| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BbuZS7_0140 |
|---|
| Symbol | |
|---|
| ID | 7106644 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Borrelia burgdorferi ZS7 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011728 |
|---|
| Strand | - |
|---|
| Start bp | 138442 |
|---|
| End bp | 141657 |
|---|
| Gene Length | 3216 bp |
|---|
| Protein Length | 1071 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 31% |
|---|
| IMG OID | 643477571 |
|---|
| Product | acriflavine resistance protein |
|---|
| Protein accession | YP_002374668 |
|---|
| Protein GI | 218249287 |
|---|
| COG category | [V] Defense mechanisms |
|---|
| COG ID | [COG0841] Cation/multidrug efflux pump |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 9 |
|---|
| 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 | ATGTTGGTAA AGAGAATAGT TGGCAAACCA ATAACAATGT TGATTTTATT TTCATTGTTA
TTGATGATAA GTTTGTATAC CTTTTCAAGA TTAAAAGTAG ATCTTTTGCC GGGAATTGAC
ATTCCCCAAA TAAGTATTCA CACTGTTTAT CCTGGCGCTT CTCCTAGAGA AGTTGAAGAG
AGTGTTTCTA GAGTCCTTGA GAGTGGCTTG AGTTCGGTAA AGAATTTAAA AAATATATAT
AGTGTATCTT CCAAAGAAAG CAGCACCGTT TCACTTGAAT TTTATCATGG AACCGATTTA
GATTTGGTTT TAAATGAAAT TCGAGATGCT CTTGAATTGG TAAAATCTTC ATTGCCCAGC
AAATCACAGA CCCCAAGAAT TTTTAGATAC AATCTTAAAA ACATCCCTGT AATGGAAATT
GTTATTAATT CTGTAAGGCC AGTTTCTGAG CTTAAAAGAT ATGCCGATGA AATCATTAAA
CCTGGGCTTG AAAGGCTTGA TGGAGTTGCA ATTGTTACTG TTAATGGTGG AAGTAAAAAG
CGTGTTTTAA TTGAAGTTTC TCAAAACAGG CTGGAGTCTT ATGGGCTTTC TTTGTCAAGA
ATATCTTCAA TTATAGCATC CCAAAATTTG GAACTTTCAG CTGGCAATAT ATTGGAGAAC
AACTTGGAAT ATTTGGTTGA AGTTTCTGGA AAATTTAAAT CAATTGAAGA GATAGGTAAT
GTGGTCATAG CTTATAAGAT ACCCGACATT TCTTCTGGCA TAAATTTATC TCCTATTGAG
ATAAAACTCA AAGATATTGC TAATATTAAA ACCGATTTTG AAGATTTGTC TGAATATGTT
GAATATAATG GGTTGCCTTC AATTTCTTTG TCGGTTCAAA AACGTAGTGA TGCTAATTCT
ATTGCAGTTT CTAATGTTGT TATAAATGAA ATAGAAAAAT TGAAATTATC TATGCCTAAA
GATATGAAAT TGGAGATTGC TTCTGATAGT ACTGATTTTA TTAAAGCATC CATTTCAACG
GTTGTAAATT CAGCCTATTT TGGGGCCATG CTTGCAATAT TTGTTATTTT TTTCTTTTTA
AGAAGCTTTA GGGCCACAAT AATTATTGGA ATTTCTATTC CAATAGCAAT TGTTTTGACC
TTTTTTTTAA TGTATTTTGC AAATATTTCT CTTAATATTA TGAGTCTTGC GGGTCTTGCA
CTTGGGATTG GAATGGTTGT TGACTGTTCA ATTGTTGTAA TAGACAATAT ATACAAATAT
AGGCAAAAAG GAGCAAAGCT TATTTCGTCT TCTATTCTCG GAGCTCAGGA GATGATGTTG
CCTATTACAT CTTCAACTTT TACTTCTATT TGTGTTTTTG GTCCATTTCT TATTTTCAAA
TCAGAACTTG GGGTATATGG AGATTTTTTC AAAGACTTTA CATTTACGAT TGTTATTTCC
TTGGGTGTTT CTCTTTTAGT TGCAATTTTT TTGGTTCCTG TTTTATCAAG CCACTATGTC
GGTTTATACA CAAGTTTCCA AAAGAATATT AAGAATGCTT TTATTAGGAA AATCGATGCC
TTTTTTGCTA GTATTTATTA TTTTTTAGAG TTTTTGTATA TCAATTTATT AAATATAGTT
TTAAATCACA AATTGATTTT TGGGTTGATT GTTTTTTTTA GTTTTATTGG CAGCTTGCTT
TTAGGATTAT TGTTAGATGT GACAACTTTT ACTAGAGGGA AAGAGAACTC AATTACTATT
AATTTAAATT TTCCCCACAA AACTAATTTG GAATATGCAA AATTTTATTC TAATAGATTT
TTAGAAATTG TAAAAAGTGA GGCTAAAGGA TATAAAAGTA TTATTGCTAC TTTGCGTGCT
GATAGAATAA CTTTCAACGT ATTGTTTCCT CTCAAAGAAG AATCAAGAGA TAAGTTAACC
CAAAGCGTAG ATTACGATTC TATTAAATAT AAAATTATGA ATCGTATTGG TAATCTTTAT
CCTGAATTTA ATATTGAGCC TTCCATTAGT GGCAATGCTT TAGGTGGTGG AGATTCTATT
AAAATTAAAA TTTCGGCCAA TGATTTCGAA TATATAAAAG ATTATGGAAA AATTTTAGTT
TCCATGTTAA AAAAGGAAAT TCCCGAACTT GTAAATCCAA GGCTTAGCAT AAGTGATTTT
CAGCTTCAAA TTGGCGTTGA GATAGACAGA GCGCTAGTTT ATAATTATGG CATTGACATG
AATACCATTT TAAATGAGTT GAAGTCCAAT ATTAATGGTG TTGTTGCTGG GCAATATGTG
GAGAAGGGAC TTAATTATGA TATTGTTCTT AAGCTTGATA GAATGGATGT TAAAAATTTA
AAAGATTTAG AAAAAATATT TATTACAAAT TCATCTGGAG TTAAAATTCC TTTTTCATCA
ATAGCCACCT TTGAAAAAAC CAATAAAGCC GAATCTATTT ACAGAGAAAA TCAAGCTTTA
ACCATTTATC TTAATGCGGG TATTTCTCCA GATGATAATT TAACCCAAGT AACTGCAAAA
GTTGTAGATT TTATTAATAA TAAGGTGCCC CATAAAGAAG GCATAACTCT TAAGGTTGAA
GGAGAATATA ATGAATTTTC AAATATCATG AATCAGTTTA AAATAATCAT TATGATGGCT
ATTATTGTTG TGTTTGGTAT TATGGCTTCT CAATTTGAAT CTTTTTTAAA ACCCTTTATT
ATTATTTTTA CAATTCCTTT AACGGCAATA GGGGTTGTGC TTATACATTT TCTTGCAGGA
GAAAAGCTTT CTATTTTTGC TGCAATTGGT ATGCTTATGC TTGTTGGTGT TGTGGTAAAT
ACAGGAATTG TTCTTGTAGA CTATACTGGT TTATTGATCA AGAGGGGATT TGGCCTAAGA
GAAGCAATTA TTGAATCTTG TCGTTCAAGG CTTAGGCCAA TTTTAATGTC TTCTTTGACC
TCAATAATAG GGCTTATTCC AATGGCATTT TCTAGCGGAA GTGGAAATGA ACTTCTAAAA
CCAATTGCAT TTACTTTTAT TGGCGGAATG ACAGCTAGCA CATTTCTTAC TTTGTTTTTT
ATTCCTATGC TTTTTGAAAT TTTTTCCAAC ATTGTTTCAA GTTTCAAATC TAGGCTAAAA
AGAGTGACGT CCAATTTAGA TGTTGAAAAA TCATTCAAAA TTAATAATTC AACTAAAAGT
AGTTATGATG ATTTATTTGA AGAAGATGGG GAATGA
|
|---|
| Protein sequence | MLVKRIVGKP ITMLILFSLL LMISLYTFSR LKVDLLPGID IPQISIHTVY PGASPREVEE
SVSRVLESGL SSVKNLKNIY SVSSKESSTV SLEFYHGTDL DLVLNEIRDA LELVKSSLPS
KSQTPRIFRY NLKNIPVMEI VINSVRPVSE LKRYADEIIK PGLERLDGVA IVTVNGGSKK
RVLIEVSQNR LESYGLSLSR ISSIIASQNL ELSAGNILEN NLEYLVEVSG KFKSIEEIGN
VVIAYKIPDI SSGINLSPIE IKLKDIANIK TDFEDLSEYV EYNGLPSISL SVQKRSDANS
IAVSNVVINE IEKLKLSMPK DMKLEIASDS TDFIKASIST VVNSAYFGAM LAIFVIFFFL
RSFRATIIIG ISIPIAIVLT FFLMYFANIS LNIMSLAGLA LGIGMVVDCS IVVIDNIYKY
RQKGAKLISS SILGAQEMML PITSSTFTSI CVFGPFLIFK SELGVYGDFF KDFTFTIVIS
LGVSLLVAIF LVPVLSSHYV GLYTSFQKNI KNAFIRKIDA FFASIYYFLE FLYINLLNIV
LNHKLIFGLI VFFSFIGSLL LGLLLDVTTF TRGKENSITI NLNFPHKTNL EYAKFYSNRF
LEIVKSEAKG YKSIIATLRA DRITFNVLFP LKEESRDKLT QSVDYDSIKY KIMNRIGNLY
PEFNIEPSIS GNALGGGDSI KIKISANDFE YIKDYGKILV SMLKKEIPEL VNPRLSISDF
QLQIGVEIDR ALVYNYGIDM NTILNELKSN INGVVAGQYV EKGLNYDIVL KLDRMDVKNL
KDLEKIFITN SSGVKIPFSS IATFEKTNKA ESIYRENQAL TIYLNAGISP DDNLTQVTAK
VVDFINNKVP HKEGITLKVE GEYNEFSNIM NQFKIIIMMA IIVVFGIMAS QFESFLKPFI
IIFTIPLTAI GVVLIHFLAG EKLSIFAAIG MLMLVGVVVN TGIVLVDYTG LLIKRGFGLR
EAIIESCRSR LRPILMSSLT SIIGLIPMAF SSGSGNELLK PIAFTFIGGM TASTFLTLFF
IPMLFEIFSN IVSSFKSRLK RVTSNLDVEK SFKINNSTKS SYDDLFEEDG E
|
|---|
| |