| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_3938 |
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| Symbol | |
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| ID | 8599383 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Sebaldella termitidis ATCC 33386 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013517 |
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| Strand | - |
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| Start bp | 4179114 |
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| End bp | 4181894 |
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| Gene Length | 2781 bp |
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| Protein Length | 926 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_003310702 |
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| Protein GI | 269122525 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGAAGAAA AGAAAGATTA CGCAGCTACC CTGAATCTTT TGAAAACAAG TTTCAAAATG
AAGGCCAGCC TGCCTAATAA AGAGCCTTTA CTTTTAAGAG ACTGGCAAAA AAAGAAAATC
TATGAAAAAA CACTGGGAAG ATTCGGCAAG AAGTTTATAT TACACGACGG GCCTCCTTAT
GCAAACGGGG ATTTACACGT AGGGCATGCT GAAAATAAAA TCTTAAAAGA TATCATAATG
AGATATAAAA GACTCAGAGG CTATGATGCA CCGTATGTAC CGGGATGGGA TACACATGGT
CTTCCTATTG AGCTGAAAGT AACCGAGGCT CTTGGAGATA AAGTAAAAAC TATGTCTCCG
ATAGAGATCA GAAAAGAATG CCGTAAATAC GCTTTAAAAT GGGTGGAAAA ACAGAAAGCG
GAATTTATAA GACTGGGTAT TATGGGTGAA TGGGAAAATC CTTACATTAC TCTGATACCT
GAATATGAAG CCGAGGAGCT GAGAGTATTT AAGGAAATAT ACAATAACGG ATATATTTAT
AAAGGACTGA AACCTGTTTA CTGGTCGCCT TCCACTGAAA CAGCACTGGC TGAAGCGGAA
ATAGAATATC AGGATGTGGT ATCGCCTTCT ATTTATGTAA AAATGGACGG GGAACAGGAT
CTTAAAGATA AACTGGGGCT TGATGAAGCA GCAATTGTAA TATGGACAAC AACTCCATGG
ACTCTTCCTG CCAATCTGGG AATAAGTCTG CATGCTGAAT TTGACTACGG AGTATATAAG
ACTGAAAAAG GAAATCTTTT ACTGGCAAAA GAGCTGGCAG AGACAGCTTT CAAAGAAATG
GAAATAGAAA ATTACGAGCT TATAAAGGAA GTAAAAGGTG CCGAGCTTGA TAATACACAT
TATAAGCATC CTTTCATAGA CAGAACAGGA CTTGTGATGC TTGGTGACCA TGTAACCCTT
GAAGCAGGAA CAGGAGCAGT TCATACTGCA CCGGGACACG GGGTTGATGA CTATCTTGTG
GGTCAGAAAT ATAATATCGG AATACTTTCT CCTATTGATG ACAAAGGTCA TTTTACGAAA
GCGGGAGGAA AATATGAAGG AATGTTCTAT AAAAAAGCAA ATAAATTCAT TTCTGAAGAT
ATCAAGGCTT CAGGGCATTT ATTAATGGAA AAAGAGCTGA AGCACTCATA TCCTCATGAC
TGGAGAAGTA AAAAGCCGGT TATCTACAGA GCTACAGAGC AGTGGTTCAT AAGAGTGGAA
GAGGGAGATC TGAGAGAAAA AGCACTGACT GTACTAAAAG ATGTAAACTT TATTCCTGCA
ATAGGAAGAA ACAGAATTAC TTCAATGATA GAAGGAAGAC CGGACTGGAC AATATCAAGA
CAGAGAATCT GGGGAGTACC TATTCCGATT TTCTATAATG ATGATAAAGA CGGAGAAATA
ATTTTCCAAA ATGATATCAT GGACAGAATA GTGGAATTAG TGGAAAAAGA CGGGACAGAT
GTATGGTTCA AGATGTCAGC AGAAGAGCTT ATAGGTGATG AGCTTCTTGA AAAACATAAT
CTGAAAGGTG CAAAGCTGAG AAAAGAAAGA AGTATCATGG ACGTTTGGAT TGATTCAGGA
ACTTCACACA GAGCAGTTTT ATCTACAAGA AAAAATCTTC AGAGACCGGC AGATCTCTAT
CTTGAAGGAA GCGACCAGCA CAGAGGATGG TTCCAGTCAT CACTTCTGAC ATCTGTGGCA
AGTACAGGGG ATGCACCTTA TAAGAGTATA CTTACACACG GTTTTGCCAA TGACGCACAG
GGAAGAAAAA TGTCAAAATC CCTTGGAAAT CAAATGTTCC CAAGCGAAAT CATAAATCAG
TACGGTGCGG ATATACTGAG ATTATGGGTA GCATCTGTGG ATTACAGGGA AGATGTAAGA
ATTTCGGATA ATATACTGAA ACAGGTTTCC GATTCATACA GAAGAATAAG AAATACTGCA
AGATTCATTC TTGGTAATAT AAGTGATTTT GATTATAAAA ATGATAAGGT AAGCTTTGAA
GATATGTATG AGGTGGATAA ATGGGCCTTG AACAAGCTTG AGAGATTAAA AAATAAAGTA
GAAGAATATT ATGAAAAATA TGAATTCTAT AATTTGTTTA ATGAAATCCA GTATTTCTGC
GGAATAGAAA TGTCAGCATT CTATCTTGAC ATAATAAAGG ACAGACTGTA TGTGGAAAAA
ACCGACTCTA AGCTGAGAAG AAGCGCGCAG ACTGTAATGG TGGAAATATT AGAATTCCTG
GTAAGAGCTA TAGCTCCGGT TCTGTCATTT ACTGCAGAGG AAATCTGGGA AAAAATGCCT
GAAACTTTGA GGGAAGAAGA ATCTGTTCAT TTGGCACAAT GGGTCGCTGC AAAGCCGGAA
TATCTTGATA ATGCTTTGGA TGAAAAATGG AGCAAAATAA TGGATTTAAG AAAAGAAGTT
TACAGGGAAG TAGAAAAAGT AAGACAGGAA AAAACAGTAG GATTATCTTT GGATGCTAAA
GTAGAATTAT TTATAGATAA TAAGGATTTT GAATTTATAA AAGATATAAA TATAAATGAT
CTGCAGGATT ACTTTATAGT ATCACAGATA CATTTCGGGG AAACTGACGG AATGGCTGAT
ACTGAAATCA GCGGAATAAA AGTAAAGGTA ACAAAAGCTG ACGGTGAAAA ATGTGAAAGA
TGCTGGAAGT ACGATGAACT GGGAACTGAT CCTGAATATC CGGATGTTTG TCCGAGATGT
GCAAAAGTTC TGCACAGTTA G
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| Protein sequence | MEEKKDYAAT LNLLKTSFKM KASLPNKEPL LLRDWQKKKI YEKTLGRFGK KFILHDGPPY
ANGDLHVGHA ENKILKDIIM RYKRLRGYDA PYVPGWDTHG LPIELKVTEA LGDKVKTMSP
IEIRKECRKY ALKWVEKQKA EFIRLGIMGE WENPYITLIP EYEAEELRVF KEIYNNGYIY
KGLKPVYWSP STETALAEAE IEYQDVVSPS IYVKMDGEQD LKDKLGLDEA AIVIWTTTPW
TLPANLGISL HAEFDYGVYK TEKGNLLLAK ELAETAFKEM EIENYELIKE VKGAELDNTH
YKHPFIDRTG LVMLGDHVTL EAGTGAVHTA PGHGVDDYLV GQKYNIGILS PIDDKGHFTK
AGGKYEGMFY KKANKFISED IKASGHLLME KELKHSYPHD WRSKKPVIYR ATEQWFIRVE
EGDLREKALT VLKDVNFIPA IGRNRITSMI EGRPDWTISR QRIWGVPIPI FYNDDKDGEI
IFQNDIMDRI VELVEKDGTD VWFKMSAEEL IGDELLEKHN LKGAKLRKER SIMDVWIDSG
TSHRAVLSTR KNLQRPADLY LEGSDQHRGW FQSSLLTSVA STGDAPYKSI LTHGFANDAQ
GRKMSKSLGN QMFPSEIINQ YGADILRLWV ASVDYREDVR ISDNILKQVS DSYRRIRNTA
RFILGNISDF DYKNDKVSFE DMYEVDKWAL NKLERLKNKV EEYYEKYEFY NLFNEIQYFC
GIEMSAFYLD IIKDRLYVEK TDSKLRRSAQ TVMVEILEFL VRAIAPVLSF TAEEIWEKMP
ETLREEESVH LAQWVAAKPE YLDNALDEKW SKIMDLRKEV YREVEKVRQE KTVGLSLDAK
VELFIDNKDF EFIKDININD LQDYFIVSQI HFGETDGMAD TEISGIKVKV TKADGEKCER
CWKYDELGTD PEYPDVCPRC AKVLHS
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