KEGG   Babesia bovis: BBOV_II005760
Entry
BBOV_II005760     CDS       T01085                                 
Name
(RefSeq) tRNA synthetases class I family protein
  KO
K01870  isoleucyl-tRNA synthetase [EC:6.1.1.5]
Organism
bbo  Babesia bovis
Pathway
bbo00970  Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:bbo00001]
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    BBOV_II005760
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:bbo01007]
    BBOV_II005760
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:bbo03016]
    BBOV_II005760
Enzymes [BR:bbo01000]
 6. Ligases
  6.1  Forming carbon-oxygen bonds
   6.1.1  Ligases forming aminoacyl-tRNA and related compounds
    6.1.1.5  isoleucine---tRNA ligase
     BBOV_II005760
Amino acid related enzymes [BR:bbo01007]
 Aminoacyl-tRNA synthetase
  Class I (U)
   BBOV_II005760
Transfer RNA biogenesis [BR:bbo03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    BBOV_II005760
 Prokaryotic type
   Other AARSs
    BBOV_II005760
SSDB
Motif
Pfam: tRNA-synt_1 Anticodon_1 tRNA-synt_1g zf-FPG_IleRS CTD12
Other DBs
NCBI-GeneID: 5478328
NCBI-ProteinID: XP_001610095
UniProt: A7AUB6
Position
2:1311422..1315005
AA seq 1162 aa
MLLRLQAIACLALVIPLAVLSFRRRDNGSQLHRGFHPFYTLCLKDNINRYNNGSHLYSVS
IDQEYVKNNDEIKKTLNLPQNIWPKRSNFFKANIERQIRIQSFWKHYDVYRLLLERRLAY
FGNKEFNDSRVTQKTCIILDGPPYANGNAHYGHFLNKTIKDVLLRASLLDGKLALLLPGW
DCHGIPIESKVLQNTGYHPGQSRTDITETGLPLAVDIRQKCSQVATKSIEAQKKVFESAG
VWALWKDFYATYHFYYEQQVMEAFEKLLQSNLIYRARCPQHYSTQSQSVLSYAELQTKQL
DTLTALVGFELVDNTDVLRALDFHRPLAEVRLVCWTTTPWTLPANRGVLINAITDYNLYY
RDGILYVMNNNENFGIFSEKHYVGTLSGSIFVGKEIINPVTGAIYKVHDHCGVIEDKGTG
IVHAAPAHGMVDFKILSNYPGFTIHDGYVNDPNAITNVIDENERYYPGVHPLLDNKLIKE
VDTECLRKVLGTSLLHTEVQNLPVDVDNRFGNRTHVRLTKQWFLSLLQRKACIPKLDEMK
IYPEGAKNYLKKIIANRAQDWCISRQRIWGIPIPIAFVDVDALDDPELAKLYNIDYHVPG
TAQGEYCLKVNVDSLPHYELGDRVFRKLNYKADSLDIWFESALANRVTINRLREILLTMA
KNVAPQQNYEFRELIPEYAIEGQDQFRGWYQSSILVNYLLQNDTKCLLAKGIITHGFVND
DSGNKLSKRNQPSETQDTVNLDNMKHTTTDNIDQDGTDAPLTGPSNKKLTHKQQIDIPNV
AKAGLDKMLGMEYYEDTELIELDEPQSLGADVLRLWACSNDFKRKDIQLNNSNISEAVDL
AKKIANFFKYAIGVTHDCKIKSDTCRLRLDYFNALDIYMLKLSYDLVYTARKYFKEGCLH
KVVRELEIFLTRFSNIYVSYCKDRLYCDVKHGWSRTCAQIIIKKIMRNVLDVVAPIMPHM
AEDVYQTIHNVTMPQKRKDMANIKSVFGKRWMKMPNYLSKVDVNTAIGTLLDLRNLVNKL
RPQRDDKELIILCDSDATISQMLNVETTAKVDLRLLLGVANVRILPKSRDYVPPETSIKG
NGYEIWLVETDYSKCQRCWLYRQEVTQGFCERCASICTSPPDYDMPMDSTDTSDQETVEE
EVDCAMLDDNDGTIEDEEYFDE
NT seq 3489 nt   +upstreamnt  +downstreamnt
atgttgctacggctacaggccatagcatgcttggcactggtcataccgctcgcggtatta
tctttcagacgtcgtgataatgggtcacaactacaccgtggattccacccattctacact
ttgtgtcttaaagataacataaatcgttataataatggatcacatctatattcagtgtct
attgaccaagagtatgtgaagaataatgatgaaatcaaaaagacattgaatctcccgcaa
aatatatggcctaagcgaagtaatttcttcaaggctaacattgaacggcaaatacgcata
cagtcattttggaaacactatgatgtataccggctactgttggaaaggcggttggcatat
tttggtaataaagaattcaacgactccagagtaacgcaaaaaacgtgtattattctcgat
ggaccaccttacgccaatggtaatgcgcattatggccattttcttaacaaaacgataaag
gatgtgcttttaagggcatcactgcttgatggtaagcttgcactgctcctaccagggtgg
gattgccatggtattcccatagaatccaaggtattacaaaacactgggtaccatccaggg
cagtcacgaactgatatcacagaaacgggattgccactagcagttgatataaggcaaaaa
tgcagtcaagtagcaacgaaatctatcgaggcccaaaagaaggttttcgaatccgctgga
gtatgggcactttggaaagatttttatgctacgtatcacttctactatgagcagcaggtg
atggaggccttcgaaaagcttctgcaatctaatcttatataccgtgcgagatgtccacaa
cactatagcacgcagtcacagtcagtgctatcgtacgccgaactgcagactaagcaatta
gatacattaactgctttggtcggttttgaacttgttgataacaccgatgttctgcgtgca
ctggatttccatcgtcctctagctgaagtacgcctggtatgttggaccactacaccgtgg
acattaccagcgaatcgcggtgtcttaataaacgcaatcactgattacaacctttactac
agggatggcattttatacgtcatgaacaacaatgagaacttcggtattttctcggagaag
cactacgtgggaacgctgagcggctcaatattcgttggaaaggaaattattaatcccgtt
acaggtgctatatataaggtccacgaccactgcggtgttattgaagataaaggcacgggt
attgtccatgcagcaccggcacatggcatggttgattttaagatactctcgaattaccca
ggattcacgatacatgatggatatgtaaatgatcccaatgctataacgaatgttatagac
gaaaacgaacgctactaccctggagtacacccgctgctggataataaacttattaaagag
gtcgacaccgaatgtctacgaaaagtgttgggaacttcactactccacactgaggtacag
aacctacccgttgatgttgacaatagatttggtaatcggacacacgtaaggttgactaaa
cagtggttcctgtcactattacagcggaaggcgtgcatacctaaattggatgaaatgaag
atatacccagaaggggctaaaaactacctgaagaaaatcatagccaatcgtgcacaagat
tggtgtataagtagacaaagaatttggggtataccaatacccattgcgttcgtagatgtg
gacgccctggatgacccggaactggcaaagctatacaacatagattaccacgtaccaggg
actgcacagggagaatactgtctaaaagttaatgtagactctttgccacactatgaatta
ggcgatcgcgtcttcaggaagttgaactacaaagctgattcactggatatatggttcgaa
tcagcattagcaaaccgagtaaccattaacagacttcgagaaatactgttgacaatggcc
aaaaatgtagctccacagcaaaactatgaatttagggaactgatacccgaatatgcaata
gagggacaggaccaatttaggggctggtaccaatcgtcgatattggttaactacctgttg
caaaacgataccaaatgcctactcgccaaagggatcattacacatggattcgtgaacgac
gatagtggtaacaagctatctaagcgtaatcaacctagtgaaacacaggatacagtgaat
cttgataatatgaagcataccactacagataacatcgatcaggatggtactgacgctcca
ttaacggggccgtccaataagaaattgacccataagcaacaaatcgatatacccaatgtg
gccaaagctggattggacaaaatgctaggtatggaatactacgaagatacagaactgata
gagctcgacgaaccgcagagccttggtgcagacgtcttgagactctgggcctgcagcaac
gatttcaaacgcaaggatatacagctgaataattccaacatatcagaagctgttgatctt
gcaaagaagattgctaacttcttcaaatatgccataggggttacgcacgactgtaagatt
aagagtgatacgtgccgtttacggctggattactttaatgccctggatatatacatgctt
aaactgtcatacgatcttgtatacaccgctagaaaatacttcaaagaaggttgtctgcac
aaagttgttcgagaattggaaatattcctaacacgcttctcaaatatatatgtctcatac
tgcaaggataggctttactgcgatgtaaagcacggatggtcacgtacatgcgcacaaatc
ataattaaaaagataatgcgtaacgtgctagacgtcgtggccccgataatgccgcatatg
gcagaggatgtctaccagacgatccataacgtcacaatgccacagaaaagaaaggatatg
gctaacatcaagtcagtatttgggaagagatggatgaagatgccaaactacctttcaaaa
gtagatgtcaataccgcgataggcaccttgctggatttgaggaatttggttaacaaattg
agaccgcaaagagatgacaaggagcttatcattctatgtgacagtgatgccacaatatcg
caaatgctaaatgtagaaaccactgctaaggtagacctcaggttactcctaggggtggcc
aacgtaagaattctacccaagtcaagggattatgtacctccagaaacgtcgataaaagga
aacggttatgaaatttggcttgtggaaacagactacagcaaatgtcaaagatgttggcta
tatagacaggaggttacacaagggttctgcgaaagatgtgcgtccatatgtaccagccca
ccggattatgatatgccaatggattctacagatacatctgatcaggagaccgttgaagaa
gaggtcgattgcgcaatgctggatgacaacgatggcaccatagaagatgaagaatatttt
gacgaataa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (48)   

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