Gene Cyan8802_2977 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCyan8802_2977 
Symbol 
ID8392305 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameCyanothece sp. PCC 8802 
KingdomBacteria 
Replicon accessionNC_013161 
Strand
Start bp3008737 
End bp3010695 
Gene Length1959 bp 
Protein Length652 aa 
Translation table11 
GC content44% 
IMG OID644980925 
Producthypothetical protein 
Protein accessionYP_003138659 
Protein GI257060771 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones16 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clones17 
Fosmid unclonability p-value0.544187 
Fosmid HitchhikerNo 
Fosmid clonabilitynormal 
 

Sequence

Gene sequence
ATGATAATGC AGCCATTCTC CAAGCAAATC AAAATTATCT CAATTTTTCT GGTATTTTTT 
CTGGCCTTGT GTTTAACCTT TTTGGGTTGG GAAGAAGCGA TCGCTAGTCC TACCCCTGGA
CCTAAAGAAA CCATGGGACT TTGGGAAACC CTACCCCTAC CCCCACCCGA AGATCGAATG
CAGTCCGTCC ATACTGTCGT CCTACCTAAT GGTAAGGTTT TGGTGGTCAA TGGTAGTAGT
TTTCGTAGCT TTTTAGTCCT CGAAAATGGG GAATATAAAT TTACCCAATT CACCGAAGGA
GTTGACGTTA AAAACTACGA TGTTGTTAAT AATACAGGGA TACTTGACCC CGAAACGGGC
AAATTTGAAC GCATTTCCTC ACCCCCGGCC TTACAATACG GGACAACTAA CGATCTTTTT
TGCGTGGGAC ATCTTCAGTT AGCTGATGGC AATGTCTTAT TTGTCGGAGG AACGGGACGG
TATTACCCGG GTGGTGCATT TACTGGAACC AAACAGATCA ACCTGTATAA TTGGCGTACG
GGGGAATGGA AAGCGATCGG AGAAATGAAA GACGGACGAT GGTATCCTAG CCTCATTCCC
TTAGCAGATG GGAAAGTCGT CATTTTTTCG GGGTTAAAAT GGGGTGGACC CAACCAAATT
AACCCCAGTA TCGAAATTTA CGACCCCAAA ACCGAAAAAC TCTCCTATTT TGACCCCAGA
ACCCTAAAAA ACAGTCCCTT TAATACCAAA GTCGAAAGCG AGGACATTTA CGATAGCATC
GATCTCTATC CCCGTGTTTT TCCCCTAAAA GATGGACGAC TGTTAATAAC CGGGGATGAA
GCGGGTATTG CTGGCGTTTT AGTGCCCCAT TCCAGCAAAA AAAGCTATTT AATGAGCATT
AACGAAGATG CAACCGGAAA ATTAGCCATT AGCTTTGAAG TTGGACCTGA TCGCCTAGAA
ACCAGCAAAG CGTACGGAAC CGCCCTACAA GTGCCTAATT CCGAGGATGT TTTGTTATTA
GGGGGTATTA TCGGGACTAA TAGTATTGCC TTTGGACGCG GTGGAAATAC AGATGGCTTT
CCGGGGGCAA AAGTTGTCGC CAGTTTACAA CATTGGAGGT CTCCGGAAAA TAGTGGCGAA
AATAACGGGA AATGGGAAAT ATTCCCTAAT TTCTTGGGTA CACCCAGAGC TAACTTACAA
GCAGTGATTT TACCCGATAA AGAAATTTTA GTGCTTAATG GGGGTCAATA TCCCGAATAT
TTGCCCGTTT ATGAACCTTT ATTGATGACT CCTGATCCAA GCAAACCTTC TGGCTACAAA
ACCCAGTCCT TAAATTCGGC TAAACTCCCC AGATTATACC ATAATGGGGC AGTTTTGTTA
CCCGATGCGC GGGTTTTAGT GTTGGGAGGC AATGCAAACC GCGCTGCGAG GGAAGCCAAT
GGAACGGTTC ATGTAGATAT TGTAGGGGAT CAAACGAGCT TTTTTGCCTT GGCTAAGCTG
CATAATAAGG CAGGAGAACC CGAAGACTTT GACCTAAATA CATTTTATGC AGATCCACAG
CATTATTACG CCGAAAATGA CAAAGAACCC TTTGTTCCGG CGGAAATTTG GCAAGGGGAG
ATCTTCAGTC CTCCCTATAT CTTTAAACCG GGTTCCCGTC CTGAGATTAG TAATGCCCCT
GAAACCCTGA AATATGGGGA AATAGGAACA ATTACGGTTA AAGATGCCAC AAAAGACGGT
TCTTTGGTGT TAGTGAAATT GGGTTCTGTT ACCCATTCCT TTGATTTCGG TCAAAGATTA
GCGGAATTAC CCATTAACAA CGTTGTCGTA GGGGATGAGT CAACCCTTGA ATTTACTGCC
CCTGAAAACG CCAATTTATA CCCACCAGGG TATTATATGA TGTTTTACCT CAATGACCTA
GGTAAGCCCT CTCACGCCAA AATGGTCAAA TTAGGCTGA
 
Protein sequence
MIMQPFSKQI KIISIFLVFF LALCLTFLGW EEAIASPTPG PKETMGLWET LPLPPPEDRM 
QSVHTVVLPN GKVLVVNGSS FRSFLVLENG EYKFTQFTEG VDVKNYDVVN NTGILDPETG
KFERISSPPA LQYGTTNDLF CVGHLQLADG NVLFVGGTGR YYPGGAFTGT KQINLYNWRT
GEWKAIGEMK DGRWYPSLIP LADGKVVIFS GLKWGGPNQI NPSIEIYDPK TEKLSYFDPR
TLKNSPFNTK VESEDIYDSI DLYPRVFPLK DGRLLITGDE AGIAGVLVPH SSKKSYLMSI
NEDATGKLAI SFEVGPDRLE TSKAYGTALQ VPNSEDVLLL GGIIGTNSIA FGRGGNTDGF
PGAKVVASLQ HWRSPENSGE NNGKWEIFPN FLGTPRANLQ AVILPDKEIL VLNGGQYPEY
LPVYEPLLMT PDPSKPSGYK TQSLNSAKLP RLYHNGAVLL PDARVLVLGG NANRAAREAN
GTVHVDIVGD QTSFFALAKL HNKAGEPEDF DLNTFYADPQ HYYAENDKEP FVPAEIWQGE
IFSPPYIFKP GSRPEISNAP ETLKYGEIGT ITVKDATKDG SLVLVKLGSV THSFDFGQRL
AELPINNVVV GDESTLEFTA PENANLYPPG YYMMFYLNDL GKPSHAKMVK LG