Gene Cyan7425_5420 details

Gene Information

• Locus tag: Cyan7425_5420
• ID: 7280381
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Cyanothece sp. PCC 7425
• Kingdom: Bacteria
• Replicon accession: NC_011880
• Strand: +
• Start bp: 153907
• End bp: 157419
• Gene Length: 3513 bp
• Protein Length: 1170 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 643580565
• Product: hypothetical protein
• Protein accession: YP_002478378
• Protein GI: 219883216

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 18
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTCGGTCT ATCATCTAGT CAGTGAACAC GGAAATGCAG TAAGGCCGCC CTTAGGGAAT 
CCTTTTCATC CCTCTATATG TAAATCTCTA CCCATTGGTT CAGATTGGTC AGTTAGGGTG 
GCAGCAGATC ATGTTCAGGA ATGGCGGGAT TGTGGTGTTG ACCCAGGAAT TATCGAACTT 
AACGTTGAGA CTCTCGACGA TACTGCCATC AACGATTACT CAGATAGTCT CTTCCCAATT 
GCTGAGCGGC TTAACTGGAA AATTACGCGA TTTGGGCGGA AAACCCGTTC TAACCTTCGT 
GGCTGGTGGG TCAGTGGCAT AGATCCCCTT AATAATTGGA AGCGTATGGA ATGGGGACGC 
TTCAAACCTG ATGCTTCAAC CCCCGTCATC GATCAGGAAA AAGGTAAACC TGCTAAATAC 
CTCAGTCCTA GCCTTGGTCC TGGTTCTAGC CGGCTAATTC TGCTTGATGT CCCGCAAAGC 
ATTTGGGAAA AAGTTGCTGG ACGATATGGA GTTTCCATCG TCCCTACTGA TCTCACCAAT 
GGTTTCTGGC ACTGGGTCTG GAAATCCAAC CTTCCCATTA TTGTAACAGA GGGAGAAAAG 
AAAGCAGGTT GCTTATTGAC CCAAGGGTAT GCTGCGATCT CCCTTCCAGG TATCTTCAAT 
GGCTACCGTA AAGACTCTAA GAAGCTGATC CCAGAATTGG CTCATTTTGC TACAGCTAAG 
CGTTCAGTGT TTATTTGTTT TGACCACGAA ACCAAACCTA AAACGCTTAA AAACCTTAAC 
CTGGCCATTA CAAAGCTTGG CAAACTACTT GAGCGCGGTG GCTGTAGCGT CAAAGTTATT 
TCTTTACCAG GTCCACAAAA GGGGGTAGAT GATTTTATCG TTGCACAGGG GAATCAGCCC 
TTCGATGCTT TCTACGAGTC TGCCTTACCA CTTCAATTCT GGGTTGCATC TAAACTCTGG 
TCTCTTACCT ATCAACCCAC ATTAACCCTG AACACCCCTT ATCTGGGCAA ACTCCCCTAT 
CCCAGTTCTG GTTTGGCATG CATTAAAAGT CCGAAGGGCA CCGGCAAAAC AACTGCACTA 
CAAGACCTGA TCCAAGAGGC TATCAACTCT GGACGCAAAG TCCTGGTTAT TACCCACAGA 
ATTCAGCTTG GCCGTGCCAT CTGTTCAAGT ATCGGCATTG ACTGGATTGA GGAGGTGAAA 
GAGTCTGAAA CGGGGGGTTT ATTCGGCTAT GGCCTGTGCA TTGACTCTCT ACACTCTACA 
TCTCAGGCTC GTTTCAACCC CCAGCTTTGG AAAGGAGCAA TCGTTATCCT CGATGAAGTA 
GAGCAGATTC TCTGGCATGC CCTTAACTCC ACTACCTGTT ACGAACATCG GGTTAAGATC 
CTTGAGGCTT TACGGGAACT TGTGGAGGTG GTTCTCAGTA GCAATGGACT AATCGTTGCT 
CAAGATGCTG ACCTTTCCGA TGTCAGTATT GATTATCTTA AGGGACTAGT TGAAGCACCC 
ATGGAACCCT GGATAGTAGT AAACCAGTGG AAGCCAGAAT CTGCTTGGAA CGTGTCATTT 
TACGACACAA AGAATCCGGC TAGCATGATT TCACGGATGG AAAAATTTAT TGCCCAGGGA 
GCCATATTTG TCGCTGTAGA TTCACAAAAA GTTAGCGGCA AGTGGAGCTC AAAAAATCTA 
GAAACTTATT TGCAAACTCG CTATCCTGAT AAACGTATTC TTCGTATTGA TTCTGAAAGC 
GTAGCTGATC CGCAACATCC CGCTTATGGA ATCGTAGAAC AACTGAATCA AATTATTACG 
AACTATGACA TTGTTTTAGC TACCCCAACG ATCGGTACCG GTGTTTCAAT CGATGTCCGT 
GGGCATTTTA AAGCCGTATT TGGCATCTTC CAGGGAGTAA CACCTGATGT TGAATCCAGG 
CAAGCATTAG CTCGAGTCCG AGAACCAGTA CCACGTCTGG TTTGGTCAGC TCGTTTTGGC 
CCAGGAAAAG TAGGCAACGG CAGTTGTAGC TATCAAGATG TCATTCACTC CACCACCAAA 
AATGTAAAGT ACAATATTAC CTTACTTAAG GAAGTAGATT TTGACATCGA TGCCCAAACA 
GACCCAATTA CTCTGCGAAC CTGGGCTAAG ATGGCAACCC GGGTCAACGT GTCATTGTGG 
AATTATCGTA ATGAGTTCCG TAACGGCTTA CTTCTGGAAG GGCATCAGGT TACAACGATT 
ACCGACGATC TTCTGAAACT TCTGCCTTCA GAGTTTCAGT TGCAATGCAG TGAACTTCTA 
GAGACCCTTG AAGCTAAAAC AATTGCTGAG GTCTTGAAAG AAAAATTACT TACGGGTGTG 
CTGAGCTTTC CAGGTGTTGA GTACTTACAC TGCCAGCATG ATGAACGCCT TGCCGACTCT 
ATCATGCAGG AGATCAAAGG TATTCAAGAG TATAGCCGCC TGACTGAAGC ACAAGCCGTT 
GCCAGTGCCC CTCTAATTAG CTCAGCCGAA TACGATCGCC TCAAAGATCA ACGCGCAAAA 
ACCAGTGACG AACGCTATGT CCAACAAAAA CATGAGTTAC AACGTCGTTA TCCTATACCC 
GTAACTCCAG AATTAAAGAT CAAAGATGAC GGAGGCTGGT ATTCGCAGCT TCGACTACAC 
TACTACCTAA CCCATGACCC AGTGTTTGTC CGTTTGCGCG ATCTCAAGGA ATGGCAAGGA 
CATCTAGATC GTGGGAATGG CAAAGTTTCG TTACAAGATA TAAAACTGCT TACAGCTCAA 
GTTGAAACCT TCAAAGTCTT AGGGATACTC AACCTTCTGA ATCCACAACG GCTAATCCGA 
GCAACTGATC CAGACATTGA GCAACTTCGC CTCAATTCAA TTCAGTATCG TCACGACATT 
AAGGCCCTTC TGAATCTCAC CATTTCCGAA AAGATGAAAC CAATTGAGGT TGTACAAGCA 
TTACTTAGAA AATTGGGGTT GAAGTTAGCT TGTATTGGGA GAGATCTTAA AGATGATGGA 
CGGCGATGTG GTTCTAGAAT CTATCAATTT CAGACACCGA AAGATGAGCG AGAAAGAATT 
TTTGCTCAGT GGCAGCAGAG AGATGCTATA AACCCAGTCG ATCACGTAGA GGAAGGAAAA 
GGAGATAGTC TGCTATCACG AAATATTATT GATATAATTC CTGTAGATCC ACCCCCTGAT 
ATATATGATT TAAGTCAAGG ATTAGGTGGA TTTAGCGAAG TGCCCCTGAA ACAACAACAA 
AAACAGGTAG CCAGTGACAC AGGCGAGGAA AAATGCTTTA TGGCAGAAAG AATTTACGCC 
CAAATGGGTT GCACTACCAA GTTCCTATTC CCATCCATTC AAGTTGGCAG TCTCGTCAAG 
TATATAGAGC AGTCTTGTTG TTGGGTTGTA CAACAATTGC AAGGAGCTAC CGCTGTAATC 
AAACAAATTC ATAGCACAGT TGAGCGCACA GTGCCCTTAA GTAATCTGAC GCTCATTGTT 
GCAAAGGAGG ACCTTGCTGA TTCAACTAGT TAG 

 

Protein sequence

MSVYHLVSEH GNAVRPPLGN PFHPSICKSL PIGSDWSVRV AADHVQEWRD CGVDPGIIEL 
NVETLDDTAI NDYSDSLFPI AERLNWKITR FGRKTRSNLR GWWVSGIDPL NNWKRMEWGR 
FKPDASTPVI DQEKGKPAKY LSPSLGPGSS RLILLDVPQS IWEKVAGRYG VSIVPTDLTN 
GFWHWVWKSN LPIIVTEGEK KAGCLLTQGY AAISLPGIFN GYRKDSKKLI PELAHFATAK 
RSVFICFDHE TKPKTLKNLN LAITKLGKLL ERGGCSVKVI SLPGPQKGVD DFIVAQGNQP 
FDAFYESALP LQFWVASKLW SLTYQPTLTL NTPYLGKLPY PSSGLACIKS PKGTGKTTAL 
QDLIQEAINS GRKVLVITHR IQLGRAICSS IGIDWIEEVK ESETGGLFGY GLCIDSLHST 
SQARFNPQLW KGAIVILDEV EQILWHALNS TTCYEHRVKI LEALRELVEV VLSSNGLIVA 
QDADLSDVSI DYLKGLVEAP MEPWIVVNQW KPESAWNVSF YDTKNPASMI SRMEKFIAQG 
AIFVAVDSQK VSGKWSSKNL ETYLQTRYPD KRILRIDSES VADPQHPAYG IVEQLNQIIT 
NYDIVLATPT IGTGVSIDVR GHFKAVFGIF QGVTPDVESR QALARVREPV PRLVWSARFG 
PGKVGNGSCS YQDVIHSTTK NVKYNITLLK EVDFDIDAQT DPITLRTWAK MATRVNVSLW 
NYRNEFRNGL LLEGHQVTTI TDDLLKLLPS EFQLQCSELL ETLEAKTIAE VLKEKLLTGV 
LSFPGVEYLH CQHDERLADS IMQEIKGIQE YSRLTEAQAV ASAPLISSAE YDRLKDQRAK 
TSDERYVQQK HELQRRYPIP VTPELKIKDD GGWYSQLRLH YYLTHDPVFV RLRDLKEWQG 
HLDRGNGKVS LQDIKLLTAQ VETFKVLGIL NLLNPQRLIR ATDPDIEQLR LNSIQYRHDI 
KALLNLTISE KMKPIEVVQA LLRKLGLKLA CIGRDLKDDG RRCGSRIYQF QTPKDERERI 
FAQWQQRDAI NPVDHVEEGK GDSLLSRNII DIIPVDPPPD IYDLSQGLGG FSEVPLKQQQ 
KQVASDTGEE KCFMAERIYA QMGCTTKFLF PSIQVGSLVK YIEQSCCWVV QQLQGATAVI 
KQIHSTVERT VPLSNLTLIV AKEDLADSTS