KEGG   Brachypodium distachyon (stiff brome): 100845900
Entry
100845900         CDS       T01717                                 
Name
(RefSeq) serine/threonine-protein kinase ATM isoform X1
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
bdi  Brachypodium distachyon (stiff brome)
Pathway
bdi03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:bdi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    100845900
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:bdi01001]
    100845900
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:bdi03032]
    100845900
   03036 Chromosome and associated proteins [BR:bdi03036]
    100845900
   03400 DNA repair and recombination proteins [BR:bdi03400]
    100845900
Enzymes [BR:bdi01000]
 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
     100845900
Protein kinases [BR:bdi01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   100845900
DNA replication proteins [BR:bdi03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    100845900
Chromosome and associated proteins [BR:bdi03036]
 Eukaryotic type
  Meiosis-specific proteins
   DSB formation-related proteins
    100845900
DNA repair and recombination proteins [BR:bdi03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    100845900
SSDB
Motif
Pfam: PI3_PI4_kinase FAT FATC TAN
Other DBs
NCBI-GeneID: 100845900
NCBI-ProteinID: XP_014754496
UniProt: A0A2K2D687
Position
2:279652..318031
AA seq 3005 aa
MATPRDVEEVVQKLSSDRARTRDEGVKLLGTWLQGDRALTFCRLLARNTHRAKPGHLSSS
ITWPFLVMAVAKCVVVDIAGKKRGAVKSTAAKMLRVAIQCAEDVRLSGHSLLLISVAKQL
FSHIWEVLKDAPSFQLEYSPILRQLLTVKEYRYQMKPRTYSSFVVLYMKKVATGFDANFS
NQASSKEESFRCTLTLHVLLENPPGDYPDNMRQEVLNGFCAIFSHIREDGKLTRKLMECV
NTFLLKDGPNLGDRSVEIHNAVQDFILQSWLTTRDHQLKSLFITYTKIQLKLARAISEVL
EKLLDVIIKELDQNVNTGAGLLWCEASRDEKTGSARCFQEELMDLSATVFYLAYKCPPKR
THREKRLKTEHVSTLIMDGLSKGSLCWSGTICFLVQKYGYLVEKSLLISWFEASCKSLKS
ALSNSNATRFQDSLLWLIRSLKEFSATLIVNTRDESHFLPTKGEMSIVEGYWQDIWNSLI
HALPLFSSTALVADSALSLLGGMIMRDQVHTSFVSEDTWDLQTFKHRPSSSALYFIACYF
SRIGFQGDLSNSIFVRKNLLRSTLELIHSKGSSVLNEHNVVMIPEVIFSLCAGFSSSAIN
SADASQLVGECKIFSKLLLEGEDWVIKDELGYSVQALSEISIESSTKVMSDKCNRAHLPG
HIQQPLLLELMEFIKGFVASNEQFEKVDLCTLVYVCSLLCNLIHCALLSRAIEEKSSFLQ
SVFDYVTNSIKYIISMVIKKHDELSHGLTSLGSAFETTGSVLSSFQSFLSSPIFRLRRVS
NKVSSVLIKDVTGLLDELLVAFSQLFSRLSSSLNTSDSESTGKILPISSVNLLEDLNHVV
GHKSSVLDMDFDVTDSGEVDSITASVSGSIGISSRPLEWKLELVCVISTFFSVSPPHAWE
ILYSLVEKEIDVKVCQAILLNLCQNISASPKSLSSLVHLISNTREKCESSLLGSADCLTH
VHALLRTLIATRDVGQNTDGKPQACNMVSNENQDTLLDLVTKGTEISITDWFFRIKLIDC
ISHFIYLFPDIAQDMTGHLLNMLHDTDYRVRLYLARKIVVPFQIWEGHNELFHDVCSNIG
VKMVQFSNKIAVKSREVLAAGPQSVPVIETVLITLAHLSVHSEEVEVECAFMISAAAAIE
TSQRELAYALFDSVSRTLSYASRNKYLDQLTGPILFRWVACEMSLVSLVEVQEIFGFNSS
ESKNFIEHICSWLLSFLILRGDAADLNWISKILSQPLSAVIKGYFVPIFGLSIAARCGTG
PEKDLAETVLYDSLLQFGEISESERDDLIRKHMVSIVGLLLSVSSTAHQPEFPYFSREIL
AFSIKTVVDGFVDTTDDDLADTVVVDKINIFRADRVFKFLLAIHQQVADASHPRHMGHRL
CAIEVLIDVLGHRVVHYSTCFYIICIVGNYIWRQPLQGQCCNILTKLLTAFNASPTTETV
SALGMQLQLLVPKLVTCCLSNDKERRNGNGDSSKVLSLLRQLTVDADPLLYDYIRDLEPL
PALDCLKDIHVFHASLSDSYASRDQFLKFVNRAPHLPAELFLLSLRMHHKKLLLGEIICR
GDASVGNADTVSCWHSDPDVVSAVWTLVDLCSSSSVANEASSVLADFISRAGISDAHQVI
FHVPNLTQKHSSQLQSGSTSKDDKLCSDYGISDDILVGLLKLLKTYLSDDSVEIIDVTSQ
TLRGILSTSKGVNSLQCLDSLDKSLLMVHSRGINIQLVEQTLLGLEKYSAGSLEDSDIWQ
TDGRSYDQWLCTLVSSLICHCDDIILRLCRSLVFLKVEAAELLLASALVNIAGNVDSNNS
ICGLISSKVEKIIFCDSNHLMKSVNLFLDALNVVRSFYVAEKTRDCPSNTPKVGRSARSK
SRSPAATPSSSWKKVYWLSVDYLVAARAANRCSCDFATLMYVELWCEEQFNKLALGPPDF
SQDESLPAHMGLLVAAFTHINEPDSIYGITLANEITSQIIRYEHEGDWSSALEYYDLLVR
STPKENLGNFAGTVLAGPSAVFSKAEEKNWKMHKGLMRSLQKTGCSHVLDFYSQGLTNQK
TCLQQDSEFIDIQYEAAWRAGNWDFSFFIPYSSQPSSRSRNYCLFNENLHSCLRALQSGD
FEQFHGKLSHSKMDLVLALSNASKESTKYIHSTVLKLQMLDHLTMVWDLRWKIYHNETPK
SYVGTDEFSPIPAVPTRNQLEFLNKEWNFILCQTERNLDLFEPFLAFRRTLLKILGCEEH
LIDHLFQSASALRKGLRFSLAAASLYELKELCCHRDQQTMANTYFLSKLEEAKLLRAQGQ
HDMAIGLGKYILQNHTDKKDITDVYRLVGKWLAETRSSNSRTIIEDYLKHSVDLTEFHKS
PDKKYMSRQCRTYFHLAHYTDNLFKSYEERLSSNEWQAALRLRKYKTRELDTLIKRFKSS
SKGEKTDYSVKIQELQKQLALDKEEAQKIQDDRDRFLSLALQGYQRSLVVGGKYDLQVVF
RLVSMWFSLFSREQVVKSMIKTTKEVQTYKFIPLVYQIASRLGSSKDAQGATNFQNALAS
LLKKMAIDHPYHTIFQLLALANGDRVKDKQRSRSSFVVDMDKKLAAENLLKELSSFHGAL
IRQMKQMVEIYIKLAELETKKEDTNKKIPLPRELRNICQLELVPVVTATVPVDPDCRYEE
GTFPHFSGLLDSVMVMNGINAPKVIECIGSDGNKYRQLAKSGNDDLRQDAVMEQFFGLVN
MFLQNHRDTSERRLRIRTYKVVPFTPSAGVVEWVNGTVPLGEYLLGSNRNGGAHARYGTG
DWTFLQSREYLTCEKDKRKAFLKICDNYRPVMHHFFFERFLQPADWFQSRLAYTRSVAAS
SMVGYIVGLGDRHAMNILIDQDTAEVVHIDLGVAFEQGLMLKTPERVPFRLTRDIIDGMG
ITGIEGVFRRCCEKTLSVMRENKEALLTIIEVFIHDPLYKWALSPLKALQRQKETVDTDS
CLEDSQEACEGNKDAARAILRVKQKLDGYEDGEMRSVEGQVRQLIQDAVDVDRLCQMFPG
WGPWL
NT seq 9018 nt   +upstreamnt  +downstreamnt
atggcgaccccgcgcgacgtggaggaggtcgtccagaagctctcctccgaccgggccagg
acccgcgatgaaggggtgaagctgctcgggacgtggctgcagggcgaccgcgccctcacc
ttctgccgcctcctcgcccgcaacacccacagggccaagcccggccacctctcctcctcg
atcacgtggccgttcctcgtcatggcggtcgccaagtgcgtcgtggtggacatagccggc
aagaagcgcggcgccgtcaagagcaccgccgcgaagatgctccgtgtcgctatccagtgc
gcggaggacgtcaggctctctgggcattccttacttctgatttcagttgctaagcaactt
ttcagtcacatatgggaggtactaaaagatgctcccagctttcagctagagtacagcccg
attcttcggcagcttttaactgttaaggagtaccggtatcagatgaaacctcgaacatat
agcagttttgtggtgctctatatgaagaaggttgcgactgggtttgatgcaaacttcagc
aatcaagccagctccaaggaggaatccttccgctgtacattgacacttcacgttctactt
gaaaatccaccgggtgattatcctgataacatgaggcaggaggttcttaatggattttgt
gcaatattctcgcatattagggaggatggaaagctgactcgcaagcttatggaatgcgtt
aacacctttttactgaaggatgggccaaaccttggagacagatctgtggagatccataat
gcagttcaagactttatattgcaatcatggctgacgactcgtgatcaccaactgaagagt
ttgttcatcacatacacaaaaattcagctgaagcttgctagggctatttcagaggtcttg
gaaaagcttcttgatgtcatcattaaggaactagaccaaaatgttaacactggagcaggt
ttattatggtgtgaggcttctcgagatgagaaaactgggtctgcgagatgcttccaggaa
gaactaatggatctgtctgctactgttttttatctggcatacaaatgcccacctaagaga
acacatagggagaaaaggttaaagacggagcatgttagcaccctcattatggatggccta
tcgaaaggatctctatgttggagtggtacaatatgttttcttgttcagaagtatggatat
ctagtggaaaaatctttgttgatcagttggtttgaagcaagctgtaaatctttgaaaagt
gccttgagcaattcaaatgccacacgttttcaggattcactgctttggcttatcaggtca
ctcaaggaattctctgcgacgctcatagtgaatactagggatgaatcccattttttacca
acaaaaggcgagatgtcaattgttgaaggttattggcaagatatctggaattcccttatt
cacgcacttcctttgtttagcagcacagctctggtggctgattcagctctgagtctgtta
ggtggaatgatcatgcgggaccaagttcatacttcatttgtgtcagaagatacatgggac
ttgcaaacttttaaacatcgaccatcatcgtctgctttgtacttcatcgcttgctacttc
tcaaggataggttttcagggtgatttatccaattctatctttgttcgaaagaatctgcta
agatcaactttggagttaattcactcaaagggatcctctgttttgaacgaacacaatgta
gtgatgattcctgaagtcattttctctctatgtgctggtttttcatcatcagccattaac
tcagcagatgcatcacaactggttggtgaatgtaaaatcttttctaagttgttactcgag
ggcgaggactgggttattaaggacgaactaggttactctgtgcaagctttatcagaaatc
agtattgaaagttctaccaaggttatgtctgataaatgcaaccgagcacaccttcctggg
catatccaacaaccattgcttcttgagcttatggagttcatcaaaggatttgtggcctca
aatgaacagtttgagaaagtggacttatgtactcttgtatatgtttgttctcttctctgc
aatctaattcattgcgcgctgttgtcaagggccatagaagaaaaatcttcatttctccaa
tcagtatttgattatgtcacgaacagtataaaatatattatatcaatggttatcaaaaag
catgatgaactatctcatggtcttactagcttaggctctgcatttgagacaactggttcc
gttttatcctcgtttcagagtttcctgtcttctccaatttttagattgcggagagttagt
aacaaagttagttctgtgcttatcaaagatgttactggattgcttgatgaactattggtt
gcattctctcagctgttttctcgtctttctagttcattgaacacttctgacagtgagagc
actggtaaaatactgccaatatcttctgtcaacttgttggaagatctaaatcatgttgtc
ggccacaagagtagtgttcttgatatggattttgatgtgacggactctggtgaagtggat
tctatcacagctagtgtaagtggaagtatcggtatttcgtcacgccctttggagtggaag
ctagaactagtttgtgttatttcaacatttttctcagtgtcaccaccacacgcatgggaa
atcttgtacagcttagtggagaaggagattgatgtcaaggtttgccaggcaatcctgctt
aacctttgccaaaatatatctgcttcacctaaaagtttatcttctctggtccatctgata
tccaatacgagggagaaatgcgaaagctcactacttggttctgccgactgcttaacacat
gtacatgctttgttaagaactttaatagctacacgtgatgttggacaaaatactgatgga
aagccacaagcttgcaatatggtttcaaacgagaaccaggacactttattagacttggtg
actaaaggtactgagatcagtatcacagattggtttttccgcatcaagctgattgattgc
atctcccactttatttacctgttccctgacattgcccaggacatgactggacatttgctc
aacatgctacatgatactgattatcgtgtcaggttatatctggctaggaaaattgtcgtg
ccattccaaatatgggaaggacataatgaattgtttcatgatgtttgttcaaatattggt
gtcaagatggtgcagttctccaacaagattgcagttaaatctagagaagtcttagctgct
ggtccacagtctgttcctgttattgaaactgtcctcattacactagctcatttgtctgtg
catagcgaggaggttgaagttgagtgtgcattcatgatttctgctgctgctgccatagag
acttctcagcgagaattagcttatgctttatttgattctgtctcaagaactctcagttac
gcatcacgaaataagtatttggaccaactgacgggtccaattcttttccgttgggttgct
tgtgagatgagcctggtttcacttgtcgaggtgcaagagatatttggttttaattcatct
gagtcaaagaacttcattgaacatatctgctcatggcttctttcgttcctcattctcagg
ggtgatgctgctgatcttaattggatatctaagattttgtcgcaacctttatctgctgtt
atcaagggatattttgttccgatctttggattgtctattgctgccagatgtggtacgggg
ccagagaaggacctggcagagactgtcttatatgattcacttttgcagtttggtgagatt
tctgagtctgagcgtgacgatctcattagaaaacatatggtttccattgttggccttttg
ctctcagtttcatcaactgctcatcagccagaattcccgtacttttctagggagatttta
gcattctcgattaaaacagttgttgatggattcgtggatacaacggatgacgatttggct
gatacagttgttgttgacaagattaatatattccgtgctgacagagtttttaagttcctg
ttggcaatacatcaacaagttgcagatgcaagccatcctaggcacatgggtcataggctg
tgtgcgattgaggttttaatagatgtacttgggcatagagtggtacactacagcacttgc
ttttacattatttgcatcgtcgggaactatatctggaggcaaccattgcaaggccagtgc
tgcaatatcttgactaaactgttgactgctttcaatgcgagccccactacggaaactgtt
tctgcgcttggcatgcagctccagcttttagttcctaaattggtcacctgttgcttatct
aatgataaagaacggagaaatggtaatggagattcatcgaaagttctgtctttgcttcgt
caattgacagttgacgctgatcctttgctttatgattacataagagatttggaaccactt
cctgctcttgattgcttgaaagatatccacgtttttcatgcttcactttctgactcttat
gcttcaagagatcagttcctaaagtttgttaacagggctcctcacttgcctgcagaattg
tttttgctgagtcttcgcatgcatcacaagaagttattattaggagaaatcatctgtaga
ggcgatgcatctgtgggtaatgcagacacagttagttgctggcacagcgacccagatgtc
gtttctgctgtatggactcttgttgatctctgcagctcatcatctgttgcaaacgaagct
tcttcagtgcttgctgattttatttctagggctggtatatctgatgcacatcaagtaata
ttccatgttccaaatcttactcaaaagcattcgtcacaacttcaaagtggttctacttcc
aaggatgataaattgtgttcggactatggtatttctgatgatatcttggttggtcttctg
aaactcttgaagacttatttatcagatgactctgttgaaataatagatgttacttcacaa
acattgagggggattctgtcaacatcgaagggcgtcaattctctgcagtgtcttgattct
cttgacaagtctttactgatggttcattcaagaggcataaacattcagttagttgagcaa
acacttctgggcttggaaaagtattctgctggttcccttgaagattcagacatctggcag
actgatggtcggagttatgaccaatggttgtgtaccttagtgagctcactcatctgtcat
tgcgatgacatcatcttgagactttgtagaagtcttgtttttctcaaagttgaggctgca
gagcttttgcttgcaagtgctctggtgaacattgctggcaatgtggattctaacaatagc
atatgcggattaatttcatcaaaggttgagaaaataattttttgtgactccaatcatttg
atgaaatcagtaaatttatttctggatgcactgaatgttgtcagatctttttacgttgct
gaaaaaacaagagattgcccttctaatactcccaaggttggtagatctgccagatccaaa
agtaggtcaccagcagcaaccccatcatcttcatggaagaaggtgtactggctttcggtt
gattatcttgtagctgccagagctgctaatcgttgctcatgtgacttcgctacgcttatg
tatgttgaactttggtgtgaggaacaattcaataagctggcattaggtcctccggatttt
tcacaggatgagtcgttgccagcacatatgggtctattggttgctgcattcactcacata
aatgagcctgacagcatttatggaattacactggctaacgagataacttctcaaatcatc
agatacgagcatgaaggtgactggagcagtgctcttgaatattacgatttacttgtaaga
tcaacaccaaaggagaaccttggcaattttgctgggacagtgttggctggaccatctgct
gtgttttctaaagcagaagagaagaactggaaaatgcacaaaggtctgatgaggtccttg
cagaaaactggatgtagtcatgtgcttgatttctacagccaagggttgaccaaccaaaaa
acgtgtcttcaacaggattcagagttcattgatatacaatacgaagctgcttggagggca
ggaaactgggatttctcctttttcattccatattcttctcagccttcaagccgctcgaga
aattactgtcttttcaatgaaaatttgcacagttgcttaagagctctgcagagtggtgat
tttgagcagttccatgggaaactttctcactccaagatggatctcgtgttggctctttca
aatgctagcaaggagagcaccaaatacatccactctactgttctcaaattacaaatgcta
gatcatcttactatggtttgggacctgcgctggaaaatttatcacaatgaaacaccaaaa
tcatatgttggaaccgatgaattttctcccattcctgctgttcctacaaggaatcagttg
gagtttttgaataaagagtggaacttcatcctgtgtcaaacagaacgtaaccttgatctt
tttgaaccttttctagcattcaggcgcaccctccttaagattttaggttgtgaagaacat
ctcatagaccatttatttcaatccgcttctgcactccggaagggattaagattttctttg
gctgcggcttctttatatgaactcaaagaactttgttgtcaccgagatcagcagactatg
gccaatacttatttcctgtcaaagcttgaagaagctaaactgctgagagctcaggggcag
catgatatggctattggtcttggtaaatacatactacagaaccataccgataagaaagac
ataacagatgtctaccgattggttggcaagtggttggctgaaacaagatcgagcaactca
agaactatcattgaggactacttaaaacactctgtagatcttactgaatttcacaagagc
ccagacaaaaagtacatgtccaggcagtgtcgtacatattttcatttagcacattacaca
gataacttattcaaaagctatgaggaaagactttcatccaatgaatggcaagcagctctg
agattaaggaaatacaagactagggagttggacacactgattaaaagattcaaaagttca
tccaagggtgagaagactgattactctgttaaaatccaagagttgcagaaacaacttgca
ctcgacaaagaagaagcacagaagattcaggatgatcgagacaggttcttaagtctggca
ctacaggggtaccaacgttccctcgttgttggtggcaaatatgacctacaagtggttttc
cggttggtctcaatgtggtttagccttttctcaagggaacaagttgtgaaatcaatgatt
aaaacgacaaaagaggtccaaacctacaagttcataccattggtctatcagatcgcttct
agacttgggagctcaaaagatgctcagggggcaacaaacttccagaatgcattagcttct
ctgcttaagaaaatggccattgatcatccatatcatacgatatttcagcttttggctcta
gcaaatggtgaccgtgtcaaagacaagcaaaggagtagaagttcttttgttgttgatatg
gataagaagcttgctgctgaaaacctattaaaggagctatcttcttttcatggagctttg
attcgtcagatgaaacaaatggttgagatctacattaaattagctgaactagagacaaag
aaggaggacactaacaaaaaaatcccactacccagggagctccgcaacatttgccagctt
gaacttgtccctgtggtgactgctactgttccagttgaccctgattgtcggtatgaagaa
ggtacctttccacatttcagtgggctgctggattctgtcatggtaatgaacggaataaat
gctcccaaagttattgaatgtattggttcagatggcaacaaataccgccagcttgcaaaa
tctggaaatgatgacctgcgacaagatgctgtgatggagcaattttttggtttggtgaat
atgttcttgcaaaatcatagagatacttctgaaaggagattgagaattcgcacatataag
gttgttccattcaccccaagtgctggtgttgttgaatgggtaaatgggactgttccgctt
ggcgagtatctcttggggagcaatagaaatggcggagcgcatgcacgatatggaactgga
gattggacatttcttcaaagcagagagtacttgacgtgtgagaaagacaagaggaaggcg
tttctcaaaatctgcgacaactataggcctgtgatgcaccacttcttctttgagagattc
ttgcaacctgctgactggtttcaaagtagactcgcatacacaagaagcgtggcagcaagc
tcaatggtaggatatattgtggggctgggagatcgtcatgctatgaatattctgatagat
caagacacagctgaggtcgtgcacattgatcttggtgttgcatttgagcagggtctcatg
cttaaaacacctgaacgggttccatttcggctgacaagggacatcattgacggcatgggt
attactggcattgaaggtgtatttagaagatgctgtgagaaaactctttccgttatgaga
gaaaataaagaggcattgctcaccattattgaagtcttcatccatgatcctctttataaa
tgggcgctttcaccactgaaagctttacagcgtcaaaaggaaactgttgacactgactcg
tgcttggaggactcccaagaggcatgtgagggcaacaaagatgcagcccgtgccatactc
cgtgttaaacagaagctggatggatacgaggacggcgaaatgagaagtgtagagggccag
gtccgtcagctcatacaggatgcggtagatgttgatcggttgtgccaaatgtttccgggt
tggggaccttggttgtaa

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Ontology (6)   
   KEGG BRITE (6)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (4)   
   Pfam (4)   
All databases (30)   

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