KEGG T05044: 104702637

Camelina sativa (false flax): 104702637

Entry

104702637         CDS       T05044

Name

(RefSeq) serine/threonine-protein kinase ATR

K06640

serine/threonine-protein kinase ATR [EC:2.7.11.1]

Organism

csat Camelina sativa (false flax)

Brite

KEGG Orthology (KO) [BR:csat00001]
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:csat01001]
    104702637
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:csat03400]
    104702637
Enzymes [BR:csat01000]
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
     104702637
Protein kinases [BR:csat01001]
Serine/threonine kinases: Other
  PIKK family [OT]
   104702637
DNA repair and recombination proteins [BR:csat03400]
Eukaryotic type
  Check point factors
   Other check point factors
    104702637

SSDB

Motif

Pfam:

FAT PI3_PI4_kinase UME FATC TPR_14

Other DBs

NCBI-GeneID:

104702637

NCBI-ProteinID:

XP_010416834

Position

7:26036236..26047622

AA seq 2704 aa
MANDNNLSSLVHELRERLAASSSTPANSSGEEDALEIRFRAVFPNLLNTYLVPSLGNGRE
VTAVLKLVGHTARNIPGVFYHGSPAAILPVIARIIPFFAEPDFVPAHGVLLETVGSLLML
LRSNSRKAYRMFFHDSLQAIEDMQPIASRHSNEPEICESHIPFRCFCMSFSGILGDTCHL
CDLPDANKPRDGDGLVLNLLGAKRWQPFATCILKLICKCLTEGTLYVHGLIHTSFVKAAC
SLVCGGGADLQMACFEFASLIGSILTFNILPHVGLIQSIILLLSADEEGLPVYRNAIYDA
TIGRFLTALYSSCSDVAIKLTAESLVLVFPHALQRTNSEELKASLCGAYARIVKSCPPRI
WKLHCLPELLHLSKPCYQLIECFKAVLVILGPGCVRGKTTKCGSHTSTASDTPVLEINVG
KKRHIKDGRAYKRKRQKVGDDIQREVYLDPEFSSETDGKDAVSLREMLISTVESLKPPPA
GPSLLQTEISIVALTMLSNAFCFSPWTDMTHRLFHQMYAWIPWITEQVEKENPIMFDISI
YLEGIHNILLVPDLDSRYEYTSKGNDLVAIQFLLKLPWTHCMLFKKPSSLVKSKCLSVGI
WTKLGLQDGSGFNIFNRALSDDFEQVRAVAVISMPLKVLFSGLDALLHIFPRLEDLLKEK
QLMVKKAIPQSLGFLSCLYGSSTTRSEKTACHLFLHEDLKKDETLNCLLQGFQCSKCDKF
IESKDEKHFIIIEPPEMVKLEMDHHRDYFNLQLYFNLLNDESSEETQLACVEVIRRILGH
TPPDILVRTRSQWIECLEYLLLHVNTDVREAFCAQIGIFVQHPILGCLFHGDDAMEKSCE
QKFFSLIEHSLATAKELLVIQTLLETTAEVMVAVDVTSELFMFCLFLLIDQLDHPNLIIR
INASRLINRSSYIHVKGGFATLLSRVAHIQNELFDNLSARLTSRPNVVREFAEAVLGVET
EEIVRKMVPVVLPKLLVYRQENADAANTLNELARLLDTDVVPLIVIWLPRVLAFALNQKE
DKNLLSVLQLYHSQIGSDNQEIFAAALPALLDELVCFVDIADIPETDRRLQRLPEAIKKI
SKVLTNTEDLPGFLQNHFVGLLNSIDRKMLHADDIFLQKQALKRIKLLIEMMGHYLSTYV
PKLMVLLMHAIDKDALQSEGLLVLHFFARKLAAVSPSSINYVISQVFAALIPFLEKEKEG
PHVHLEEVVNILEELVLKNRDILKQRICEFPLLPSIPSLGELNNAIQEARGLMSLKDQFR
DIVNGMKHENLNVRYMVACELSKLLYHRNEDVAALIAGELVSDMEIVNSLITSLLQGCAE
ESRTTVGQRFKLVCADCLGAIGAIDPAKVRVASCSRFKIQCSDDDLIFELIHKHLARAFR
AAQDTIIQDSAALAIQELLKIAGCEPSLAGNVVLFTPQECVQVNVSGSRRCGSNSEVKDR
GKKLWDRFSNYVKELIAPCLTSRFQLPNVSDPGSAGPIYQPSMSFRRWLSYWIRKLTAHA
TGSRVSIFAACRGIVRHDMQTATYLLPYLVLNVVCHGTEAARLSISEEILSVLDAAASEN
SGVTINSFGVGQSEVCVQAVFTLLDNLGQWVDDVKQGAALSSSMQLSGGRQVAPKLKDQV
STLTTEQDHLLVQCKYVLELLLAIPKVTLARASFRCQAYARSLMYLESHVRGKSGSLNPA
AEKTGIFENADVSSLMGIYSCLDEPDGLSGFASLSKSLSLQDQLLINKKSGNWAEVFTAC
EQALQMEPTSVQRHSDVLNCLLNMCHHQTMVTHVDGLISRVPEYKKTWCTQGVQAAWRLG
KWELMDEYLGGADAEGLLFSSSDSNASFDRDVAKILQAMMKKDQYSVAERIAISKQALIA
PLAAAGMDSYTRAYPFVVKLHLLRELEDFQGVLNGDSYLEKSFSTSDPVFSKVVDNWENR
LRFTQSSLWTREPLLAFRRLVFGASGLGSQVGNCWLQYAKLCRLAGHYETAHRAILEAQA
SGAPNVHMEKAKLLWITRRSDSAIIELQQSLLNMHEGVVDSTVISSIKSLLMAPPNQEPT
VRNTQSFKEKKDVAKTLLLYSKWIHHSGQKQKKDVLNLYTQVKDLLPWEKGYFHLAKYYD
ELYVDARKCQQESSLLSSAGSKKGSVSSNLSTEKAGCDYLFKGMYFYAKALHSGHKNLFQ
ALPRLLTLWFDFGTIYKTSGSAGNKELKSTHMKIMSLMRGCLKDLPTYQWLTVLPQLVSR
ICHQNGDTVLMVKNIITSVLHQFPQQGLWIMAAVSKSTVPARREAAAEIIQGARKGFNQG
DRGHNLFIQFASLTDHFIKLCFHGGQPRSKVINIATEFSALKRMMPLDIIMPIQQSLTIS
LPAFDMNNNERHSASVFSDSDLPTISGIADEAEILSSLQRPKKIILLGNDGIEYPFLCKP
KDDLRKDARMMEFTAMINRLLSKYPESRRRKLYIRTFAVAPLTEDCGLVEWVPHTRGLRH
ILQDIYISCGKFDRQKTNPQIKRIYDQCAVKKEYEMLKTKILPMFPPVFHKWFLTTFSEP
AAWFRSRVAYAHTTAVWSMVGHIVGLGDRHGENILFDSTSGDCVHVDFSCLFDKGLQLEK
PELVPFRLTQNMIDGLGITGYEGIFMRVCEITLTVLRTHRETLMSILETFIHDPLVEWTK
THKSSGVEVQNPHAQRAISSIEARLQGVVVGVPLPVEGQAHRLIADAVSLENLGKMYIWW
MPWF

NT seq 8115 nt +upstreamnt +downstreamnt
atggccaacgacaataatctctccagcttggttcacgaactccgtgaacggctcgccgca
tcctcctccactccggctaactcttccggagaagaagatgctctagagattcgatttcgg
gccgtcttccccaatcttttgaatacctaccttgttccttctctcggtaacgggagggaa
gttacggctgttctgaagcttgttggtcatacagcaaggaacattccaggagttttctat
cacggaagccctgcggctattctccctgtgattgctcgtattatccccttctttgctgaa
ccagactttgttcctgcgcatggagtactacttgaaactgttggctctctcttaatgttg
ctgcgttccaactcaaggaaggcgtaccggatgttcttccatgactctttgcaggccatt
gaagatatgcaacctattgcatcacgtcactcaaatgaaccagaaatctgtgaatctcac
attccatttaggtgtttctgtatgtccttttctggaattttgggtgatacttgtcatctc
tgtgatctgccagatgctaataagcccagagatggggatggccttgtgttgaacttattg
ggagccaaacgatggcaaccttttgctacttgtatccttaagctcatctgtaaatgccta
actgaggggacactctacgtccacggtctcatccatacatcatttgtcaaagctgcttgt
tctctagtatgcggtggtggtgcagatttgcagatggcatgctttgaatttgcttctctt
atcggatcaatccttactttcaacatcctccctcatgtgggcttgattcagtcaatcatc
ctccttttaagtgcagatgaagaaggacttcctgtgtacagaaatgcgatttacgatgct
actattgggcgtttccttacggcattatattccagctgttctgatgtcgctatcaaacta
actgcagaaagtttagtgttggtcttccctcatgctttacagagaacaaacagtgaggag
cttaaggcttccctgtgcggagcatatgcacggattgtgaaatcttgtcctcctcgtata
tggaagctacattgccttccagagttgcttcatctttcaaaaccttgttatcaattgata
gaatgttttaaagctgttcttgtaattcttggacctggttgtgttcgaggtaagacaacc
aaatgtggtagtcatacatcaacagcaagtgatacacctgtcctagaaattaacgttgga
aaaaaaaggcatattaaggatggacgtgcttacaaaaggaagcgccagaaggttggtgat
gatattcaacgagaggtttacttggatcctgaattttccagtgagactgatggaaaagat
gctgttagtctgcgtgagatgcttatttcaactgtagaatctttaaagcctccacctgct
ggacctagtctgttacagactgaaatttcaattgtggcacttaccatgctcagcaatgca
ttttgtttctctccctggactgacatgactcatcgcttgtttcaccagatgtatgcctgg
attccctggataactgagcaggttgagaaagaaaatcctataatgttcgatatttcaatt
tacttggaaggaattcacaatattctgcttgtgcctgatttggattcaaggtatgaatat
acaagtaaagggaatgatctggttgccatacaattcctgctgaagcttccatggacgcac
tgcatgctgtttaagaagcctagctctctagtaaagtctaagtgtttatctgtgggaata
tggacaaagcttggtttacaagatgggagtggttttaatatttttaatcgggctctttct
gatgattttgaacaagtgcgagctgttgctgttatctctatgcccctcaaagttcttttc
tctggtcttgatgcccttcttcatatattcccaagactggaggatttgttgaaagaaaag
caattgatggttaagaaggccattcctcagtcccttggcttcttatcttgtctttatggg
tcaagtacaacccgctcagagaaaactgcatgccatttattcctacatgaagatttgaag
aaagatgagactctgaattgtctacttcaagggttccaatgttcaaagtgtgataaattt
atcgaaagcaaagatgagaagcatttcataatcatagagcctccagagatggtgaaattg
gaaatggaccatcatcgtgattactttaaccttcaattatattttaatcttctcaatgac
gagtcttctgaagagactcagctagcctgcgtagaagtaataaggagaattcttggccac
acacccccagatattctggtcagaacaaggtctcaatggatagaatgccttgaatatctg
ttacttcatgttaatacagatgtaagggaagcattctgtgctcagattggtatctttgta
cagcatcctattttgggctgtttgtttcatggtgacgatgctatggaaaaaagttgcgaa
caaaagttttttagtttgattgaacattctctagcaacagcgaaggaacttcttgtcatc
cagactctactggaaacgacagctgaagttatggtagctgttgatgttactagtgagctt
ttcatgttttgtcttttcctgctgattgatcagcttgatcatccaaacttgatcatccga
ataaatgcttcaaggttaataaatcggtcatcctacatccatgtgaaagggggatttgca
accctactttccagagttgctcatattcaaaatgagttgtttgataatctatctgccagg
ctgaccagccgtccaaatgtggtaagagaattcgcagaggctgttttaggtgttgaaact
gaagaaattgtgaggaaaatggtccctgttgttcttcctaagctcttggtataccggcag
gaaaatgctgatgcagccaataccttgaacgaactggcaaggttattagacacagacgtg
gtaccgctaatagttatttggttacccagagttcttgcatttgctctgaatcaaaaagag
gacaagaatctgctctcagttttgcaattgtatcactcacagattggttctgacaaccaa
gaaatttttgctgctgcgttgcctgcactcttagatgagctagtatgctttgtggacatt
gctgatatacctgagacagatagacggctacagagactgcctgaggcaataaagaagatc
tcaaaagttttaacaaataccgaagatcttcctggattcttacaaaatcattttgttgga
ctccttaacagtattgacagaaaaatgctccatgcagatgacatttttcttcagaaacaa
gcgctgaagcgtattaagctgctcattgagatgatgggccattatctcagcacatatgtg
cctaagcttatggttctccttatgcatgccattgacaaagatgcacttcagagcgagggt
ctcttggtcttgcatttttttgcaagaaagttggctgctgtatcgccatctagcataaat
tatgtgatttctcaggtatttgcggcactcatccccttcttggagaaagagaaggaaggt
cctcatgttcatttggaggaagtggtaaatattcttgaagaacttgttttgaagaataga
gatatactaaagcagcgcatttgtgagtttcccctcttacctagcataccgtctttagga
gaattgaacaatgctatacaagaagcacgtggattaatgagcctgaaagatcagttccgg
gatattgtaaatggtatgaaacatgagaacctgaatgttagatacatggtggcatgtgag
ctaagcaaattgctgtatcacagaaatgaagatgttgctgcactaattgctggtgaactt
gtctcagacatggaaatcgtgaactccttaatcacatctttactacagggatgtgcagaa
gaatctcgaactacagtgggtcagaggtttaagttagtctgtgcagattgtcttggagca
ataggtgctattgaccctgccaaagtgagagttgcttcatgcagtcgttttaaaatccaa
tgctcagatgatgatcttatctttgagctcattcataaacacttggcaagagcttttaga
gctgcacaggatacaatcatacaagactcagctgctcttgccatacaggaattactaaag
attgctggttgtgagccatcattagctgggaatgttgttctgtttaccccccaggagtgt
gtacaagtcaatgtatctggttctagaagatgtggaagtaacagtgaagtgaaggatagg
gggaaaaaactatgggatcgcttctcaaactatgttaaagaactaatagctccctgcttg
acttcaaggtttcagcttccaaatgtgtctgaccctggatcagctggaccaatttatcag
ccttctatgtcattcagaaggtggctgtcctactggataaggaaattgacagcacatgca
actggatcccgtgtaagcatatttgctgcttgccgtggcatagtgcgtcacgatatgcag
acagctacgtatctcttaccatacttagttctgaatgttgtttgccatgggactgaggca
gcacggcttagcatttcagaagagatcctttctgttcttgatgctgctgcatcagaaaat
agtggagtgacaataaacagctttggtgttggtcagagtgaagtttgtgttcaagctgtt
ttcacgcttcttgataaccttgggcaatgggttgacgacgtgaagcagggagcagcactc
tcatcgtctatgcagttatcaggtggtaggcaagtagcacccaaattgaaagaccaggtt
tcaaccttaacaacagaacaggatcatcttcttgtacaatgtaaatatgtgttggagctt
ttgcttgctattcccaaggtgacccttgctagggcttctttcaggtgccaagcttatgcc
aggtcattgatgtacctcgaatcccatgtacgtggaaagtcaggctccttaaatcccgca
gcagagaagacaggcatctttgaaaatgctgatgtctcttctctgatgggaatatacagc
tgccttgacgagcctgatggtctttcgggctttgcaagtttaagcaaatcgttaagtttg
caagaccaattgttgataaataagaaatctggtaattgggcagaagttttcactgcatgt
gaacaagcccttcagatggaaccaacatcagttcaaagacattctgatgttcttaattgc
ttgcttaacatgtgccaccatcagacaatggtcactcatgttgacggactaatttccaga
gtacctgagtacaagaaaacgtggtgcacacaaggtgtacaagctgcatggagacttgga
aagtgggaattgatggatgagtatcttggtggagctgatgcagaaggtttactattcagt
agctcagacagtaatgcctccttcgacagagatgtagcaaagattctccaagcaatgatg
aagaaagatcaatactctgtagctgagagaatagcaatttccaaacaagctctcattgct
cctctagctgctgcaggcatggactcctatacacgagcatatccttttgttgtcaaactt
cacttgctaagggagctagaggacttccagggggttcttaatggggattcatatctggaa
aagtcatttagtacaagtgatccggtgttttcgaaagtagtagataactgggagaaccgg
ctcagatttacacaatcatcgttgtggacaagggaacctctcttagctttccgaagactc
gtctttggtgcctctgggcttggttctcaagttgggaactgttggcttcaatatgcaaag
ctttgccgtttagctggacactatgagacagctcacagggcaattttggaagctcaggct
tctggtgcacctaatgttcacatggaaaaggcgaaacttctttggatcactaggcgttct
gacagtgccattatagagctacaacagtctctcctgaatatgcatgagggagttgttgac
tcaactgtaatttcttctatcaaaagcttactgatggctcccccgaatcaagagcctaca
gttcgtaacacacaatctttcaaagaaaaaaaagatgttgcaaagactcttcttttgtat
tccaaatggatccatcacagtgggcagaaacaaaagaaagatgttttaaatctttacacc
caagtcaaggacttgctgccctgggagaagggatatttccatttggctaagtattatgat
gaactatatgttgatgcaagaaagtgtcaacaagagagctctttattgagctctgcaggc
agtaaaaaaggatctgtctcgtcgaacttaagcactgagaaagcagggtgcgattaccta
tttaagggaatgtacttctatgccaaggcacttcacagtgggcacaagaatctctttcaa
gcacttccgaggttgttaacactatggtttgactttggtactatctataaaacaagtggc
tcagcgggaaataaagaattgaaaagtactcatatgaagataatgagtttaatgagaggc
tgcttaaaggatctaccaacctatcagtggttaactgtgttgcctcagttggtttctaga
atttgtcaccagaatggggatacagtactcatggttaaaaatatcatcacctctgttcta
catcaatttcctcagcaagggctctggattatggcagctgtttcaaaatctactgttcct
gctaggagggaagcagctgcagaaatcatacaaggtgcacgaaaaggttttaaccaaggt
gacagaggccacaatttgttcattcagtttgctagtttgactgatcatttcattaaactg
tgcttccatggaggacaaccaagatccaaggttatcaatatagcgactgaattcagtgcc
ttgaaaagaatgatgccgctggatatcatcatgccaattcaacaatctcttaccattagc
ctaccagcattcgatatgaacaacaatgaacgacactctgccagtgtattttctgattca
gatctaccaactatttctggtatagctgatgaagccgagatactttcatcccttcagcgc
ccaaagaagatcattctgctgggaaatgatggtattgagtatccattcctctgcaagccc
aaggatgatctcaggaaagatgctcggatgatggaatttactgcgatgataaaccgctta
ctatccaaatatcccgaaagcaggcgaaggaagctatatatccgcacctttgcagtagct
cctctgactgaagactgtggtctggtggagtgggttccacatacacgtggactccgccat
attttacaagatatatacatttcttgtggaaagtttgaccggcagaaaacaaatccgcaa
attaaaagaatatatgatcaatgcgctgttaaaaaggagtatgaaatgctgaagaccaag
atcctccctatgttccctccggttttccataaatggttcttgacgacgttttctgaacca
gctgcttggtttaggtcacgtgtagcttatgctcacaccacagcagtttggtccatggtt
gggcacattgttggacttggtgaccgtcatggagaaaatatcctctttgactctacttca
ggtgattgtgttcatgtagacttcagttgcttatttgacaaaggcttacaactggagaag
cctgagttggtgccattcagattgacccagaacatgatcgatggtttgggcatcactgga
tatgagggcatcttcatgagggtatgtgaaatcactctcacagtgttgaggacacatagg
gagacattgatgagcatactggagacattcatccatgatcctcttgtggagtggacaaaa
acacacaaatcaagcggagtagaagttcagaacccacatgctcagcgggccataagcagc
attgaagcccggttgcagggcgtggttgttggtgttccactaccggtagaaggtcaggct
caccggttgattgctgatgcagtctcacttgagaatcttgggaagatgtacatctggtgg
atgccctggttctga

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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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