KEGG   Schizosaccharomyces pombe (fission yeast): SPCC23B6.03c
Entry
SPCC23B6.03c      CDS       T00076                                 

Gene name
tel1
Definition
(RefSeq) ATM checkpoint kinase
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:spo00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    SPCC23B6.03c (tel1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:spo01001]
    SPCC23B6.03c (tel1)
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:spo03032]
    SPCC23B6.03c (tel1)
   03400 DNA repair and recombination proteins [BR:spo03400]
    SPCC23B6.03c (tel1)
Enzymes [BR:spo01000]
 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
     SPCC23B6.03c (tel1)
Protein kinases [BR:spo01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   SPCC23B6.03c (tel1)
DNA replication proteins [BR:spo03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other telomere regulation proteins
    Others
     SPCC23B6.03c (tel1)
DNA repair and recombination proteins [BR:spo03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    SPCC23B6.03c (tel1)
SSDB
Motif
Pfam: PI3_PI4_kinase FAT TAN FATC
Other DBs
NCBI-GeneID: 2539209
NCBI-ProteinID: NP_588126
PomBase: SPCC23B6.03c
UniProt: O74630
Position
III:complement(1268997..1277435)
AA seq 2812 aa
MTSLNDIVNKLSSSKIKTRSDALQNLRSYIIYSRNGNSLNQEDALIIEKAIKRAFELEWQ
ISANHGKRQISKASQEQKLQDISYLLRTCVESYILLFREPHILALLDIILRHTFTANGSI
CEVVCLNFSKALRLLLSHSPHLHHLRFSDWQSLVSYCCQAIEKLSIAEETYVSDSEEEPI
SQKNYQEISIWKSHDVIRVKQEVVELIYVMRSLVQWYAAPINFVSEQLLKFFEFFFYAYT
EETDAHLPALQCLFQLCAYAIPNCNDYSASVVLLVFKILINSDKWKRLDLRLQLIQCLAI
SYPLWSNSETWDPHRSIRSFNLDLLNSSFFSLKNFLNFFGKRSSLSLANFRFHTVEPKNN
IAKLYDPRLHLFFSLRHNSFFESYFIYFFLAKLILLKKTVLSLASTEQANKKQKTCSQIE
ELLLQAELANISASSFSLQLMVIITAISDNLTNDDLLSIQKMSLNFTEKKNELQSWSFFI
LFNICYNKAYSSMLTTSCKKEILAAASRGLLNSVTSPVCYQILTYFNMYRPLCFASIFPF
IKQQFILFNDYSPMLSYEAIDYWKSLYILLNENLFVGQSSFKSVFLKWLKWHLYHLFSKE
GELPFFSFTDSSIIIFDLLMMIFYRPLSLSYITTEIRSPFERNLFHLKEAWSPVTLRFPY
TTDEICKQSTEGCYPFNSNHTIDCDSLQNVIKMLESSIDEISSASYDKDELDKETPSFEA
VMIFSQISFLCGFLNCFIQKKGIHNVTPNNLVIFKNLFPEVLSFVKSNHSYDPIINCIST
NLQFTISDEPKHLRYEIGSDLIRSTHFRDSNPLKTLVLYIMDMASKNVFIKPQEFDHDEY
FSQEEEDIYRPENLIRNHQILGLMEGSLEQIRNTDLFILQKYIDYFSSHPHDSLINILHL
YPIETFCFGMSAIGAYFLDVARTSEPIFYKCLEILAQKILMNYDYERDEVYLMIFIKIFQ
KCVHSKLQFTDATLKLIVKITKFIEKVFIETKFSSLSGRQTFLKFIFQLSPTSHVYSKFD
YQKLISLTLKDSDVCVIYNFVDDLVIFLKKCDKTLIEGFVLPILSIKIEKSLYKGFCYLY
LTLKVFLSISSNRSALLYQLLKLANSYETSTIFEPLLRKLHIQSANIKQLFRIYRLEIFW
SFVSKDLSNTTNDFLEFPYKPIYFSLSDFLKENSDEIILVLILTKNITLAKLITSRMSVD
FSEKYTQLIPVITTYTHLSEVENKKYSLRFNSIDEALDVELLNRSKAFLFCLEMLKEVKE
LGSTFKSISSTSFKVYSQLTIFANRVSFNNSTAIPFFSTKSVLWYCNRLFQELEGFSSIP
SVIDLVLRRLAIQLHFATDEELQVTISFRLCAFLCFSDPFITSNYLVMIVLRIARQLLSI
PCTQSLGLGIARFHLKKFKPTDFDYFFQLAEFCMDFLGFCYNTIGTKMEAIQDFYTWFDG
YVTALLNFEYEGYGFLRCQINFVRSVMTTKNEWIEVSNKLFERGHFLKRIAMNNYLCLYF
WQVLDACPRNVLHSLSLEIWKCYKAYDITEFPDSLKLFFSDIMGWNFFKSPEIADLNHYI
PKTDPRLCDTKTYEESKLIIWKLICQKACSLLFKYDILLDSFIEDCIRMFFENGNHQELR
KFLNFPKDSIIYDSDFKTLVSEEGSFQWVKLQPTNFDSLSNWTKEETLKLLNMMGKSSTT
HSLKLLSTYMVGFSTSIIQYIIHLILLEFDFNGNNKKQKEYVTQLILSGLLNKNTNSIRK
TCMNILLYLRRQLGHHALNPFEANYWVPINYSVAASTAYDCHLYEQSLLFLTIHNTKTDE
LDITLLSDILSQLPCPDAYYGIKRETSFKNILLKAVHEKRSPLAISYLDAANMYRSNEDE
GTKMMFSNTLNNAGFFSLNEFYIDSLKANDAIDECSNEVYASAWRMQKWDIPPLSLDNKT
TKDCLVFEVLHAVHNYAIYGNYLHLEEYINKKLLLINPNEEPDSLLFYALAYDLKFLIRC
NQSQFNCDILQLLKENKQMSSQLHECFQLLLEIRNVLLSLLQSHKQLDLSDDLASFRKYY
ILELLKISESFLIVDNLQNAFSVAMLSDALYRKFDLADENLKHDIDFLSSKILWQRDEKI
DAIGMLSESLSKTNSSIFPSISYAYLGNWLYTTKSEKTELVSKNYFEKSLSHMSHLNAKE
KAKIYCMFAQFCDNNYSSPDLTEDFKRMEKLYFEKKNDIQQLERSIVNASNMKEEKMLKN
HHSREMSSFIIDEREYLRMSTFRSKMLTQSITHYLKCLSESDENDVLISRCCTMWLSNSH
LDELNNSLQHYLQNLPCKKFIPVFYQLAARLMNENSKFQQSLTSICYNVGRNHPYHSLHV
LFSLVSNVPEIENLDAGSRYRAVKKILDLLKVNQGLSNLVTKLLCSFENYVSLAEWNPRS
KVDSTSFSRFPGYKWFLKDAANYGLPPITMNVKVNDTGDYSNIPTVSSFDDTIHFASGIN
APKVITCLGSNGHTYKQLVKGGNDDLRQDAVMEQVFEQVNGFLRSYRKTSQRNLSMRTYK
VIPLALKTGVIEWVQDTIPLGEYLDSAHKVYHPKEWSLSTCRKLIAEKQMEDLETRLKVY
DLVCRHYRPVFRHFFLESYADPVQWFTTQTNYARSTAVASVLGHVLGLGDRHGQNILIDK
TSGEVIHIDLGIAFEQGKKLPVPECVPFRLTRDVVDGMGITGVEGVFRRCMEFTLETLRR
EEDSLLSVLEVLRYDPLFSWLISPLRRMKKQKMQLENFNQPESGNITTDASRDPKIQRNN
VSGESEAERAILKVRQKLSSTLSVEASVGELIRIAQDPSYLALMFCGWSAFQ
NT seq 8439 nt   +upstreamnt  +downstreamnt
atgacttctctaaatgacatcgttaataagttgtcttcatcaaaaatcaaaacacgatca
gatgctctacaaaatcttcgcagctacataatttactccagaaatggaaattcgctaaat
caggaagatgctttaataatcgaaaaggccataaagcgagcattcgaacttgaatggcaa
atttctgctaatcatggtaaacgtcaaatttccaaagcttcccaagagcagaagcttcaa
gatattagctatttgttaagaacatgtgttgaatcttatattttattatttagggagcct
catattttagcgcttctagatataattctaagacatactttcacagctaatggttctata
tgtgaggtagtctgtttgaatttttctaaggctcttcggctactattatcccattctcct
catttgcatcatcttcgtttctcggattggcaatcactagtttcctattgttgtcaagct
attgaaaaactaagtatagctgaagaaacttatgttagtgatagtgaagaagagccaata
agccaaaaaaactatcaagaaatatctatctggaaatcgcacgatgttataagagtaaag
caagaagtcgttgagctcatttacgttatgcgttctcttgttcaatggtatgcggctcca
attaattttgttagtgagcaactgctgaaattttttgagttctttttttatgcttacacg
gaagaaacagatgcgcatctaccagctttgcagtgtttgtttcagttatgtgcatatgcg
atccccaattgtaatgattattccgcaagcgttgttttattagtctttaagattcttata
aactctgataaatggaagcgtctggatttaagattgcagcttatacaatgcttagccatt
tcttatccactttggtccaattcagaaacatgggatccccatcgttccattagatctttt
aatttagatcttcttaactcttcgtttttttctttaaaaaatttcttaaatttttttgga
aaacgctcctcattatcgcttgcgaattttagattccatacagttgagcctaagaacaac
attgcaaaactttacgatccacggctacacctttttttttctcttagacataattctttc
tttgaatcttactttatttatttttttcttgcaaaactaattctcctcaaaaaaaccgtg
ttgtccttagcaagcacggagcaagccaacaaaaagcagaaaacatgttctcaaatagag
gaactgcttttgcaagctgagctagccaatatctcggcttcctctttttcattgcaactc
atggtaattatcactgctatttctgacaatctaacaaacgatgatctattgtcaattcaa
aaaatgagtcttaactttactgagaaaaaaaatgaacttcaaagctggtctttttttata
ttgttcaacatttgttacaacaaagcttactcttcgatgcttacgacttcatgtaaaaag
gaaattttggctgctgcttctcgtggtctcctgaattctgttacgtctcctgtatgctat
caaattttaacttattttaacatgtatcggcctttgtgcttcgcgagcatttttcctttc
ataaagcaacagtttattttatttaatgattactcgccaatgctttcatatgaagccatt
gattactggaaatctctgtacatattacttaatgaaaacctatttgttggtcaaagctct
tttaaatctgtgtttctaaaatggttgaagtggcatctatatcatttgttcagcaaagag
ggtgaactaccatttttctcatttaccgattcttctattatcatttttgatttgttaatg
atgatcttctatagaccgttgtcattatcttatatcaccacagaaatacgatcacctttc
gaacgtaatttgtttcacctcaaagaagcatggtcgcctgttacgcttcgttttccttat
actactgacgaaatatgtaaacagtctacagaaggatgctatcctttcaatagtaaccat
actattgactgtgatagtttgcaaaatgtcattaaaatgttggagagctcgatagacgaa
attagctcagcatcttatgacaaagatgagcttgacaaggaaaccccaagcttcgaagca
gttatgatattttctcagatatcatttttatgtggctttctaaattgttttatccagaaa
aaaggtattcataatgttactcctaacaatcttgtcatttttaaaaatttattccctgaa
gtcctttctttcgttaagtctaatcacagttatgacccaataataaattgcatctctact
aatttgcagtttactatttctgatgagccaaaacatcttcggtatgaaattggaagcgac
ttaattcgttcaactcattttcgagacagtaatccgctcaaaaccttggttctttatata
atggatatggcttctaaaaacgtattcataaagcctcaagaatttgatcacgatgagtat
ttctcccaggaggaagaagatatttatcggccagaaaatttaatcaggaatcatcaaata
cttggtttgatggaaggatcgcttgagcaaatacggaatactgatctttttattttacaa
aaatatatcgactacttttctagtcatcctcatgacagcttaattaatattcttcatttg
tatcccattgaaactttttgttttggtatgtctgcaattggtgcatatttcctagatgtt
gcgcggacatccgaacctattttctacaaatgtcttgaaatactggctcaaaaaatttta
atgaattatgattatgaaagagacgaagtctatctaatgatttttattaaaatatttcaa
aaatgtgttcattctaaacttcagttcacggacgcaactttgaaacttattgtgaagatt
acaaaattcattgaaaaggtttttattgagactaaattttcatcattatctggtagacaa
acttttttaaaatttatatttcagttatcccctacatctcacgtttattcaaaattcgat
tatcaaaaattgatttctttaactcttaaagactctgatgtttgtgttatttataacttt
gttgacgatttggtgatttttcttaaaaaatgtgataaaacgttaattgaaggttttgtt
ctcccaattttaagcattaaaattgagaagtcattgtataaaggcttctgctatttatat
ttgactttaaaggtttttttgtcaataagttccaatcgatcagcattgttgtatcagctg
cttaagcttgcaaacagctatgaaacgtcaactatttttgaacctttgcttcgtaagctt
cacattcagagtgcaaatattaagcaactgtttcgaatatacaggttagagatattttgg
tcattcgtcagcaaagatctttctaatacaaccaatgactttctagaattcccctacaaa
ccaatttatttcagcctttccgattttttaaaagaaaacagcgacgaaattatacttgtt
cttattctgactaagaatataaccttggctaaactcattacttcacgcatgtctgttgat
ttttctgaaaagtatacgcaattgatccctgttataacaacttatactcatctaagtgaa
gtagagaataaaaagtattcgttgagatttaattctattgatgaagcacttgatgtggaa
ttactcaaccgctccaaagcttttttgttctgcttagagatgcttaaagaggttaaagaa
ttaggctctacttttaaatctataagctcaacttcgtttaaggtgtactcacaattaaca
atttttgccaatcgcgtctcttttaacaatagcacagcgataccattcttttctacaaaa
tctgtgttatggtattgcaatagactcttccaagaattagagggcttctcctctatccct
tcagtcattgatttagttttaaggagacttgcaatacaactacactttgcgacggatgaa
gaacttcaagttactatttcttttagattgtgtgcttttctatgtttctctgatcctttt
atcacttcaaactatttggtaatgatagtacttaggatagctagacaattactctcaata
ccttgtacccaatcactaggattaggaattgcgcgctttcatttgaaaaaattcaaacct
actgattttgattatttctttcaactagccgaattctgtatggactttttgggtttttgc
tacaacactattggtacgaagatggaggctatccaagatttttatacttggtttgatggt
tacgttactgctttactaaattttgagtatgaaggttatggatttttacgctgtcaaata
aactttgtacgttcagtgatgacaaccaaaaatgaatggatagaggtttcaaataaactg
ttcgaaagaggtcactttcttaagagaatcgcaatgaataattatctttgtctctacttt
tggcaagtcctcgatgcttgtcccagaaatgttttacactccttaagccttgaaatttgg
aaatgttacaaagcatacgatattactgaatttcctgactctttgaagctctttttttca
gacatcatgggctggaattttttcaaatctccggaaattgctgatctcaatcattatata
cccaaaaccgatcctcgattatgcgatactaaaacttatgaagaatcaaaacttattatt
tggaaattgatatgtcaaaaagcatgttctcttttatttaaatatgacattttattagat
tcattcattgaggattgcattaggatgttctttgaaaatggtaatcaccaagagcttaga
aaatttttaaattttccaaaagatagtatcatctacgatagtgatttcaagactcttgtt
tctgaggaaggttcttttcaatgggtaaaattacaacccacaaattttgattctttgtca
aattggactaaggaagagacgctgaaattattaaatatgatgggaaaatcatcaacaaca
cattctctaaaattgctgagtacttacatggtggggttttcaacttcaattattcaatat
attatacatttgattctgttggagtttgattttaatggtaacaacaaaaagcaaaaggag
tatgtaacacaactgatcttatctggtttgttaaataaaaatacaaatagtattcgaaag
acttgcatgaatattttattataccttcgtcggcaattagggcatcatgctcttaatcca
tttgaagcaaactactgggttcccattaattacagtgttgcagcatcaactgcttatgat
tgccatttgtatgaacagagtctacttttcttgacaatacataatacaaaaacagatgaa
ttggacatcacccttttatcggacattctttcccaactgccttgtccggatgcttattac
ggaataaaacgcgaaactagcttcaaaaatattttgctcaaggcggtgcatgaaaagcgg
agcccattagccatttcgtacctcgatgctgcaaatatgtatcgaagcaatgaagatgag
gggactaagatgatgttttcaaatactcttaataacgctggattctttagcttgaatgaa
ttttacatcgattcactcaaagccaatgatgctattgatgaatgcagcaacgaagtgtat
gcttctgcttggcggatgcaaaaatgggatatccctccactttctttggacaataagact
actaaggattgtttggtttttgaggtattacatgcagtgcataactacgctatttacggt
aattatttgcacctcgaagaatacattaacaaaaaattattactaattaatcccaacgag
gaacccgatagtctactattttatgctttggcttatgatttgaagtttttaatacgatgc
aatcagtctcagtttaattgtgatatccttcaattgcttaaggagaataagcaaatgtca
tcacagttacatgaatgttttcagttattacttgaaattagaaacgtcctactttccttg
ctacagtcacacaaacaactggacttgtctgacgatctagcctcatttcgcaagtactat
atcttggaactcttaaagattagcgagtcttttttaatagttgacaaccttcaaaatgca
ttttccgtggctatgttaagtgatgctctttatcgaaagtttgatttggcagatgaaaac
cttaagcacgatatagattttctttcatctaaaatcttatggcaacgtgatgaaaagatt
gatgccattggcatgctctccgaatcactttcaaaaacaaattcgtccatttttccatct
attagctatgcatatcttggaaactggttgtatacaacaaaatccgaaaagactgaatta
gtctcaaaaaattattttgagaaatccctttcccatatgtcacacttgaacgccaaagaa
aaagctaaaatttattgtatgtttgctcaattttgcgacaataattattctagcccggat
ctgactgaagatttcaagcgtatggaaaagctttattttgagaaaaagaatgatatccaa
cagttagagcgttccattgtaaatgcttctaatatgaaggaagaaaaaatgctaaaaaac
catcattctagggaaatgtcttcatttatcattgatgaacgcgaatatttaagaatgtca
acttttaggagtaaaatgctcactcaaagtataactcattatttgaaatgtttaagtgaa
agtgacgaaaacgatgttttgatatctagatgctgtactatgtggctttcaaattcacat
ttagatgaactgaacaattccttacagcactatttacaaaacttgccttgtaaaaagttt
atacctgtcttttatcaattggcagctcgtttgatgaacgagaactcgaaatttcaacaa
tcgttgacatctatatgctacaacgttggacgtaatcatccttatcactctttgcatgtt
ttgttttcgcttgtgtccaatgttccagaaattgaaaatctcgatgctggatcacggtat
agagcagttaaaaaaatccttgatctgttaaaagttaatcaaggattatccaatttagtc
accaaacttttgtgctcctttgaaaactatgtaagtttagcagagtggaatcccaggagc
aaagttgacagtacatcttttagtcgatttcctggatataaatggtttctaaaagatgca
gcaaactatggattacctcctataacaatgaacgtaaaggtaaatgatacaggtgattat
tcaaacatccctaccgtttcttcattcgatgataccattcattttgcctcagggattaat
gcgccaaaagttattacatgtttgggctcaaatggtcacacatataaacagttggttaaa
ggggggaatgatgatcttcgtcaagatgctgttatggaacaggtgtttgagcaagtaaac
ggatttctcaggagctatcgaaaaaccagtcaaagaaatctgtcaatgcgtacttataag
gtgattccattagcattaaagacaggtgtcatagagtgggttcaagataccattcccttg
ggtgagtatctggattcggctcacaaggtttaccatcctaaggaatggtctttgagtact
tgtcgaaaattaatagctgagaaacaaatggaggatttggaaactagattgaaagtttac
gatttagtttgtagacattatcgtcctgtctttcgccattttttcctcgagagttacgct
gatccagtgcaatggtttacaacgcaaacaaattacgcacgaagcactgctgttgcttct
gtcctgggacatgttttgggacttggagatagacatgggcaaaatattttaatagacaaa
acgagtggagaagtgattcacattgatctaggaattgctttcgaacaaggtaaaaaacta
cccgttcctgaatgtgttccctttcgacttacaagagacgttgtagatggtatgggaatt
accggggttgaaggggtatttcgaagatgcatggagtttacattagaaacacttcgacgg
gaagaggattcactactgtctgtcctggaagttttaagatatgatccattattttcttgg
cttatttcacctttgagaaggatgaaaaaacaaaagatgcaacttgaaaactttaatcaa
ccagagagcgggaatattacaacggatgcttctagagaccccaagatacaaaggaataat
gtatcgggagaatcggaagccgaaagagctatacttaaagtaagacagaaattatcaagt
actctttcagtagaagcttctgtgggagaattgattcgaattgctcaagatccctcatat
ctcgcacttatgttttgtggatggtctgcctttcaatga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (139)   
   KEGG ORTHOLOGY (1)   
   RefGene (131)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (155)   

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