| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_3743 |
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| Symbol | |
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| ID | 7289688 |
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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 | 3728177 |
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| End bp | 3730846 |
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| Gene Length | 2670 bp |
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| Protein Length | 889 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 643586717 |
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| Product | DSH domain protein |
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| Protein accession | YP_002484423 |
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| Protein GI | 220909112 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4581] Superfamily II RNA helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 33 |
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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 | TTGACCCCCC TGCCGCTTGT CGCTACTTTG AACCTGCCAA ATTTTTCCAC CCTTTTTCCT
TTTCCTCTTG ATACCTTCCA GCAGGAGGCG ATCGCTGCCC TGGAAGCGGA CCAATCTGTT
GTGGTCTGTG CTCCCACGGG TTCTGGTAAA ACTCTGATCG GGGAGTATGC CATCTACCGT
GCTCTCAGCC GACAGCGGCG GGTCTTTTAT ACCACGCCCC TCAAAGCACT CTCCAATCAG
AAATTGCGCG ATTTTCGCCA GCAGTTTGGG GCGGAACAGG TGGGCTTACT CACCGGGGAT
GTGTCGATTA ACCGCGATGC CCCCATCCTG GTGATGACTA CGGAAATTTT CCGTAACATG
CTCTACGGTA CCCCGATCGG TGAAGTCGGC ACTTCCCTGG CAGGGGTTGA GGTGGTGGTG
CTGGATGAAT GCCATTACAT GAACGATCGG CAACGGGGAA CGGTATGGGA AGAATCGATC
ATCTACTGTC CTGCCGCCAT TCAACTGGTT GCCCTCTCTG CCACCATTGC CAACAGTCAA
CAACTGACGG ATTGGATTGA CCAGGTGCAT GGTCCCACCC GGTTGATTTA CTCGGAGCAG
CGACCCGTTC CCTTGCGTTA CCACTTTTGC ACCAGTAAGG GTCTATTTCC ACTCTTGAAT
CGGGAGCGGA CCAAGCTAAA TGCCCAATTA AGTCAGCAGC GGGGGCGTCA GGGACGTCAA
TCCCACCGAT CGGAAGATAT TCCCAACCTG ACGTTCGTCC TGAGTCAGTT AAAGGAACGG
GACATGCTGC CGGCGATTTA CTTTATCTTT AGCCGCCGGG GCTGTGATCA AGCGATCGCA
GAAGTCAGCT CCATTCAGCT GCTCAATCCT GCCGAAACCC TGCAATTGCA GATCCAGATC
GATCACTTTC TCCAGCAGCA CCCCGATCAG GCCGCCAGTC CCTATGTCAA ACCCCTCTAC
CAGGGTATTG CCGCTCACCA CGCTGGCATT CTGCCCCTGT GGAAAGGGCT GGTGGAAGAA
TTATTCCAAC AGGGTTTAAT TAAAGTCGTC TTTGCTACTG AAACCCTGGC GGCGGGAATC
AACATGCCGG CCCGCACCAC CGTGATCTCT AGCCTGTCCA AACGCACCGA CTCTGGCCAT
CGTCTCCTCA CCCCTTCCGA GTTTTTGCAG ATGGCCGGAC GGGCCGGGCG GCGGGGCATG
GATCAGCTCG GCCATGTGGT GACGCAACAA ACCCCCTTTG AAGGCGGGCG GGAAGCGGCT
TACCTGGCTA CAGCGGGGGC CGATCCCCTA ATCAGCCAAT TTAGCCCCAG CTACGGCATG
GTGTTGAATT TGCTCCAGAC CCACACCCTG GAACAGGCCA AGGAACTGGT GGAGCGGAGT
TTTGGCCAAT ATTTATCGAC CCTGCATCTG GCCCCCCAAC GCCAGGCAAT TGCCGATCTG
ACAGCAGAGT TTAACCAGGT ACAGGCCAAG CTGGCTACGG TTGATCTGAA TGCCCTCAAG
CAGTATCAGA AATTGCGAGA ACAGGTGCGG GAAGAGGAAC GCCTGCTCAA AATTCTCCAG
CACCAGGCTG AGGAAACCCG TCGAAAGCAA CTGGCTCTGG CGATCGTCTA CGCCCCTCCT
GGCACTCTGC TCAGTCTCAA ACCTGCAGTT GGTAGCCCCA GAACCTGCCT ATCCGCAGTG
GTGGTGAGCC AGGTGGCCAG CAGCGGCCAG TTTCCCTACC TCGGCTGCTT GGGCCAGGAT
AACCACTGGT ACGTGGTCAG TCTGGATCAG GTGGTGGATA TCCATGCTGC TCTCCCCCTC
TCTCGCTTTG CTGCTCTCCC CTTTCCCGCT GAACTTCCCC ATAAACCAGG TTCCCGTCAG
GCCGGTACGG CAGAGACCAC GGCGATCGCC GCCCAGATCC CCGACTGCGA GGTGGAGGTT
CCGGCAGAAG TGCTGGCCCA GCAAGGACGA CTGGAAGCAA TCCAGGCTAA GTTGACCAGC
CATCCCCTCC ATCTGGCCAA TCCAGCTCTG CTGCAACGCT TACAACAACG AGCAACGCGC
TTGCAAGACC AAATTCGATC CCGCCAAGAG AAATTGAACC AACAGTCCCA CCACCATTGG
GAGGAGTTTC TCTGTTTACT GAAGATCCTG CAAACTTTCC GGGCCCTGGA GGATCTGGCC
CCCACACCTC TGGGCCAAAC CGCTGCTGCT CTGCGGGGGG ATAATGAACT GTGGCTGGGC
CTGGCGATCG CCTCTGGAGA ACTGGATGGA CTGGATCCCC ACCATTTTGC TGCGGCCTGT
GCGGCTTTAG TGACCGAAAC CCCCCGTTCC GATAGTTATA CCAGCTATGA GCCTGCCGAT
GCGGTTGATG CTGCTCTCAT GGCCCTGCGC CCCTTGCGCC GACAATTGTT CCAAGCCCAA
CGTCGCTATC AGGTGGTCTT GCCTGTCTGG CTGGAACCGG AGCTGGTGGG TTTGGTGGAG
CAGTGGGCCT TGGGCACAGA ATGGTCTGAA CTGTGTACCC ATACGAACCT GGATGAAGGG
GATATCGTCC GTCTCCTCCG CCGCACCCTG GATTTTCTTT CCCAATTGCC CCATGCCCCC
CAAATTAGCC CAGAGCTACG CCAGAATGCC TTGCGGGCCC ATCAGCTCCT GGATCGCTTT
CCGGTCAATG ACATCTTGCA GGTGAGCTGA
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| Protein sequence | MTPLPLVATL NLPNFSTLFP FPLDTFQQEA IAALEADQSV VVCAPTGSGK TLIGEYAIYR
ALSRQRRVFY TTPLKALSNQ KLRDFRQQFG AEQVGLLTGD VSINRDAPIL VMTTEIFRNM
LYGTPIGEVG TSLAGVEVVV LDECHYMNDR QRGTVWEESI IYCPAAIQLV ALSATIANSQ
QLTDWIDQVH GPTRLIYSEQ RPVPLRYHFC TSKGLFPLLN RERTKLNAQL SQQRGRQGRQ
SHRSEDIPNL TFVLSQLKER DMLPAIYFIF SRRGCDQAIA EVSSIQLLNP AETLQLQIQI
DHFLQQHPDQ AASPYVKPLY QGIAAHHAGI LPLWKGLVEE LFQQGLIKVV FATETLAAGI
NMPARTTVIS SLSKRTDSGH RLLTPSEFLQ MAGRAGRRGM DQLGHVVTQQ TPFEGGREAA
YLATAGADPL ISQFSPSYGM VLNLLQTHTL EQAKELVERS FGQYLSTLHL APQRQAIADL
TAEFNQVQAK LATVDLNALK QYQKLREQVR EEERLLKILQ HQAEETRRKQ LALAIVYAPP
GTLLSLKPAV GSPRTCLSAV VVSQVASSGQ FPYLGCLGQD NHWYVVSLDQ VVDIHAALPL
SRFAALPFPA ELPHKPGSRQ AGTAETTAIA AQIPDCEVEV PAEVLAQQGR LEAIQAKLTS
HPLHLANPAL LQRLQQRATR LQDQIRSRQE KLNQQSHHHW EEFLCLLKIL QTFRALEDLA
PTPLGQTAAA LRGDNELWLG LAIASGELDG LDPHHFAAAC AALVTETPRS DSYTSYEPAD
AVDAALMALR PLRRQLFQAQ RRYQVVLPVW LEPELVGLVE QWALGTEWSE LCTHTNLDEG
DIVRLLRRTL DFLSQLPHAP QISPELRQNA LRAHQLLDRF PVNDILQVS
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