KEGG   Pieris rapae (cabbage white): 110999834
Entry
110999834         CDS       T05162                                 
Name
(RefSeq) serine-protein kinase ATM
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
prap  Pieris rapae (cabbage white)
Pathway
prap03440  Homologous recombination
prap04068  FoxO signaling pathway
prap04214  Apoptosis - fly
Brite
KEGG Orthology (KO) [BR:prap00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    110999834
 09130 Environmental Information Processing
  09132 Signal transduction
   04068 FoxO signaling pathway
    110999834
 09140 Cellular Processes
  09143 Cell growth and death
   04214 Apoptosis - fly
    110999834
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:prap01001]
    110999834
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:prap03032]
    110999834
   03036 Chromosome and associated proteins [BR:prap03036]
    110999834
   03400 DNA repair and recombination proteins [BR:prap03400]
    110999834
Enzymes [BR:prap01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     110999834
Protein kinases [BR:prap01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   110999834
DNA replication proteins [BR:prap03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    110999834
Chromosome and associated proteins [BR:prap03036]
 Eukaryotic type
  Meiosis-specific proteins
   DSB formation-related proteins
    110999834
DNA repair and recombination proteins [BR:prap03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    110999834
SSDB
Motif
Pfam: PI3_PI4_kinase FATC TAN
Other DBs
NCBI-GeneID: 110999834
NCBI-ProteinID: XP_022124762
Position
16:complement(7094045..7121347)
AA seq 2754 aa
MALEQSLIEICSGLTSIRVNERKKSAESLKDMLSRSAMPSLLTENTRKKSGYTWNQVFND
IHEYILKETEKYETNKNFDNIIGTSTSLLNLCVSGSNKGGAHIKCDFIMEACLNIFNDIR
LRKAIGDAYYSVLYKHVLNNDYYVGFITPSMWENLLEACVNLCLTNSSHLDILTKFKLLW
LVIKNASNTVQFVVCLRDSLGDINKCLKKIMDDKKTQDFVMKIFILLVELLSTESRHMIC
EFTENVLPIIFKFYDHNMDVKKKSLLFKALSVAVTLHHPCGRLKNEEGSLAHDWEVWYKI
LQNVLEIVCLEINYIQKSIKQNAVSENFSLLAAITYYQIFNESKDSNDGDESAAKRPKIN
LNKNKCFNDILKELRHSGPPWVDIIHFYVQQFKHTLTADDYISLIKTSEILIPNMGRDFN
NLGEMCCTVIEYYVKNPNNITYYVNVFYDLWNACVRNATTPATLKSIHMIIRSFLRLDIL
KYSQVQPLLALYFENGMPVTNCSLITLALVYSKFYSNCCYSDQRIKCVEWLKQMSITDIN
VNYLENILFRLISNENMVMKFDITSDVPKLHEVLNNMETSILFSNFEYEVEKKEIKSTKE
DLVAVEFNQDMLTLILDYFLRKVTELSSKPHSTETLIETVKYIHLILKLYESLQKYKIIS
KEFTVNSELYFITVDTLKKLFVHLTRSLRSDEPVRKKIKFTKCLKELLQDNFGCFLNGVA
RSCIDVNCFHAVNEILKTEVELDDDEDIEIGPVGLKCQCLYFLAAYCYYSHTYTDELVKC
ILDEDLYKFDVQWDVDCALKCIEMVIDHDEDDKYLDSVFGLMKNMCRVLFRNSTASVGLL
KLLLKILDRIWIHNDSVMRKNCIIMVKGYYERCNKLYYTPRLASIIYECVARVINLNRRN
RFELEFDTNLIKQIKGNSHIVRIYCCYLLKYVYENLDVDDVKEISNSLLDIFVITVPSEN
EIVLKDETINRTLTVLHCFCAVSKIRHWLLHTIVFQIIHTQKQKSLNKSLTRKALSLIVK
DIAERNFDEYVNNNMLDILYSWFIEGEKFDSLPLNLLGFKLDVFLEKHAKWLVASEVLWS
CKGYIERSETVKLVAAKSKKTVEDVIEMCFCAVITLCLPYIVVEKYEMHSEKHADFKALF
ENSNRMFHSTRQILDNEKWSNLFVEHLGDLILLAATHVCDPQSAKEQFKLEEMHMKNRFL
CSKAVFKGVLRYFGELIDGDVIEYFSGNQPLVILNILFKLWGNFVNENVADFKILQLHTY
VCFIENIKIGFPCDAVLFNFILNSLANAINTSVTNQLKAIVGVLKQILDKLKQANRLESL
RKNISAKILAILSATDANLMELNEIDVVDSVVYKSNVSQHKCATKLEFTNMLETYTTSLI
YPSNEILCNLRQFLKTNTDHVNDLCKQLNIKGFSEDCSNSLVHCIINGLSNILKTSNEDK
IVIEACNCLAEMATYDIKTLVTVPPADTERLESLSAKEYFTYKTLQTMSSELFDKDPSVN
SKVAVVINRVLKYRDGKLALDMEGINKEILQPLSPLNSDIHAEYQIDDRKFESFNSPDFW
VPKPSEDHLNWVVRITTSLLSLIAAGNNCAGVLSAVCALKPTLSAKVMPSILGLLFDCDA
RSKSEKLIKSLGEQLNQFFTYIWKLTFDDKLENSEDGTCAGVSSKLDHNHKMIIQYILQV
IDFIRLQAKNYRIKKSLPLNYLNLDYKKVAWASALADLNLVAIYYGELWAAAQNGGVPPS
SPDATSNLDGGSHLQRIFRGCFVSIGEPDAVEGCGTAHLTSEDEKRKHLINTGQFTDSLL
LHDIALSGSHDQTLQYGAVTSLHKAGMHHLALQYIKSCPESEPLNDIKYDCLSLLGDWSD
FVDTRELGEKSKLTFNTNSITKKFRYACLKDCLNIQTTEDFHTKLEQPLNGAKLAISRLC
RRLNMENSQCVYKIMACLHLFRDIESYFAVRCGKFHIKVLLDMWKIDKLPPYKDFKHLES
LISQRGLILQHAAENNGLYSEKINSLQLQYAELGLSNQRVQIAQRMVAMVKRFQPSKEVT
LLESKVSWDKGHKDIALSLLHDNIVDETDNVKLTAMSLRQYGLWMAECKRENARDIINQY
LEKSLEVLKDFDDLETRNKVYYDIAQFADAEYKLVVTYMNSSTFENKVKCMESMKGTAAS
LRSTQQTLTRDEKKALIANNAFRQMDEAEIANTRAEKETFLELAMRFYLLSLKQSDDNNL
SIFRVISLWFENNLVNLSGLGEALKAVPSWKFITVLPQIAPRLSSDDTSFVHLKEILVRC
AKEHPHHTLPTLFNLKNSDKDKNYGKNQSQLFRSPPEPRVIAAGELISGLEKMDPKTAIL
IKQMDTLYDAIISFAYFTSPFKDIGKQFSLPKEEAISRLRDLNSIPVPTDTIAIKRNCNY
SDLSSFSGFDNYFEMVGGINYPKKVNCRSSDGKKRILLIKGEDDMRQDAVMQQVFSIVNT
LLEKNPITYHNKLLIRTYKVVALSRRSGVLEWCAGTVPLGTYLTHAHVRHRPQDISPTIA
RGKIKESQEKKLSNKQKLAVFNEILRVFKPVFHYFFTEHYLDPVTWYERRLAYTRSVATS
SMVGYILGLGDRHVQNILIDKTTAEVIHIDFGIAFDQGKTLLTPETVPFRLTQDIIAGFG
CSGVEGIFRRCCEKTLQLLRDNQETLLTILEVLLCDPLYLWIVPNTSKNPNESRAETASG
GLAERALLAVRSKLNGAESGAGGVSVRGQVAALLHRATDRANLCRLFHGWQPYL
NT seq 8265 nt   +upstreamnt  +downstreamnt
atggctttggagcaatcgttgatagaaatatgttcgggtctcacctcgatacgtgttaac
gagagaaagaaaagtgctgaatctttaaaagatatgctcagtagatctgctatgcctagt
ttacttacagaaaatactcgcaaaaagtcaggttacacttggaatcaagtttttaatgat
atacatgaatatatactcaaagaaactgaaaaatatgaaacaaataagaattttgataat
attattgggacttcaaccagtcttctgaatttatgtgtatcggggtcaaataaaggtggt
gctcatataaaatgtgattttattatggaagcttgtttaaatatatttaatgatattcgt
ttaagaaaagctattggagatgcatattatagtgtcctttataaacatgtcttgaacaat
gattattatgtaggattcattactccatcaatgtgggaaaatttactcgaagcttgtgtg
aacctctgtttaactaattcatcacacttggatattttaacaaagttcaaattactatgg
ctggttattaaaaatgctagcaacactgttcaatttgttgtatgccttagagattcatta
ggagatataaataaatgtttaaaaaaaataatggacgataaaaagacacaggactttgtt
atgaagattttcatactattggtggaattgctgtccacagaatctcgtcatatgatctgc
gagttcactgaaaatgtacttcctataatatttaaattttatgaccacaatatggatgtt
aagaaaaagtctttattattcaaggcattaagcgtcgcagtgacacttcaccacccatgt
ggcagattaaaaaatgaggagggtagtttagcacacgactgggaggtgtggtataaaatt
ttacaaaatgtgctagaaatagtttgtctcgaaattaattacatacaaaaatctataaaa
caaaatgctgttagtgagaatttttcactcttggccgccattacatattaccaaatcttc
aatgagagtaaagattcaaatgatggagacgaatcagcggcaaagagaccgaaaataaat
ttaaataagaacaaatgttttaatgacatattaaaggaattacgacatagtggaccgcct
tgggttgatataatacacttctacgtgcagcagttcaaacacactctaacagctgatgat
tatatttctctcattaaaacctcggagatactaataccaaatatgggcagagattttaac
aatttgggcgaaatgtgttgcacggtcatagagtattatgttaaaaatccgaataatatt
acctattatgttaatgtgttttatgatctatggaatgcctgtgttagaaacgcaacaaca
cccgcaactctaaaatccattcatatgatcattcggtctttcctaagattagacatatta
aaatattctcaggtccaaccacttttagctctatattttgaaaatggaatgcccgtcacc
aactgttcccttataacattagccctcgtttattcaaaattctattccaactgttgttat
tctgatcaaagaattaaatgcgtggagtggttaaaacaaatgagcatcaccgatattaat
gttaattacttagaaaatatcttattccgtctcatttctaatgagaatatggtaatgaag
tttgatattacgtccgatgtgcctaaacttcacgaggtgttgaataatatggaaactagt
attctattttcaaattttgaatatgaagtcgaaaaaaaagaaattaaaagcacaaaggag
gatttagttgccgtggaatttaatcaagatatgttaacactaatattagattattttctt
cgtaaagtgactgagctgtcttcaaagccccactctacagaaacattaatagaaactgta
aaatacatacatctgatactaaaactgtatgagtcgttgcaaaagtacaagataatttca
aaggaatttacagtcaactccgagttatacttcataacagtagacacattgaaaaaactg
ttcgtacatttaactcgttcactgcgttcagatgaaccagtcagaaagaagattaaattc
accaagtgcctcaaagagttgttgcaagataattttggttgttttctcaacggtgttgcc
agatcgtgtatagatgtgaactgctttcatgccgtcaatgaaattttaaagactgaggtg
gaactggatgatgacgaggatatagagatagggccggtgggattaaaatgccagtgctta
tactttttagccgcgtactgctattattcccatacgtatactgacgagttggtcaaatgc
atactggacgaagacttgtataaatttgacgtacaatgggatgtagattgtgctctgaaa
tgtattgaaatggtcatagatcatgatgaggatgataaatatctggattctgtgtttggg
cttatgaagaacatgtgtagagttttgtttagaaattctacagcgagcgttggtcttttg
aaattattactcaagattttagacagaatttggattcacaacgacagtgtgatgagaaag
aactgtataataatggttaagggttactacgaacgatgtaataagttgtactatactccc
cgtcttgcttcaataatatacgaatgtgtcgcccgagttatcaaccttaatagacgaaat
agatttgaactagagtttgatacgaatcttattaagcagataaaaggaaatagccacatt
gtaaggatatattgctgctatcttctgaaatatgtttacgagaatttggatgtggatgat
gtcaaggaaatttccaattctcttctggatatctttgttataactgtgccgtcggaaaat
gaaatagtattaaaagatgaaacaataaatcgtacactaacagtgttgcattgcttttgt
gccgtatccaaaatccggcattggttactccatacaattgttttccaaataatacacacc
caaaagcaaaaatccttgaataagagtctcacgagaaaagctttgagtctcattgtaaag
gacatcgctgagcggaatttcgatgaatatgtgaacaacaatatgttggatatactttat
tcttggtttattgaaggcgagaaatttgatagtctccctttgaatctattgggttttaag
ttggatgtatttctggagaagcacgcgaaatggttggtggcttcggaagtactgtggagt
tgtaagggttacattgagaggagcgaaactgtgaaattggttgctgcaaagtctaagaag
acagtcgaggatgtaatcgagatgtgtttctgtgccgtcataacgttatgccttccctac
atcgtagtggagaaatacgaaatgcatagcgagaaacacgccgatttcaaagcgttattc
gaaaattcgaatagaatgttccattcaacaagacaaatattagataatgagaaatggagc
aatcttttcgttgagcatttgggtgatcttattctgttggctgcgactcatgtgtgtgac
cctcagagcgcgaaagaacagttcaaattagaagaaatgcatatgaagaatagatttttg
tgttctaaggctgttttcaagggagttttgcggtattttggggagctaatcgacggtgat
gtcatagagtatttttcaggaaaccagcctttagtgatccttaacatactctttaaactc
tggggtaactttgtcaatgagaatgtagcagatttcaaaattctacaactccatacatac
gtttgctttattgaaaacattaagattggttttccgtgcgatgctgttttgtttaatttt
attcttaacagtctcgctaatgcaataaacacgtcagtaacgaatcaattgaaagctata
gtcggagtattaaagcagattttggataagcttaaacaagcgaatcggttagaatcgctg
cggaaaaatatttccgctaaaattctagcaattttaagcgctacagatgcaaatttgatg
gaattaaatgaaatagatgtagtcgatagtgttgtttataaaagcaatgttagtcaacac
aaatgtgctactaaactggagtttacgaatatgttagaaacgtatacaactagtttaata
tacccaagcaatgaaatactgtgcaaccttcggcaatttctaaaaacaaatacagatcac
gtaaatgatctctgtaagcagttaaatattaaaggattttcagaggattgctcgaatagt
ctggtccactgtattataaatgggttaagtaatattttgaagacttcgaacgaggacaag
atagtaatagaagcctgcaattgcttagccgaaatggccacttacgatataaaaacactt
gtcacagtgccgccagcggatacagagcggttagaatcattatcagcaaaggaatatttt
acatacaaaacattacaaacaatgtctagcgaactctttgataaagatccgtcagtgaat
agcaaagtcgcagtcgttataaaccgggttctgaaatatcgcgacggaaagttggcttta
gatatggagggaattaacaaggaaatattacaacctctgtcgccgctaaatagcgatata
cacgcagagtatcagatagatgatagaaaattcgagtcgtttaattctcctgatttctgg
gtcccaaagccaagcgaggatcacctgaattgggtcgttaggataacgacaagtctgtta
tcgctgatcgccgcagggaataattgtgctggtgtccttagcgcggtttgtgctttaaag
ccaacattatcagccaaagtgatgccatccatcttgggcctcctatttgattgcgatgcg
cgttcaaaatctgaaaaacttataaaatccctgggagaacagttaaatcaattcttcact
tacatttggaagcttacttttgatgataaattggagaactcggaagatggaacctgcgca
ggagtgtcaagtaaactcgaccacaaccacaaaatgattattcagtacatacttcaagtt
attgattttatccggctgcaagcgaaaaattatcggatcaaaaagtccttaccgctgaac
tacctgaatttggactataagaaggtggcctgggcaagcgctttagcagatttgaacctc
gtagctatatactatggggagttgtgggctgcggcacaaaatggtggtgttcctccctca
tcaccagatgccacttccaacttagatggtggttcacatctacaacggatttttagagga
tgcttcgtatcaatcggcgaacctgatgctgtggaaggatgtggaacagcccacttgaca
agtgaagatgagaaacgaaagcatttgataaacacaggccaattcactgattccctcctt
ttgcatgacattgcgttatcgggttcgcacgaccaaaccctgcaatatggagcggttaca
tcgcttcataaggctgggatgcaccatttagccttacagtatatcaagtcatgccctgaa
agtgaaccactcaatgatatcaagtatgactgcttgtcgcttctcggtgactggagtgac
tttgtcgatacaagggaattgggagaaaagtcaaaattgacgtttaacacaaattctata
accaaaaagtttcgatatgcatgtctcaaagactgcctaaatatccaaacgactgaagat
tttcatacaaaacttgaacagcctctaaatggggctaaacttgccatttcgcgattgtgt
aggaggttgaatatggagaattcacagtgcgtttacaagattatggcgtgcctacatcta
tttcgggatatagagagttatttcgcagtgagatgcggcaagtttcatatcaaggtgttg
ctggatatgtggaaaattgataaattgccgccgtacaaggactttaagcatttggaaagt
ctgatatcgcaacggggtttaatacttcaacacgcggccgagaacaatggcctgtattcg
gagaagataaattctctgcagttgcaatatgccgaactgggcttgtcaaatcaaagagta
caaattgcacagcgcatggtagcgatggtaaaacggtttcagccatcgaaggaagtaact
cttttagagagtaaagtttcgtgggataaagggcacaaggacatcgctctgtccttatta
cacgataacattgtcgatgagacagataatgtcaagttaactgctatgtcgttaagacaa
tacggcttatggatggccgagtgtaagcgagaaaatgcaagagatataatcaatcagtac
ttagaaaaaagccttgaagtactcaaagatttcgatgatttggagacgagaaacaaagtg
tactatgatatagcacagttcgccgatgccgagtacaaacttgtggtgacatacatgaat
tcgtctacatttgagaataaagtcaaatgtatggagagtatgaagggaaccgccgctagt
ttgagatctactcaacaaacgctcacgagagacgagaagaaagcgttgatagcgaacaac
gcatttcggcagatggacgaagctgagattgcgaacacgagagcggagaaggaaacattt
ttggaactagcaatgagattctatttattatcacttaaacagagtgacgataataacctc
tcaatatttcgagttatatcactctggtttgagaacaatttagtaaatttgagcggttta
ggcgaagcccttaaagcggttccatcatggaaattcataactgtgttaccacagatcgca
ccacgcctttcctctgatgacacgtcctttgttcacctaaaggaaatattagtgcgctgt
gcaaaagagcacccgcatcatacattacccaccctcttcaatctaaagaattcagacaag
gacaaaaactatggaaagaatcaatctcagttatttcgaagcccgccagagccaagggtc
atagctgctggagaattaatatcaggattggagaagatggatcccaaaacggcgatttta
ataaaacaaatggatacattatatgatgctataataagcttcgcatacttcacatctcct
ttcaaggatataggcaaacaattttcattaccaaaggaagaggctatttctcgtctccgt
gacttgaatagtattcccgtaccgacagatacgattgccattaaacggaattgtaattac
tccgatttgagtagtttttctggttttgacaactatttcgaaatggtgggtggaataaat
taccccaagaaagtgaattgtcgcagttcggatgggaagaaacgaattctattaattaag
ggcgaagatgatatgcgacaagacgcggtgatgcaacaagtgttttcgatcgtcaataca
ctgcttgaaaagaatccaattacatatcataataaattactcattcgcacctataaggta
gttgcgttgtcccgtcgttctggagtgttggagtggtgtgcgggcactgtgcccctcggt
acgtacttgacgcacgcgcacgtacgtcaccgcccacaggatatctcgccgactatcgct
agaggcaagataaaagagtcccaagaaaagaaactctcaaacaaacagaagttggcggtt
tttaacgaaatattgcgagtgtttaaaccagtttttcactatttctttactgaacattat
cttgaccctgttacttggtacgaacgaaggctggcatataccagaagtgtggcaacatcg
tcaatggtcggatacatacttggtttaggtgatcgtcatgtgcaaaacatattaattgat
aaaacaactgctgaagttattcatatagatttcgggattgccttcgaccaaggcaaaact
ttactcactccggagacagttcctttccgcttaactcaagacatcatcgctggctttggt
tgtagcggtgttgaaggaatatttcgaagatgctgtgagaaaacactgcaattactccga
gataaccaggagacgttgctgacgatactggaagttctattatgtgatcccttatatctt
tggattgtgcccaatacttctaaaaatcccaacgagtcacgtgctgagacagcgtcagga
ggactagcagagcgggccttgttggccgttcgtagtaagttaaatggagcggagagcgga
gcgggcggcgtttcggtacgagggcaggtcgccgcgcttctgcatcgtgccacagaccgg
gctaatctctgcaggctgtttcatggatggcaaccctatctgtga

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Ontology (6)   
   KEGG BRITE (6)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (95)   
   KEGG ORTHOLOGY (1)   
   RefGene (91)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (111)   

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