KEGG   Pestalotiopsis fici: PFICI_02339
Entry
PFICI_02339       CDS       T04924                                 
Name
(RefSeq) hypothetical protein
  KO
K06640  serine/threonine-protein kinase ATR [EC:2.7.11.1]
Organism
pfy  Pestalotiopsis fici
Brite
KEGG Orthology (KO) [BR:pfy00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pfy01001]
    PFICI_02339
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:pfy03400]
    PFICI_02339
Enzymes [BR:pfy01000]
 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
     PFICI_02339
Protein kinases [BR:pfy01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   PFICI_02339
DNA repair and recombination proteins [BR:pfy03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    PFICI_02339
SSDB
Motif
Pfam: PI3_PI4_kinase FAT UME FATC TPR_19
Other DBs
NCBI-GeneID: 19267352
NCBI-ProteinID: XP_007829111
UniProt: W3XE79
Position
Unknown
AA seq 2465 aa
MAPTSHGRSLAHDRDGLTNGSLIQVPPPSTLAAQLVENITAPPRSSRPDETAELKRCFGI
IEKVKNQPALLTTPAQRIEHNHMLIYVYVRVVLESLRWDDPFADVTHLSSEALRAINFLR
MTIKETPNVLLTTPEEQQFLFRGQSPLWLWILPKVLKVLGRDKCPDLTKAIKDLLQDVFL
VICHTGSLWPLLPPYLKYIQDCIKSTLDCLTDIRPLSSKHDVAISLRLPPDTVLASVSHD
DKLESLQQHCTFDVTSSSHGIRHAFSLLATLTQHMRSSQGLQNLMSPIDYTPWLVDTYFA
LHRLQSKWPSTRFNHLSSSLQAILGLAKTIQASVTSNPDSQHKFVSFLVYLIMELVDYSE
NLLRTEQDFTAEKELLCSSLLTLTGLANVSKPVANFVSLQLVHRLERLATEGELMSPETD
LWKCYELLRRASSGSLSATQTQAGAVTRFESSSLCRQFESLKILLPTTLFNFSDRVRNKR
RKVEATPKALVQILKVLYRILDTEYSDAHGDLATLVKTKFTDIGEKDQCTLLDLLGHACC
ATFDGFAIKSLLGKKGSSTFQCRTCSHNTMPQEKPSCCEPGARSSILAAFRAVVDMPDFN
VLRRPRVAAMTTLRRLVTHSPDSDFLDLETSTIGLWCMKSLSSSNRELRIASCRTLPAFL
NNWMSNSSNDGVVQQNRAFALQALSSISDQALPHLAETCIMAWSHVGRMVSDDQLNLVLV
KLVDYLSRENAIISAAAFDEILNLARSRTVSPRELFQPYWKNIAFSAVKDLDSQPKLTRL
LAELLEITVPDLLLMIQREALPWLVLKGKSGAIQQIADARAEKASWQPCLDKNNLGPIVA
LLLIQNVPDVEAHAMTLLRHISPHFEGFGLGDLILVEPVLICLELLKAAGEAEEERKPHI
RQALDLMVNLYYKANGDLKQKKSNTTGLFLLDQVLGLVSNLTEIFNIFPDSLSIMEERQR
SIRAMEELLRIGKKNIRMARPQISSCILSCMPDDKLRASAFSCWTAMILYLGADDVESLI
ETTFFIIGHYWTAFDETSHERARKLLEYMLEKHSILLEEMISKLPSFGHISALARVEKNL
NALRKPVDNRTAFNLLAERIGHENSGVVLQALRELTSYLQIQQGYLQASAVSEQPDSVVS
TLARALLDCSSKFATDGDEISRLCNQSLGLLGCLDPNRVETVRDERQITVEHNFTKATEV
NNFIMTLLEDVMVKSFLSATDGNFQGLVSYAMQELLNRIDMSAAIHMHQHPVRGDARQAE
ADDLYRLWTSMSEGAREVLVPFLSSRYKLQAITTANAEYPIFRPGRTYGSWMRIFTLDLL
RRPQSTFTEYIFEPICRVIKLKDLSIAEFMFPFLVLHVITGDESTDDVKKSILQELLNVL
QNEPPKEASYSEKEDKKLYYEAVFRVLDYAMRWLQIKRSRQNQTPQDDLWIKRVQTILNA
IPAELISQRAVDCKSFSRALFHLEQHIREVDQEKKTSSEDRERLLLRLQDIYAQIDEPDG
LEGISAHLHVLDINQQILSHRKAGRWTEAQTWYEVKLAEDPDNVDIQTELLTCLKESGQH
DVLLNYVEGIEKHTAVNTISQIVPYAVEASWATGRWETMRKFIAKYQGDSTENFNVSVAQ
ALSHLEKGSTQAFIEQMTMMRDRVSSSMTSTATSSLHACHDALLKCHVLTDLELIAGVNN
DGSQHPQEVIKTLDRRLEVLGSYVNDKQYILCIRRAAMELSRSRFSSLDISSMWLTSARL
ARKSNSLHQSFNAVLHASQLGDNNSTIENARILWKQGHNRQAIQTLQSAINSSVFSSKSF
ATDGDSSERNPESQQNMTIARAQLLLAKWLDSAGQTHASALRQRYQNVPKNYSQWEKGHY
YLGRHYKKVLESEKALSPDMQSDEYLSGETVRLVIENYIRSLNYGTKYLYQTLPRILTLW
LEFGAQLEKAPEGKVSFSRELHHRRKTQLDSLHVYLLKYLQRLPAYIFYTALPQMVARIA
HPNEHVFKVLEQFILKVIEAHPRQALWSLFAIMTSRQSGTERRLRGQQILTKLRGISKPV
DGGTGDLKSLLRKGEKLANQLLLACNNGDFQSNRTTHASITRDLNFNHNCCPCPLVVPVE
ACLTATLPTLTDNVKKHKAFSRDVITIDSFLDDVLVLGSLAKPRRLTARGSDGKLYMLLI
KPKDDLRTDQRLMEFNSMINRSLKRDAESSRRQLYIKTYAVTPLNEECGIIEWIDGLKTL
RDILLNIYRSRGIVPNYNSLAQMMKDATMSDKNTKIFTDSVLGMFPPVLPFWFISQFPNS
SAWFAARLRYTRSCAVMSMVGTILGLGDRHGENVLLEEGNGGVFHVDFNCLFDKGLTFAQ
PERVPFRLTHNMVAAMGAHGYEGPFRKCSELTLSILRQQEETLMTILEAFIYDPTLDLQK
DKKRKHEIVKMNPPAVVENIKRKVRGLLPNESIPLSVEGQVEELVKQAVHPRNLAAMYIG
WCPFL
NT seq 7398 nt   +upstreamnt  +downstreamnt
atggcaccaacttctcatggaagaagcctggcccatgatcgggacggcctcaccaatggc
tcgctcatccaagtacctccaccatcaacccttgcagcgcagctagtcgagaacataacg
gcaccaccgagatcatcgcggcccgatgagactgcagagctcaagagatgcttcggaatt
atcgagaaggtcaagaatcagcctgctctgctcacaacacctgcgcaacgtattgaacat
aatcatatgctcatctacgtttatgtccgagtggtcctcgaaagcctacgttgggatgac
ccgtttgccgacgtaacccacttgagctctgaggctttgagagccatcaacttcttgcgc
atgacaatcaaagaaacaccaaatgtgcttctcaccactccagaagagcaacaatttctt
tttcgtgggcaatcgccactctggctatggattttgcccaaagtgctgaaggtcttgggt
cgtgacaagtgccctgatttgaccaaagccattaaagatctgctacaagatgtcttcttg
gtcatttgccatactggctcgctatggccgcttcttcctccatatctaaaatacatacaa
gactgtatcaagtctactctggattgcctcacagatattcgtcccttgtcgtcgaaacat
gacgttgccatcagtctacggctaccacccgacaccgttcttgcatcagtgtcccatgat
gataagctggagtcccttcaacaacactgtaccttcgatgtcacttcgtcgtcccatggc
atcaggcatgctttcagcctacttgcaactttgacacagcatatgagatcgagccaagga
ttacaaaatctgatgtctcctatagactataccccttggctcgtggacacatactttgcg
cttcaccgacttcaaagcaaatggcctagtacacgattcaatcatttatcttcttcattg
caagccatccttggtttggcgaagacaattcaagcatcagtgacgagtaatccagattca
caacataaatttgtctcctttctcgtctatctaatcatggaattggtggattattctgaa
aatttgctccggaccgagcaagatttcactgccgaaaaagagctactttgttcatcgctt
cttactctgacagggctagccaacgtcagcaaaccagttgccaattttgtctctttgcaa
ctggtacataggcttgaaagactggcaactgagggtgaactgatgtcccctgagaccgac
ttatggaaatgttacgaattgctgcgacgtgcctcctctggatcgctatcggcaacccag
acccaagctggagctgttacacgtttcgagagtagcagcttgtgccgtcagtttgaaagc
ctcaagatcctgctacccactacccttttcaacttttcggatcgtgttcgaaacaagcgt
agaaaggtcgaagcgacaccgaaagccttggttcagattcttaaggttctctatcggatc
ctagacacggagtacagcgatgctcatggtgaccttgctacactcgtcaagacaaagttc
accgacattggtgagaaagatcaatgtacactgcttgatcttttgggtcacgcttgctgt
gcaacattcgacggttttgcgatcaaatccctgcttggtaagaagggctcatccactttc
caatgtcgcacttgtagtcacaacacaatgccacaagaaaagccgagctgctgcgaacct
ggtgcgcgatccagcattcttgcagcgttcagggccgtagtagatatgccagacttcaac
gtattgcgtcgacctcgagttgctgctatgacaaccttgagacgtcttgtgacgcattca
ccagattctgactttttggacctggaaacatcgaccattggactttggtgcatgaaatct
ctttcgagttcgaatcgagagctccgcatcgcttcatgccgaacattgccagccttttta
aacaactggatgagcaatagttccaatgatggtgtagtacaacaaaatcgtgcatttgca
cttcaagctctgagctccatctcagaccaggcgttgcctcatcttgctgaaacatgcatc
atggcatggtctcatgttggacgtatggttagcgatgatcaactcaatctcgttctcgtc
aaattggtcgactatctgagtcgtgagaatgcaatcatatctgcggcagcttttgatgag
attctcaacttggctcgatctcgcacagtctccccacgagagctatttcaaccctactgg
aagaacatcgctttttcagcagtcaaggatttggactcgcaaccaaagttgacacgctta
cttgccgaactgctcgaaatcaccgtgccagacttgctattgatgatacagagagaggca
ctcccttggctggtactcaagggaaaatcaggggccatccaacagattgcagacgctcgc
gccgaaaaagcgtcatggcagccatgcttggacaagaacaatcttgggcctattgtcgcc
cttctcctaatccagaatgtgcctgacgtggaagcgcatgcaatgaccctcctacggcat
atttcacctcactttgaaggattcggtctaggcgatttgatccttgtagagccagtacta
atatgccttgaacttttgaaagcagctggcgaggcagaggaggagcgaaaacctcatatt
cgccaggcactcgatttgatggtcaatctttattacaaggcgaatggggatcttaagcag
aagaaatccaacactactggtctatttcttctcgatcaggtgcttggtttggtttccaat
ctgactgaaatattcaacatattccccgattccctctccatcatggaggaacggcaacgt
tctatcagagccatggaggagcttcttcgcatcggaaagaagaatattcgaatggcccgt
ccgcaaatctcttcatgcatattgtcatgtatgccagatgacaaattacgtgcgtctgca
ttttcttgctggacagccatgatcctctatcttggcgccgatgatgtcgaaagtctgatc
gaaaccaccttcttcatcatcggtcactactggaccgcgtttgacgagacgagtcacgaa
cgggctagaaagctactggagtatatgcttgagaagcactctatactattggaagagatg
atcagcaagcttccttcctttggccatatcagcgccttggctcgggtagaaaagaatcta
aacgcgctgcggaaacccgttgataacagaacggctttcaatctactcgccgaaaggatt
gggcatgaaaactctggagtagttctgcaagccttgagagagcttacttcatatttgcag
atacaacagggatatctccaagcctcagctgtgagtgaacaacccgactctgttgtatcg
acattggcccgcgccctgcttgactgctcatcgaagtttgccacggatggggacgagatc
agtcggctgtgtaaccagagcctgggtcttcttggttgtcttgaccccaatcgtgtggaa
acagtgagggacgaacgtcagattactgttgaacacaactttaccaaggctaccgaggtc
aataacttcatcatgaccctcctggaagatgtgatggtcaagtcgttcctctcagccacc
gatggcaactttcagggtcttgtatcttatgcaatgcaagaattgttaaataggatcgat
atgtctgctgctattcatatgcatcaacatccagtccggggagatgcaaggcaagctgaa
gctgatgatctctaccgattgtggacttccatgtcagagggggcccgagaggtcttggtg
ccatttctaagctcaaggtacaagttacaagcaatcaccacggcaaatgcggaataccca
atcttccgccccggcaggacttatggctcctggatgcgcattttcactcttgacctgctt
cggaggccgcaaagcacgtttacggaatacatctttgagccaatctgtcgtgtcatcaaa
ctcaaagacctctcgatcgccgagttcatgtttccgttcctggtactccatgtcatcacg
ggcgatgaaagcaccgatgacgtgaaaaagagtattctgcaagagctgcttaacgtattg
caaaatgagcctccgaaagaggcctcatatagcgaaaaagaggacaaaaagctatactat
gaggccgtttttcgagtcctcgactatgccatgcggtggctccagatcaagcgaagccgg
caaaaccaaacaccccaggatgatctttggatcaaaagagtccaaacgattctcaatgcc
atcccggccgaattgatttctcagcgagctgttgattgtaaatccttttcacgagccttg
tttcatcttgaacaacatattcgcgaagtcgatcaagagaagaaaacaagtagtgaagac
cgggagcgccttttgttgcgtttacaggatatatacgctcagattgatgagcccgatggc
ctggagggcatttcagctcatctacatgtgcttgatattaaccagcagatattgagccac
cgtaaggctggacgatggaccgaggcacagacctggtatgaggtcaagctggctgaagac
cccgacaacgttgatatacagactgaacttctcacctgcctgaaagagtctggccaacac
gatgtattattgaactatgttgaaggtattgagaaacacactgcggtgaacacgatcagt
caaatagttccttacgccgtggaggcatcttgggccacgggcagatgggagaccatgcgc
aagttcatcgccaagtatcaaggtgactccacggagaactttaacgtgtccgtcgctcaa
gcgctcagtcatcttgagaaaggctcaacacaagcgttcatcgagcagatgacaatgatg
cgcgatagagtgagctcttcaatgacctccacggctacctcatccctccatgcttgccac
gatgctctactcaagtgtcatgtgctcacagaccttgagctcatcgccggtgtcaacaat
gatggtagccaacatccacaggaagtgataaaaacgcttgaccggcgcctggaggtgctt
ggctcatatgttaatgacaagcagtacattctatgcatcaggcgtgcagctatggaactg
tctcgatcacgattcagtagtctagacatttcctccatgtggttgaccagtgcgagactc
gctcgcaaatcgaattcgctgcaccagtctttcaatgctgtccttcacgcatcgcagctt
ggagataacaattcgacgatcgagaacgcacggatattgtggaaacaaggtcataacaga
caggccattcagacgctgcagagtgcaatcaatagcagcgtcttctcgagcaagagtttc
gcaacagatggggattcgtcggagagaaatcccgaatcgcaacaaaacatgaccatagcc
agggcgcagctactcctggcgaaatggttggacagtgctggccagacacatgcaagcgct
ctgcgccagcggtaccagaatgttcccaaaaactatagtcaatgggagaagggacactac
tacctcggaaggcactacaagaaagttctcgagtctgaaaaggcactgagtccagacatg
cagagcgatgagtatctatctggtgaaaccgtcaggctcgtcattgagaactacatccgg
tcgctcaactacggcacgaagtacctctaccagactctaccaaggatattgactctctgg
ctggagtttggagctcagttggaaaaggcgcccgagggcaaggtctccttctcacgagag
cttcatcatcgaagaaagacccaactagattcactccacgtgtacttgctcaagtatctg
caacgacttcctgcatatattttctatacagctcttccgcaaatggttgcgcgcattgcg
catccaaacgagcatgtcttcaaagttttggagcaattcatcctcaaagtcatcgaagcc
cacccccgacaggcgctgtggagcttgtttgcaatcatgacatcaaggcagtcgggaacc
gagcgccgattacgtggccagcagatattaacaaagctgcgcggaatatcgaagccagta
gatggaggtaccggtgatctcaagtcgttgctacgaaaaggcgaaaagttggcgaatcaa
ctcctgctggcatgcaataatggcgactttcaaagcaaccgaaccacacatgccagtatc
acccgagaccttaacttcaaccacaactgctgtccctgcccgctcgtcgttcctgtcgag
gcctgtctgacagcaaccctcccaacactgacagacaacgtcaagaaacacaaggcattt
tctcgcgatgtaatcacaattgacagtttcttggacgatgttcttgtcctgggatcactt
gcgaagccccgaagactgaccgcccgtggttcggacggaaagctctatatgctgctcatc
aagcccaaagacgacctcagaacagaccagcgtttgatggagttcaatagcatgatcaac
cgttcactcaaacgagatgcagaatccagccgtaggcaactgtatatcaagacatatgca
gtgacgccattgaacgaagagtgcggaatcattgaatggatcgacgggctcaagacactt
cgcgatattctcctcaacatctaccgatctcgcgggattgttcccaactacaactctctt
gcccagatgatgaaggatgcgaccatgagcgacaaaaacacaaaaatatttacggattca
gtattgggaatgttccctcccgtcctgccgttttggttcatttcgcaatttcccaactca
tcggcatggtttgcggcacgtttgagatatactcgttcatgtgcggtcatgtccatggta
ggaacaatccttggtttgggagatcgtcacggcgaaaatgtacttctcgaagaaggcaat
ggtggtgtctttcacgtcgacttcaattgtctgtttgacaagggcctcacgtttgcgcag
ccggaacgagttccgtttcgcctgacccacaacatggtggcggccatgggagcgcatggc
tacgagggaccttttagaaagtgctccgagctaacattgagcatcctccgccaacaagag
gagacattgatgaccattctcgaggcgttcatctacgaccccacgctcgatctgcaaaag
gacaagaaacgcaaacacgagatcgtcaaaatgaacccaccggccgtagtagagaatatc
aagaggaaggtgagaggtctgctgcctaacgaaagcatcccactcagtgtagagggccag
gttgaggagcttgtcaagcaggcggtacacccacggaaccttgcagccatgtatatcgga
tggtgtccatttttgtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (72)   

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