAAGGAT CAATTCCAGA AGCACAACCT
TTAATCGTCA AACGAGTTGA ACAAGGAGCA GATTTTCAGT TACAAAAACA GTGGACTCTT
CCCGATCAAA GTACCTTATC TCTTTACCAT CGTACTCAAC CTACTGTAGA AGTTAACCCC
TTTTCTTCCC CGAAAAATCA AGTTCAATTA GCAGAAATTA TTGTTCCTGA AAGAGTCCCC
CCTGGCCAAC CTATACCCGT GACTTATACC TGGGTTGGAG CTTGGAGTCA ATTAAAATCA
GGGATTGTCA TTTTAACTTG GAAACATAAG AATTCAGATG CTCAATGGAT ACAGGATCAT
GGGATAGGAA TGGGAGCATT ATTTTCAAAT TCTGTTCAAA AAGATCAACT CAATCAATCC
TATGAAGTGA TAGAAAGAAC AGCAATGCTA CCCGACAAAA ATCTTCCCCC AGGAGAATAT
AACCTCACCG CAACTTATTT AAACCGAGAC ACCGGCGAAA CTTATCCTAT TGCTGTTTCT
CCTATTACTA TTACCCTTGA TCCAAAAGCT AACCCAATTC CTGCTCCTGA ATTAGATTTA
GTCACTCAAT TAAGATTAGC AACAACCCAA TTAGACCAAG GAATAAAAGG GTTAGAACCG
GTTTTTACCT TAACAGGACG AATCAATCAA TATGATGCGA CTCAAGATTA TGTTAAAGTT
ACTGATCAAG CTTTATCTTA TCGATTAAAA CAAGAAAATG ATATAAAATG GGCTTACGGA
ATGGCTATTT CTAGGGTACT GCAACAGGAT ATAGACGGAG CGATCGCAGC CTTTAAAACG
ATCCTTGAAT TAAATCCTAA TAATCCTTAT CATTATGCTT ATCTGGCCTT TGTCTATCTT
TATGACTGGC AACCTCATCC GGCACAACAA GAATTGACCA CAGCTTTAAA ATTAAATCCT
CATATTCCAG AATTAAAAAC TCTTCATGGA GTTGCGGCAT TAATGCAAGG AAATATCATC
CAAGCTTGGC ATGATTTAAA ATCTAATACG TAA
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| Protein sequence | MIKASKGLLI LGIIGLIGAI CDRLWFALDN SIPAWDQADY LNGSIVYWQA LQSPQWFNGE
WWRNLWLLSP KIPPLTYLLT VPFFNFFGVS VDTATLVMQV FSVLLLVGVY GLGVVLFNVS
VGLWAAGLCL LMPGLYYYRL EFLLDFPLTA IVTFSFYLLT LWYFYQDNLN SRQSWLRAIG
FGISFGLALM VKQTALFFLI LPILWAGIAL IMGRLWIKLA QLLLSLSLSV AIIWPWSRTN
WLLMLTSGKR ATIDSALIEG DPSLASLDAW TYYARIFPYF LSWPLLLVPI VGFLMGVIYW
QGRKDLSPNP SPTSRGEFNV IDSKWIWLSI FIIGGYLLSS LNINKDARYI LPLYPVFSLV
LAVGLLSWRG RWQKLIRWGT IALATLLMLV NIFPLKGEVI ADFLSPKMAH HPYLGEPWPN
SEVISEIVKT TPYLRTTLGV LPSTPELNQH TFSFYGGKVN RQVVGRQVGV KTQQIEQDAR
SLDWFITKTD DQGSIPEAQP LIVKRVEQGA DFQLQKQWTL PDQSTLSLYH RTQPTVEVNP
FSSPKNQVQL AEIIVPERVP PGQPIPVTYT WVGAWSQLKS GIVILTWKHK NSDAQWIQDH
GIGMGALFSN SVQKDQLNQS YEVIERTAML PDKNLPPGEY NLTATYLNRD TGETYPIAVS
PITITLDPKA NPIPAPELDL VTQLRLATTQ LDQGIKGLEP VFTLTGRINQ YDATQDYVKV
TDQALSYRLK QENDIKWAYG MAISRVLQQD IDGAIAAFKT ILELNPNNPY HYAYLAFVYL
YDWQPHPAQQ ELTTALKLNP HIPELKTLHG VAALMQGNII QAWHDLKSNT
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