Gene YpAngola_A2132 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagYpAngola_A2132 
Symbol 
ID5800602 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameYersinia pestis Angola 
KingdomBacteria 
Replicon accessionNC_010159 
Strand
Start bp2228715 
End bp2230634 
Gene Length1920 bp 
Protein Length639 aa 
Translation table11 
GC content48% 
IMG OID641340040 
ProductFTR1 family iron permease 
Protein accessionYP_001606585 
Protein GI162421259 
COG category[P] Inorganic ion transport and metabolism 
COG ID[COG0672] High-affinity Fe2+/Pb2+ permease 
TIGRFAM ID[TIGR00145] FTR1 family protein 


Plasmid Coverage information

Num covering plasmid clones30 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clones29 
Fosmid unclonability p-value0.0517239 
Fosmid HitchhikerNo 
Fosmid clonabilitynormal 
 

Sequence

Gene sequence
ATGCGCATTT GGCAAAAATT CTTGCTGCTC TTCTGCTGTT GGGTGTTATC TGGTCCGCTA 
GTGTGGGCTT CAACAGACTA CTCACTGTGG GTTAATGATA TTCAATCCCG GTTAGATAAA
ACGGCTCAGT TGTATCAACA ACAAAAAACT GATGAAGCGA GAGCAATGGT ACAGATGGCG
TATTTTGAGG TGTTTGAAAA CCTTGAGGGG CCGATTCGTA TCAACATCTC CGCGCAAAAA
AGCTTCCAGA TGGAGGCGGC CTTTGGCGAA ATAAGGCGGA TGATTGGTGA AGGCAAATCA
CAGGCTGATG TCGATAATAA AATCAATTGG TTGAAAGGCG AACTAACGGG TGTCTTGCCC
GTGTTAGTTG ATGGACACAA ACTCACTGCT GAGCAGCAAC ACGCTGCTTA TGAAAACAGC
GATATTGCCG TATATTGGCA ACAGAGCTTT AGAATTATTG ATGATTTATT GGCGCAAGCT
ATCAGTGAAT ATCAGGACGG CAAATATGCC GAAGCCAGTA AAAGTGTGCA GCAGGCGCAT
TATCAGGGGT TTAAAAACTC TGAAATGGAG ATGTCGGTGC GGGGAAATCG CTCGGCACAG
CAAGCAGCGG AGATAAATCA GCAATTTACC GCCTTGATCG ATTTGGCGCG CCAGCCCGAT
AAAATGACCG AAGTGGCCTA TCGTGTCACC GGGTTGCTAC ACACCATTGA AGACATCTTA
CCGGGCTTAC CAACCACTCG CGAACAACAA CAAATTACTG TTGACCAACC CATCTCTTCC
GACGCCATCC CCGATACACA AGCTAATGCT GATTGGGCGC AGGTATCCAG CAAAATCAAT
CAAGCGGTTA CTGAGGCTAT CGGGCAATAC CAGCAAGGGA AAATAACACC GGCAATGATG
GCGGTGCAGG ATGCCTACTT TGACTTGTTC GAAGCCAGTG GCATGGAAAA CAAGGTGGGA
TCGCGTGATG CAGCATTTAA ATCAACGTTA GAAGGCCACT TCACCCGCTT AGTTGGTTTA
ATGAAAGCTG AGAAACCGGT TGAGCAACTA CAAGCCGAAG CGGTTGCCTT GCAAAAAGAT
CTGGTCAATG CAGCCGAGAT GCTGGGTGAT GGCGGAGAGA CCGACTGGAG TCTGTTCGTT
TACAGTTTGT TGATCATTGT ACGTGAAGGG CTGGAGGCAT TACTGATTGT TGCGGCCATT
GTCGCTTATT TGGTGAAGAA CAACCATCAG GACAAATTGC CGTTGATTCG TCAATCGGTG
GTGGTGGCAC TCATCGCCAG CGTATTAACG GCATTCATCT TCCAATGGTT GTTTGCCAAC
TCTGGCCAAA GCCGCGAGTT GTTGGAGGGG TTCACCATGA TGATTGCGGT GGTGATGCTG
TTCTCCATGA GTTATTGGTT GTTATCGAAG GCTGAAGCCC GTAATTGGAA GGCGTACCTC
GAAGGAAAAT TCGCTAAATC ACTTAGCAGT GGATCAATAA TAGGTTTATG GCTCACTAGC
TTCCTGGCGG TATACCGAGA AGGGGCGGAG ACCGTTCTGT TCTACCTCGC ATTGATAGGC
GATGCCAATA CCACCAGCGG CCACTTATCG GTTCTGGCCG GTTTTGGCGT TGGTTGTGTG
ATCTTGCTGG TGGCTTATTT GGTGATGCGC TTTACCGTGG TCAAACTACC ACTTAAACCA
TTCTTTATAT TTACCGGTGG CTTTATGTAC CTGATGGCAT TTGTTTTTGC CGGTAAAAGT
GTTCTGGAAC TGATCGAAGG TAAATTGTTT GAACCCACTT TACTGCCGGG TGTACCTGAA
ATTAGTTGGT TGGGCATCTA TCCTTATGTG GAAACGCTGA TCCCACAAGG CGTGTTACTG
ATTGCAGCAT TAGTTGCCCT TTGGGTTATG CAATGGCGTA GTCGGACGGT TCACCGCTAA
 
Protein sequence
MRIWQKFLLL FCCWVLSGPL VWASTDYSLW VNDIQSRLDK TAQLYQQQKT DEARAMVQMA 
YFEVFENLEG PIRINISAQK SFQMEAAFGE IRRMIGEGKS QADVDNKINW LKGELTGVLP
VLVDGHKLTA EQQHAAYENS DIAVYWQQSF RIIDDLLAQA ISEYQDGKYA EASKSVQQAH
YQGFKNSEME MSVRGNRSAQ QAAEINQQFT ALIDLARQPD KMTEVAYRVT GLLHTIEDIL
PGLPTTREQQ QITVDQPISS DAIPDTQANA DWAQVSSKIN QAVTEAIGQY QQGKITPAMM
AVQDAYFDLF EASGMENKVG SRDAAFKSTL EGHFTRLVGL MKAEKPVEQL QAEAVALQKD
LVNAAEMLGD GGETDWSLFV YSLLIIVREG LEALLIVAAI VAYLVKNNHQ DKLPLIRQSV
VVALIASVLT AFIFQWLFAN SGQSRELLEG FTMMIAVVML FSMSYWLLSK AEARNWKAYL
EGKFAKSLSS GSIIGLWLTS FLAVYREGAE TVLFYLALIG DANTTSGHLS VLAGFGVGCV
ILLVAYLVMR FTVVKLPLKP FFIFTGGFMY LMAFVFAGKS VLELIEGKLF EPTLLPGVPE
ISWLGIYPYV ETLIPQGVLL IAALVALWVM QWRSRTVHR