KEGG   Nakaseomyces glabratus: CAGL0H02783g
Entry
CAGL0H02783g      CDS       T01024                                 
Name
(RefSeq) uncharacterized protein
  KO
K06687  nucleolar protein involved in exit from mitosis
Organism
cgr  Nakaseomyces glabratus
Pathway
cgr04111  Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:cgr00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    CAGL0H02783g
SSDB
Motif
Pfam: Cytokin_check_N
Other DBs
NCBI-GeneID: 2888884
NCBI-ProteinID: XP_446915
UniProt: Q6FS79
Position
H:251169..256526
AA seq 1785 aa
MYKLQVLLVPPSIQNNNFSLNYNYGQANNSIADQSQQLPNKVNGTFNNTFNGQSQPDSSI
FPVLTRSNSSLLTPNYYAQRSMKKFLHFTKANNTLLDLSDEINDKCKAMYPSLEADLDIL
SLQDSNGCDLDPDFVVKDVFNVDNIVRVILNDELDISEITPVSSYRSIKRRRLNPESLAD
SKDQSDFGVESQSIKVVKKRGSTSNVIKGQSNINGRISTPLARQLYPPSAIFEPQNSDDE
EVADRSFLPPPIQPGSPPIRISSGIDTNVRKITSRIGEQDTVSRSATVDPDKSRQQRLLS
GTPVMSTMTPNRVTLTGQRVISEQRPNDSVLTFTNRHINEPSHSRRITSGMLQIPEPKIA
EMEKELLEGPSSPSTILPPIPDKIPMKKPFIETERYYSEDSSETESNSGEINAKSSLHRQ
TSIADNNGSPLRTNFLNEAVHLADLPELQKSEKASKPRKQVYGSITVNSSNLQPIPNNIN
NYVETNATKVRSTVNDFGISSSSDDETTSETHSKMSDEDYESSDSNKTIFEDDDDDDDDD
DEANSTVVHIPTKPVLTRKSNKKIFQRDELLRLMEGDRDGLPVSIKRELLKMYPDFPPQK
HDKKLGPESKLHPSHNAIPKSPGSDGDKQKNSAQIPHIEYSSEESSDSLSEIYVEEVDET
TKGQKKKPNRRNKNSEEPLSELHPLKETVIDIKQNGNRSVKENITESLDSNKEHGESVGK
NDFDVNNTEEMSRHQVNSNLHELPIKVHSTDSLSETNARNESGDNAYNYKTSKSADQNDD
LASTANNDIFKSLVDFRSLVAKIKKDKSENNPNGSAMRDNSQGSSNSPVLNSTSFPNVVN
NAAFGSTYTRKDTDKNVSLKDNSKLVSSAVNASASQNEQGPPIYPPETERSGKELIESKI
KGLPPSKLIQEKSSTFRTPHSKSAQTTSPIAEVVSGHEVAVKQIEDMQQFKPLDVRKSTS
TSLLKKIPAKDVPVTQVKNTPSTKAVQDKETVGPATQHKSTQLEANSVPKKVPAKDVPVT
QVKNTPSTKAVQDKETVSPATQHKSTQLEANSVPKKVPAKDVPVTQVKNTPSTKAVQDKE
TVSPATQHKSTQLEANSVPKKVPAKDVPVTQVKNTPSTKAVQDKETASPATEHKPSKRVD
RKVLDSTQKEISITQNNSVQSKKVVQDNTVDVASHKQQDPYVSARDTLYTKLTGGEQGDN
HLSTSKATAKVDLPTKKLPNASNGNVVISQSPSDINASQTSTKNKVTPSSVENQSGSSKN
PNIASKNKQDITTSEKDNSISSQFTSEVDKHVEGNDSKSGIHVRSFDNVKSAPSEKDLNS
NTAPPVNNSQKTNGRNGLDEQLEQRVETVTRLPSPVKNKIREQQNRVNGKSQQLEAVTSP
ETTAVIGRLDGNNSNVIGNQSKKQTGTKEETDKKIRVTHNNTKRDSATTADLGSMGLGSR
SKNEGLIDVSSNMDPISTSDNMNLNTKVAVGSSSPALVDTQMNRMNRNPDTDSVNSVSSQ
LVNKAGIVRGISGHNHDTATEESSTDDSSTDESSDESSSSEDESKDYRKTRRLIVDVPKG
PVIDKKITSSSIDQEHQNNSVQQNDNKIEGKKIEATTSGSNSTKKEPFVGVLQALPEKIR
PSLSSLSDLVSRGIPDVRESTIKGRSTAHQIVGGKGNSSNVSFSLGVSSSQQKSLGYKPT
VDKQASGVTKQIPVKPLSNSESSSESSTSESSSGSESDSDSDSDSNTSSDSDSDSSSDSD
SNDGKSKKKSKAVDSFISAKSASSALKKKKKSTGFASLIRDSKKR
NT seq 5358 nt   +upstreamnt  +downstreamnt
atgtataaactacaggtcttattggtacccccaagtatacaaaataataacttttcgtta
aactataattatgggcaagcaaataattcaatcgccgatcaatctcagcaattgccgaat
aaagtgaacggtacttttaataatacatttaatggtcagtcgcaacctgatagttcgatt
tttcctgtactgacaaggagtaacagttccttgcttacacctaactactatgcacagaga
agtatgaagaagttcttgcattttaccaaagcaaataatacgttgttagatctttctgat
gagataaatgataaatgcaaggcaatgtacccttctcttgaggccgatttggacatatta
agtctacaagatagtaacggttgtgatttagatcctgactttgtcgtcaaggatgtattt
aatgtggataacatagtaagagtaatattaaatgacgaacttgatatatcagagattact
cctgtctcgtcataccgttcgataaaaagaaggaggctgaatcccgaatctcttgcagat
agcaaagatcaatcagattttggggtggagtcacaatcaataaaggtggtaaagaaaaga
ggctcaacttcgaatgttattaaaggtcaatctaatattaatggtagaatttctacaccg
ctagctagacaattgtatccacctagcgcaattttcgaacctcagaattcggatgatgaa
gaagttgctgatcgttcttttcttcctcctcctatacagccaggctcccctccgattaga
attagttccggcatagatacgaatgtgagaaagataacatctagaattggagagcaagat
actgtatctagatcagccactgttgatccagataaatctagacaacagagacttctttca
ggaactccggtgatgtcaactatgacacccaatcgtgtaacattgacaggacaaagggtt
atatctgaacagagacccaatgattccgttctaactttcacaaacaggcatattaatgaa
ccaagtcattcaagaagaataacttcaggaatgctacaaattcctgaaccaaagattgca
gagatggagaaagagcttcttgaggggccctctagcccatctaccattttgcctcctatt
cctgataagattcccatgaaaaagccatttatagaaacggaaagatattattcagaggac
agttccgaaactgaaagtaactctggtgagatcaatgctaagtcctcattacaccgccag
acttcaattgctgataataatgggtccccgttaaggactaattttcttaatgaagctgtt
cacttagcagatttacctgagttgcagaagtctgagaaagctagcaaacccagaaaacag
gtttatggtagcattactgttaattcaagtaatttgcaaccgattcctaataacattaat
aattatgttgaaactaatgctacaaaggtgagatctactgtcaatgattttggtatctca
tcgtcttctgatgacgaaacaacgtcagaaactcattccaaaatgtctgatgaggattat
gaatcatctgatagtaacaaaaccatatttgaagatgatgatgatgatgatgatgatgat
gatgaggctaactcaactgttgtccatatcccaaccaaacctgtcctgacccgaaagagt
aataaaaagatttttcagagagatgaactactcaggctaatggaaggagacagagacggc
ttgcctgtttcaattaagagagagcttttaaaaatgtatcctgatttcccacctcaaaaa
catgacaaaaaactgggtcctgaatcgaaattacatcctagtcataatgccatacctaaa
tctccaggtagtgatggagataagcaaaaaaatagcgcacaaattccccatattgaatat
tcttcagaagaatcttcagattctctttccgaaatttatgttgaggaggtggatgaaact
acgaaaggacagaagaaaaaaccgaacagacggaacaagaacagtgaggagccattgtct
gagctacatccactaaaagaaacagtaattgatataaagcaaaatggaaacagatcagtc
aaagagaatattacagaatctttagactcaaataaagaacatggagaatcggtagggaag
aatgattttgacgttaacaatacagaagagatgagtcggcaccaagtgaatagtaattta
catgaattacccataaaggtgcattccactgattccttatctgagacaaatgctagaaat
gaatcaggagataatgcatataattacaaaacttctaaaagtgctgatcagaatgatgat
ttagcgtctactgcgaataatgatattttcaagtcactggtagatttcagatctttagta
gctaaaattaagaaagataaatcagaaaataatcctaatggctctgctatgcgtgataat
agccagggtagttcaaactcacctgttttaaattcaacaagttttccgaatgttgtaaat
aacgctgcctttggatctacatatacaagaaaagatactgataaaaacgtttctttgaaa
gataattctaagttggtgtctagtgctgtcaatgcttctgcctctcaaaatgaacaaggc
ccaccaatatatcctcctgaaactgagcgttctggaaaagagttaattgaatcgaaaata
aagggtttaccaccatctaaactaatacaagaaaaatcaagcaccttccggactcctcat
tctaaaagtgcgcagactactagtcctattgcagaggtagtttcaggacatgaagttgct
gttaaacagatagaggatatgcaacaatttaaacccctggacgttaggaaatcaacatct
acttctcttctaaagaaaataccagccaaggatgttcctgtcactcaagtaaagaatacg
ccatctacgaaggcagtacaggacaaagagactgttggcccggccacacagcataagtcc
acacagttggaggccaactcagttcccaagaaggtaccagccaaggatgttcctgtcact
caagtaaagaatacgccatctacgaaggcagtacaggacaaagagactgttagcccggcc
acacagcataagtccacacagttggaggccaactcagttcccaagaaggtaccagccaag
gatgttcctgtcactcaagtaaagaatacgccatctacgaaggcagtacaggacaaagag
actgttagcccggccacacagcataagtccacacagttggaggccaactcagttcccaag
aaggtaccagccaaggatgttcctgtcactcaagtaaagaatacgccatctacgaaggca
gtacaggacaaagagactgctagccccgccactgagcataaaccctcaaagcgcgttgac
cgtaaagtcttggatagcacacagaaggaaatctccattacccaaaataacagtgtgcag
tcaaagaaagtagtacaggataacactgtggatgtagctagtcataaacagcaagaccca
tatgtatcagctagagatacattgtacacaaaattgactggaggtgaacagggtgataac
catttatcgacgagcaaagcaactgcgaaagttgatttacctacgaaaaaactgcctaat
gcaagtaatggcaatgtagttatctcacaatcaccttctgatataaatgcctcccaaact
tcaactaaaaacaaagtaaccccatcttcagttgagaatcaatcggggtcaagtaaaaat
ccaaatattgccagtaaaaataaacaagacattacgacttcagaaaaggataatagcatt
tcttcacagtttacaagcgaggttgataaacatgttgagggcaatgattctaaatcaggt
atacatgtaagatcttttgataatgtcaaaagtgcaccatcagaaaaagatctaaatagt
aatactgctccgcctgttaataactcacagaagaccaatggcagaaatggtttagacgaa
cagttggagcaacgagtggaaactgttactagattgccaagtccggtgaaaaataaaatc
agggagcaacagaatagagttaatggtaaaagccagcaattagaggctgtgacttcgcct
gagacaactgctgtcattgggcgcttggatgggaacaatagtaatgtcataggtaaccaa
tcaaagaaacaaacaggtactaaagaggaaactgataagaagataagagtgacacataat
aataccaaacgagactcagcaactactgctgatttaggaagtatgggtcttggatctaga
agtaaaaatgaaggcttgattgatgtttcgagtaatatggaccctatctcaacctccgat
aatatgaatcttaacactaaagttgcagttggtagtagttcaccggctctagttgatacc
caaatgaatagaatgaatagaaatcctgatactgactcagtaaattcagtatcttcgcag
cttgtaaataaagcaggtattgttaggggtatttctggacataatcatgacacagcaact
gaagaaagttcgaccgatgatagctccactgatgaatcatctgatgaatcatcatcatct
gaagatgagagtaaagattatagaaagaccaggaggttgattgttgatgtgcctaaagga
cctgtaattgacaaaaaaattacatcaagttctattgatcaagaacatcaaaataattca
gttcaacaaaatgacaacaagattgaaggcaaaaaaattgaagcaacaacgtctggtagc
aacagcacaaaaaaagaaccctttgttggcgtgctacaggcgttacctgaaaagataagg
ccttcgctaagctctttatcagatttagtctctcgaggaatccctgatgtaagagagtcc
acaatcaaaggtagaagcacggctcaccaaattgtaggtggaaaaggaaattcctctaat
gtgtctttctcacttggtgtcagcagttcccaacaaaagagtttgggatataagcctact
gtagataagcaggcatcaggtgtaacaaagcaaataccagtgaaaccactgtctaattcc
gaatcaagttcagagtcaagcacatcggaatccagttctgggtccgaatctgactctgat
tcagatagtgactctaacacgagctcggacagcgactctgattcgtcatctgattctgat
tcaaatgatggtaagtccaaaaagaaaagcaaagcagtagattcatttatcagtgctaaa
tcagctagtagtgcacttaagaagaaaaagaagtcaacaggctttgcttcactaatacga
gactctaaaaaaaggtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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