KEGG   Cryptococcus neoformans var. neoformans B-3501A: CNBF2640
Entry
CNBF2640          CDS       T01040                                 
Name
(RefSeq) hypothetical protein
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
cnb  Cryptococcus neoformans var. neoformans B-3501A
Pathway
cnb03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:cnb00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    CNBF2640
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cnb01001]
    CNBF2640
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:cnb03032]
    CNBF2640
   03036 Chromosome and associated proteins [BR:cnb03036]
    CNBF2640
   03400 DNA repair and recombination proteins [BR:cnb03400]
    CNBF2640
Enzymes [BR:cnb01000]
 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
     CNBF2640
Protein kinases [BR:cnb01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   CNBF2640
DNA replication proteins [BR:cnb03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    CNBF2640
Chromosome and associated proteins [BR:cnb03036]
 Eukaryotic type
  Meiosis-specific proteins
   DSB formation-related proteins
    CNBF2640
DNA repair and recombination proteins [BR:cnb03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    CNBF2640
SSDB
Motif
Pfam: PI3_PI4_kinase TAN FAT FATC IBN_N
Other DBs
NCBI-GeneID: 4936816
NCBI-ProteinID: XP_774835
UniProt: P0CP61
Position
6:complement(798306..807932)
AA seq 2968 aa
MDSVSGLHAALSLCASDSAKDRARAHALLPPIFANAQNLRVFQAAAATHGGAPWLALFHC
LFRAVALEKRAVLRGSSNAQAAARLAHAIRIVRLVAEQAVHLIARKPLIALVAHMRHQLV
LPPRIFAPALLDYSKALSTLLVYPPHVESLDRHTWLALMSMCFAAILGDDHVSDDQMDDA
DMLGVAAELERLDAENVPPHRPPVTLNTSSLVQIIPALLCSTVSPIVPPTMKSGDTLTAG
QKVGLGIVLKIRRFFTMYPHVTIYHLHLLTALNTVLSDMELNCRDLFLLGSVKIFPHLVT
LWAAPERDRDRRIPEQIAIAIHRILPHLAHSAELQRAQDVTENVERLMEMLAKESTMSRG
IEPLDLGTFPSTATPSRQSTPSKRRKLENPLASLISAVGMGRPESRLIALQTLVFVIDRH
WSKLAKDIQSDIRRTLVSLLTDDNETLQSWAYIALSTIILSSYTAGANENNDDDQSHNGQ
SQDDWKQVWSFALRKCHLPGSSRSASHAAAVLLQFDKVDSPSTIRGIQTMLTTIAVQGPP
TAHDSVCALYSIALEAARSDIQLYSLNLEEQVLSWLEKTFAREKFERDKMDQRLDQATPG
DILRLFSAVSRIQYHVPLAEPVTKEFLPDSAVVSYALERAKTQPIRDFLLYHTCPTPPPP
PPPLDDSHTTPLLAASENHSTFLGGRPRRLSELLLSILNATTAQWETKPVISSGERPRRC
VDLVALGLAFQGLLQLDGYIPHAACINAAIRLLHLLKPSLTSSDLSIPSLDLVWRGLRCL
ADVPLVKEEEEEEEEEDWPILVKPDVQSGIRQDLLPPTMYDTPPQEEEAESSDPPKRFTQ
YPPTFPSTLLPTPTAITPSSLSTFQSQSNSASLVHAIWRLPDVSAALQGLFSVCLQVITR
SSSSTSSGQPTQLSHDDDDDGEDDDDDFAVASGETTSAPLPEKAAELRASTSLLRSAVAF
RLQGVMLVSAGAAGGAQSKAYKDTQLVNSFLQADGLRAVEIGWAICEAMQKGWLRLGIDA
VDLVVASLGNMLNSYGYARDERLLQLCLEFLKCSAPVWMGNDHSNDDDLKDEAMRLVCYI
ATKITAGSITSWRVRLAMLRFIEAFLHYDSASKLWADCMVQEEAEEEEQDVSMEDENHLF
HYIAQSLSDPDMRVRARAATTAASALYRPSIHPSEHPIIYDQVSNSQAGDPTFAEHYLSY
VLWKLNCCIASAKQRQTVIFDLYEAAIGGTEYSDHLQAGLNAVARRLGLPSITALYLPYA
PTTTISHDTSRSSAIAFVLNTTHRLFGLSNRSAFFTACLEHAGAYMLYCGKIGLFTSACD
AAGVLPEDLALQLSVAAAAMAMVLPLSNDKATNVSMNKCKAEALALLSSFPGISGPDAAE
KFLHSYANGVAAHLWELMDLESSVDEIVAWFDKTEKESAAGIAFAQMMAHDNAKTGRVKA
INPAASFQSIHNVCRFLEKNYSSISLHAFTFAAILRLTSLINNAFLVSEQRRYLRALAML
LSVHQGTLQRPLIWEAFLTETITLLLQPDICRTVLSMVMWAFDWLESLSSTPSKLVNIFC
QLGEIRIELGGSGTPGSQPNQMGDALEDWIVKMSPKWFKSQISQEAFERAVALWPDSLRS
RLSVHASPLSLRDLDDLSQNDAVHNAGQLCKHFLHLADADHGQDVVSVFVDSTFWSLKDK
ISSVWDKEGINAFQDLLYLCNGEVRAPSLNFYGQDTFSKALNATTGEHKKTEAMNALYHA
MCKTMVQLLHDRRPQIRSAAYRCLQRMKPILTGKDLKELPADVSDVVPILVPIPIGSVRQ
SQAMKLDGVINNATWNKKAEHFATWSLELSRLLCKTASQHDKFFLSFEPLLSTPLLPLHH
FLGHFVHAALVCSRSMSSERSKAISEHFETVLQNPFASIEAVRSIVNIVLQLRRYEHPFT
SGMLGYNAWLSVNFVDLSKAAVKCGLYVSALLFLELANDQGESLDLAEPRVRQIMYDIYS
NVEDPDGFYGIHNKDIRDSLRRRLEHEGLSWQALGWAGAVYNVDGNDSRSAIPVLHHLHD
IGLSRLASVVATETRTSGSVPLDDPFFADLSWRTGDWNLPIGRESSATSSGLLYSALSAV
HRSKSYESASKIVDKAVRAEMTRLGGLQKEMLTSIQSTVTNLLCLRELNRWLDPQLQQGM
QEAIDRGTLRDLQDINDKFEFASAERIIATRLSVFDSVKQRESQDMIGDALTPKMELVTK
AESTCHIKLSRLALKSNNLQAAINSLTALQKLQTDVGVIDEAQDVFCEVLWKQGEHTLAI
QLLEDLLLREKEKKSKGQRIPALEGRLAHWASEARLKAANEIFGMFSNVTKSIKRSTADV
SEHAEIFYQFACFADKQYVSQSSSADVKQLKEYSKLRASQALRLSARQSRARESDQKDSA
VREAERDEEKLKKFEMQQKQYLNAALQFYAEAVSMSDNFNDCITRLVTLWLENDENEESN
VTFSRAAHKVPSYKFIFLGPQLAARLHRPESPTIFNSTLNGLMFRMSQDHPYHTLYHVIP
LLWEHKQPQSTNSSMLGRKSAADDIMRRLASSASNRLAVGAAKSMKRFVAIAMEWTSFFE
KDKRLEYKLPSDSPLRKAPRDIPVATSTPSIDVTCQYKDIATFDHFSEWYTRAGGLSRPK
VMTCFDSNGQKYTQLFKKDDGFRQDAVMEQIFVLVNDLLNRNRQTRSRKLRYRTYGVLAL
PEATGVIEFVVGTKPLIKYLPPAHEKYHPKDITSHDFLKAMQEVQSVKNNDEKIIQVWTK
LKKRFRPVMRHLFTEKYRDPMAWFSMRLTYARSLAVTSIVGWVLEIGDRHCSNILMDECT
GELVHIDFGIAFGAGRILPIPELVPFRLTDDLVDALGVTGVNGTFRQCSQLVLQTLIDSS
DVILTILEVFKQDPLHTWMVDDKMKKAQDGNHKMYPERGQEKADRIMRETRENLSKELSV
QYRVNQLIQEARDVNNLATIFRGWHSWL
NT seq 8907 nt   +upstreamnt  +downstreamnt
atggactcggtcagcggcctccacgccgcgctctcgctctgcgcctcggacagcgcaaag
gacagggcccgtgcacacgccctgctcccgcccatcttcgccaacgcgcaaaacctgcgc
gtgttccaggcggcggccgcaacgcacggcggcgccccgtggctcgccctcttccactgt
ctcttccgcgccgtcgccctcgagaaacgcgccgtcctccgcggcagctccaacgcccag
gccgccgcccgcctcgcccacgccatccgcatcgtcaggctcgtcgccgagcaggcagtc
catctcatcgcccgcaagccgctcatcgccctcgtcgcccacatgcgccaccagctcgtg
ctgccgccccgcatattcgcgcccgccctgctggactactccaaggcgctcagcacgctg
ctcgtctacccgccgcacgtggaaagcctcgaccggcacacctggctcgccctcatgtcc
atgtgtttcgcggccatactgggcgacgaccacgtgtccgacgaccagatggacgatgcg
gatatgctgggtgtcgcagccgagctggaacggctggacgcggaaaacgtgccgccgcac
agaccgccggtcacgctgaacacgtccagcctggtacagatcatccccgctcttctgtgc
agcaccgtgtcgcccatcgtcccgcccaccatgaagagcggcgacacgctgaccgcaggc
cagaaagtcgggctcggcatcgtcctcaaaatccgccggttcttcaccatgtacccacac
gtcaccatctaccacctccatctcttgaccgcactcaacaccgtcctctccgacatggaa
ctcaactgccgcgacttgttcttgctcggcagcgtcaagatctttccgcacctcgtcacc
ctctgggcagcgcccgagcgcgatcgcgatagacggatacctgaacaaatagcaatcgcg
atccatagaattctgcctcatcttgcgcacagcgccgagctccagcgagcacaagacgtc
acggaaaacgtcgagcgactgatggagatgcttgcgaaagaatcgaccatgtcgcgagga
attgagcccctcgatttgggcacctttccaagcacggcaacacccagtcgtcaaagcacc
ccgtccaaaagacgtaaactcgaaaacccgctcgcttcgctcatctctgccgtcggcatg
ggaagaccagaatctcggcttatagcactccaaacacttgtctttgtcatcgacaggcat
tggtcaaaactcgccaaggacattcagtctgatatccgccggaccttggtatcgcttcta
acagacgacaatgagaccctgcagtcctgggcttatattgctctctcgacaatcatcctg
tcgtcctataccgccggcgcaaacgaaaacaacgacgacgaccagagccacaacggccag
agccaagatgattggaagcaagtatggagttttgctctgcgcaaatgccatttacccggt
tcatctcgttccgcatcgcacgccgcagccgtcctactgcagtttgacaaggtggactcg
ccatcaacgatcaggggaatacaaactatgctaacaactatcgccgtccaaggtcctccc
accgcacacgattccgtatgtgcactgtactcgatcgcactcgaagccgccagatcggat
atccagctgtattcgctcaacctcgaagagcaggtactgtcatggctggaaaagacgttt
gctagagaaaaattcgagagggacaagatggatcagaggctcgatcaagccacgcccggg
gatatactgagactcttttcggccgtctccaggatccagtatcatgtcccgctggcagag
cccgtcacgaaagagtttctacccgattcggccgtcgttagctatgcgctggaacgagcg
aaaacacaacccatccgtgattttctgctctaccatacttgtcccacaccacccccgcca
ccaccgccattagacgattcgcatacaactcccctcctcgcggcctctgagaaccattcg
acattcctcggcggtcgaccacgccgcctctcagagcttttgctcagcatactaaacgcg
acgaccgcgcagtgggaaaccaagccggtcatcagctccggtgaacgtcctcgacgatgt
gtcgatctcgtagccctcggtcttgcctttcaaggtctactccagctggatgggtatatc
ccccacgcggcttgtatcaatgccgcaatccgccttttacacctcttgaaaccgtcgctg
acctcgtcggatctctctataccctcgttagacctcgtgtggcgaggtctgagatgtctt
gcggatgtcccgcttgtaaaagaagaagaagaagaagaagaagaggaagactggccgatc
cttgtgaagcctgatgttcagtcggggatacgccaggatcttttaccgcccaccatgtac
gatacgccaccgcaggaagaagaagccgagtctagcgatccacccaagcgattcacgcag
tatcctcccacgttcccatcaacgctgttgcccacgcccacggccatcacgccatcgtct
ctctctacgtttcaatcacagtcaaattccgcgtctttggtacacgccatttggaggctg
cccgacgtctcggccgctcttcaaggactgttttccgtttgcctgcaagtcatcacccgc
tcgtcttcatcaacgtctagtggtcagccaacacagttgtcgcatgatgatgacgacgat
ggggaagacgacgatgacgattttgcggttgcaagcggcgaaaccacgagcgcacctctg
cctgaaaaagctgccgaactgagagcctctacatctctgctgcgttccgctgtggctttc
cgtcttcaaggcgtgatgcttgtcagcgccggtgccgccggcggcgctcagtcaaaagcg
tacaaagacacgcaactagtcaattcgtttttgcaagcggacggattacgggctgtagag
atcggatgggcgatatgcgaagccatgcaaaaaggatggctgcggctagggatcgatgcc
gtcgaccttgtggttgcctctttgggtaacatgctcaacagttatggctatgcgcgagat
gaacgtcttttgcagctatgcctcgaattcctgaaatgttccgcaccagtatggatgggg
aatgatcatagcaacgacgatgatctaaaggacgaagccatgcgtctcgtctgttatatc
gctaccaagatcaccgcgggatccatcacttcctggagagtcagactggccatgctgcgt
tttatcgaagcgttcttgcactacgactcggcgtcaaaattgtgggcggattgtatggtg
caggaagaggcagaggaggaggagcaagatgtgagcatggaagatgaaaaccatctgttt
cactacattgcccagtctttgagcgatccggatatgcgagttcgagcgcgggcggctacc
acggctgccagcgccctctatcgaccctccatccatccttccgaacacccaatcatctac
gatcaagtttcaaactcacaggctggtgatcctacattcgccgagcactacctctcatac
gtactgtggaaactcaattgctgcatcgcttctgccaaacaacgccaaacggtcattttc
gatttgtacgaagcggcaataggtggtaccgagtatagtgatcatcttcaggcgggcctc
aatgccgtagcgcgcagactcggtcttccttcaataacggcactctatctcccgtatgcg
cctacaaccaccatcagtcatgatacttcacggtcgtcagccatcgcgtttgtgttgaat
accactcaccgattgtttgggctttccaaccgctccgccttctttaccgcctgtttggaa
cacgctggagcttacatgctctattgtggtaaaattgggcttttcacttccgcctgtgac
gcagctggcgttttgcccgaagaccttgcgcttcaactttctgttgccgctgcagccatg
gccatggtactgcctttatcgaatgataaagcaacgaacgtcagcatgaacaagtgtaaa
gccgaggcgttggcgctcctcagtagcttccccggcatatcaggccctgacgccgccgaa
aagtttctccatagctatgctaacggagtggcagctcatttatgggagttgatggatcta
gagtcgtcagtcgatgaaatcgtcgcttggtttgacaagacggagaaagagtccgctgcc
gggatcgcgttcgcccagatgatggcgcacgacaatgcaaagacgggaagagtcaaagct
atcaacccggccgcatcttttcaaagcattcacaacgtctgcaggtttctagaaaagaac
tatagcagtatctctctccatgcgttcacctttgctgctatcctacgcctcacatccctc
atcaacaatgcctttctcgtcagtgagcaaaggcgttacttgcgagctttggcaatgctc
ctttcagttcatcaagggacgcttcagcgtccacttatctgggaggcatttcttaccgag
accataacccttttactccagccggacatctgtcgtacggtactgtccatggtgatgtgg
gcttttgactggcttgagtcactatcctcgacgccttcaaaattggtcaacatattttgc
cagcttggcgaaattcgcattgaactcggcgggtctggtacgccgggcagtcagcctaac
cagatgggtgatgcactcgaggattggatcgttaaaatgagtccgaaatggttcaagtcg
caaatcagccaagaggcttttgaacgagctgtcgctctatggcctgatagcctaagaagc
cgtctatccgtacacgcatcccctctgtctttaagagatctggatgacttgagtcagaat
gacgcagtgcacaatgctggccagctttgcaagcatttccttcatctcgctgacgcagac
cacgggcaagacgtcgtatcagtctttgttgactcgactttttggtctttaaaggataaa
ataagtagtgtctgggataaggaaggcataaatgcctttcaagatctcctctacctctgc
aacggtgaggtgagggcgccttccctgaacttttacggtcaggacactttctctaaagcc
ctcaatgctacgactggggaacacaaaaaaacagaagcaatgaacgcactctatcatgca
atgtgcaaaaccatggtgcagcttttgcatgatcgtcgtccgcagatcaggtccgccgcg
taccgctgcctgcaaagaatgaagccaatccttactggaaaggacctgaaagagctcccc
gcggatgtctctgacgtcgtaccgattctcgttcccatcccgatcggctctgttagacaa
agtcaggccatgaagcttgatggtgtcataaacaatgcgacttggaacaagaaggcagaa
cacttcgccacttggtcccttgaactttcgagactcctatgcaaaaccgcatcacaacat
gacaagttctttttgtctttcgaacctctgctgtcaacaccactccttcctcttcaccac
ttcctggggcattttgtacacgcagctctcgtctgcagtcgttccatgtcttccgagcgc
tcgaaagccatctcagaacattttgaaactgtattacaaaacccttttgcctctatagag
gctgtacggtcaatagtcaacatcgtccttcagcttcgaagatatgaacatccattcacg
tcaggaatgctaggttataacgcttggctctctgtaaactttgtcgatctaagcaaagcc
gcagtcaaatgcggtttgtatgtttcggcattactgttccttgagcttgcgaatgaccaa
ggggaatcattagatcttgcagaacccagagtacggcagataatgtacgacatttacagt
aatgtggaagatcccgacggcttctacggcatacataacaaggacatccgagattcccta
cgacgccgacttgagcacgagggtttgtcctggcaagcgcttggatgggcaggagcagtc
tacaatgttgatgggaatgattctagatcggctattccagtccttcatcaccttcacgac
atcggtctatctcgtcttgcatccgtcgtggctactgaaactagaacgagcgggtctgtt
cctctggatgatcctttttttgccgacttgagctggcgtacaggcgactggaatcttcct
atcggtagggaatctagcgcaacatcttctggattactgtactcggctttgagtgctgtt
caccgtagtaaaagctacgagtcagcctccaagatcgttgataaggcggtacgcgcagaa
atgacgcgtttgggtggccttcagaaggaaatgctgacatctattcaatcgacggtaaca
aatttattatgtctccgagagttgaatcgctggttggaccctcaactgcaacaaggcatg
caagaagcaatcgataggggtacccttcgcgatctacaagatattaatgataaatttgag
tttgcaagtgccgaaagaataattgctactcgtctttcagtgtttgattcagtcaagcaa
cgcgagagtcaagatatgatcggcgatgcccttactcccaaaatggaactcgtgactaaa
gcagaaagcacgtgtcatatcaagctcagcaggctagctctcaagtcgaacaatctccaa
gctgctatcaattcactgacagctttacaaaaactgcaaaccgatgttggagtgatagat
gaggcgcaggacgttttttgcgaagtgttgtggaaacaaggggagcatacactagctatc
cagttgttggaggatcttctcctgcgggagaaagagaagaaatccaaaggacagagaatc
cctgctcttgaaggacgtttggctcattgggcgtcggaagctcggctcaaagcagccaac
gaaatcttcggaatgttttcaaatgtcaccaagtctatcaagagatcgacagcggatgta
tcagagcacgcagaaatcttttaccagttcgcctgctttgcagataagcaatatgttagc
caatcatcttcggccgacgtcaaacaacttaaagagtacagcaaacttcgtgcttctcag
gctttgcgactttcagcaagacaatctcgagctcgtgaaagtgaccaaaaagattcagcc
gttcgcgaagctgaacgcgatgaagaaaaactgaagaagtttgagatgcagcaaaagcaa
taccttaacgctgctttacagttctacgcggaggctgttagcatgagcgataacttcaac
gactgcatcacccgattagttactctgtggctcgagaacgacgaaaatgaagaaagtaat
gtgaccttttctcgcgccgctcacaaagtgccgtcatacaaattcattttccttggtcct
cagctcgctgctcgtcttcaccgcccagaatcccccaccatctttaattccactctcaat
gggcttatgttccgaatgagtcaggatcacccttatcataccctttatcatgtcataccg
ctgctttgggaacataagcagccacagtcaacaaactcctcaatgcttgggcgcaagagt
gcggctgatgacattatgaggagattggcaagttcagcgtcaaatcggctggctgttggt
gcagcaaaatctatgaaaaggtttgtagcaattgcgatggaatggacttctttcttcgag
aaagataagcgtttggagtacaagcttccaagtgacagtccacttagaaaggctccccga
gatatacctgttgccactagcaccccatcgatagacgttacttgtcaatacaaagatatc
gccaccttcgaccacttctccgagtggtatacaagggctggcgggctatccaggcccaaa
gtcatgacatgttttgattccaacggacaaaaatatactcaactgtttaagaaagacgac
ggattccggcaggatgcagtaatggagcaaattttcgttcttgtcaacgatctcctgaat
cgaaatcgtcaaactcgttccaggaaacttcgatacagaacatatggagtattggccctc
ccagaagctactggcgtaattgagtttgtcgtgggcacgaaacctctgatcaagtactta
ccaccagcccatgagaaatatcatcccaaggacatcacttcccatgattttttaaaggcg
atgcaggaagtgcagtcggtaaaaaacaacgacgaaaagattattcaagtgtggacaaaa
ctgaagaaacgcttccgccctgtcatgcggcacttatttactgagaaatatcgtgatcca
atggcttggttttcgatgagactgacttatgctcggagccttgctgtgacaagtattgtt
ggttgggttctggaaataggtgacaggcactgttccaatatcctcatggacgagtgtaca
ggggagctcgttcacattgattttggcattgctttcggggcaggacgtatactcccaatc
cctgagcttgtaccttttcgtctcacagatgacttagtcgatgctttaggtgtcactggg
gtgaatggtacattccgacaatgttcgcaacttgtactccagaccctcatcgactcctca
gatgtcatacttaccatcctggaagtattcaaacaagatccacttcatacgtggatggtg
gatgacaaaatgaagaaagcacaagatggcaatcacaaaatgtatccagagcgtggacaa
gaaaaggccgacaggatcatgagggaaacaagagaaaatctttcgaaggagctgtcagta
caataccgggtcaatcagctcatccaagaagctcgggacgtaaacaatttagcgactatc
ttccggggatggcactcttggttgtaa

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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 (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (22)   

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