Gene Cyan8802_4602 details

Gene Information

• Locus tag: Cyan8802_4602
• ID: 8393885
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Cyanothece sp. PCC 8802
• Kingdom: Bacteria
• Replicon accession: NC_013163
• Strand: -
• Start bp: 15750
• End bp: 19232
• Gene Length: 3483 bp
• Protein Length: 1160 aa
• Translation table: 11
• GC content: 47%
• IMG OID: 644984667
• Product: hypothetical protein
• Protein accession: YP_003142318
• Protein GI: 257062260

Plasmid Coverage information

• Num covering plasmid clones: 17
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GTGATCAACC CTACCTCAAT CCGTACTGAG TTCATCACCG AGTCGAAGAT CGCCCCTAAC 
CTCTTCGAGA GAGCGGTGAC GTTCCTCCCC GACCTGGAAA TCAACCACGT CACCCACGAA 
GTCGAGGGCA CGCCCCTTTA CGATGCCCTG GGCTGGCCAT ACACCCGCTT TGGGCATCAA 
GCCAAACCGA ATCTATTGGG AGCAGCCTTT ATTCAAGAAA CCGGGGAACC CTGGCAGTGC 
AAAATCTATG GAGAGTTAAA TAAACCCCGT CAGGACAAGG AGACAAGGGG ACAAGGGGGA 
CAAGGGGGAC AAGGGGGACA AGGGGGACAA GGAGACAAGG AGGACAAGAA GGACTTTTGT 
GGAGAACAAT CTCCCGTGTC TCCCGTGTCT CCCGTGTCTC CCCCATCTCC CCCCTCCCAA 
AAAAGAACCG GACAATACTA CGCCCCCAAA GGAATCGGAG ACGTTCCTTA CCTGCCCCCC 
GTCCCCAGAG AAATCTGGGA GAAGCTCGCC CTAGAATACG ACTTACCCCT ACCCCCCGAA 
AATACCTCCT TCTGGCAGTG GTTTCAGGAA AATAAGGTAA TCCCCCTACT CCTAACCGAA 
GGGGGCAAGA AGAGCCTTTC AGCGTTGTCA TCAGACATCG TCGCCATTGC CCTCTATGGC 
TGTCTATGTG GCGTTGATTC AGAAACCGGA GCCGTTAAAG AATCTTTACG TCCGTACATT 
GAAGGGCGGC GGGTCTACAT TGCCTTTGAC CAAGACAAAA AACAAAAAAC ACGCCGAACC 
GTCGCCAAAG CCACCCAGAG ACTCGCTTTA GCCATCACTA AAGCAGACGG TGAGCCTTAC 
CAAGTCCTCT GGAATACCGA AGACGGCAAA GGCGTTGACG ATGTTATTAA AAATCAAGGA 
GGAGATTACT TCAAACAACG GATTAAATTA GCCCAACTCA TTGACCCGAT TCAACAACAA 
CTAAACACCC TTACCCGCGA CATTGACTTA ACCGTTAACC AAGCCAGTTT AGAAGGAATC 
CTCAAACACC TTCCCCGCAC CGGAAAACTC CACATCAGTT CCCCTAAATG TACCCGCAAA 
TCCTCAGCCA TCATTGAGCC ATTAGTCAAA GAATGGAAAC AGAAAAAACA ATTAGTCATC 
TCCATCGTTC CCCGCATCCT CTTAGGCAAA GAACAAGCCG TCAGGTGGGA CATTAACTGG 
ATAGACGAGT ATGGCAAGAC TCATTTTGAA TCTTACGATA CCATTGGGCT CTGTTTTGAT 
TCCCTTGGGA AACTCTCCTC TAAAAATTGG TCAGGGGCTT TAATTCTCTT TGATGAGATT 
CGCCAAGGAT TCAAGCATTT TATCTCCTCT CCCACCCTAG AAGAGAGACG CTCTTTTATC 
CTTAAGCTTC TCCAAGAAAA GTTACCCGAA GCCGTTAACG GTGGGGGGTT AGTTTTGGGC 
TGTGACTCCG ATTTAACCGA TGTAGAAATC AACTACATTG ACGAAATTTG CCCCGTCGGA 
AAGACCTTTA TTGTTAAGAA CGAGTATCAA CCCCAAAAAG GATTAGTCAT CTTTAATACA 
GGTAAATATG ATGAAACCCT AGATGAGATT CTCCACCGCT ATGAAAATGG CGAGAACTTA 
TTTATCTTCT GTGACACCAA AGCGAACAGT CAAGCCATTC ATGACCGCTT AAAACAACTA 
GATCCTAACG CCACCCATTG GTTATTAAAT GGCGATACAA CCTCAGAGGC AGAAAACAAA 
GCCATCATCG AAAATAATAT TAATTACTCC CTCAAACAAC AAAAGCCAAG AAGTTTAGTC 
TTTACCACTT CCATGAGCAC AGGCATCAGT ATCGATGGCT GGATAAACCA TCAATTTCAT 
GCTGAGGTAT TTGACCACTT TACCTATGGC TTTGTCATAG CCCAAGGGGG AATCTTAGAA 
CCCGTCGAAA TCACTCAGAG TATGGCACGG GTCAGAAAGA ATCTAGATTT TACCGTTTAT 
TCAGGCACAG GGAAAAAGCC AGATGACCTC TTAAACTCCT GTCACCCTGA TGTCATTAAA 
CGACAAATCT ATAAGCGAAA TCATCGAGCC TTTGACCTGC AACTCATCAC CGCCGAAATC 
TTAGAAGAAA AACTCGGAAG GGAACCCACC CACTATGAAA TTCTGGCAGA AATGATGAGC 
AAATGTGACC CCGAAACCGG AATGGTCATT GACCCCCATC TCGACTTATA TTGTCGAGTT 
AAAGCTCGGT TAAACTATGC TTCACAAAAC TTTGACCTGA TGCTCTATCA ACAATTAATT 
GATGAGGGGT ATCAATTAGC TCGATACGAT TGCCTAGAAA CCACTTCGAC GGGCAATCAA 
ATCAGAGAAA TCAAAGAAGC GCACAAATGG GAGGAAGCTG AGGCCACGGC AGACTCATTA 
GATATTTGTA TAGAAGAGGC GATAGAGATT AGTTATTCAA ATGCGCCCCT CGAACAACGT 
CGTCAGGCGG CCAAGGCCTT CTTAAAACAG GAACTCCCCG GAGTGGAACT CACCCCCGAC 
TTTATTTATA AGGCCGTTAT TAAAGACAAA CGACGCTGGT TGAGGGGACA TAAACTCTTT 
TGGTATTGTC AACATCCTGA CATGACCAGG GAGATAGATC TGGGGCATTA TCTTAACAAA 
ATTAAACAAT TTGCCAATGG GGTCATCTTT TTGCCAGATC TTCGTAACGT GAGTGTGATA 
GTGGAGGAAA TTAAGGAGTT GGGACTATGG GAGTTAATTG ACCTAGAGAA CCCCAGAGAA 
TTATCCAAAG ATGACCCCAG GGTGCTCTCG TTTATGGAGA GGGCTTATTT TAGACGCTAT 
AAACTCTATA ACGCCCTGGG ATTAACCGTG ACTGAAAAAA CCGACTCTAT TAAATTCATT 
GAACGGTTGC TGCAACGGTT AGGGATAGGA TTAGTCTTGA CCCGAACTGA AAAACAGGGT 
GAGAAGAAAA TCCGATATTA TTCTCTGAAT ACAGAAGCAT TGAATGACCC CGATAGGGTA 
GCGGTATTGG AGGCACTTAC CCGACGATTT CTCGGGACCG TTCAAACTAA CTATAAACTA 
GCTGAAAAGC TCCCCTCATC TGTAATAGAG TCGGGGACAG GACACCCTCA AGAGTGTATA 
CAAAAAAGGA GTCCTGTCCC CCCAGACTTG GTACACAAGG AGTCACTAGG GACAGGACGG 
GCTGAAGAGT GTATACAAAA AAGGAGCCCT GTCCCCTGTA CAGGCGGTCC AACAAAGGAC 
TCTCTGAGCC AAACGCCAGG GGCACAAACG TTTAAGCTAC CCATGAATCG AGGGTTTGCT 
CACTGGTGTT CCTTTAAGTA CGGGGAGGTC ATCTATGATT CTCGTCAAAT AGTCCCTCGT 
CCCTTGTGGG TAATTGGGTC TGATGAGAGT GAGGGCTGTG GGCTGATCGT AGCGTCAGAA 
GATGGCATAG AGATCCTTCC CTATCGTTAT GGGGTGCGGT GGGCATCTCA ACAAGTGAGT 
TAA 

 

Protein sequence

MINPTSIRTE FITESKIAPN LFERAVTFLP DLEINHVTHE VEGTPLYDAL GWPYTRFGHQ 
AKPNLLGAAF IQETGEPWQC KIYGELNKPR QDKETRGQGG QGGQGGQGGQ GDKEDKKDFC 
GEQSPVSPVS PVSPPSPPSQ KRTGQYYAPK GIGDVPYLPP VPREIWEKLA LEYDLPLPPE 
NTSFWQWFQE NKVIPLLLTE GGKKSLSALS SDIVAIALYG CLCGVDSETG AVKESLRPYI 
EGRRVYIAFD QDKKQKTRRT VAKATQRLAL AITKADGEPY QVLWNTEDGK GVDDVIKNQG 
GDYFKQRIKL AQLIDPIQQQ LNTLTRDIDL TVNQASLEGI LKHLPRTGKL HISSPKCTRK 
SSAIIEPLVK EWKQKKQLVI SIVPRILLGK EQAVRWDINW IDEYGKTHFE SYDTIGLCFD 
SLGKLSSKNW SGALILFDEI RQGFKHFISS PTLEERRSFI LKLLQEKLPE AVNGGGLVLG 
CDSDLTDVEI NYIDEICPVG KTFIVKNEYQ PQKGLVIFNT GKYDETLDEI LHRYENGENL 
FIFCDTKANS QAIHDRLKQL DPNATHWLLN GDTTSEAENK AIIENNINYS LKQQKPRSLV 
FTTSMSTGIS IDGWINHQFH AEVFDHFTYG FVIAQGGILE PVEITQSMAR VRKNLDFTVY 
SGTGKKPDDL LNSCHPDVIK RQIYKRNHRA FDLQLITAEI LEEKLGREPT HYEILAEMMS 
KCDPETGMVI DPHLDLYCRV KARLNYASQN FDLMLYQQLI DEGYQLARYD CLETTSTGNQ 
IREIKEAHKW EEAEATADSL DICIEEAIEI SYSNAPLEQR RQAAKAFLKQ ELPGVELTPD 
FIYKAVIKDK RRWLRGHKLF WYCQHPDMTR EIDLGHYLNK IKQFANGVIF LPDLRNVSVI 
VEEIKELGLW ELIDLENPRE LSKDDPRVLS FMERAYFRRY KLYNALGLTV TEKTDSIKFI 
ERLLQRLGIG LVLTRTEKQG EKKIRYYSLN TEALNDPDRV AVLEALTRRF LGTVQTNYKL 
AEKLPSSVIE SGTGHPQECI QKRSPVPPDL VHKESLGTGR AEECIQKRSP VPCTGGPTKD 
SLSQTPGAQT FKLPMNRGFA HWCSFKYGEV IYDSRQIVPR PLWVIGSDES EGCGLIVASE 
DGIEILPYRY GVRWASQQVS