KEGG   Nicotiana tomentosiformis: 104114108
Entry
104114108         CDS       T05025                                 
Name
(RefSeq) serine/threonine-protein kinase ATM isoform X1
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
nto  Nicotiana tomentosiformis
Pathway
nto03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:nto00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    104114108
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nto01001]
    104114108
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:nto03032]
    104114108
   03036 Chromosome and associated proteins [BR:nto03036]
    104114108
   03400 DNA repair and recombination proteins [BR:nto03400]
    104114108
Enzymes [BR:nto01000]
 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
     104114108
Protein kinases [BR:nto01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   104114108
DNA replication proteins [BR:nto03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    104114108
Chromosome and associated proteins [BR:nto03036]
 Eukaryotic type
  Meiosis-specific proteins
   DSB formation-related proteins
    104114108
DNA repair and recombination proteins [BR:nto03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    104114108
SSDB
Motif
Pfam: PI3_PI4_kinase FATC TAN
Other DBs
NCBI-GeneID: 104114108
NCBI-ProteinID: XP_009622773
Position
Unknown
AA seq 3013 aa
MVNTVTSRDIQDIVSKLSSDKAKSREEGIKLLNAWLEEGQRSVEFCRYVGEKTARLKPDE
IPHSETWPFLVTLLTKCVSLEISVSKKRLPKLNFAKTLRIVVQRAEDAKFSGKDMPLLPV
VKLLFNHVWDVLKDTPSFQSEYGTILRHLLAVRSYRFHMRKRVYCCLVLLYMEKIEISLK
EKSDSQINPREEVFRCISTLHSLLENPPGGFPDSLQEDIVKGFIEIFSYVRDEGKISRKL
IECINIYVLKDGPNLGSKSLEIHDALHHFVFRCWMTTRDRGLKDSLVLYARLQLNLTRDF
ADGSSLLEQLQDVLGKELDQMSSWTFNLPWKDTTRDDKCGSLSSSQCGLMELAALVFYRA
CLNTPIASSSEKRLRREHVVVQIRERLSRGKWPWHAAFCYLIHNYYGRIKKDLLIYWFEG
ICASFERIINDANMEHSYEGLLWTLRSLQGLSLMLWFPVPALQTSSELSSTFNGVETGWR
TIWNCVIGGLPTFSTFTAVVDAALRLLRNIILNDKMNAYLVPQDLWDLRLLKRVPSISVL
CFISCYFSRKGYQGDLRDALYLRQNLLRAVLAVPFWKDCSMLNKQLVAIFPTAVYALCTG
GTPLLDKGLSPSHYVPETLNDVKVEDHTHESEHEFFECSVEVLARIGHESDLEDVQSPSC
QSIRLPRQIRDPLCHEVENHILEIIKDEEHEKMFLSDVIFLCAILSNFMYCSYSTRLGEE
IVPCLATLSQYVSKLLDRAASILEKSYDDLVCGLSGSRSIFDTIGTIRVSFESFLCSPLF
NEMQNDNNIDVLAAVIQSVERILKVLAKLYEGSSSSGSNFHSKRDDLDSSASVSSHDSHP
VNSRTSMIMDMELDVNISSKDTDAVKIGGKATAEILASSVNQRMEVVSIITKFFSALPFH
TWDVMFELMEKESDPRVLEVIIHGLCQHPHWSSSRKFLNLVTSLNDFLDIQANLKVQSLN
VLAAICSLLESLLSLDDVAKFKRRTLSSREKLSEEGLVSLGDLVNKIADSDLFDWVGRTK
LIDCICNFILVDPQIGQSMIEKLMLMLRDPDYRVRLCFAQRVGVLFQTWDGHFELFQDIC
SNFGTKLVTCSREKPVMAKEVLAAGPQPRTILETIIVTLAHLALHSEKIELEAVFMVCVI
AAINPCLRKLVIVVLDNLSRELKYTSRSKYMEELMAPILFSWVASGVNLAALLEVRDLFV
FNVEPINFIQSCCRWLIPSLMLHGDISNMNWLAKVTCEPLAEMIKNHFVDIFSVCITLHS
SKKAGWEKGSAVLEMSILDIAKISETERDKLIKKHMISIVNTIFSLASTAVDPVLPSFSK
ETIARAIMTVVDGFLEIDDSCQNFGLIDKINIFRPDRVFTFIVELHYKVAAAGHFRHKSD
RLAGIEVLIDVLGHRVAVPSTASYLLNLIGQCLDLDALLDQCCRMISSLLKIFKIKQLEG
TTVVLGEQLQFLISKLVMCCISSESSPKLSADTSSQVLSLLSQLTLDSDPSLHEYIKELE
PFPNIDLFHDIRMFHEELCQNYSPREHLSILGKRSRYLPPRLLVWSLKALHKKLFEDEAY
PAQKNEENIFEDAYLDSDHEIVHTVWNLVHTCSLSGAGNFGSLVSDFLSRVGIGDPHGVV
FHLPIESKSVHEHNFHLGTGISDDLLVAIMRLLKKYLMDDSVKIIDIASQALRGILSTEN
GQRALLSFDSYQRSLIEVHSKGVDVNLVQKLLADLERKLNVEALSLKDSAIWKTDGKTFE
TWICPLICALIEYCDDMILRLCQDIVLVKSEVAELLFPYVMVNLSSRRDVDVDLCQLISS
QVQENIFTEDNKLTKSIQVILDALNELRLCHVMERSTSSNPSKRENSKQYGRPSSYGSKS
RSTPLKAKHQTTTSSVVSISTLSWQKVYWISMDYLAVARSAITSGAYFTAVLYVEHWCEE
NFNSLTLGTPDFSHVEILPRHIEILLSAVTQINEPDSLYGIIQSHKLTSQIITFEHEGNW
SKALEYYDLQIRSDPVAQGSSCTPENFLHSSGSAVDQMIEKKPYKGLIRSLQQIGCTHLL
DVYCQGLTSQKGRFQHDPEFTELQYEAAWRSGNWDFSLLYGESSVLSIQHGGDHFNENLH
SCLRALKEGGFDEFQIKLKDSKQELLLSICHASAESTKYIYQAIVKLQILYHLGMTWDSR
WTSSCTMLDSMKMPKVSSKPVLPSITQLSWLDMDWKRTLKQTQLHMNLLEPFVAFRRVLL
HILNCQDYTVQHLLESAATLRKVARFSQAASALHEFKFLCAEMGEHSNLYWLGRLEEAKL
LRAQGQHQMAINLAKYISLNHQTNENASDVFRLIGKWLAETRSSNSRTILEKYLKHAVVL
AEDCMARGKVSAIKRSQLHFHLAHYADALFRSYEERLNSSEWQAAMRLRKHKTRELEALV
KRLRSSTKGEKTDCSAKIQELQKQLAMDKEEAEKLQEDRDNFLSTALDEYKRCLVIGDKY
DVRVVFRLISLWFGLSLRPIVVDSMLGTISEVQSYKFIPLVYQIASRMGSTKESQGAQNF
QFALVSLIKRMAIDHPYHTIFQLLALANGDRIKDKQRSRSSFVVDMDKKVAAENLLKELS
SYHGAVIRQMKQMVEIYIKLAELETKREDTNKKFNLPREIRSIRDLELVPVVTANIAIDP
SCQYTEGSFPHFKGLADCVTVMNGINAPKVVECFGSDGNKYRQLAKSGNDDLRQDAVMEQ
FFGLVNTFLQNRRDTWKRRLRIRTYKVVPFTPSAGVLEWVNGTLPLGDYLIGSTRDGGAH
GRYGAGDWTFMKCRQHMTVESNKRKAFQEVCDNFRPVMHHFFLERFFHPADWFQKRLAYT
RSVAASSMVGYIVGLGDRHSTNILVDQATAEVVHIDLGVAFEQGLMLKTPERVPFRLSRD
IIDGMGVTGVEGVFRRCCEETLSVMRTNKEALLTIIEVFIHDPLYKWALSPLKALQRQKE
SEDDLETSLEDSQQDDYEGNKDAARALMRVKQKLDGYEEGEMRSVHGQVQQLIHDAIDPD
RLCHMFPGWGAWL
NT seq 9042 nt   +upstreamnt  +downstreamnt
atggtcaatactgtgacgtccagagatattcaggacattgtctccaaactctcatcagat
aaagcaaaatctcgtgaagaagggattaagttgttaaatgcatggctagaagaaggccaa
aggtctgttgagttctgcagatacgttggagagaagaccgcgaggcttaaaccagatgaa
attcctcattctgagacgtggccgtttcttgttacattgcttactaaatgtgtgtccctg
gagatatctgtgagcaaaaaacgtttgcccaagttgaattttgctaaaactcttcggatt
gttgtccaacgagcagaggatgccaaattttcaggcaaagatatgcctcttttacctgtg
gtaaaattgctattcaatcatgtctgggatgtcttaaaggatactcctagttttcaatcc
gagtatggaactattctccggcatcttttggcagtgagatcttaccgttttcacatgagg
aagcgagtttactgctgtttggtgcttctatacatggaaaagatagaaataagtttaaaa
gaaaaaagtgatagccaaataaatccaagagaggaggtctttcgttgcatctcgacactt
cattctctccttgaaaatccccctggaggttttcctgacagcctccaagaggatattgtc
aagggttttattgaaattttttcttatgtaagggatgaagggaagatttcacgcaagcta
atcgagtgcattaacatatacgtgctgaaggatggcccaaatttgggttctaaatccctg
gaaatccatgatgctctgcatcattttgtcttccgatgttggatgacaactcgtgatcgt
ggtttaaaggattcacttgttctttatgcaaggctacaactaaatttgacgagagatttt
gctgatgggagctctttattagaacaacttcaggatgtactagggaaggaattagatcaa
atgagcagttggaccttcaatttaccctggaaagacacaaccagggatgacaaatgtgga
agcttgtcaagctctcaatgcggtcttatggagcttgcagcacttgtcttttaccgggca
tgtcttaacacacctatagcatcgtcatctgagaaacgacttagaagggagcatgttgta
gtccagataagggagaggctctcaaggggaaagtggccgtggcatgcagctttctgttac
ctcatccacaattattatggtcgcataaagaaggatttgttgatctattggtttgaaggt
atatgtgcaagttttgaaaggataataaatgatgcaaacatggagcatagttatgaaggt
ctcttgtggacattgaggagtcttcaaggactttctttgatgctgtggtttcctgttcca
gcactgcaaacatcttcagagttgtcatccacatttaatggggttgaaacaggttggcgt
acgatatggaactgtgttattggtggtttgcccacattcagtacttttacagcagttgtg
gatgctgcattaaggctacttagaaacataatactcaatgataaaatgaatgcatacctt
gtgccccaggacttgtgggatcttcgattacttaaacgcgtgccatcaatatctgttttg
tgcttcatttcgtgttacttttcaaggaaaggctatcaaggtgatcttagagacgcttta
tatttgaggcaaaatcttttgagagctgttttggctgttcctttctggaaggactgttca
atgttgaataaacagctggttgctatattccctacagctgtttatgctctctgtactggt
ggtacaccattgctagataaaggactttccccgtcacactatgttcctgaaactctgaat
gatgtgaaggtcgaagatcatacacatgaaagtgagcatgaattttttgaatgctccgtt
gaagttcttgcaagaattggacatgaatctgatctggaggacgttcaatcacctagttgc
caaagcatacgtcttccccggcagatcagagatccactttgtcacgaagtcgaaaatcac
attcttgaaattataaaagatgaagagcatgaaaagatgtttctatctgatgtcatcttc
ctctgtgctattttatcaaacttcatgtattgttcatatagtacaaggctaggagaagaa
attgtgccttgccttgccactctgagtcaatatgtgtcgaagttgttggatcgagctgct
tctatcttagagaaaagttatgacgacctcgtttgtggtttgtcgggttcaaggtcaata
tttgacacaattgggaccattcgtgtgtcctttgaaagctttctatgctccccattgttt
aatgaaatgcaaaatgacaacaacatagacgtcctagctgcagtaattcaatctgtggag
aggattctgaaggttcttgctaaactgtatgaaggatcctcgagtagtggaagtaatttt
cattcaaagagggacgaccttgactcttctgcatctgtttctagtcacgattctcatcca
gtaaatagccgtactagtatgatcatggacatggagttggatgtgaacattagttccaaa
gatactgatgctgtaaaaattgggggaaaagctactgccgaaatattggcttcgtctgta
aatcagagaatggaagtcgtatcgatcatcacaaagttcttttcagctttaccatttcat
acatgggatgtcatgtttgagctcatggagaaagaaagtgatccaagggtcctggaagta
atcatacatggcctttgtcaacatcctcattggtcttccagcagaaagttcttaaatttg
gttacatccttaaatgatttcctagacattcaggcaaatctcaaggtccagtctctgaat
gtgctagctgccatctgcagtttgttggagagtcttttatcccttgatgatgttgcaaag
ttcaaaagaaggactctgtcttcacgggaaaaattatccgaagagggcttggtttctctt
ggagacctggtgaacaaaattgcagacagcgacctctttgattgggttggccggaccaag
cttattgattgcatttgcaatttcattttagtggatcctcaaattggtcagtctatgatt
gaaaagctgatgttgatgcttcgggatcctgattatcgagttaggttatgcttcgctcaa
cgagttggtgtgcttttccaaacttgggacggtcattttgaactattccaggacatatgt
tcaaattttggcacaaagcttgtgacttgctccagagagaaaccggtgatggcgaaggag
gttttagctgctggtcctcagcctcgtaccatattggaaacgataattgtaaccctagct
catcttgcgctgcacagtgaaaaaattgaattggaggctgtttttatggtatgtgttatt
gctgctattaacccttgtctaaggaaacttgttattgttgtccttgataatctatcaagg
gagttaaagtatacttctaggtcaaagtatatggaagaacttatggcgccaatcctcttt
agttgggttgcttctggtgtaaatttagctgctcttctcgaggtaagggatctgttcgtc
ttcaatgtagagcctatcaatttcattcagtcctgctgccgttggcttattccatcttta
atgttgcatggtgacatttccaacatgaattggcttgcgaaggttacttgtgagcctctt
gctgaaatgattaagaatcactttgtggatattttctctgtttgtattacgttacactcc
agtaagaaggctggttgggagaagggatcagctgtacttgaaatgtcaattctggatatt
gctaaaatatctgaaactgaaagagacaaacttataaagaagcacatgatttcaatcgtg
aatactattttctctcttgcttcaacagctgtggaccctgttcttccttcattttccaag
gagacaattgcacgtgcaattatgacagttgtggatggattcttggagatagatgactct
tgtcaaaattttggtcttattgacaagattaacattttccgacctgatcgagtatttacg
tttatagtagagctgcattacaaagttgctgcagctggtcatttcaggcacaaatctgat
aggcttgctgggattgaagtgcttattgatgtattagggcatcgagttgcggttcctagt
actgccagttatctcctcaacttgattggtcaatgcttggaccttgatgctttgctggac
caatgttgtcgaatgatctcttcattgctaaaaattttcaaaataaagcaattggaggga
accactgttgtcctaggtgaacagcttcagtttttaatttccaagttggtaatgtgttgc
atttcttccgagtctagtcccaaactgtcagctgacacatcatctcaagttttgtctctg
ctcagccaacttaccttggactccgacccatcactacacgagtacattaaagaactagag
ccattccctaacatcgatttatttcatgatatacggatgttccatgaggaactatgtcaa
aattactcgcctagggagcacttgtcaatcttagggaaacgatctcgctaccttccgcca
agattacttgtttggagtctaaaagcattacacaaaaaattgtttgaagatgaagcatac
ccagcacaaaagaatgaggaaaatattttcgaagatgcatatttggattctgaccatgaa
attgtccacacagtctggaacctggtgcacacatgtagtttgagtggtgctggcaatttt
gggtcgctggtctctgattttttatctcgggttggtattggcgatccacatggtgttgtg
ttccatcttcctatcgagtctaaatctgtacatgagcataacttccaccttggtacgggc
atatcagatgatcttctggtagcaattatgaggctcttaaagaaatatttgatggatgac
tctgttaagataattgacatagcatctcaagctttgcgggggatactttcaactgaaaat
ggtcagagggctttgctatcatttgattcttatcagagatcccttattgaggtgcattcc
aaaggtgtcgatgtcaacctggttcagaaactcctggcagatctagaaagaaagcttaac
gttgaggcactttccttgaaggattctgctatatggaagactgatggaaaaacattcgag
acatggatttgtcctcttatctgtgctctgattgaatattgtgatgatatgatcctgaga
ttgtgtcaagatattgtcttggtgaaatctgaagttgcagaactcttgttcccttatgtg
atggtcaatttgtctagtagaagagacgtggatgttgatctttgtcaactgatctcctca
caggtgcaagagaacatttttacggaggacaataagttgaccaaatcaattcaagttatc
ttagatgctcttaacgagcttcggttgtgtcacgtgatggaaagaagcacatcctctaat
ccctctaagcgagaaaattcaaagcaatatggaaggccttctagctatggatcaaagtca
cgctccacgcctctgaaggcaaagcatcagacaaccacttcatctgtagtatcaatatcc
acattgtcatggcaaaaggtttattggatttctatggattatcttgctgttgcaaggtct
gctattacttctggtgcttactttactgctgttctttacgtggaacactggtgtgaagag
aatttcaattccctgacattgggcactccagatttctctcatgttgagattctgccgcga
cacattgaaatacttttatctgcagtgacacaaataaatgaacctgacagcctctatgga
atcatccaatcccacaagttgacctctcaaattatcacatttgaacatgagggaaattgg
agtaaagctcttgagtactatgatttacaaattagatctgatccagtggctcaaggaagt
agttgtactcctgaaaattttcttcattcatctgggtccgcagtagatcagatgatcgaa
aagaaaccatataagggccttattagatccttgcagcaaattggttgcactcatcttttg
gatgtgtactgccaagggttaacctctcaaaaaggaagatttcaacatgatccggagttc
acggagctacagtatgaagctgcttggcgttctggaaattgggatttctcactactttat
ggtgaatccagtgtcctctcaattcagcatggaggtgaccatttcaatgaaaatctccac
agctgcttgagagcattaaaagagggaggatttgatgaattccagataaaactaaaagat
tccaagcaggagcttttgctgtctatctgtcatgcaagtgcggagagcaccaagtacatt
tatcaagctatagttaagcttcagatactttatcacctcgggatgacatgggattcacgt
tggacttcatcttgcacaatgctggattctatgaagatgccaaaggtctcatctaaacct
gtactcccatcaattactcagttatcatggctagacatggactggaagcgcactttgaag
caaacacagttacatatgaatttgctggaaccatttgtggcatttagaagagttttgctt
catattttaaattgccaggattatactgtacaacatctgcttgaatctgcagctactctc
cgcaaggtggctagattttctcaggctgcttcagctttgcatgaattcaagtttctctgt
gcggaaatgggagaacattccaacctttattggcttggacggcttgaagaagctaagctt
ctgcgtgctcaaggccaacatcagatggcaatcaatcttgcaaagtatatttcactaaac
caccagacgaatgaaaacgcatctgatgttttccggttaattgggaagtggctcgctgaa
acacgatcaagcaactcaagaactatactagagaaatacttgaagcatgcagtcgtacta
gctgaggattgcatggcacgaggaaaggtttccgccataaaacgaagtcaactgcatttc
catcttgcgcactatgcggatgctctgtttcgtagttatgaagaacgacttaattccagt
gaatggcaggcagcaatgcggttaagaaagcacaagacaagggagctggaagcattagtt
aaacgattaagaagttcaacaaagggagaaaagaccgactgttcagcaaaaatacaagag
ttgcagaagcagctggcaatggacaaagaagaggctgaaaagttgcaggaagacagggac
aactttctgagcacggcgcttgatgaatataaacgctgtttagtaataggagataaatat
gatgtcagggtggtatttcgacttatttcgctgtggtttggtctctcattaagaccaatt
gttgtggatagcatgctcggcacaataagtgaggttcaatcttacaagtttattccacta
gtttaccaaattgcttcaaggatgggaagcacaaaagaaagtcagggagctcaaaacttc
cagtttgctttggtttctctcatcaaaagaatggccattgaccatccatatcatacgata
tttcagcttctagctttggcaaatggtgatcgaatcaaagacaaacaacgtagcagaagt
tcttttgtggttgacatggataaaaaagtcgctgcagaaaatctgctgaaggagttatct
tcgtatcatggagctgtcatcagacagatgaagcaaatggttgagatctacattaaacta
gctgaattagaaacaaaaagggaggatactaacaaaaagtttaatcttccgagggaaatt
cgcagcatccgagatcttgaacttgttcctgtggtaacagccaatatagcaattgacccg
agttgtcaatacactgaaggctcctttccgcactttaaaggattagcagattgtgtcact
gtgatgaatggtataaatgcgccaaaagttgttgaatgtttcggctccgatggcaataaa
taccgacaacttgcgaaatctggcaatgatgacctgagacaagatgctgtgatggaacag
ttcttcggcttagtaaatactttcttacagaaccgtcgggacacttggaaacgaaggctg
agaattcgcacttacaaggttgtaccttttactccaagtgcgggtgttttggaatgggtg
aatggcactcttccacttggtgattatcttataggcagcactagagatggaggagcccat
ggacgctatggagcaggagactggacattcatgaaatgtcggcaacacatgactgtggaa
agtaacaagcggaaggccttccaggaagtctgtgataacttcaggcctgtcatgcatcac
tttttcttggagagattttttcatccagctgactggtttcaaaagaggcttgcttatacc
agaagcgtggccgcaagttcaatggtcggatatattgttggactaggagatcggcattcc
acgaatatccttgtagatcaagccactgcagaagttgttcacatagatcttggggttgca
tttgagcagggccttatgctgaaaactcccgaaagggtacccttcaggctgagtagggac
attattgatggcatgggcgtaactggggtggaaggggtttttagaagatgctgtgaggaa
accctgtctgttatgcggacaaacaaagaagcactgcttaccattatcgaggtctttatc
catgatcctttatacaagtgggctttatcccctctaaaggctttgcaacgtcagaaggaa
agtgaagatgatctggaaaccagtttggaagactctcaacaagatgactatgaggggaac
aaggatgctgctagagccttgatgcgtgttaaacaaaagttagatggatatgaagaaggt
gaaatgagaagtgttcatgggcaggttcaacaactcatacacgacgccattgatcctgat
cgtttgtgtcatatgtttcctggatggggagcttggctatga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

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