KEGG   Babesia microti: BMR1_02g01960
Entry
BMR1_02g01960     CDS       T05554                                 
Name
(RefSeq) intron-binding protein aquarius
  KO
K12874  intron-binding protein aquarius
Organism
bmic  Babesia microti
Pathway
bmic03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:bmic00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    BMR1_02g01960
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:bmic03041]
    BMR1_02g01960
Spliceosome [BR:bmic03041]
 Complex B
  Other components
   Prp19-related factors
    BMR1_02g01960
 Complex C
    BMR1_02g01960
SSDB
Motif
Pfam: Aquarius_N_1st AAA_12 Aquarius_N_2nd AAA_11 AAA_19 AAA_30 ResIII Viral_helicase1 UvrD-helicase AAA_22 DEAD UvrD_C_2 AAA_16 SLFN-g3_helicase AAA
Other DBs
NCBI-GeneID: 24424176
NCBI-ProteinID: XP_012648159
UniProt: I7IQ72
Position
II:complement(705850..710766)
AA seq 1638 aa
MGTNINVTHEDIVSNSFYRKILDYISKYTNSDNSSKNVKAAIATVAGFYTEFYERGFEKL
DLAILDTSDLLNSVLWPLVQLITGDGKKIGKDFDSVILLAVWLKGANPEAVDQRFGSEFM
APFLYRSTSILIRKLLLLTNNNKHSVKLIETLLECRVLLRFLIDCFQNFEYESLRKCCLS
IVSPLIWYHLPSCYRSIKLFGRHEMWSKLYARVIANTNKLCEKIKKSVEFSAIIEGNVHY
DLENVVINRDFIHILLKIFMYLLDLSKEDDNFDSTVVTPEFQSKIMLLETILELFNDLIS
QMPTRRIIKPLLDANFFLVLCKRSPMYSHLQGTYFKKMTDILDFYLSFPISEETGLPIEY
DKQLSEHYKRFEQFQKIIFHEFKHVDLLENMHLESVNTFSTEKLEALFDKLKLKVLLDLT
SKLEIVYLDDLSQQKGEDNYEEDKSGLELIVPFKIDIKRTNKEIKSFLTFLLVNYLSKPA
DPKLRIINDPVYPNEDYLWNSGSIPVNTAYVDYSSLPLPKLTLQYLSVYDYLYRNYQLYR
LEAGYQIKSDLEETIYRMKPVCSLGLNGKFTAEQLRGYRDSQTVANTRFLNASRMGIRLE
SVVITNVYKPQVGIDAIPKVTADLYVDLSELTDYTFRDDWDSLRTYDVLFLVSIAAPLEF
TEKRIEQMNIDEIPLNLGIMGVRGAQIISIADENGMIFSDSNPYEPKLPSGTKRCISVYL
DYAQYELDLKEDIEGIYSNCNLLLRRHARFNNFKSTLDTIKGLVSNPGSLASWLEPFFLG
YGHPNSLKYFASNLDTPALTLNWLNILHDLQHLVSSFPSILYYELGQEFDVNKLQQINVS
NITFKTIVKHDNGIKFKVKKNIPLQYVQLVVDNIISYEYSDQPASFQAKLIPKETKNTKV
TIKGYLDFTLEIHNCTVEMHGIVFEHNNKIYNPIWRAEMESNINELENNLFTTHPLYPNT
NYPLKGIHIGTTSSDIPLHIRLTDRQVEAIYSAVQCGMTCIMGPPGTGKTDVVAQAINIL
YTNYPNEKIVVLAHSNQCLNDIFEKILQSKYVDQRYLVRLGMGERKLDLQYGQDFGKWGR
VNYMLQSRLDLLEYVGKLAKKLRVEGDVDYTVQLALQFYQTHIIHRLIDYKSLLLENKTY
DEVLLDMRLDCCIYSRNGLNQLGIDPKMVGFCEYLFLSSIKTQFSVDGPLKAWAESLENF
SSYGSIKDNILQIDMNFEGIFKFVCINNYAIIHPQHALSLLNLPKYVVFNPFDRDDFMKI
QDIIPLIDELDFTLSKPPAVNCYPVTTVLDTFCKLKECLPFEVLRSNTDRGHYLITRHAR
IVAMTCTHAAIARERLIESNFTYDTLVMEEAAQVLEIETFIPLTLQLQGDKLKRIVLIGD
NRQLPPIIQNRTVASYCKLDQSFYTRVIRLQHPCILLNSQGRSRPEIVSLYSHYYPEPIG
NVGLEREEFGRDNLGFRYNYQFINVDSERGESCPIPHFYQNLEEAEYVIALFTYMRMIGY
DSNKITILTTYNGQRALIEDVMKHKCAWNPRVGTCAVSTVDKFQGQQNDYIIISLVRTRM
VGHIRDPRRLTVALSRARLGLYIFGKWDLFYNCYEIRQTLDKLAFENKLVLDDNKCGESQ
PHVIDNCEQLQKIVQQMQ
NT seq 4917 nt   +upstreamnt  +downstreamnt
atggggaccaatataaatgtgacccatgaggatatagtttccaattcattttatcgcaaa
atcctcgattatatctcaaaatacactaattctgataattcttctaagaatgtgaaggct
gctattgcgacagttgctggattctatacagagttctatgaacgagggtttgagaaattg
gatttagcaattttagacacatctgatctgctaaattctgtattatggccactagtccag
ttgataacaggagatgggaaaaaaattggtaaagattttgattctgttatcttgcttgcg
gtctggctcaaaggggcaaatccagaggcagttgatcaacgtttcggtagtgaattcatg
gcaccatttctataccgctccacctcaattctcatcagaaaactgctattgctcacaaat
aacaataaacattctgttaaactgatagagacattactcgaatgccgtgtattattacgg
tttttgatagattgttttcagaacttcgaatatgaatcactgcgtaaatgttgtttatca
attgtatctcctctgatttggtatcacttaccatcatgttataggagtattaaattgttt
ggaaggcacgaaatgtggtccaaactttatgcacgtgtaatagctaacaccaacaaattg
tgcgaaaaaattaagaaatcagtcgaattttcagcgattatagagggaaatgtgcattat
gatctggaaaatgtggtaattaatagggatttcatccatattttgttgaagatttttatg
tacctactagacctgagtaaggaagatgacaattttgattccaccgtcgtcacacctgaa
tttcagagtaaaattatgctactagagacaatacttgaactatttaatgatttgatcagc
cagatgcctacccgtcgcataataaaacctctgttagatgcaaatttttttctcgtcctt
tgcaaaagatcgcccatgtactctcatttacaggggacttacttcaaaaaaatgacagat
atattggacttctacctctcatttccaataagcgaggaaacaggccttccaattgaatat
gacaaacaattatcggagcactacaaacgatttgaacaatttcaaaagattatctttcac
gaatttaagcatgtagatttgctagagaacatgcatttggagtcagtaaacactttcagt
acggagaaattggaggcattgttcgacaagttgaaattgaaagtattgctagatttaaca
tctaagctggagattgtttatttagacgatttgtcacagcaaaagggtgaagataattac
gaggaggataaatcagggttagagttgattgtgccatttaaaatagatattaaacgtact
aacaaggagatcaaaagttttttaacttttttgttagtaaactacttatcaaaaccagca
gatcccaagttgcgaataataaatgatcccgtgtatcccaatgaagattatttgtggaac
tctggtagtataccagtaaacacagcatacgtagattattcatctcttcccttaccaaaa
ttgactttacagtatctatctgtttacgattacctatatcgtaactaccaattgtacagg
ttggaggcaggttaccaaattaagagtgacctagaggaaacaatttacaggatgaaaccc
gtttgttcattgggtctgaatggaaaatttactgctgaacaattgagggggtatagagac
tcacaaacggtggcaaatactagatttttaaatgcttcaagaatgggcataaggcttgaa
agtgttgttataacgaatgtatacaaaccgcaagttggtattgatgctatccctaaagtt
actgccgatttgtacgttgatctatcggaacttaccgattatacattccgagatgattgg
gattccttacgcacgtatgatgttctgtttctagtgagtatcgctgccccccttgagttt
acagaaaaacggatagaacaaatgaatattgatgaaataccacttaatcttggtattatg
ggcgtaagaggggctcaaataatttcaatagctgacgaaaatggtatgatattttcagat
tcaaatccctacgagccaaaactcccgagtggaacaaagcgttgtatctctgtatatctg
gactatgctcagtatgagctagacctaaaggaggacattgaaggtatttactccaattgt
aatctcttactgaggaggcatgctcggtttaataattttaaatcgactctggataccatc
aaaggattggtttcgaaccctgggtcgctggcatcctggctcgaaccattttttttgggt
tacggtcaccccaactcgctgaaatattttgcctctaaccttgacactccggcactcaca
ctcaattggttaaatatactacacgacctacagcatttagtcagttcattccccagcatc
ttgtattatgaattaggtcaggaatttgatgttaataagttgcaacaaataaatgtctcc
aacataacattcaaaacaattgttaaacatgacaatgggattaagtttaaggtgaagaag
aacataccactgcaatatgtacaattggtagttgataacataatatcctacgagtactct
gatcagcctgccagttttcaggctaaattgatacctaaagaaacaaaaaatactaaggtt
actatcaaagggtacctagacttcacacttgaaatacacaactgtacggtggaaatgcat
ggtatagtatttgaacacaacaataagatttacaatcccatatggcgtgctgaaatggaa
tcgaacattaatgaacttgaaaataatttattcacaactcatccattatatcctaataca
aattatcctctaaagggcatacacattggcacaacttctagtgacataccgttacatatt
aggctgacagataggcaggtggaggcaatttactccgcagtgcagtgcggaatgacttgt
ataatgggccctcctggtacgggtaaaacagatgttgtggcgcaggcaattaatattttg
tatacaaactatcccaatgaaaagatcgttgtattggcccattctaatcagtgtttgaat
gatatttttgaaaaaattttacagagtaaatatgtagatcagagatatctagtaagactt
gggatgggagagaggaagttggatttgcaatatggacaagattttggcaaatggggaagg
gttaactatatgctccagtcacgattagatctgctagagtacgtaggcaagttagctaaa
aaacttcgcgtcgaaggtgatgtggattacactgttcaattagcactccagttctaccag
acccacataatacaccgattgattgactataaatcgctgcttcttgaaaataaaacatac
gatgaggttctactagatatgagattggattgttgtatatactccagaaatggacttaat
cagttgggtattgatcccaaaatggttgggttttgtgaatatctgttcttaagttcgatt
aaaactcaatttagcgtggatggtccattgaaggcatgggctgagtccctagaaaatttt
tccagttatggttccattaaggacaatattttacaaatagacatgaattttgaaggtatt
ttcaagtttgtatgcataaataattatgctataatacaccctcagcacgcattgtcactg
ctaaaccttccaaaatatgtcgtttttaacccatttgaccgtgatgatttcatgaaaata
caagatatcatccccttaattgatgagttggattttaccttaagcaagccacccgcagta
aattgttacccagtcactaccgtattggataccttctgcaaattaaaggaatgtctacct
tttgaggtgttgaggagtaatacggacagagggcattatttaatcactcgacatgctaga
attgtggcaatgacttgtactcatgctgcaattgcgagggagcgattaattgaatcaaat
tttacctatgatactttagtgatggaggaagcagctcaagtgttggagattgaaacattc
atacccctaacccttcagttacagggtgataaattgaagaggatcgtcctaattggtgat
aacagacaattgcctccgataatacaaaatcgtacagttgctagttattgcaaactagac
caatccttttatactagggtaattaggcttcaacatccatgcatactacttaactcccag
ggcagatctcgacccgaaattgtatcattatattcgcattattaccctgaaccaattggt
aatgtaggcttggaaagggaggaatttggtagagataatttaggtttcagatataattac
caattcataaatgtggacagtgaacgtggtgagtcttgtccaattccacatttctaccag
aacctagaagaggcagaatatgttattgcgttattcacttacatgagaatgattggttat
gattccaacaaaattacaatacttaccacgtataatgggcaaagagcattaattgaagat
gtgatgaagcataaatgcgcgtggaatccacgtgtgggaacttgcgctgtatccaccgtt
gacaaatttcagggtcaacaaaatgactacataattatatctttggtgagaactagaatg
gtaggtcacattcgtgacccaagaaggttaactgtggcattgtcccgtgccaggttgggg
ctgtatatatttggcaaatgggatctgttttacaattgctatgagatccgtcagacattg
gacaagttggcctttgagaataaactggttttggatgataataaatgtggggaatctcaa
ccgcatgtaatcgataattgcgaacagttgcaaaagattgtccaacaaatgcagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (26)   

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