Gene PCC8801_4202 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagPCC8801_4202 
Symbol 
ID7104596 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameCyanothece sp. PCC 8801 
KingdomBacteria 
Replicon accessionNC_011726 
Strand
Start bp4406266 
End bp4408059 
Gene Length1794 bp 
Protein Length597 aa 
Translation table11 
GC content49% 
IMG OID643477187 
ProductGTP-binding protein TypA 
Protein accessionYP_002374286 
Protein GI218248915 
COG category[T] Signal transduction mechanisms 
COG ID[COG1217] Predicted membrane GTPase involved in stress response 
TIGRFAM ID[TIGR01394] GTP-binding protein TypA/BipA
[TIGR00231] small GTP-binding protein domain 


Plasmid Coverage information

Num covering plasmid clonesn/a 
Plasmid unclonability p-valuen/a 
Plasmid hitchhikingn/a 
Plasmid clonabilityn/a 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGTCTCTTC CCATTCGCAA CGTTGCCATC ATCGCCCACG TCGATCACGG TAAAACCACC 
CTGGTTGATG CCCTCCTCAA GCAGTCCGGT ATCTTCCGCG AAGGAGAAGA CATCCCTGAC
TGTGTTATGG ATTCCAATAC CCTTGAACGG GAACGGGGAA TCACCATTTT GTCCAAAAAT
ACCGCCGTTC GCTACAATGA CACCCTCATC AACATTGTAG ATACCCCTGG TCACGCAGAC
TTTGGGGGAG AAGTCGAACG AGTTCTCGGG ATGGTCGATG GTTGCATCCT AATTGTAGAT
GCTAACGAAG GCCCCATGCC CCAAACCCGT TTTGTCCTCA AAAAAGCCTT AGAAAAGGGG
TTACGTCCCA TCGTTGTCGT CAACAAAATT GACCGTCCCC AAGCAGACCC CAACATTGCC
GTTGATAAAG TCTTCGATCT CTTCGTCGAA TTAGGGGCAG ACGATGATCA ATGCGATTTT
ACCACCCTGT TTGCGTCAGG ATTATCGGGT TACGCCAAAG AAACCCTAGA AGAAGAAGGG
GTAGACATGA AACCCCTGTT TGAAGCGATT TTACACCATG TTCCGCCACC GGCCGGAGAC
GTTAACAAAC CCCTCCAGTT GCAAGTGACC ACCCTCGACT ATTCCGACTA CTTAGGACGC
ATCATCATCG GACGCATCCA TAACGGAACC ATCAAAGCGG GACAACAAGC TGCCTTAATG
AAAGAAGATG GCAGCATTGT CCGAGGAAAA ATCAGTAAAT TACTCGGTTT TGAAGGACTG
CAACGGGTAG AAATGCAAGA AGCATCCGCA GGGTATATTG TCGCGGTTGC CGGGTTCGCT
GATGCTAACA TCGGAGAAAC CCTCACTTGT CCCAACGAAC CCCAAGCGTT ACCCTTAATC
AAGGTCGATG AACCCACCTT ACAGATGACC TTCTCCGTCA ACGACTCCCC CTTTGCCGGA
CAAGAAGGAA AATTCGTCAC CTCCCGTCAG ATCCGCGATC GCTTACACCG AGAATTAGAA
ACTAACGTGG CCTTGCGAGT CGAAGACACC GACTCCCCCG ATAAATTCGC CGTATCGGGA
CGGGGAGAAC TCCATTTAGG TATTCTCATC GAAACCATGC GTCGGGAAGG ATATGAGTTC
CAAGTCTCCC AACCCCAAGT GATCTATCGG GAAGTCAACG GACAACCCTG CGAACCCTAC
GAGTACCTAG TCTTAGATGT CCCCGAAGAA GCGGTGGGGG CAAGTATCGA ACGCTTAGGA
CAACGCAAAG GGGAAATGCA GGATATGCAA ACGGGAACTA ATGGACGGAC ACAATTAGAA
TTTGTTGTCC CGGCCCGGGG GTTAATTGGG TTCCGTGGTG AGTTCATCCG TCTGTCACGG
GGTGAGGGTA TTATGAACCA CAGTTTCCTC GAATATCGTC CCTTTTCGGG TGAATTGGCA
ACCCGTTACA ATGGGGTTAT CACCTCCTTT GAAGAAGGGG TAGCGACTTT CTATGCGTTG
CAAAATGCGG AAGATCGCGG CGTATTCTTT ATTACCCCTG GTACTAAAGT GTATAAAGGG
ATGATCATTG GAGAAAGTAA CCGCCCCCAA GATGTGGAAT TGAATATCTG CAAAACCAAG
CAATTAACCA ACCATCGTTC GGCAACAGGG GATGAATTAG TTCAACTCCA AGCCCCCGAA
GAAATGAGTC TAGAACGGGC ACTAGAATAT ATTGGACCCG ATGAATTGGT TGAGGTAACA
CCCCAGTCTA TTCGACTCCG AAAAATGAAA GCCCAAAAAT TAGTTAAACG CTAA
 
Protein sequence
MSLPIRNVAI IAHVDHGKTT LVDALLKQSG IFREGEDIPD CVMDSNTLER ERGITILSKN 
TAVRYNDTLI NIVDTPGHAD FGGEVERVLG MVDGCILIVD ANEGPMPQTR FVLKKALEKG
LRPIVVVNKI DRPQADPNIA VDKVFDLFVE LGADDDQCDF TTLFASGLSG YAKETLEEEG
VDMKPLFEAI LHHVPPPAGD VNKPLQLQVT TLDYSDYLGR IIIGRIHNGT IKAGQQAALM
KEDGSIVRGK ISKLLGFEGL QRVEMQEASA GYIVAVAGFA DANIGETLTC PNEPQALPLI
KVDEPTLQMT FSVNDSPFAG QEGKFVTSRQ IRDRLHRELE TNVALRVEDT DSPDKFAVSG
RGELHLGILI ETMRREGYEF QVSQPQVIYR EVNGQPCEPY EYLVLDVPEE AVGASIERLG
QRKGEMQDMQ TGTNGRTQLE FVVPARGLIG FRGEFIRLSR GEGIMNHSFL EYRPFSGELA
TRYNGVITSF EEGVATFYAL QNAEDRGVFF ITPGTKVYKG MIIGESNRPQ DVELNICKTK
QLTNHRSATG DELVQLQAPE EMSLERALEY IGPDELVEVT PQSIRLRKMK AQKLVKR