| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_0812 |
|---|
| Symbol | |
|---|
| ID | 5169264 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Staphylococcus aureus subsp. aureus JH9 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009487 |
|---|
| Strand | + |
|---|
| Start bp | 890308 |
|---|
| End bp | 893025 |
|---|
| Gene Length | 2718 bp |
|---|
| Protein Length | 905 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 39% |
|---|
| IMG OID | 640565163 |
|---|
| Product | cell wall anchor domain-containing protein |
|---|
| Protein accession | YP_001246190 |
|---|
| Protein GI | 148267247 |
|---|
| COG category | [R] General function prediction only |
|---|
| COG ID | [COG5271] AAA ATPase containing von Willebrand factor type A (vWA) domain |
|---|
| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01168] Gram-positive signal peptide, YSIRK family |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 3 |
|---|
| Plasmid unclonability p-value | 0.0245674 |
|---|
| 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 | ATGAATATGA AGAAAAAAGA AAAACACGCA ATTCGGAAAA AATCGATTGG CGTGGCTTCA
GTGCTTGTAG GTACGTTAAT CGGTTTTGGA CTACTCAGCA GTAAAGAAGC AGATGCAAGT
GAAAATAGTG TTACGCAATC TGATAGCGCA AGTAACGAAA GCAAAAGTAA TGATTCAAGT
AGCGTTAGTG CTGCACCTAA AACAGACGAC ACAAACGTGA GTGATACTAA AACATCGTCA
AACACTAATA ATGGCGAAAC GAGTGTGGCG CAAAATCCAG CACAACAGGA AACGACACAA
TCATCATCAA CAAATGCAAC TACGGAAGAA ACGCCGGTAA CTGGTGAAGC TACTACTACG
ACAACGAATC AAGCTAATAC ACCGGCAACA ACTCAATCAA GCAATACAAA TGCGGAGGAA
TTAGTGAATC AAACAAGTAA TGAAACGACT TCTAATGATA CTAATACAGT ATCATCTGTA
AATTCACCTC AAAATTCTAC AAATGCGGAA AATGTTTCAA CAACGCAAGA TACTTCAACT
GAAGCAACAC CTTCAAACAA TGAATCAGCT CCACAGAATA CAGATGCAAG TAATAAAGAT
GTAGTTAGTC AAGCGGTTAA TCCAAGTACG CCTAGAATGA GAGCATTTAG TTTAGCGGCA
GTAGCTGCAG ATGCACCGGC AGCTGGCACA GATATTACGA ATCAGTTGAC AGATGTGAAA
GTTACTATTG ACTCTGGTAC GACTGTGTAT CCGCACCAAG CAGGTTATGT CAAACTGAAT
TATGGTTTTT CAGTGCCTAA TTCTCCTGTT AAAGGTGACA CATTCAAAAT AACTGTACCT
AAAGAATTAA ACTTAAATGG TGTAACTTCA ACTGCTAAAG TGCCACCAAT TATGGCTGGA
GATCAAGTAT TGGCAAATGG TGTAATCGAT AGTGATGGTA ATGTTATTTA TACATTTACA
GACTATGTTG ATAATAAAGA AAATGTAACA GCTAATATTA CTATGCCAGC TTATATTGAC
CCTGAAAATG TTACAAAGAC AGGTAATGTG ACATTGACAA CTGGCATAGG AACCAATACT
GCTAGTAAGA CAGTATTAAT CGACTATGAG AAATATGGAC AATTCCATAA TTTATCAATT
AAAGGTACGA TTGATCAAAT CGATAAAACA AATAATACGT ATCGCCAAAC AATTTATGTC
AATCCAAGCG GAGATAACGT TGTGTTACCT GCCTTAACAG GTAATTTAAT TCCTAATACA
AAGAGTAATG CGTTAATAGA TGCAAAAAAC ACTGATATTA AAGTTTATAG AGTCGATAAT
GCTAATGATT TATCTGAAAG TTATTATGTG AATCCTAGCG ATTTTGAAGA TGTAACTAAT
CAAGTTAGAA TTTCATTTCC AAATGCTAAT CAATACAAAG TAGAATTTCC TACGGACGAT
GACCAAATTA CAACACCGTA TATTGTAGTT GTTAATGGCC ATATTGATCC TGCTAGTACA
GGTGATTTAG CACTACGTTC GACATTTTAT GGTTATGATT CTAATTTTAT ATGGAGATCT
ATGTCATGGG ACAACGAAGT AGCATTTAAT AACGGATCAG GTTCTGGTGA CGGTATCGAT
AAACCAGTTG TTCCTGAACA ACCTGATGAG CCTGGTGAAA TTGAACCAAT TCCAGAGGAT
TCAGATTCTG ACCCAGGTTC AGATTCTGGC AGCGATTCTA ATTCAGATAG CGGTTCAGAT
TCTGGCAGTG ATTCTACATC AGATAGTGGT TCAGATTCAG CGAGTGATTC AGATTCAGCA
AGTGATTCAG ACTCAGCGAG TGATTCAGAT TCAGCAAGTG ATTCAGATTC AGCAAGTGAT
TCAGATTCAG CAAGTGATTC AGACTCAGCA AGTGATTCAG ATTCAGCAAG TGATTCAGAT
TCAGCAAGCG ATTCAGATTC AGCGAGCGAT TCAGATTCAG CGAGCGATTC AGATTCAGCG
AGTGATTCCG ACTCAGCGAG CGATTCAGAC TCAGATAGTG ACTCAGATTC CGATAGCGAT
TCCGACTCAG ATAGCGACTC AGATTCAGAC AGCGATTCTG ACTCAGACAG CGATTCTGAC
TCAGACAGTG ACTCAGATTC CGATAGCGAT TCCGACTCAG ACAGCGATTC AGATTCCGAT
AGCGATTCAG ATTCCGACAG TGACTCAGAT TCCGATAGTG ACTCGGATTC AGCGAGTGAT
TCAGATTCAG ATAGCGATTC AGAATCAGAT AGTGACTCAG ACTCAGACAG TGATTCAGAT
TCAGATAGTG ACTCAGACTC AGACAGCGAT TCAGAATCAG ATAGTGACTC CGATTCAGAC
AGCGATTCAG AATCAGATAG TGACTCCGAT TCAGATAGCG ATTCGGATTC AGCGAGTGAT
TCAGACTCAG GTAGTGACTC CGATTCATCA AGTGATTCAG ATTCCGATTC AACGAGTGAC
ACAGGATCAG ACAACGACTC AGACAGTGAT TCAAATAGCG ATTCCGAGTC AGGTTCTAAC
AATAATGTAG TTCCGCCTAA TTCACCTAAA AATGGTACTA ATGCTTCTAA TAAAAATGAG
GCTAAAGATA GTAAAGAACC ATTACCAGAT ACAGGTTCTG AAGATGAAGC GAATACGTCA
CTAATTTGGG GATTATTAGC ATCATTAGGT TCATTACTAC TTTTCAGAAG AAAAAAAGAA
AATAAAGATA AGAAATAA
|
|---|
| Protein sequence | MNMKKKEKHA IRKKSIGVAS VLVGTLIGFG LLSSKEADAS ENSVTQSDSA SNESKSNDSS
SVSAAPKTDD TNVSDTKTSS NTNNGETSVA QNPAQQETTQ SSSTNATTEE TPVTGEATTT
TTNQANTPAT TQSSNTNAEE LVNQTSNETT SNDTNTVSSV NSPQNSTNAE NVSTTQDTST
EATPSNNESA PQNTDASNKD VVSQAVNPST PRMRAFSLAA VAADAPAAGT DITNQLTDVK
VTIDSGTTVY PHQAGYVKLN YGFSVPNSPV KGDTFKITVP KELNLNGVTS TAKVPPIMAG
DQVLANGVID SDGNVIYTFT DYVDNKENVT ANITMPAYID PENVTKTGNV TLTTGIGTNT
ASKTVLIDYE KYGQFHNLSI KGTIDQIDKT NNTYRQTIYV NPSGDNVVLP ALTGNLIPNT
KSNALIDAKN TDIKVYRVDN ANDLSESYYV NPSDFEDVTN QVRISFPNAN QYKVEFPTDD
DQITTPYIVV VNGHIDPAST GDLALRSTFY GYDSNFIWRS MSWDNEVAFN NGSGSGDGID
KPVVPEQPDE PGEIEPIPED SDSDPGSDSG SDSNSDSGSD SGSDSTSDSG SDSASDSDSA
SDSDSASDSD SASDSDSASD SDSASDSDSA SDSDSASDSD SASDSDSASD SDSASDSDSA
SDSDSASDSD SDSDSDSDSD SDSDSDSDSD SDSDSDSDSD SDSDSDSDSD SDSDSDSDSD
SDSDSDSDSD SDSDSDSASD SDSDSDSESD SDSDSDSDSD SDSDSDSDSD SESDSDSDSD
SDSESDSDSD SDSDSDSASD SDSGSDSDSS SDSDSDSTSD TGSDNDSDSD SNSDSESGSN
NNVVPPNSPK NGTNASNKNE AKDSKEPLPD TGSEDEANTS LIWGLLASLG SLLLFRRKKE
NKDKK
|
|---|
| |