| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NSE_0537 |
|---|
| Symbol | ileS |
|---|
| ID | 3932146 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Neorickettsia sennetsu str. Miyayama |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007798 |
|---|
| Strand | + |
|---|
| Start bp | 463967 |
|---|
| End bp | 467104 |
|---|
| Gene Length | 3138 bp |
|---|
| Protein Length | 1045 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 40% |
|---|
| IMG OID | 637900693 |
|---|
| Product | isoleucyl-tRNA synthetase |
|---|
| Protein accession | YP_506420 |
|---|
| Protein GI | 88608052 |
|---|
| COG category | [J] Translation, ribosomal structure and biogenesis |
|---|
| COG ID | [COG0060] Isoleucyl-tRNA synthetase |
|---|
| TIGRFAM ID | [TIGR00392] isoleucyl-tRNA synthetase |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 14 |
|---|
| 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 | ATGAGTAACT CTTCCTACCC AGAAATTTCT CAAAATCTTT CTTTTGCGAA GATAGAAGAA
CAAATTCTGC AATTTTGGGA GAAAAATAGG GTTTTTGCTC ATTCTGTCTC TTCAAGAACG
GATAATAGAG AGTTCGTCTC TTATGATGGA CCGCCTTTTG CAAATGGATT GCCACATTAC
GGACACCTAC TTACCGGTTT CATTAAGGAT ACCGTGGCCA GATATCAGAC AATGCTCGGC
AAAAAAGTGG AAAGGAGATT CGGGTGGGAC TGTCACGGTT TGCCTGCAGA GATGTACACC
GAAAAAACAC TTAAGATTTC AGGAAAAGAA GCAATAAAAA ACTTCGGAAT AGATAAATTT
AACGCGGAGT GCAAAAAATC AGTTTTACTT TTTTCATCCG AATGGGAGTA CTACGTCACT
AGACAAGGAA GGTGGGTCGA TTTTCACAAC GACTATAAAA CTATGGACCT TTCCTTTATG
GAATCCGTAA TTTGGGCGTT TAGGGAGTTG TATAAAAAAG GCTTGATTTA TGAATCCGTA
AAGGTAGTGC CTTATAGCTG GGCATGTCAA ACACCATTAT CGAACTTCGA AACACGCCTG
GATAATGCCT ATAGGGAGAA AAAAAGTAAG TCTGTGACAG TCGCCTTTGA ATTGGAAGAC
GATTTATTTG GTGACGGCAA AACGTCCTAC CTGTTAGCGT GGACCACAAC ACCTTGGACC
CTACCTTCAA ATATGATGCT TGGCATATCA GAGCATGTTG TCTATACCCG TGTTGAGAAG
GATGGTAAGT ACTATATCTC TTCTCAATCT TCAAATAAGG AAGTAGGTGG GATAATAGTT
CCGAGCGAAC TCCTGGTTGG TAAAAGGTAT AAGCCACTCT TCAAATTCTT TGCACACGAA
AAAGAGAATG GTGCCTTTGT TATACAGTAT GCAGACTTTG TAACAGACGA AGATGGAACC
GGAATAGTAC ATATAGCACC TGGATTCGGT GAGGAAGACT TTGAGTTGGC AAAAAAGCAC
GGGATAACAG TCGTTTGCCC CGTCGATGAT CGAGCTAGAT TTACATCTGA AGTGCCACAA
TTTGCAGGCA AGCATGTCTT TGAAACTAAT GAGGATATCA TTCTCATACT CAAAGAAAAA
AAACGGCTAA TCAAAATCGA GGAGTACATG CACAGTTATC CACATTGCTG GCGTACCGAT
ACACCACTCA TATACAGGGT TGTTCCGTCA TGGTATTTGA GTGTCAGTAA AATAAAAGAG
AGGATGCTCG AACTTAATGA AAGTATTAAT TGGATTCCTT CACACCTTAA AGAAAGTCTG
GTGGGCAAAT GGCTAGAAAA TGCAAAGGAT TGGGCAATTT CAAGAAATAG ATTCTGGGGA
ACACCTGTAC CAATATGGAA ATCGACAGAT CCTGCTTATC CAAGAGTTGA TGTGTATGGA
AGTATAACCG AAATTGAGAG GGACTTCGGT GTGAAAATTA CTGATCTACA CAGACCTTTT
ATAGACACAT TAACAAGAAA AAATCCGGAT GATCCTACAG GAAAGTCCTT TATGGTAAGA
GTGGAATCAG TTCTGGACTG CTGGTTTGAA TCAGGCTCAA TGCCTTTTGC ACAAGCTCAC
TATCCTTTTG AGAACAAAGA GTGGTTTGAA AAGAATTTCC CGTCAGATTT CATTACTGAA
TATGTTGCAC AGACACGTGG TTGGTTCTAT ACGCTCATGG TTCTATCTGT AGCACTTTTT
GACAGCGTGC CGTTTAAAAA TTGCCTTGCC CATGGGGTGA TATTAGATAA AGATGGAAAA
AAACTCTCTA AAAGACTGAA TAATTATAAG GATCCAAAAG AGCTATTTGA CGAATATGGA
GCTGATGCAT TGCGCTTCCT AATGTTGTCC TCTTCAGTGA TGAATGGGGG TACTCTGTTG
ATAGATAAAG GTGGAGAAAT AATCAAGGAC GTTGTTAGAC TTATCCTAAA GCCGCTCTAC
AGCGCTTACA ACTTTTTTGC AACATATGCA AATTACCACT CAATACGTCT CCTAAATGAA
GTGAATGATT CCGCTAATTT ACTCGATAGG TATATCTTTT CAGAGTACAG AGCATTCTCA
CAAAAAATGA AAAATGCAAT GAATGGCTAT CATATACAGT CTGCTTGCAA AAATGTACTC
AGTTTTATCG ATACGCTCAA CAATTGGTAC ATTAGACGCT CTAGGGAAAG GTTTGTGGCA
GGAGAACAGC AAGCCTTCGA AGTCCTGCAT TTTGTACTTT CGGAAATACT TAAGATAATT
GCGCCACTCC TTCCAATGAA TGCGGAAAAA ATTTGGATGG CATTGCACAA TGATGAAACA
ACATCTGTAC ATCTAGAAAA ATACCCAGAG GTTAATGTTT TGCCTGAGGA CGAAGAAATC
ATACAAACAA TGCAATTAAC AAGAGAAATA TGCAACACAG CCTTTTCCAT AAGGAACAAA
AACGCCGTTA GAATAAGGCA ACCATTAAGA CATCTCGAAG TTATAGGTAA AGTCAGCTCA
GCATTCATAG AAAACACCGA ACTACTATCT ATCCTGAAGG ATGAGGCAAA CGTAAAGTGC
ATTACCTTCA AAGAAAGTGA TCCTCAAGTA AGGCAATCAC TTAAACTAAA CTTTCACGTT
TTAGGCAAAA GATACCCAAA AGAAGTAAAA CACATGATCA ATGAACTCAA AAGTGGACAC
TGGAAAAGTA TGCTCTCTGG CGAAGTATAT CTCGGCGATA GACTTCTGAA AAACGACGAA
TACGAGATTT CGGCTGCCTC TGAAAACAGC AATACGGGAC AAGTCGCTTC GTTTTGCTTA
GCTGTAAAGT TGGACTTGAA ACTAGACGAG GAACTGATGG CTGAGGGAAG GTTCAGAGAT
TTAGTACGTA TGATACAGCA AGCCAGGAAA TCAGCTGGTC TAACAATAAA AGAGAAGGTC
ACAATAAAGG TATATGCTCC AGCAGAATAT CTTGACACAC TTGAGAAGTT ACAGAGCTTA
CTAGTTACAT CAACATACGC GAATCAAATA ATTGCAAATA GATCAAATAA TTTCTCTGAT
TGCTCATTTA TCGAAGAGAT TTCACAAGAA ATAAAAATTG GTATAATGAG GGAGGATGGC
GCATGCGGAT ATAGCTGA
|
|---|
| Protein sequence | MSNSSYPEIS QNLSFAKIEE QILQFWEKNR VFAHSVSSRT DNREFVSYDG PPFANGLPHY
GHLLTGFIKD TVARYQTMLG KKVERRFGWD CHGLPAEMYT EKTLKISGKE AIKNFGIDKF
NAECKKSVLL FSSEWEYYVT RQGRWVDFHN DYKTMDLSFM ESVIWAFREL YKKGLIYESV
KVVPYSWACQ TPLSNFETRL DNAYREKKSK SVTVAFELED DLFGDGKTSY LLAWTTTPWT
LPSNMMLGIS EHVVYTRVEK DGKYYISSQS SNKEVGGIIV PSELLVGKRY KPLFKFFAHE
KENGAFVIQY ADFVTDEDGT GIVHIAPGFG EEDFELAKKH GITVVCPVDD RARFTSEVPQ
FAGKHVFETN EDIILILKEK KRLIKIEEYM HSYPHCWRTD TPLIYRVVPS WYLSVSKIKE
RMLELNESIN WIPSHLKESL VGKWLENAKD WAISRNRFWG TPVPIWKSTD PAYPRVDVYG
SITEIERDFG VKITDLHRPF IDTLTRKNPD DPTGKSFMVR VESVLDCWFE SGSMPFAQAH
YPFENKEWFE KNFPSDFITE YVAQTRGWFY TLMVLSVALF DSVPFKNCLA HGVILDKDGK
KLSKRLNNYK DPKELFDEYG ADALRFLMLS SSVMNGGTLL IDKGGEIIKD VVRLILKPLY
SAYNFFATYA NYHSIRLLNE VNDSANLLDR YIFSEYRAFS QKMKNAMNGY HIQSACKNVL
SFIDTLNNWY IRRSRERFVA GEQQAFEVLH FVLSEILKII APLLPMNAEK IWMALHNDET
TSVHLEKYPE VNVLPEDEEI IQTMQLTREI CNTAFSIRNK NAVRIRQPLR HLEVIGKVSS
AFIENTELLS ILKDEANVKC ITFKESDPQV RQSLKLNFHV LGKRYPKEVK HMINELKSGH
WKSMLSGEVY LGDRLLKNDE YEISAASENS NTGQVASFCL AVKLDLKLDE ELMAEGRFRD
LVRMIQQARK SAGLTIKEKV TIKVYAPAEY LDTLEKLQSL LVTSTYANQI IANRSNNFSD
CSFIEEISQE IKIGIMREDG ACGYS
|
|---|
| |