Gene Cyan8802_2210 details

Gene Information

• Locus tag: Cyan8802_2210
• ID: 8391527
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Cyanothece sp. PCC 8802
• Kingdom: Bacteria
• Replicon accession: NC_013161
• Strand: -
• Start bp: 2221354
• End bp: 2224860
• Gene Length: 3507 bp
• Protein Length: 1168 aa
• Translation table: 11
• GC content: 37%
• IMG OID: 644980182
• Product: hypothetical protein
• Protein accession: YP_003137926
• Protein GI: 257060038

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 0.802914
• 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

ATGCAGTTAC ATGAGATTTT TAAGAAACAA GTTGATCGTC CTATTGAAGG TGTAATCAAA 
GCGGATGCAA ATGATGAGGT TAGTCTGCAC GTTGAACTCG AAGAATATGT TCTCACCCAT 
GAGGTTGAAA AACGCTTAGA GGAGTTTTTG TCAGCTTATA ACAATTATAC AGGGGTTAAT 
GGGGTTTGGA TATCGGGCTT TTTTGGCTCT GGTAAGTCCC ACTTATTAAA AATCTTGGCA 
CTATTGTTAG AAGATCGCAG GGTAGAAAAT AGCCAAGTAA TTGACAAATT TTTGCCCAAA 
TGTCAGAACA ACGAAATTCT CAAAGGAGAC TTGAGACGAG CAGTTACAAT TCCCTCTAAA 
AGTATTTTGT TTAATATTGA TCAAAAGGCA GATGTCACCA GTAAAACAGA ATTTGATGCT 
TTATTATCGG TTTTTGTCAA GGTTTTCAAT GAAGCGCGTG GTTATTATGG AAAACAGGGC 
TATATTGCTC AGTTTGAAAA AGAATTAGAT GAGCGGGGGT TATATGTCGC TTTTAAAACA 
GAGTATGAAT CCGTTGCCGG AAAACCTTGG GAACGAGGAC GAGAACAAGT CATTTTAGAA 
AAGAGAAATA TTGCGATCGC CTATGAAAAA GTGACGGGTG CATCTGTGGA AGATTCTATG 
AATATTCTAG ATTTATATCG TCAAGATTAT AAACTTTCTA TTGATGATTT TTCCCAAGAT 
GTAAAAGCGT TTATTGAACA GCAATCTTCT AATTTTAGAC TGAATTTTTT TGTAGATGAG 
GTCGGACAAT ATATTGCAGA TAATGTTAAA TTAATGACTA ATTTACAAAC AATTACGGAG 
AGTTTAGCGA CGAAATGTCA AGGTCGTTCT TGGGTGATTG TCACTGCGCA AGAAGACATG 
GAAATGGTAT TAGGAGAAAT GGGAAATCAT CAAACTAAGG ATTTTTCTAA AATTCAAGAT 
CGTTTTGCCA ATCGCATGAA ATTAACCAGT CGGGATGTGG CTGAAGTTAT TCAGAAACGT 
CTACTGATGA AAAATGAGGC GGGAGTTAGA CATCTTGCCG ATATTTTTGA GCAACAACAG 
CATAATTTAC CTACTTTGCT TCGTTTTTCT GATGGCTCAA AGGAGTACAG TAATTTCCAA 
GATCAAGACC ATTTTATCCA GTGTTATCCT TTTATTCCCT ATCAGTTTAC CCTTTTCCAG 
TCTGCTATTC GGGGACTCTC TCAACATAAT GCGTTTGAAG GAAAACATAG TTCAGTGGGA 
GAACGATCTA TGTTGGCGGT TTTCCAAAAG GTGGCCATGG AAATTCAGAC TCAGGAAATT 
GGTTGTCTAG CTACCTTTGA TTTAATGTTT CAAGGGATTT GTTCGACCTT AAAATCTAAT 
ATTCAGAGTG GTATTATTCT CGCGGAAGAT AATCTTAATA ATCCTTTTGC TGTCCGTCTT 
CTCAAGGCAT TATTTCTGGT TAAATATGTA GACGGATTTA AGGCTAATTT ACATAATTTA 
TCGATCCTCA TGTTAGAGGA ATTTGAGCAG GATATTTCCG ACTTACGAAA TCGAGTTCAA 
GAATCGTTAA ACTTGCTAGA ACAGCAAACC TATATTCAGC GAACAGGGGA CTTATATGAA 
TATTTAACGG ACAAGGAAAA AGATGTTGAG CAGGAGATTA AAAATACGGA AGTAGAAGTA 
GCTAAGGTTT TAGAAGCGTT AAATACTTTA ATTTTTGATG AGATTATTAA AACCGCAAAA 
ATTCGCAATG GGGAAGGGAC ACAAGATTAT CCTTACTCTC GTAAGATTGA TGGGACGCTT 
TATAAACGGG AATATGAGTT AGGTATTCAA GTCATTACGC CTTTTTCGGG GCAACATGAG 
CAAGAAAAGG CCTTACAGAT GGAGAATATG GGACGGGATG AGTTATTAAT TATTATTCCT 
TCTGATGACC GTTTGGTGAG TGATTTAATG ATGTATAAAA GAACGGAAAA ATATGTTCAA 
CAGAATATTT CAGTGACTCA ACAGGAAGCA GTTAAAAGTA TTTTAACGCA AAAAAATCAA 
AGTAATCAGC AACGTTATGG CGAGATTAAA AATAGGGTTA AAAGTTTATT AGGAAAAGCC 
AAGTTATTTG TGGCAGGAAC AGAGTTGGAA ATTAGTAGTA ATGACGCTCA AAATCGTATT 
ATTTTAGGGT TTCAGGAGTT AATTACCCGT GTCTATCCCC ATTTTAAAAT GTTAGCGGGG 
GTGAATTATA AAGCAGAACA AGTTCAGCAT TTTCTGGAAC AGTCTCAAGA TAGTTTATTT 
AGTAACGATG TAACGGTTGT AAGTGAACCG GAAAAAGAGG TTTTGAGCTT TGCTCAAATG 
AATCAGAAAC GGGGGTTGCG TACTTCTATG AAGTCTCTGA GTGATAATTT TCAACGTAAA 
CCCTATGGGT GGAGTGAGGG GGCGATTTTA TGTATGGTAG CTAAACTTTG TGCTAGAGGG 
AAGTTAGAAG TGCAAACGGA GGGTAATTTG TTAGAAGGGG AGGCATTAGT TGAGGCTATT 
TCTAACTCTC GTAATCATAG TAATGTTTTA TTACAGCCAC AGCAAGAATT TACGCCGTCA 
CAGGTACGAA AACTTAAGGA TTTTTATGGG GAATTTTTTG CTCAACCTTG TGGAGATAAT 
GAACCCAAAG CTATTTATCA GAAAACAAAA GAAGGATTTA AGGAACTGAG TCAATTTATT 
AAAGAACGGT TATTAGAAAG GGAAAAATAT CCTTTTTTAT CGGCTTTAGA ATCTGTCCTG 
CAAACCCTCA ATGATGTATT TAATAAGCCT TATGATTGGT ATCTTACAGA TTTAACTGAT 
CAAGAGGATG AGTTATTGGA TCTTAAGGAG TATGTAATAG ATCCCATTCG GAGTTTTATG 
CAGGGGGGAC AAAAACAGAT TTATGATCAG GCTAAACAGT TATTAGAGTC TCAAAAGCCC 
AATTTTAGTT ATATTAATGG TGATAATGTA TCTCAAATGA GAACGGTTCT CGCAGATCCC 
CAATGCTTCA AGGGAAACCA GATGCAGCAG GTTAAGGGGT TAGTGGAGTC GATAACCGCA 
GAAATCTCTA GTCAAGTTAA GACAGAAGTG GAACAAGCAC AGGGAGAGAT TAAGGGTTTA 
CAAGCGCGAA TGAGTAATAT GGCGGAGTTT TCCCAACTTT CTGCGGCACA ACAGCAAGAA 
ATCCTTCAAT TTTTTCAGCA TTGTTATGAT TCTATTGCTC AAGAACATTT GATCGCTGTA 
ATTCGCAGTA CCCGTCAGCA GTTTGAAACG GATACCTATC CTCAGTTACT CTCAAAAATG 
ACGAATTTGA CGGGGGTTTA TGGGGTTTCA TCGGGAGGAA AAAGTCGGGT TAAGGAGTCA 
GAAACCCAAT ATGTACCGAG TCAAGGGATT AAGGTTAATT TTGGGAAGGC ATGGCTGGCA 
GATGAGGCAG ATGTGGAGGA TTATTTAGTA GCGATGCGTG AGGCTTTAAT GGCAGAAATT 
AAACAAGGTA AACGGATTCA AATTTGA 

 

Protein sequence

MQLHEIFKKQ VDRPIEGVIK ADANDEVSLH VELEEYVLTH EVEKRLEEFL SAYNNYTGVN 
GVWISGFFGS GKSHLLKILA LLLEDRRVEN SQVIDKFLPK CQNNEILKGD LRRAVTIPSK 
SILFNIDQKA DVTSKTEFDA LLSVFVKVFN EARGYYGKQG YIAQFEKELD ERGLYVAFKT 
EYESVAGKPW ERGREQVILE KRNIAIAYEK VTGASVEDSM NILDLYRQDY KLSIDDFSQD 
VKAFIEQQSS NFRLNFFVDE VGQYIADNVK LMTNLQTITE SLATKCQGRS WVIVTAQEDM 
EMVLGEMGNH QTKDFSKIQD RFANRMKLTS RDVAEVIQKR LLMKNEAGVR HLADIFEQQQ 
HNLPTLLRFS DGSKEYSNFQ DQDHFIQCYP FIPYQFTLFQ SAIRGLSQHN AFEGKHSSVG 
ERSMLAVFQK VAMEIQTQEI GCLATFDLMF QGICSTLKSN IQSGIILAED NLNNPFAVRL 
LKALFLVKYV DGFKANLHNL SILMLEEFEQ DISDLRNRVQ ESLNLLEQQT YIQRTGDLYE 
YLTDKEKDVE QEIKNTEVEV AKVLEALNTL IFDEIIKTAK IRNGEGTQDY PYSRKIDGTL 
YKREYELGIQ VITPFSGQHE QEKALQMENM GRDELLIIIP SDDRLVSDLM MYKRTEKYVQ 
QNISVTQQEA VKSILTQKNQ SNQQRYGEIK NRVKSLLGKA KLFVAGTELE ISSNDAQNRI 
ILGFQELITR VYPHFKMLAG VNYKAEQVQH FLEQSQDSLF SNDVTVVSEP EKEVLSFAQM 
NQKRGLRTSM KSLSDNFQRK PYGWSEGAIL CMVAKLCARG KLEVQTEGNL LEGEALVEAI 
SNSRNHSNVL LQPQQEFTPS QVRKLKDFYG EFFAQPCGDN EPKAIYQKTK EGFKELSQFI 
KERLLEREKY PFLSALESVL QTLNDVFNKP YDWYLTDLTD QEDELLDLKE YVIDPIRSFM 
QGGQKQIYDQ AKQLLESQKP NFSYINGDNV SQMRTVLADP QCFKGNQMQQ VKGLVESITA 
EISSQVKTEV EQAQGEIKGL QARMSNMAEF SQLSAAQQQE ILQFFQHCYD SIAQEHLIAV 
IRSTRQQFET DTYPQLLSKM TNLTGVYGVS SGGKSRVKES ETQYVPSQGI KVNFGKAWLA 
DEADVEDYLV AMREALMAEI KQGKRIQI