Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | PCC8801_4508 |
Symbol | |
ID | 7095938 |
Type | |
Is gene spliced | No |
Is pseudo gene | Yes |
Organism name | Cyanothece sp. PCC 8801 |
Kingdom | Bacteria |
Replicon accession | NC_011723 |
Strand | - |
Start bp | 167 |
End bp | 3315 |
Gene Length | 3149 bp |
Protein Length | |
Translation table | |
GC content | 31% |
IMG OID | 643663600 |
Product | |
Protein accession | |
Protein GI | |
COG category | |
COG ID | |
TIGRFAM ID | |
| ![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_cp.jpg)
![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_hh.jpg)
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Plasmid Coverage information |
Num covering plasmid clones | 68 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 41 |
Fosmid unclonability p-value | 0.597199 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | GTGGAAAGCA CCAGCCGATC CGAAGAGGAG ATTTTTAACA ATCTTTCAGA ACTTTGCTCA AGCCCTGGAT ATATTCATGT TATCGCCTTT TTTAGTTACA AAGATAATGT TATTAGCTAC AACGAAACAT TAGAAGTAGA AGATATGCTA CGTCAGTTTT CTAGGCATCG ACTTGTAAGA ACTGAAATTT CAACATTAAT TGGTTTGCTT ATCAAACAAA AAATTGATTG GTCGCTTCCT TCTCCAGAAG TCTTTCAGTC TATGATAGAC AAGACAATTT CTCTTCTAGA AGAAATTCAC GTTTCGATGT ATGGTAATTT TTTCTCTAAT CTAGATCCCC AACAAATTCA AGAAGAGGGA TTTAATCCAT TTGCCAATGC TACTACTCTG AGAGAACCTA TATTTTACGG TAGTGAGTCT GCATACTTAT TTCAATATAA AGATCTTTTG GAAAAGAAAT ATGCTAAAGA TATTGATTGG TTTTTAAATA ATAAAGGTTA CACTCCTAAT GATGTCCGTC ACGTCACCGA TTGCATAATA AAAATTCAAA ATGACAAGTT ATTAGAAACT CTAAAAAATT TCTCCCAAAA GCATCCAAGT AATTGGACTC TTCTTCCAGG ATTTTGTTTT ACTACTCATG AAATTAGCTC ACGTTTAACT AGTATAGAGG AAAAAAGTGT TAAGTCTATA TTAGATTCAT TCTCGATCTT ATCTGATAGA AAAAATAATG AAAGCTTTAA ATCGTTAGGA GACTTTAACC GATCAAATGC CTATCCAATT ATAAAATATG GCGAAGATCA ATACCTATTG TTTCAAGTTT ATAGTCTTGC TGAAGCCTAT TATGAGACTC CTTTCTTTTG GTTTAATGAA GATAAATCAT ATAAAAACTT AGCGATGAAA CATAGAGGAG ACTTCACTGA AGAATTTGCA AAAGAAAGAT TACAATTAGT TTTTGGAAAA GAAAACGTCT TATCGAATAT TGATATTTTT GATAATAAAG AGAACAAAGC AGGAGAAATT GATGTACTTG TTGTATTTGC AAATAGGGCG ATAATTTTAC AAGCAAAATC TAAAAAACTC ACGTTAGCAT CTAGGAAAGG TAATGATAAG TGTTTAAAAG ATGACTTTAA AAAAGCAATA CAAGATTCAT ACAACCAAGG ATACACTTGT GCCGGTTTAA TCAATAACAA AAGTTATAGA CTGTGTGTTT CTGATTCTGA AGAACAATTA GTCAATAGAG ATTTTAAAGA AATCTATATT TTTTGTGTAG TTTCTGACCA TTATCCTGCC CTTAGTTTTC AAGCACGTCA ATTCCTGAAA TATCATCAGA CAAAAAAGAT TTTACCTCCA TTTGTTATGG ATGTCTTTCT ACTTGATGTA ATGACAGAAA TGTTACAATC TCCACTACAA TTTCTTAACT ATATTAATCG GAGAGTTTTA TACGGAGAAA GAATACTTGC TTCAAACGAA CTAACAATTC TCTCATATCA TTTAAAGAAC AATTTATGGA TAAGTAACGA GTATGATTTA TTCACTTTAG ATGATAATAT ATCTACTGAT CTCGATCTTG CGATGACAGT ACGTCGTACA GAATTAAAAG GGAATGAAAC GCCTGATGGC ATACTTACAA GATTTCAAGA AACAACAGTA GGAAAATTAA TTGCACAGAT CGAGCATTTA GAAGTTCCCA TAACCATAGA CCTTGGTTTT ATGTTGTTAC ACTTGAATGA AGAAACACTT TATCAAATAA GTAATAGACA TCTCCATAAT TTAATCAAAT AGGAAAACAT TGTATAATAA TAGGGAGAGT TAAGTCAAAA AAAAGAAAAT GGAAAGTTAC ACTTGGGGAC ATATTCACAA ATATCCTAAA CAAACAAAAA GATTATTAGG AATTGACTAT CAACAATTAG AACAATTGAT TGCCCTTGGG AAGCTTCTCC ATCAGGAAAA TAAAGAAAAA ATTGAGAAAA CAAAAATTAG AATTAATCAA CCAGGAAGCG GAACTTATTC TAAATTATCA GAAGAAGAAC AAATTGTTCT AATGTTAGTT TATCTAAGAC ATAATATAAG TTTTCAAATC TTAGGGCTGC TCTTTCAAGT TAGTGAATCA ACGGCTCATA ATATCTTTAG CTATTGGCAA AAACTTTTTG AAGGAGAGTT ACCGTCAAGT TTGTTAGAAC AAGTAAAAAA GTTCCAAGAA GAAGAAGAGA TAATTCAAGA ACAATTAACT GATTATGAAT TGATTGTAGA CAGTTCAGAA CAGCCAATTG AAAGACCCTC AGACTGTCAA GAACAAAAAA AATATTATTC AGGTAAGCAG CAAAGACATA CTTTAAAAAA TCAATTTATT GTGTTACCAA AAGCTCAAGA TATCATTGAT GTAGTAATGG GAAAACCTGG TCCAATGAGT GACATAAAAA TATGTCGTCA AACTTTAAGT AAATTCGATG TTCAACAAAC TTTTAGTGGA GATAAAGCTT ATATTGGAGA AACTCAAATC AAAACTCCCT ATAAAAAACC TAAGAAGGGA GAATTAACAG AAAGTCAAAA GAAAGAAAAT AAAGCTTTAT CATCTAATCG GATTTTTGTT GAGCATTTAA TTAGAGTTGT CAAAGTATTT AAAGTTGTTC AAGAAAGATT TAGATTACAG AAAAGTCGAT ATAAATCAGT TCTATTAACC GTTTGTGGAT TAGTTCGTTT GAGAATTGGT TCCCTAATTT TACGAATAAT AGAATCCGAG AAATCAGGTG AGGTAATTGA CGTTAAGATG AGCCATAGTT TTATCTCAAA ATTAGATTTT GTGTCTTTAA ACCCTGATTA ATTCGTTATT AAGGTGAATT TTTGCTTCGA GTCTAATCTG CCTGCTTCTA TTGCGATGAC TGGATTATAG ATTCTTGGAG ATGTCTAATG GAATAGATAA GATTACTCAA ATGACAAGAC AAGATAGCAA ATGCCATGAT TTGACCCTAG TTTTTGACGA TATGAGTGCG GGTTTAACGA TACATAGTAA TAACGATTCT ATAGAGATTG GACGGCTAAA ACTTAGACAG CATTGTGAAA AAAGAAAATA TATTCATCAA GCTACACATT GGTTTGGTAT ATGTATCGAG CCAGATAGTA AACAAATTAA ATTCGTTCTA AGAGGATGA
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Protein sequence | |
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