| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0409 |
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| Symbol | |
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| ID | 8389714 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 400992 |
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| End bp | 403739 |
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| Gene Length | 2748 bp |
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| Protein Length | 915 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644978446 |
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| Product | hypothetical protein |
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| Protein accession | YP_003136203 |
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| Protein GI | 257058315 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 26 |
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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 | ATGAATGCAG AACAAAAACG TCTCCAGTCG GTTCGTAATG GGTTTCCTTG GAAAAAATGG
GGGCCTTATT TAAGTGAAAG ACAATGGGGA ACAGTCAGGG AAGATTATAG CGATAATGGG
GATGCCTGGA ATTATTTTTC TCACGATCAA GCGCGATCGC GTGCCTACCG TTGGGGAGAA
GATGGACTAG GAGGAATTAG TGATGATCAT CAAATTTTGT GCTTTGCCCT AGCCTTATGG
AATGGCCAAG ATCCTATCCT CAAAGAACGA CTATTTGGGT TAACCAATAG TGAAGGCAAT
CATGGGGAAG ATGTCAAAGA ATATTACTTT TATCTTGACA GTACTCCCAC CCATTCCTAC
ATGAAATATT TGTACAAGTA TCCTCAAAAA GAGTATCCCT ATGGAGATTT AATCAACACC
AACCGTCAAC GCAGTCGTCA TGAACCCGAA TACGAATTAC TCGATACAGG GATTTTTAAC
GATGACCGTT ATTTTGATGT CTTTGTGGAA TACGCTAAGG ATAATCCTGA AGATATTTTT
ATTAAAATTA GCGTTTGTAA TCGAGGTCCA GAGACAGCTA ACCTCGATGT CTTGCCTACT
CTATGGTTCC GTAATACTTG GTCTTGGTCT GATGGGGGAT CAAAACCCAT TGTGCAGAAA
GTCGGAGATA GGGTCATTCA AACCCATCAT ACTGACCCCT TATTCCAAGA ATACCTGACG
GACTATTATT TATACTGCGA TCGCACTGTT CCTCTGTTAT TCACCGAAAA CGAAACTAAC
AACGCGCGTC TTTTTGGAAC ACCCAATCCG AGTCAATACG TCAAAGATGG CATCAATAAC
TACATCGTTA ATGGACACCA CGACGCAGTT AACCCCAATC AAAGCGGAAC CAAAGCTTGT
GCCCATTATC ACCTAACCGT AGCCGCCCAA GCAACCGAGG TCATTTACTT GCGTCTGACC
AAAACAGCCC CTAGTGCTAC CAGTGACCCC TTTGCTACGG TTGAGACGAT TTTTAAGACC
CGTTTAGAAG AAGCTGATGC CTTCTATGAT AGGATAACTC CCCTATCTAT CAAAACCGAT
AGCGATCGCG TCAATGTTAT GCGTCAAGCG TTAGCCGGGA TGCTGTGGAC GAAACAATAT
TTCTACTACG ATGTCGATAA ATGGCTCGAA GAACACAATA TTAACCCGTT ATTGGGTTCA
GAACAACGGA ACCGCATTCG CAACGGGGAA TGGTTCCATA TGTACAGTGA TGACATTATT
TCCATGCCCG ATAAATGGGA ATATCCCTGG TTTGCTGCGT GGGATCTGGC TTTCCATATG
TTGCCGTTGT CCAGCGTTGA CTCAGACTTT GCTAAAGAAC AGCTAGACTT GATGTTACGC
AACGACTATT TACACCCTAA TGGTCAAATT CCAGCGTATG AATGGAATTT TGGGGATGTT
AACCCCCCCG TTCATGCCTA TGCCACCATA CAAATTTATT TAATGGACAA GGCACGGAAT
TTTGGACAAG GGGATCTCAA CTTCCTTAAA TATGCCTTCT CGAAACTGTT GGTGAACTTT
ACCTGGTGGG TTAACCGCAA AGATAGCGAC GGTAACAACG CCTTTGAAGG GGGCTTTTTA
GGACTCGATA ATATTGGAGT CTTTGATCGC AGTTCTCCCT TACCTACCGG AGGCTGTTTA
GAACAGGCTG ACGGAACGGC CTGGATGGTC TTTTTTAGCC AACAGATGTT ACGCATTGCG
GTGGAATTAG CTATCCATGA CCCCCTCTAT GAAGAGTTTG TCAGTAAGTT CTTTGAGCAT
ACCATGTGGA TCGCCGGAGC GATGGATCGC ATTGGGGAAA ACCAAGATGA AATGTGGGAC
GAACAAGACG GGTTTTTCTA TGATCTGCTG CGTTTACCGA ATGGGGATGC GATGCGCTTA
AAAGTGCGAT CGCTGGTCGG ACTTTTACCC TTAGCGGCGG TTGCCATTTT TAATGAGGAT
GATATTGTCA AATTACCTAA CTTCTACAAG CGGGCTCAAG CTTTTTGGAG TCGTCATGGT
GATTTAGTGC AGAATATCCA TATTCCTGAT CAACAAGGGG CAGGAGGTCG CTATATGCTA
TCTTTGTTTA CTGAGGATAA GTTGCGTCGG GTCTTGGCAA GAATGCTCGA TGAAAAGGAG
TTTTTAAGTC CCTATGGCAT TCGTTCTCTG TCTCGCTATC ATGCGGATCA TCCCTTTGTC
TTTCACCATA ACGGGGAAGA ATTTCGGGTA GATTATGTCC CTGGTGATTC TAATACGGGA
ATGTTTGGGG GTAATTCTAA CTGGCGTGGA CCGGTGTGGA TGCCTGTTAA TATGTTATTT
GTGGCAGCCC TACGGCGACT TTATGCTTTT TATGGTGATG AGTTCAAGGT AGAATGTCCC
ACGGGATCAG GCAAGTATAT GAACTTATTT CAAGTGTCTC AGGAACTGGC CGAACGGCTG
ACCCGCCTCT TTTTGAAAGA TGGCAATAGC AAGCGTCCAG TTTATGGGAC TGCCGAAAAA
TTCCAAAGCG ATCCCCACTG GAAAGATTTG ATCCTATTTT ACGAGTATTT TAATGGAGAT
ACTGGGGCAG GTATTGGCGC AAGTCACCAA ACGGGTTGGA CGGGTGGAAT TGCGACGATT
ATCCAAGCTT CAGGTATTTT GACTGATGAA GTCGTCAAAG AACTCTTCTC TAGTTCGGAT
GTGGAACTTG AAGCCATGAA GAGATATCTT CAGAAAATCA AGCAATAA
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| Protein sequence | MNAEQKRLQS VRNGFPWKKW GPYLSERQWG TVREDYSDNG DAWNYFSHDQ ARSRAYRWGE
DGLGGISDDH QILCFALALW NGQDPILKER LFGLTNSEGN HGEDVKEYYF YLDSTPTHSY
MKYLYKYPQK EYPYGDLINT NRQRSRHEPE YELLDTGIFN DDRYFDVFVE YAKDNPEDIF
IKISVCNRGP ETANLDVLPT LWFRNTWSWS DGGSKPIVQK VGDRVIQTHH TDPLFQEYLT
DYYLYCDRTV PLLFTENETN NARLFGTPNP SQYVKDGINN YIVNGHHDAV NPNQSGTKAC
AHYHLTVAAQ ATEVIYLRLT KTAPSATSDP FATVETIFKT RLEEADAFYD RITPLSIKTD
SDRVNVMRQA LAGMLWTKQY FYYDVDKWLE EHNINPLLGS EQRNRIRNGE WFHMYSDDII
SMPDKWEYPW FAAWDLAFHM LPLSSVDSDF AKEQLDLMLR NDYLHPNGQI PAYEWNFGDV
NPPVHAYATI QIYLMDKARN FGQGDLNFLK YAFSKLLVNF TWWVNRKDSD GNNAFEGGFL
GLDNIGVFDR SSPLPTGGCL EQADGTAWMV FFSQQMLRIA VELAIHDPLY EEFVSKFFEH
TMWIAGAMDR IGENQDEMWD EQDGFFYDLL RLPNGDAMRL KVRSLVGLLP LAAVAIFNED
DIVKLPNFYK RAQAFWSRHG DLVQNIHIPD QQGAGGRYML SLFTEDKLRR VLARMLDEKE
FLSPYGIRSL SRYHADHPFV FHHNGEEFRV DYVPGDSNTG MFGGNSNWRG PVWMPVNMLF
VAALRRLYAF YGDEFKVECP TGSGKYMNLF QVSQELAERL TRLFLKDGNS KRPVYGTAEK
FQSDPHWKDL ILFYEYFNGD TGAGIGASHQ TGWTGGIATI IQASGILTDE VVKELFSSSD
VELEAMKRYL QKIKQ
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