KEGG   Paracoccidioides lutzii Pb01: PAAG_11921
Entry
PAAG_11921        CDS       T02230                                 
Symbol
PAAG_04753, PAAG_04754
Name
(RefSeq) hypothetical protein
  KO
K12854  pre-mRNA-splicing helicase BRR2 [EC:5.6.2.6]
Organism
pbl  Paracoccidioides lutzii Pb01
Pathway
pbl03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:pbl00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    PAAG_11921 (PAAG_04753)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:pbl03041]
    PAAG_11921 (PAAG_04753)
Enzymes [BR:pbl01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.6  RNA 3'-5' helicase
     PAAG_11921 (PAAG_04753)
Spliceosome [BR:pbl03041]
 Complex B
  U4/U6.U5 tri-snRNP components
   U5 snRNP specific factors
    PAAG_11921 (PAAG_04753)
 Complex C
   U5 SnRNP specific factors
    PAAG_11921 (PAAG_04753)
SSDB
Motif
Pfam: Sec63 DEAD Peptidase_S9 Helicase_PWI ResIII BRR2_plug Helicase_C AAA_22 AAA_30 Abhydrolase_1 PhoH
Other DBs
NCBI-GeneID: 9096488
NCBI-ProteinID: XP_015702876
UniProt: A0A0A2VKC6
Position
Unknown
AA seq 2933 aa
MADPNNVSQYKYSAMSNLVLQADRRFVTRRTDEVTGDPESLAGRINIKDMGTRVSEADAA
KVKRVPVTPRNVERDAIREGEAVLQREQRKRKRGEPAQMKGAGILSAADTLIEGLKYRPR
TPVTRATYDLILTMTSNHLGDVSHEVIRSAADAVLELLKDENMKDFDKKKEIDDLLGSSM
GPKEFNELVNLGKKITDYDAQDEDENMEDGADGGHGGEELDERQGVAVVFDEPDDEEENF
AHEVRDADEHSDEDMSDEEDRPDLEEIATAGGAAAERDKAGTPDEEIIIDGTVEASNGDK
TNGSAKVVPIREIDAYWLQREIGSVYSDAHIQQEKTREALQMMGEKFEDGSERPLRDVEN
DLMELFDYDYPDLVGKLITNRDRIVWVTKWRRTADDADAKAVLEKEMVEAGQYAILDELR
GKSSRENGAEQAGKKMRIDLMDIDIPGPKPTEAESKPKDGVITRGLQPKKLINLENLIFD
QGNHLMTNPNVKLPQGSTKRTFKGYEEIHVPAPKPKRDPNERLISISDLPDWARPSFKNS
EKLNRIQTKCFATAFNDDGNMLICAPTGSGKTNVAMLTILREIGKNRNSETGEIMLDDFK
IVYIAPLKALVQEQVGNFGERLKPYGIRVSELTGDRQLTKKQIADTQIIVTTPEKWDVIT
RKATDTSYTRLVRLIIIDEIHLLHDDRGPVLESIVSRTIRKMEQTCDPVRLVGLSATLPN
YRDVGSFLRVDPINALFHFDGSYRPCPLKQEFIGVTDKKAIKQLKTMNDVCYTKVLEQVG
ANKNQMLIFVHSRKETAKTARYIRDKAVEMETIGQILRSDAASRAILTEEADAVNDPALK
DLMPYGFGIHHAGMSLADRTSVQELFADGSLQVLVCTATLAWGVNLPAHTVIIKGTQVYS
PEKGSWVELSPQDVLQMLGRAGRPQYDTFGEGIIITSQTEMQYYLSLLNQQLPIESQLMS
KLADNLNAEIVLGNVRNRDEGVEWLGYTYLFVRMLRSPGLYSVGTDYENDQTLEQRRVDL
IHSAATVLEKANLIKYEKKTGKLQSTELGLIASHYYITHSSMNTYNYHLQPMVSTIELFR
IFALSDEFKYIPVRQDEKLELAKLLGRVPIPVKESIEEPHAKVNVLLQAYISRLKLEGLA
LMADMVYVTQSAGRILRAMFEIALRKGWASVAKIALSLCKMAEKRMWPTMSPLRQFPSCP
RDVLQKSERIDIPWSTYFDLDPPRMGELLGIPKAGRTVCDLISKFPRLDVQAQVQPITRS
MLRVELTITPNFTWDDDLHGVAESFWIIVEDCDGEDILFHDQFILRKEFAVSEMNEHLVE
FTTPITEPMPPNYFISLVSDRWMHSETKIPVSFQKLILPERFPAHTPLLDMQRVPVKALK
QTEYQKLYPHWDHFNKVQTQAFKSLFDSDDNVFLGAPTGSGKTVCAEFALLHHWSKSKFG
KAVYIAPFQELIDHRLSDWQNRLGNLDSGKNIAKLTGETTADLKILEKADLVLATPIQWD
VLSRQWQRRKNVQAVDLFIADELHMLGGQGGYIYEIIVSRMHYIALQTEKELRMIGLSVP
LSNARDIGEWLGAKKHTVYNFSPHVRPVPLELHIQSYTIPHFPSLMLAMVKPALASILQL
SPDKPVLLFVPTRKQTRSTALDLLAACIAADGEDIFLHADVEELSPLLKRIDEQALAESI
THGIGYYHEALSNSDKRIVSHLFKIGAIQVMLASRDVCWEINFNAHLVIVMNTQFFDGRE
HRYIDYPISEILQMFGKASRPLEDKSGKGVLMVPAVKRDYYKKFLNEALPIESHLQIHLH
DAFVTEISTRTIASTQDAVDWMTYTYFYRRLLANPSYYGLTDVSHEGLSTFLSELVENTL
KELSEAKIIDLDEEDDTLSPLNAAMIAAYYNISFITMQTFLLSLTARTKLKGILEIITSA
TEFEIIQVRRHEEHILRRVYDRVPVKMSQPVYDSPHFKAFILLQAHFSRMQLPIDLGKDQ
EVIVSKVLNLLSACVDVLSSEGHLNAMNAMEMSQMVVQAMWDRDSPLKQIPHFGPEAIKV
ANEFHIKDIFEFMEAMDPSENKDYATLVKRLGLNNKQLAQAAEFTNNKYPNVDLDFTVLD
EENITAGEPAYIDIKIERDVEEDEEVDTTVSAPFYPGKKMENWWLVVGEEKTNSLLATKR
VTIGKKLQLKLEYIVPTPGEHELTLFLMSDSYVGVDQDPSFKITAAEGMDEDEEEDDGEE
VMLSAPRRSAAIPNASGTLLAYTQTTYSFESHLTTSELRVLDVATGSSVLLTNSYRGSPQ
WLGDGNKLVWLKEEDDGKTSFIVGDGKREEDSYVAGTVSGPVSDLKVTTISRGLVGFAVS
GKGNQDGTLYNPSTAKKPVSSGKLYTSLFVRHWDEYIRPQKNNIWYGTLQQTTSSTAGQR
SKYKLSELKNLFCQIGATDIESPIPPFGGTDHFDICPRGIVFVARDPNLNPALHTKCLLY
YCRLQSWTEAVPVSAKTLTLDELNGAITCPILSPVKNTLAVLAMREDGYESDKNRIILVP
SLFDAQTRPIELFATAGGASLWSLSPSSLAWGEDDFDLFIRAEDTGRCVVFRLPIPNYAN
ASIQHLSKLTHSGYVIGLALASKKLFLSSTSLVENSVFSYIDLSRPGQEQKVVCSSSRHG
VSLGLAREQVSDIWWRGADDRPIHAWVIKPSDFVPQKRYPLCYLIHGGPQGAWNDQWSTR
WNPAVFAEQGYVVITPNPTGSTGYGQEFTDAIQNEWGGKPYEDIVRGFEYIEKELDYVDT
DHAVAMGASYGGFMINWIQGHDLGRKFKALVTHDGIFSTKFSLAAEELYFPIRDLKGVFW
QVPENWDRWDPSLFLDKWATPHLIIHNELDYRLTISEGLAAFNVLQMRGVPSAFLTFPDE
NHWVLKPENSLFWHRTVINWINKYAGLPPLLDAIDGFPAKIDEKDVLRGRLAK
NT seq 8802 nt   +upstreamnt  +downstreamnt
atggcggatccaaataatgtgtcgcagtacaagtactcggcgatgtccaacctggttctc
caggcggaccgtcgatttgtaactcgccgcacagatgaggttacaggtgacccggagtcc
ctcgccggtcgtattaatatcaaggacatgggcacacgagtgtcagaagcggatgctgca
aaggtcaaaagagttccagttaccccgagaaatgtggaacgggatgccattcgtgaaggc
gaagctgtcttgcaacgagaacagcggaagcggaaacgaggggaacccgcccagatgaag
ggcgcgggtatcctgtctgcggcagatacgcttattgaaggcctaaaatatcgtcccaga
actcctgtgacgagagcaacgtatgatttaatactcaccatgacttccaaccacctgggc
gatgtgtctcacgaggtcattcgaagcgctgcggatgcggtgctggagcttttgaaagac
gaaaatatgaaggactttgacaagaaaaaagagattgatgatttacttggaagctcgatg
ggacccaaggagtttaatgagcttgtaaacctggggaagaaaattactgattacgatgcc
caggatgaagatgaaaacatggaggacggcgcggatggtggacatggcggagaggaattg
gatgagagacaaggtgtcgctgtggttttcgatgaaccagatgatgaagaagaaaatttc
gcccacgaagttcgagacgctgatgagcattccgacgaagacatgtctgatgaggaagat
cgaccggatctagaggagattgctaccgctggtggggccgctgctgaaagggacaaagcc
ggcacccccgatgaagaaataataatcgatggcaccgtggaggcatccaatggcgacaaa
actaatggtagcgcaaaagttgttccaatccgcgaaattgatgcctattggctccaacgg
gagattggatcggtttatagtgacgcacatatacaacaagaaaagacccgagaggcgtta
cagatgatgggtgaaaagttcgaggatgggagtgaaagaccgctccgtgatgtagaaaat
gacctaatggagcttttcgattacgattatccagatttggttggaaagctcatcacgaat
agggacagaattgtctgggtaaccaagtggaggcgaactgcggatgatgcggacgccaaa
gcggttcttgaaaaggagatggttgaagctggtcaatacgcgattttggatgaactacgt
ggcaagtcatctcgagaaaatggagcggaacaggctggcaaaaaaatgagaattgactta
atggacattgatatcccgggtcctaagccaactgaagctgaatcgaagccaaaggatggt
gtcataacgcgtgggcttcagcctaaaaagctcattaacctcgaaaatctgatttttgat
caaggaaaccatctcatgactaaccctaatgtcaaattgccccaaggttcaaccaaaaga
acgtttaagggatatgaggaaattcacgttcccgctcccaaaccaaagagagacccaaat
gagcgccttatttcaatttcggacctcccagattgggctcgtcccagcttcaagaactcc
gaaaagctcaatcgtatccaaaccaagtgtttcgcgacggcatttaacgatgatgggaac
atgctcatttgtgctccaacaggatctgggaaaaccaacgtagcaatgcttacaatccta
cgtgagattgggaaaaatcggaactctgaaactggagaaatcatgttagatgacttcaaa
atagtctacatcgcaccattgaaagcacttgtccaggagcaagttgggaatttcggcgaa
agactaaaaccttatggcatccgtgtctctgaacttacaggtgatcgtcaacttaccaaa
aagcagatagcagatacccagattattgtaaccactcctgaaaagtgggatgttatcacg
agaaaagcaactgataccagctatacgaggcttgtacggctcatcattatcgatgaaatt
catttgctccatgatgacagaggtcccgtcctagaaagcatcgttagcaggacgatacgt
aaaatggagcagacctgtgatccagtgcgcctggttggtctgagcgccacgctccctaat
tatcgcgatgttggcagctttctgcgtgttgacccgatcaatgcgcttttccactttgat
ggatcttaccgaccatgtccgttgaagcaggaatttattggtgtgactgataaaaaggca
attaaacagctgaaaacaatgaatgatgtttgctatacgaaggttctcgagcaagttggt
gctaataaaaatcaaatgctgattttcgttcattcaagaaaagaaacggcaaagaccgct
agatatatacgagacaaagctgttgagatggaaaccataggccaaattttgagaagcgac
gcggctagtcgagctattcttacagaagaagcagatgcagttaacgatcctgctttgaag
gaccttatgccttacggttttggcattcaccatgctggcatgagtctggctgatcgtacc
tcagttcaagaactttttgcggatggtagtttgcaagttcttgtttgtactgctaccttg
gcgtggggtgtcaatctcccagctcatacagttatcatcaaaggtactcaagtttactcg
ccggagaaaggcagctgggttgaattgagtcctcaggatgtgctgcagatgcttggccgt
gctggtcgaccacagtatgacacgttcggagagggtattatcataacatcccaaaccgaa
atgcaatattacctctccctgctcaaccagcaactccctattgaaagtcaacttatgagc
aagcttgctgataacctaaacgctgagattgtgcttggaaatgtccgcaatcgcgacgaa
ggggtagaatggctcggttacacgtacctatttgtccgaatgcttcgctcccctggcctt
tacagtgttggcactgattacgaaaacgaccaaaccctcgaacagcgacgcgtggatttg
atacactctgctgcaaccgttctcgaaaaagctaaccttattaaatatgagaaaaagaca
ggaaagctccaatctaccgaacttggcctgattgcttcacattactatattacgcacagc
tctatgaacacatataactaccaccttcagcccatggtgtcgacaattgagctcttccgt
atttttgctcttagtgacgaattcaagtatattccagttcgacaagatgaaaaattggag
ctagcgaagctccttggtcgtgttccaatacctgtgaaggaaagcattgaagagcctcac
gcgaaggtcaatgtactcctacaagcatacatttctcgcttgaagctggaagggcttgcg
ttaatggcggatatggtatatgttacccagtccgcaggtcgtattcttagggcaatgttc
gaaattgcactgagaaaaggatgggcgtcagtagcaaaaatcgctttgagcctgtgcaag
atggcagaaaagcgaatgtggcctacaatgtctcctcttcgccaatttccatcttgtccc
cgtgacgttttgcagaagtcggaaagaatcgacattccgtggtctacgtattttgatctg
gatccaccgagaatgggagagttgttaggcataccgaaggcaggccgaaccgtttgcgat
ctcatctcaaagttcccgcgtctggatgttcaggcacaggttcaaccaataactcggtca
atgctccgtgtggaactcaccattacccctaatttcacatgggatgatgatcttcacggc
gttgcagaaagcttctggatcattgtggaggactgtgatggggaagatatcctcttccat
gatcaattcattcttcgcaaagagttcgctgtttctgaaatgaatgagcatctagtagag
ttcactacacccataacggagccaatgcctccaaactacttcatctcacttgtttcggat
cgatggatgcactcagaaacaaagatccccgtctcgtttcaaaagctgattctccccgag
cgcttcccggctcatacaccgttgttggatatgcagcgagtaccagtaaaagcccttaaa
caaactgagtaccaaaagctctatcctcattgggatcatttcaataaggttcagactcaa
gctttcaagtcattattcgactcggatgacaacgttttcctaggagcccctactggcagt
ggcaaaacggtctgtgctgagttcgctctacttcaccactggtcgaagtccaaatttgga
aaagctgtgtatattgctcctttccaagaattgatcgaccatcgcttgagtgattggcaa
aaccggctggggaatctcgatagtggcaagaacattgccaaacttaccggcgaaaccacc
gcagatctaaagattctcgagaaggccgacctcgtcctcgctactccaattcagtgggat
gttctgtcacggcaatggcagcgccgtaagaacgtacaggctgttgacctctttatcgct
gatgaacttcacatgcttggcggtcaggggggttatatttacgagattatcgtttcaaga
atgcattatattgcccttcagaccgaaaaggagttgcgaatgattggtctaagtgtcccc
ctatccaatgctcgggacatcggggagtggcttggtgctaaaaagcatacagtttacaac
tttagtcctcatgtgcgtccagttccattggaactgcacattcagtcgtatactattccc
catttcccctctctcatgctcgccatggtgaaacctgcacttgcatcaattctacaacta
tcgcccgataaaccggtactcttgtttgtaccgactcgaaaacaaacacggtccactgct
ctggatttgttggctgcttgtattgctgccgatggcgaggacatattcttgcatgctgat
gtggaagaactttcgcccctgctgaaacgtatcgacgaacaagcactggcagagtcaata
acccatggaattggctattatcatgaggctcttagcaacagtgacaagcgtattgtttct
catctcttcaaaattggtgcgattcaagttatgcttgcctcccgagacgtttgttgggag
atcaatttcaacgctcatcttgttattgtcatgaatacccaattctttgatggtcgcgaa
caccgatacattgattatccgataagtgaaatacttcaaatgttcggaaaagcttctcgt
ccacttgaagacaagagcggaaagggtgttcttatggttcctgccgtcaaacgtgattac
tataagaaatttctgaatgaagcgctaccaatagaaagccatttgcaaatacatttgcac
gatgcgtttgtcaccgaaataagcactaggaccatcgcatctacacaagatgctgtcgat
tggatgacatacacctatttctatcgacgtcttctcgcaaatcctagctactatggctta
acagacgtgagtcatgaggggttgagtactttcctctcagagctagttgagaacactctc
aaggaactctctgaggccaagatcatcgacctagacgaggaagatgatacgttatcgcca
ctaaatgctgcgatgattgcagcatattacaacatttcgtttatcaccatgcaaaccttc
ttactttcacttacagccagaacaaagctgaaaggtatactcgaaatcatcacttcggct
actgaatttgagattatccaggttcgacgtcatgaagaacatattctccgtcgtgtatat
gatagagtgccggttaagatgtcacagccagtctacgactcgccacacttcaaagccttc
attcttttgcaggcacatttttcccgtatgcagcttccgattgatctgggtaaagaccaa
gaagttattgtgagtaaagttttgaacctcctaagcgcttgcgtagacgttctttcttcc
gagggtcacttgaacgcaatgaatgcgatggagatgtcgcaaatggttgttcaagctatg
tgggatagggatagtccattgaagcaaattccgcatttcggcccagaggccatcaaagtg
gccaacgagttccacatcaaggacatctttgagtttatggaagctatggacccgtcggag
aacaaggattatgcaacccttgtgaagcgcctgggtctcaacaacaagcagcttgcacaa
gcggcagaatttacgaacaacaaatatcctaacgtggacctcgactttactgttcttgac
gaggagaatatcaccgccggcgagccagcgtatatcgatatcaagattgagagggatgtt
gaagaagatgaagaagtcgataccactgtgtctgctccgttctatccgggcaagaagatg
gagaactggtggcttgttgttggtgaagaaaagacaaacagcctcctcgccaccaaacgg
gtcacaatcggaaagaaattgcagctcaaactggagtatattgttccgacacctggtgaa
catgagttaacgctgttcttaatgagtgatagctatgtcggcgttgatcaggacccttca
ttcaaaattacggcagcagaaggaatggatgaagatgaggaagaggatgacggagaagag
gtaatgctgagcgctcctcgacgctccgccgcaattcctaatgcatcgggtaccctgcta
gcctacacccagacgacatactcatttgagtcacacttgaccacctctgagctgcgggtc
ctcgacgttgcaaccggcagctctgttctcctgacaaattcctaccgcgggtctccacaa
tggctaggtgatgggaacaagctcgtctggctgaaggaagaagacgatggcaaaacgagc
ttcattgttggtgatggcaagcgtgaagaagactcttatgttgcgggaaccgtatcggga
cccgtatcggatttaaaggttactactatttcccgtggactcgtgggttttgcggtttct
gggaaggggaatcaagacggaactctgtacaatccgtcaactgcgaaaaagccagttagc
tctggaaagttgtatacgtcccttttcgtcaggcattgggatgaatacattcgaccacag
aaaaataatatttggtatgggacactacagcaaaccacatcctctacggcaggacagcga
tccaagtacaaattatcagaattaaagaacctattttgtcagattggtgcaacggatata
gaatcacctattcctccgtttggtgggaccgatcattttgatatatgtccccgaggcatt
gtgtttgtggctagagatccgaatttgaatccggcgttgcataccaaatgtctactgtac
tattgtcgattgcaatcctggaccgaagcagttcctgtttctgcaaaaactctcacactc
gatgagttaaacggagcgattacctgcccaattctgtcaccggtgaaaaatacgctggca
gtattggctatgagagaggatggatatgaatcagataagaataggatcattcttgtcccc
agcctatttgacgcgcagactcggcctattgagctattcgcaacagcaggtggtgctagt
ttatggagcctaagcccaagctctcttgcatggggagaggacgattttgatctattcatc
cgagccgaggataccggtcgctgcgttgtgttcagacttccaatccctaattacgcgaat
gcatctatacaacatctatccaaattaacccattccggatacgttattggccttgcgtta
gcatccaagaagttattcctatctagtaccagtctcgtggaaaacagcgtattctcatac
atagatttgtcgagaccaggccaggaacaaaaagttgtctgttcaagttcacgacatggc
gtatcacttggcctggcccgtgaacaagtcagcgatatatggtggagaggagcagatgac
cgaccaattcatgcatgggtcataaaaccatccgactttgtcccacaaaagaggtatccc
ctctgctatctcattcatggcggacctcagggcgcatggaacgaccaatggagcacccgt
tggaatcctgccgtctttgcagaacaaggctacgttgttattaccccaaatcctacaggc
agcaccggctacggccaggaatttacagacgccatccaaaacgagtggggcggcaagccg
tacgaggatatcgtcaggggctttgaatatatcgaaaaagaactcgactacgtcgatact
gaccacgcagtggccatgggcgcctcctacggcggcttcatgatcaactggatccagggc
cacgatttgggccgcaagttcaaagccttagtcacacatgatgggatcttcagtacgaaa
ttttctctcgctgctgaggaactctatttccccatccgtgatctgaagggtgtgttctgg
caagtccccgagaactgggatcgctgggacccctccttgttcctagataaatgggccaca
ccgcatttgattatccataacgagctggattaccgtctcactatttcggagggcttggct
gcctttaatgtattgcagatgcgtggtgtacccagcgcgtttttgactttcccagacgag
aatcattgggtgctcaagccggagaattccctcttttggcatcgtacggttattaattgg
atcaataagtatgcagggttgccgccgttgttggatgcgattgatgggttcccggccaag
attgatgagaaggatgttttgcgggggcggttggcgaaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (60)   

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