KEGG   Aegilops tauschii (wheat D): 109739817
Entry
109739817         CDS       T04345                                 
Name
(RefSeq) serine/threonine-protein kinase ATR
  KO
K06640  serine/threonine-protein kinase ATR [EC:2.7.11.1]
Organism
ats  Aegilops tauschii (wheat D)
Brite
KEGG Orthology (KO) [BR:ats00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ats01001]
    109739817
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ats03400]
    109739817
Enzymes [BR:ats01000]
 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
     109739817
Protein kinases [BR:ats01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   109739817
DNA repair and recombination proteins [BR:ats03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    109739817
SSDB
Motif
Pfam: FAT PI3_PI4_kinase UME FATC TPR_14
Other DBs
NCBI-GeneID: 109739817
NCBI-ProteinID: XP_020154442
Position
Unknown
AA seq 2702 aa
MSNFAGHIKELRALIAGSSSSAAAPASAHYEAKLREVLPSLLRDHVLPAPTATEMETKVV
LRLLNYTAPRFPGVFSNGRPAEVIRVIGRILPLFAEPDYQSIIFEPVWSLLSLLRTGDRE
AYRQFFLDAMVAVEDLQYVASKHTESGCLLKCFCGSFSDILESTAIFSDLPERFQPKNGP
GVLIDLSGDMRWCSFATSLIRLINKCLTDGTLHVEGIVTMPFVSAACSILCYGDESLHKV
CFDFARIVATVMTVEILPTETIIRSITSILSQDVNELSSIRDPDYDLSMGACLNALHSLC
PGYIVESTAADIVNVFTRAVQISRSSELQAAMCNAYMRIVEVCPPQVWKPEILLKLLYLP
KPYDKVTECIRLVVDKFGQSLVSVDASDDRGSFQEKSEVFELPKVGQKRVAQNQENTLYK
RQKMSESRSTIGSFMAKFSPAGIGHELAKDYAYDLQLSLNSRIKFLSPDNHNAYPLEPDI
AIQVLSLLSLSFCVNPKTSLFISISKQVLSWIPWICKQATEKCFFSFDMLLYFKALQTVM
LLRSFHPGDSKLFEDEARLICDRSEDLDYPLYVDLISLLKRVWSDGHVSTQACLDKLKCL
VVQVIAKIGNRLNIDCDLELLELAIHSESVEVQNEALMSLPIIVLYSGPTMLGVMFKKLE
LFGDLGSDKVWKCVAFSLGFLSCLNGTTDVTDKAGNSCKLFMDKDSKQPVSTLDLLLKGF
WCPHCDNRTVNTKEQISIVDMAVLETENVALKHNILKAHTLFFKFLYAQTSKECIISMVE
VLPRVLRHSSKEVLLEMKIKWVNCIDFLLLNGMKDVRDAFSLVVCCFLETRVMDILFSDE
LGMEGGTKELKFMDKIKQAFAEAEDSHVLLTLLESTATIMQASDTQGEVFFCSFVLLIAQ
LDNHDPIVRKTASRLLHRCCTYSFKGGIELFLSNNFRVRDDLYDYLSSRLLNHPVVINEF
AEAVLGIKTEELIRRMVPSVIPKLIVSHPDNDQAVITLHELANHLNTELVPLIVNSLPKV
LSFALFYEDGQHLPSVLQFYHTETGSDSKEIFAAALPTLLDEIICFPGESDHIETDRRTT
RISPTIQNIARILTGNDTLPEFLKNDFVRLLNSIDKKMLHSDDLKLQKQALQRIRKLVEM
MGPYLSTHAPKIMVLLIFATDKEALQMDGLDVLHFFIKQLAEVSSTSIKYVMSQVVAAFI
PSLEKCRECPSVHLRKIVEILEELVVKNSKLLKQHIRELPLLPSLPSLSEVNKIIQEARG
SMTLQDHLKDAVDGLNHESLNVRYMVACELSKLFKVKREDVTALIIGEDTSDLDVISALI
MALLKGCAEESRTMVGQRLKLVCADCLGALGAVDPAKFKVILCERFKIECSDDDLIFELI
HKHLARAFRAASDTTVQDSAALAIQELLKLAGCQSLPKEDNGEDSSSCEMSRRGQKLWGR
FSSYVKEIIAPCLTSRFHLPSVNDAALLGPIYRPTMSFRRWIYYWIRKLTSHATGSRYGI
FSACRGIVRHDMPTALYLLPYLVLNAVCYGTPEARQSITDEILSVLNAAASESSGAIVQG
VTGGQSEVCVQAIFTLLDNLGQWVDDLKQEIALSQSNNAMAGRQAGKLNEESCSNNGHDQ
LLVQCSNVAELLAAIPKVTLAKTSFRCQAHARALAYFESHVREKSGSSNPAAECSGTFSD
DDISFLMEIYGGLDEPDGLLGLANLRNSSSLQDQLIINEKAGNWAEVLTLCEHALQMEPD
SVHRHCDVLNCLLNMCHLQAMIAHVDGLVGRIPQYKKTWCMQGVQAAWRLGRWDLMDEYL
PEADKGLVYSSTENSASFDIGLAKIFKAMTTKDQFMVAEKIAQSKQALLVPLAAAGMDSY
MRAYPYIVKLHMLCELEDFNSLLGDESFLDKSFSADDPSFLKLTKDWDNRLKCTQSSLWA
REPLLAFRRMVYNLSHMNSQVGNCWLQYAKLCRLAGHYETAHRAILEADASGAPNVHMEK
AKHLWNIRKSDSAIAELQQTLLNMPAEVLGNAVLSSLSSLSLALPNAPISATQASKENPD
VSKTLLLYTRWIHNTGQKQSEEIKTLYSRVTELRPKWEKGFFCMAKFLDDLLVDARKRQE
DKKFTGGVGSVTPGSAGSASAPAKERPWWELVPTVLLCYAKGLHKGHKNLFQALPRLLTV
WFEFGNIYIQEGRSAEMKVVHDRMLAVVRGCSKDLPTYQWLTVLSQLISRICHQNGELVR
VVRYIIQVVLQAYPQQALWMMAAVSKSTVSARREAAGQILKLAKKGVGKRSDHVALFNQF
PSLIEHLIKLCFHPGQPKARSINISTEFSSLKRMMPLGIILPVQQALTVTLPSYDSNMSG
QSTFHPFSISEHPTIAGIADDAEILSSLQKPKKVVFLGSDGVARPFLCKPKDDLRKDARM
MEFNAVINRLLSKVPESRRRKLYIRTFAVVPLTEDCGLVEWVPNTRGLRHILQDIYITCG
KYDRMKTNSQMKRIYDVCHASKIPEDEMMKTKILPLFPPVFHKWFLTTFSEPAAWFRARV
AYAHTAAVWSMVGHIVGLGDRHGENILIDATTGDCVHVDFSCLFDKGLQLEKPEVVPFRL
TQNMIDGLGIAGYEGVFLKVCEITLSVLRGHKEALMTVLETFIHDPLVEWTKAHKSSGGE
VRNPQAQRAIANITARLQGVVVGVNAAPSLPLSVEGQARRLIAEAVSHKNLGKMYIWWMP
WF
NT seq 8109 nt   +upstreamnt  +downstreamnt
atgtcgaacttcgccggccacatcaaggagctccgcgcgctcatcgcgggctcctcctcc
tccgccgccgccccggcctccgcccactacgaggccaagctccgcgaggtcctccccagc
ctcctccgcgaccacgtcctccccgcccccaccgcgaccgagatggagaccaaggtggtg
ctcaggctgctcaactacacggcgcccaggttccccggggtcttctccaacggccgcccc
gccgaggtcatccgcgtcatcggccgcatcctccccttgttcgcagaacccgactaccag
tcaattatatttgagccggtttggtctctcctctcacttctccgcaccggtgaccgggag
gcctacaggcagttcttcctggatgcgatggttgcagtagaagatctacaatatgtggca
tcaaagcacacggagagtggatgtcttttaaaatgcttctgtggatccttctcagacatt
ttggagtccactgcgatttttagtgacctcccagagaggttccagcctaaaaatggacct
ggtgtgctgattgatctgtctggtgacatgaggtggtgttcatttgccacttcgttaatt
agactcatcaacaaatgcctcacagatggtaccctgcatgttgaagggattgttaccatg
ccatttgtttcagctgcttgttctattctctgttatggggatgaatccctgcacaaggtt
tgttttgattttgcgcggatcgttgcaacggtgatgactgttgagattcttcctacggaa
actattattcgttcaatcacatcgattctaagccaagatgttaatgagctttctagtatc
agagatccagattatgacttatcaatgggtgcatgtctaaatgctttgcattctttgtgt
cctggttatattgttgaatctacggctgctgatattgtcaatgttttcacaagggcagta
cagatcagtagaagctcagagcttcaggctgcgatgtgcaatgcgtacatgagaatagtc
gaagtctgccccccacaagtatggaaaccagagatccttctgaagttgctctatttgccc
aagccttatgacaaagtgactgaatgcattcgactggttgttgacaaatttggtcagagt
ttggtgtctgtggatgccagcgatgatcgaggcagctttcaggaaaaatctgaagtattt
gaactgccaaaagtcggccagaaaagagtggctcagaaccaggaaaatactttgtacaaa
cgtcaaaagatgtctgaatcacgatcaaccattggttcatttatggccaaattctctcct
gctggcataggacatgaactagcaaaagattatgcctatgatcttcaattgtcactaaat
tcacgtattaagttcctgtcacctgacaatcataatgcttatccattggagcctgatatt
gctatacaagtgcttagtcttctttctctttcattctgtgttaacccaaagacaagtctg
tttattagtatttctaagcaagttctctcctggatcccttggatttgcaagcaggcaacc
gagaaatgttttttttccttcgacatgttactatatttcaaagctcttcagactgtaatg
cttctccgatcctttcatcctggagactctaaactgtttgaagatgaagctcggctgatt
tgtgatcgcagtgaagatttagattatccactatatgttgacctcatcagcttgctgaaa
cgggtgtggtctgacggtcatgtttccactcaagcatgcttagacaagttaaaatgcctt
gtggtacaagttattgctaagattggcaacagactgaatattgattgtgaccttgaactc
cttgaactggctatccatagtgaatctgtggaggttcaaaatgaggctcttatgtcactg
cccattattgtactgtattctggtcctacgatgcttggagtgatgttcaagaaacttgag
ttatttggtgatttaggatctgacaaagtgtggaaatgtgttgccttttcactcggtttc
ctatcttgtttaaatggaacaactgatgttactgacaaagcggggaacagttgcaagctg
ttcatggacaaggactctaagcaaccagtctcgacattggatcttctcttgaaaggtttc
tggtgccctcactgtgataacagaactgtcaatactaaagagcagatttctattgtggac
atggcagtactagaaactgagaatgttgccttgaaacataatattttgaaggcccacaca
ctttttttcaagttcctatatgcacagacttccaaagaatgtatcatttccatggttgaa
gttttgccacgagttctgagacattctagcaaagaggttttacttgagatgaaaattaag
tgggtaaactgtattgattttctgctacttaatggaatgaaagatgtcagagatgcattt
tctcttgtagtatgctgctttttggaaaccagagtcatggacattttgttctcggatgaa
ctgggaatggagggagggactaaagaacttaagttcatggacaaaataaagcaagctttc
gcagaagctgaagattctcatgttctactgactcttttggagtctactgctacaattatg
caagccagtgatactcaaggggaagtttttttctgctcatttgtattgcttattgctcag
cttgataaccatgatcccattgtaaggaagacggcatcaagattacttcacagatgctgc
acttacagtttcaaaggaggaatagaactcttcctctcgaataacttccgtgttagagat
gatttatatgactatctttcatctagactattaaatcatcctgtagtgattaatgaattt
gctgaggctgttcttgggattaagactgaagagctgattaggagaatggttccatcagtt
ataccaaagcttattgtgtctcacccagacaatgaccaagctgttattactctgcatgaa
ctggcaaaccatctaaacactgaactagtaccattgattgttaattcactacctaaagtg
ctttcgttcgctctattctatgaagatgggcagcacttgccgtctgttctacagttttat
cacaccgaaacgggaagtgatagcaaagaaatatttgcagctgctttgccaacactgctt
gatgagatcatatgttttcctggggaatctgatcatatcgagactgatagaaggacaaca
agaatttcaccaacaatacagaatattgcaagaattttgacagggaatgacacccttcct
gagttcttgaagaatgattttgtcagacttctcaatagcattgacaagaagatgcttcat
tctgatgacttgaagcttcaaaagcaagctctccagcgtatacggaagttagttgagatg
atgggcccttatttgagtacacatgcaccgaagattatggttctgttgatatttgccact
gataaggaagctcttcaaatggatggtcttgatgtgttacattttttcataaagcaattg
gctgaggtatcatcgaccagtatcaagtatgttatgtcccaagttgtagctgctttcatt
ccatctttagagaagtgcagagaatgcccttctgtgcacctgagaaaaattgttgaaatc
ctagaagaacttgttgtgaaaaacagtaagttgcttaaacaacatatacgtgaactgcca
ttgctgcccagcttaccatctttgtcggaagtaaacaaaataatacaggaagccagagga
tcaatgactctgcaagatcatctaaaagatgccgttgatggtcttaatcatgagagcttg
aatgtaaggtacatggtagcatgtgagttgagtaaattattcaaggtcaaacgggaggat
gttactgcacttataattggtgaagatacttctgatttggatgtaataagcgctttaatt
atggctttacttaaaggatgtgctgaggagtcaaggacaatggttggccagaggctgaaa
ctagtctgtgcagattgtcttggtgcactgggtgcagttgatcctgctaagttcaaggta
attttgtgtgagcgctttaagattgaatgttcagacgatgatcttatatttgagttgatc
cacaagcatcttgcaagggcattcagagcagcttccgatacaacagtacaagattctgct
gccttagctattcaagagctactaaaattggccggctgtcagtctttacccaaagaagat
aatggggaagattcaagtagttgtgaaatgagcagaaggggtcagaaattgtggggacgt
ttttctagttatgttaaggaaataattgcgccatgcttgacttcaagatttcatcttcct
agtgtgaatgatgctgctttacttggcccaatataccgcccaacgatgtccttcagaagg
tggatatattactggattagaaagttgacatcccacgcaactggatcgcgctatggtatc
ttcagtgcatgccgaggaattgttcggcatgacatgccaactgcgctctatctcctacct
tacttggttttaaatgctgtttgctatggaactccagaggctcggcaaagtatcactgat
gaaatattgtctgttctcaatgcagctgcttcagaaagtagtggggctattgttcaaggt
gttactggggggcagagtgaggtttgtgttcaagccatcttcactttacttgataatctt
gggcaatgggttgatgatctcaagcaggaaattgctctatcccagtctaataatgccatg
gctgggaggcaagcaggtaaattgaacgaagaaagctgttctaataacggccatgatcaa
ttgttggtgcagtgtagcaatgttgctgagctgttggctgctatacctaaagttactcta
gctaagacctcttttagatgtcaagctcatgcacgtgctctagcatatttcgaatctcat
gtccgagagaagtccgggtcctctaatccagctgcagagtgtagcggcactttttcagat
gatgacatctcttttctgatggaaatatatggaggattggatgagcctgatggcctatta
ggtttagctaatctgaggaattcatcaagcctacaagatcaacttatcatcaatgagaaa
gctggaaactgggctgaagtgctaacactgtgtgaacatgctttgcaaatggaacctgat
tctgtccatagacattgtgatgttctcaactgtttgctaaacatgtgccaccttcaagcc
atgattgcgcatgtggatggtttggttggcagaatacctcagtataagaaaacatggtgc
atgcaaggtgtgcaagcagcttggagattaggaagatgggatctcatggacgagtaccta
cccgaggcagacaaaggtcttgtgtacagtagcactgagaacagtgcttcgtttgacata
ggtctagcaaaaatattcaaggcgatgacgacaaaagaccagtttatggttgctgaaaag
atcgcccagtccaagcaagcgttgcttgtcccgttggctgcagcaggcatggactcatat
atgcgtgcatatccctacattgtcaagctccacatgctgtgtgagctggaagacttcaac
tccctgctgggagatgagtcatttctcgacaaatcattcagtgcagatgatccaagtttt
ctgaagttaacaaaagactgggataaccgtcttaaatgtacacaatcgtctctgtgggca
agggagcctttgcttgctttccgaaggatggtttataatcttagtcatatgaattctcaa
gttgggaactgctggcttcagtacgctaagctctgccgtttggctggacattatgagaca
gcccaccgtgcaatactggaagcagatgcttcaggtgctccaaacgttcacatggagaag
gcaaagcacctctggaatatacggaaatctgatagtgctatagccgaacttcagcaaaca
cttctaaacatgcccgcggaggttttgggaaatgctgtcctttcatctctttccagcctt
tctcttgcattgccaaatgcgcctatctctgcaacacaagcatcaaaagagaatccagat
gtgtctaaaacccttcttctttatactagatggatccacaatacagggcaaaaacagagc
gaggaaatcaaaactctctacagtagagtaacagagttgcggcccaagtgggagaagggt
ttcttttgcatggcaaagtttttggatgatttacttgttgatgctaggaaacgtcaggaa
gataagaaattcacaggtggagttggatctgttactcctggctctgctggaagtgcaagt
gccccagctaaagagaggccttggtgggagttggttccaacagtcttgctatgttatgca
aaaggactccacaaaggacacaagaatctttttcaagcactaccacggttacttacggtt
tggtttgaatttggaaacatatacatccaagaagggcgaagtgcagaaatgaaagtcgtt
catgataggatgttagccgtcgtccgcgggtgctcgaaggatctaccaacttatcagtgg
ctaactgtgctgtctcagttgatatctcgcatctgtcatcagaatggtgaacttgtcaga
gttgtaagatacattatccaggtggttttacaggcataccctcagcaagcactttggatg
atggctgcagtgtcaaagtcaacagtttctgcaagacgagaggctgctggacaaatatta
aaattagcaaagaagggcgttgggaagaggagcgaccatgttgcgctgtttaatcagttt
ccttctctaatagaacatctgattaagctgtgctttcacccagggcagcccaaggcaagg
tcaataaatatctcgactgagttcagttccttgaaaagaatgatgcccctaggaattata
ttacctgtccagcaggctctcactgtaactctgccatcatacgattcaaatatgtcaggt
caatctacttttcaccctttttcgatctctgagcatcctactatagctggaatagccgac
gatgcagagatcctttcctcccttcagaaaccaaagaaggttgtgttcctcggaagcgat
ggagtggctcgcccatttctatgtaaaccgaaggatgaccttaggaaggatgcacgcatg
atggagttcaatgctgtgatcaatcgtctcctctccaaagttcctgagagccgcaggagg
aagctttatatcagaacctttgccgtggttccacttacagaagactgtggactagtagaa
tgggtgcccaacacccgtggtcttcggcatattcttcaggacatatacataacttgcggc
aagtatgataggatgaaaacaaactcacagatgaagaggatatatgatgtatgccatgcc
agcaaaatacctgaagatgagatgatgaaaactaaaatccttccattgttccccccggtg
ttccacaaatggttcttgacgacattctctgaaccagctgcatggtttcgtgccagagtg
gcatatgcacataccgccgcagtttggtcgatggttgggcacattgttgggcttggtgac
aggcacggcgagaacatccttattgacgcgacgaccggggactgtgttcatgtggatttc
agttgcttgtttgacaagggtttgcagcttgagaagcccgaggtggtgccgttcaggctt
acacaaaacatgatcgatggattgggcatcgctggatacgaaggcgtctttctgaaggtc
tgcgagatcactttatcggttctcaggggccacaaggaggcgctcatgaccgtcctcgag
accttcatccacgacccgctagtagagtggaccaaagcccacaagtccagtggaggcgag
gtccgaaatccgcaagcgcagagagccatcgccaacatcacggcgaggctccagggtgtc
gtggtgggcgtcaacgccgcgccctccctgccgctctccgtcgaagggcaggcgcggcgg
ctgatcgcggaagcagtctcccacaagaacctcggcaagatgtacatctggtggatgccc
tggttctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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