| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_2096 |
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| Symbol | |
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| ID | 7288023 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 1989136 |
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| End bp | 1992291 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 643585093 |
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| Product | protein of unknown function DUF927 |
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| Protein accession | YP_002482820 |
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| Protein GI | 220907509 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG5519] Superfamily II helicase and inactivated derivatives |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0990242 |
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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 | 20 |
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| Fosmid unclonability p-value | 0.675674 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGATTGA ATCTATTTAA AACTTTTTCG CGGAACACAA CCATTATGGA ACATTTCGAC
TACAACATTG ACCTCTCCCC CCAGTCATCC TCAGAGTTGG AATCAAAGGG TGTTGAAGTC
AGCAACGACA ACCCCTGTCC TCTTTGTGGC AAAACAGACT GGTGTTTTCA CATTAGCGAC
TTAGCGATCG TTTGTGGCAG AACTGAATCA CCTCCTAACG ACTACGAACG GCGGGGAACC
GCTAAAGACG GGAGGGGTAT TTATGCTAAA ACTGGCTCTC CCCGACCCAG GCATCCTGGC
GATCGAGCTT CACAGATCTG GGGGAAACCC AAAACTGACT CTCCCCAATG GCAACCAACC
GGGAAAAAAG ACGGTGATGA ATTTGAACAG ATAATTGAAT ACCCCTACCC TGACCCGATA
ACAGGTGAGC CTTTGGGTAA AGTGGTTCGG ACTCAGTGGA GCGATCGCCG GGCGGTTTAT
GGCAAGCGGG GACAGACTAA ACAGACAAAA GAAATCCGTC CCTGGCACAA AGCCAAAAAA
CCTCACCCTG ATTCACATCC AGAGCTAAAA GACTGGTGGG CAGAGGGTAA GGGGAGAGAT
TCCTGGCCCC TTGTTTACCG ACAGGGTGAA GCAGCAAACG CAAAAACCGT ATTTGTTGTT
GGTGGGGAAC AGGCGGTAGA AACGGCTCGG AGCCTGGGAC TAACTGCTAT CTGCCAGCAG
GGAGGGGAAG CCCGAATCAC TCCCCTTGTG TTGTTCCTGG AAGATTCCCA CCCTGACTTA
GTAGTGATCT GGCCAGACTA CGACCAGGCG GGACGTACCT CAGCAAAAAA GTTACAAACT
GAGTGCAAAA AATTAGACAT CCGGGCAATC ATTCTTCATC CTCAATCGAT TTGGCCGGAA
ATGCCTCAGA AGGGGGATGT TCATGACTTT GTATATAAAT CTGGATTGAC CACAGAGGAA
ATGCAACAAG CGATCGAACG TGAAGTTGTG AGACAGGTCG CTGCTTTTGA GCAGAAAACT
TCGGCAAAGT CTGATCAGGA AATTCGGGTA AGGACTGTAT TGAAGGGTGA GAACGACGGA
TTTGAAACAA CTCCCGAAGA GGGATTAATG TACTTCAAAA TAGAGTACGA CGAGAAGACC
AAAATAACGA CTAAAGTGCG TATCCCTGTT GGCAATCATC TTGCTGCACG GGGATACGCT
AATTCTCTCG ATCAGGATAA TGCTTCTCTT GTTTTGGAGT TCAAAACCCA ACACCGACAG
ATTCGTTCCT GGACAATGCC TCGCAGACTG CTTGGAGGAG ATGTTAGTAA CCTCCTGGGC
GAACTTGCGG CACGAGGGTA TGATTTCTGT TTTGACATGA AGAAGGAACT CGCTAAATAC
CTGACCGAGT TGAACAGCAA AATTGATAAA ACTTACACCC TCTGCGATAC CACCGGATGG
ATAAATGGCT CGTTTGTACT TCCTAACCAG ACGATCGGCG ATCAAGCCCT GAGATACCTG
GATATTCAAC CCTTAAAGGA TTGCCCACTG GAAATTAAGG GGACTGTTGA GAGTTGGCAG
CAGTCGGTCG GTAAAAAAGT TGAAAAGAAT TCTCGATTAA TTTTTGCTGT TGGAGTAGCC
CTTGCCGCGC CCCTAATGTA TCTACTTGAG GTTGAATCGG GAGGATTTCA TCTGATTGGA
CAAACCAGCC AGGGCAAAAC AACGACCTTA AACGTTGCCG TTTCGGTGGT AGGGCTAAAA
AAACCGTCCA CCTGGAATAC TACGGTAAAC GGGCTTGAAG CGGTGGCAGC GGCCCATAAC
CATCTCGTGT TGCCTTTAGA TGAGATAAGC CAGGCGGATC CCAGAGATGT TGGCAAAACT
GCATACCTGT TAGGCAACGG TCAGGGTAAA CAACGGATGG GGCGTGACCT GAACGGTAGA
AAATCCAAAC AGTGGCAACT CCTGGTTCTC TCCACGGGTG AAGTTGGATT GGAGGCTTGT
TTTAAGCAAG CAGGAATTGT TCAAAAAGGA GGACAGGAAG TCCGCCTGCC AGACATCCCC
GCCGTTCCGA GTGGCAGTCA GTTAGGGGTG TTTGAGGAGA TCCATGGAGC AAAAAATGCT
GCTACCTTTG TCAATCAGTT GGAGGCAGAT TGCCACGAAA ACCGGGGAGC GATATTTATT
TCCTACATGG AAAAGCTTGT GGCTGCTCAG GCAGATTCCA ACTGGCTACC TGCTCAACGT
AGACGACATC GGGCGATCGT GGACACCCTG ATGGATGGCA TTAACGAGGC TGCTGTAGGC
CGGGTGGCCA GGCGGTTTGC ATTAGTGCAA TTAGCGTTAG AGATTGCTCA GGGTTACAGT
GTACTACTTT TTCCAACCGA GCAGTTGGCG TGGGCAGTAA AAACCATGTT TGTCGATTGG
CTGAACCTTC GGGGTGGAAC GGGTTCTGTC GAGGTCAAAC AGGTAATGGA ACGGATAGAA
GCCACCTTTG TAAAACACGA ATTCAGCGAT CGCATTCGAG ACTTAGACAA TCCCCCCGTT
GATCAAGATG GAAAACCCCG GCCTGTCCGT GACCTGCTGG CCTATCGAAA GGCTATCTCG
CGGGAGGAAA CAGAGTTCTG GGTTCCCCCT TCGGTGTTCA AGGAACTAAC ACAGGGGGCT
AACAAGGATC AGTTGATTGC TGAAATGAAA AAAGAGGGGT GGCTGATATG CTTTGACCCG
GATGGTAAAG CTTCAACCGT TCAACGGGTA GAGAATAAAC CCACAAGGGT TTATATCTTC
AGCCATTTCT GGCGAGCTAC AAACGACACT CCTTCTCCTT TCCCTACCTA TTCAAAAAAC
GGTGTAACGG GTGTAACGGG TGTAACGTCA TCTCAGAACG TAGACACAGA GGGTATTTCA
GCCGTTACAC CGACAGACAC ACCAGAAAAA CCAGGGTGTA ACGGGTGTAA CACCATACAA
CCAGATAAAA ATAGCGTTAC ACCTGTTACA CCAGGTGATT TTGGGTGTAA CATCACACTC
GATTCACAAA ACCCGCTTCC AGAGCAGCTT CCACAGTCCG TTACACCTGT TACACCCGTT
ACACCTGGAA AAGGAGAGAG GGAAGGCTTG ACGGTGCAAA CCGAGGCTGT TCCCACGCAG
ATGTTGCTCG ATAAAGAGGG GTGGGAGGAT TACTAA
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| Protein sequence | MGLNLFKTFS RNTTIMEHFD YNIDLSPQSS SELESKGVEV SNDNPCPLCG KTDWCFHISD
LAIVCGRTES PPNDYERRGT AKDGRGIYAK TGSPRPRHPG DRASQIWGKP KTDSPQWQPT
GKKDGDEFEQ IIEYPYPDPI TGEPLGKVVR TQWSDRRAVY GKRGQTKQTK EIRPWHKAKK
PHPDSHPELK DWWAEGKGRD SWPLVYRQGE AANAKTVFVV GGEQAVETAR SLGLTAICQQ
GGEARITPLV LFLEDSHPDL VVIWPDYDQA GRTSAKKLQT ECKKLDIRAI ILHPQSIWPE
MPQKGDVHDF VYKSGLTTEE MQQAIEREVV RQVAAFEQKT SAKSDQEIRV RTVLKGENDG
FETTPEEGLM YFKIEYDEKT KITTKVRIPV GNHLAARGYA NSLDQDNASL VLEFKTQHRQ
IRSWTMPRRL LGGDVSNLLG ELAARGYDFC FDMKKELAKY LTELNSKIDK TYTLCDTTGW
INGSFVLPNQ TIGDQALRYL DIQPLKDCPL EIKGTVESWQ QSVGKKVEKN SRLIFAVGVA
LAAPLMYLLE VESGGFHLIG QTSQGKTTTL NVAVSVVGLK KPSTWNTTVN GLEAVAAAHN
HLVLPLDEIS QADPRDVGKT AYLLGNGQGK QRMGRDLNGR KSKQWQLLVL STGEVGLEAC
FKQAGIVQKG GQEVRLPDIP AVPSGSQLGV FEEIHGAKNA ATFVNQLEAD CHENRGAIFI
SYMEKLVAAQ ADSNWLPAQR RRHRAIVDTL MDGINEAAVG RVARRFALVQ LALEIAQGYS
VLLFPTEQLA WAVKTMFVDW LNLRGGTGSV EVKQVMERIE ATFVKHEFSD RIRDLDNPPV
DQDGKPRPVR DLLAYRKAIS REETEFWVPP SVFKELTQGA NKDQLIAEMK KEGWLICFDP
DGKASTVQRV ENKPTRVYIF SHFWRATNDT PSPFPTYSKN GVTGVTGVTS SQNVDTEGIS
AVTPTDTPEK PGCNGCNTIQ PDKNSVTPVT PGDFGCNITL DSQNPLPEQL PQSVTPVTPV
TPGKGEREGL TVQTEAVPTQ MLLDKEGWED Y
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