| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5168 |
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| Symbol | |
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| ID | 7109500 |
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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 | 5735748 |
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| End bp | 5739041 |
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| Gene Length | 3294 bp |
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| Protein Length | 1097 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643483377 |
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| Product | hypothetical protein |
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| Protein accession | YP_002380386 |
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| Protein GI | 218442057 |
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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 | 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 | 32 |
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| Fosmid unclonability p-value | 0.00264465 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCCTGCAA CCGTTGAAGA AAAAAGCATG GTTCCTACTA TTTTAGTGGG GATTGGAGGA
ACGGGTCATG AGGTCTTGGC GCGAGTCAGA AGGTTAATTG AAGAAACCTA TGGCAATCTC
CAGAATTTTC CCATCGTTAG CTTTTTAATT GTTGACACCG ATAAAGATTA TAAAATTACT
AATCCTGAAG CCGGCGGTTC ACCCTTTAAA GATATCGAAA AACACTGGGC CAGAGTCAGT
GGGAAACAAG TTCGGGAAAT GGTGTCGGAG ATGGAAAAAT TTCCCTGGAT TAATAGTTGG
TTTCCCAGAG AACTTGAACG TAATATTACC TCCTTAGAAG CCGGTGCCGG ACAAATTCGC
GCCTGTGGAC GGTTTGCGTT TTTTTGTAAT TATCATGATA TTAGCCGTAA ATTTCTCGAT
GCACTCAAAC GGGTAAAAGG TCGGGAAACT TATATGTTAG ATCGTTATGG GATTAAAGTC
GCTAATAATG CGGTTAATGT GTTTGTAACT GGCTCTCTCA GTGGCGGGAC AGGAAGCGGA
ATGTTAATTG ATATGGGCTA TTGTATCCGC AATTGGTTAC GGGGGGAAGG GAGTCCTTTA
ATTACCGCTC TTGTTCCCTC TCCCGAAGCT TTTGTGAGTA TTAATGTGGG CGATCGGGTT
TTGTCTAATG GTTACGCCGC CTTAATGGAA TTAAATTATT ATTCAGATCA TCGCACCGAA
TACAATCAAC AATATAGCGC CGGATTAGTC GATGAAGTTC GCAGTAAATT ACCTCCCTTT
GATTTTACTT ATTTAGTCGG GACAAAAAAC GGCGAAAGTG ATTTTAAATT AGAGCAAATT
CGAGAAATGA TCGCTCAAAA TATTTTCTTA GATATGACCT CAGATTTTGC CCCTCATAAA
CGGTCTATTC GAGATAATAT TAAAGGAGCT TGGGCACAAG CTGACCCCGG AGGAAGAGGT
TATCCTAAAC AATTTATGAG CTTTGGATTG TCCACCATCG AAATTCCTAT CGCTCAAATT
CGCTCCACCC TATACTATAG ACTCGCTCAA GATTTAGTCC AATGGTGGTT TAATGAAGAG
GCTATTTTAC CCGCTCAAAT GATGGAATTA GTGCGGAATG ATACCTTAAA AAGAATGCGT
CTCACTGAAG CAGAATTAGT GATGGATTTA GGGGCGGCAG AAAATAAATC AATTATTGCC
CTCATTTCTG AATGGATGAA TAAAATTCGT CAAGAAATTG TCCAAGAAGA TTGGCTTAAT
TGTACCCAAC AGGGAGTCAA TATGATGGGG GCAGAAAGAG GAAAAATTGT CAGATTTATA
GAGGAATATT TAACCCCAAC TGTGGAAAGT TACCGCAACG ATCATTTTAT TGAAATGAGT
CCTGATGAAC GGCTTCATGG GGATTATTTA AAGAAAATTT ATAATAATAG AGATAATATT
ATTCAACAGG GAAGAAAAGC TTTAGAAGAA GAATTATATT TAATTTTAGA AGATAGAACA
CGCGGACTTA AATATGCTGA TAGTTTTATG ATAGCAGTCC GACAAATTTT AGATAGCATG
GCCGAAAAAT TTCGTCGAGA TCTAGATAAA GTTTGGAGTC AAAACGAAAC AAATCGACAA
AAACAATATG AAGAAGGATT AAAAGAAATT CAAGAATTTA AAAATAAATT TGGCATTACT
AAAAAAGAAA AAATGGAGGA ATATTGTAAT CAGGCTTTAA TGGGATTAGA AGGAAGTTTA
ATTGCCACAA TTCAACGAAA AGTTAGGGCA ACCGGATTAG AGGTTATTTT CCGTCTAAAA
GAACATCTAG ATAAATTAGA AAGACGCTTG AGTCGTTTCC AACAAAAGTT AATCCAAGCG
AGGGATTTAT TTAAACTTAA ATCCGAGCAA CAAGCGGATA GTGCCGATGC GTTAATGGTG
AATGGCATTA AAATATATGA TCGCCAAGAA TTAAATAGTC TCTATCAAGA TATGATAGAA
CAATTTGCCG GGGGTAAAGG AGGGGCAAAA AGTCCCTATC AAATCGGATT AGATGCTATC
TGTAGCACCC TGTCTGAAGA TGTGTTAAAA ATAGCCAGTC CTTTATGGAA AGAAACCCGT
CTCGCTAGTG AAATCATGCG TCTGTTTGAT GTGACTGAAA TTCCCGACGT AAGGGATGAA
GATTTTCGAG AAATTATTGC CGAAAGATGT AAAACTGTCA TCATTAATGC TCCAGAAAGT
AGTAAACTAA AACGAGAGTT AGCGGCTTGC GATCGGCTTT TCAAAATCCT CAATGATGAT
TTAGAAATCG TTAATAATCT TCGCATTGCT TACCAAAAAT CGAGTCCTTT AATTTTACTG
AATCGAGCGA TTTTACAGGG AAAAGATGCA GGGTTTACTC CGGCGAGAAA TATTAATGTT
GCCTTATTGG GAGGACGAAA TACCAGCGAT CCGGCGGCTC AAAAAATCTT ACCCAAATTG
CAAGAATTAG AAGGGATTAA CGATGATAAT ATTAAACCTT TAGGAAATCC AGAAAGACAT
CGTATTGTTT TTGTTCAAGA AATAGGAGGG TTTTCTTTAC GATGTATTGA CGGAATGCGA
GATCTCAGAC AATCCTATCA AGATTGGAAA GGAGATTTTA TTGTTGCCAA ACGAGCGCAA
CAAGTAGGAG AAAGTCGAGA TCTTCCGATT CCCGTTCATA TTCAAAAAGA ACCCCCTTTC
TGGGATATTT TCCCTGAAGA TGCCAGCATA TTTAAATTAG TTATAGAAGC AAGAGCTTTA
AAAGTATTGT ATCAGGATAC AAATCGGGTA ACTCATGAAA ATACCATTCG TTATGATGTA
AAAACTGCCA CCGGATTGAA AAAAATTGAT CTGGCAGGCA CTTGGGAAGA AGCGGTACAA
GTCTTACAGG TTAAAGCTTG TCGTGGTGAT AAAGAAGAGA TTCAGCGTCA AATTAATTTG
ATATTAAGTA ATTTAAAAAC TCCTGAACAA AAGCAAGCAT TGTATGAACA TTTATTAGAA
TATTTACAGG AAAGAGCTAG AGAGTTAGAG GCACAAGGAG GGGAAGAAAG TCCCGAATAT
AAACGAGAAG ATAAAATTAT TTTGGATTTA ATTACGAGTA AAAAATTAAA AATAGAAACA
GTTTTACATT TATCAGATGA TTCTGAACCT GAACCTATTA TTAGTTCTCA ACCCGTTTCT
ACTCCTCAAC TTCAACCTAC CCAAACCGAA ACGATTTTCT GTACTAATTG CGGCCATAAA
AATCCTGCTA AGGCTAATTT TTGCTCTAAA TGTGGCACGA AATTAGTTAA ATAG
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| Protein sequence | MPATVEEKSM VPTILVGIGG TGHEVLARVR RLIEETYGNL QNFPIVSFLI VDTDKDYKIT
NPEAGGSPFK DIEKHWARVS GKQVREMVSE MEKFPWINSW FPRELERNIT SLEAGAGQIR
ACGRFAFFCN YHDISRKFLD ALKRVKGRET YMLDRYGIKV ANNAVNVFVT GSLSGGTGSG
MLIDMGYCIR NWLRGEGSPL ITALVPSPEA FVSINVGDRV LSNGYAALME LNYYSDHRTE
YNQQYSAGLV DEVRSKLPPF DFTYLVGTKN GESDFKLEQI REMIAQNIFL DMTSDFAPHK
RSIRDNIKGA WAQADPGGRG YPKQFMSFGL STIEIPIAQI RSTLYYRLAQ DLVQWWFNEE
AILPAQMMEL VRNDTLKRMR LTEAELVMDL GAAENKSIIA LISEWMNKIR QEIVQEDWLN
CTQQGVNMMG AERGKIVRFI EEYLTPTVES YRNDHFIEMS PDERLHGDYL KKIYNNRDNI
IQQGRKALEE ELYLILEDRT RGLKYADSFM IAVRQILDSM AEKFRRDLDK VWSQNETNRQ
KQYEEGLKEI QEFKNKFGIT KKEKMEEYCN QALMGLEGSL IATIQRKVRA TGLEVIFRLK
EHLDKLERRL SRFQQKLIQA RDLFKLKSEQ QADSADALMV NGIKIYDRQE LNSLYQDMIE
QFAGGKGGAK SPYQIGLDAI CSTLSEDVLK IASPLWKETR LASEIMRLFD VTEIPDVRDE
DFREIIAERC KTVIINAPES SKLKRELAAC DRLFKILNDD LEIVNNLRIA YQKSSPLILL
NRAILQGKDA GFTPARNINV ALLGGRNTSD PAAQKILPKL QELEGINDDN IKPLGNPERH
RIVFVQEIGG FSLRCIDGMR DLRQSYQDWK GDFIVAKRAQ QVGESRDLPI PVHIQKEPPF
WDIFPEDASI FKLVIEARAL KVLYQDTNRV THENTIRYDV KTATGLKKID LAGTWEEAVQ
VLQVKACRGD KEEIQRQINL ILSNLKTPEQ KQALYEHLLE YLQERARELE AQGGEESPEY
KREDKIILDL ITSKKLKIET VLHLSDDSEP EPIISSQPVS TPQLQPTQTE TIFCTNCGHK
NPAKANFCSK CGTKLVK
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