KEGG   Centruroides sculpturatus (bark scorpion): 111638513
Entry
111638513         CDS       T06064                                 
Name
(RefSeq) host cell factor 1-like
  KO
K14966  host cell factor 1
Organism
cscu  Centruroides sculpturatus (bark scorpion)
Pathway
cscu03083  Polycomb repressive complex
cscu04980  Cobalamin transport and metabolism
Brite
KEGG Orthology (KO) [BR:cscu00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    111638513
 09150 Organismal Systems
  09154 Digestive system
   04980 Cobalamin transport and metabolism
    111638513
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:cscu01009]
    111638513
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cscu03036]
    111638513
   03029 Mitochondrial biogenesis [BR:cscu03029]
    111638513
Protein phosphatases and associated proteins [BR:cscu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     111638513
Chromosome and associated proteins [BR:cscu03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    NSL complex
     111638513
   HMT complexes
    COMPASS/SET1 complex
     111638513
    MLL-HCF complex
     111638513
   Polycomb repressive complex (PRC) and associated proteins
    PR-DUB complex
     111638513
Mitochondrial biogenesis [BR:cscu03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Other regulator of mitochondrial biogenesis
    111638513
SSDB
Motif
Pfam: Kelch_5 Kelch_3 Kelch_4 Kelch_1 Kelch_6 Kelch_2
Other DBs
NCBI-GeneID: 111638513
NCBI-ProteinID: XP_023239997
Position
Unknown
AA seq 1984 aa
MAAPILKWKRVTNTTGPIPRPRHGHRAVAIKDLMIVFGGGNEGIVDELHVYNTSTNQWFV
PPVKGDIPPGCAAYGFVCDGTRLLVFGGMVEYGKYSNELYELQASRWEWKRLKPRSPKSG
SPPCPRLGHSFTLINNKVYLFGGLANDSEDPKNNIPRYLNDLYTLELRPHSSIMTWDVPQ
YSGQPPPPRESHTAVAYHGKDGKKPRLIIYGGMSGCRLGDLWQLEIDGMSWSKPIVDGSP
PLPRSLHSATLISHRMFVFGGWVPLVMEDNKAATHEKEWKCTNTLASLNLETMTWEPLAM
EVFEEAIPRARAGHCSVAINTRLYIWSGRDGYRKAWNNQVCCKDLWYLETEKPIAPSRVQ
LVRASTTTLDVCWGSVPTADAYLLQLQKYDMPPSTALTPVSGTGNTIPTSTSSQPQLPST
QLLPQLQSPIQSQAQTLLQQQTLLTKPTTPATTLTSLISGTLNSTGTIMTATGHIIRKPV
ASQISSGLQPRASVAVTQSPMRMPVSAVCGPRAGTVTVVKSRGQTPVTGQQIRVVAATPT
GTQVVRTVAATLGGNVTTAVNTTTGMSGMAALAAAAAATQKITTATAASSATSGTTNIRV
VTPSVIAQPGMKISSVPIQGKINLKQVCCKDLWYLETEKPIAPSRVQLVRASTTTLDVCW
GSVPTVAVTQSPMRMPVSAVCGPRAGTVTVVKSRGQTPVTGQQIRVVAATPTGTQVVRTV
AATLGGNVTTAVNTTTGMSGMAALAAAAAATQKITTATAASSATSGTTNIRVVTPSVIAQ
PGMKISSVPIQGGATGTQTLRVSNPATLINAAGGMSGSPGKQIITVRKTGSTSNQPQIVT
LVKTSQGVTVATVPKVSLIQGKSGTVQGQQIQTKSTIPGATIVKLVTTQAGGTGGKPTAI
LTSQTNTTQPTILGISSVSPQGSIQTQKVITTILRTLPTNIITVAKPTTSGAITTSSALS
NLAKQTIVIAAPKSGQTGTPAKLLTTVPKLSTPTSQIIVVTTHAQLKTVSGGCTTVQAGK
GGTQLNTVNTAGGVKMIVVSSAGLTSSGQQAITIITTANNTSTQMTTSTVTSPITITMPA
SAIAGSTKPATVTIPGKPLGSTATIQIAGTQKTCGTQLLAVPAQGILPSGSQAVTFQTKP
VSSMTTCTNQKVVTVVTTQSSVISSTQTQVINSQTTPTMTIVTQALTGLPITTQTSIGTS
AKVMIVTAPSSTIGVPIISAIPVNSSEKEATAVIDPAITSNMITLDTNKDVVEPQYATSL
ITDREILEQNQGMLVESNESTTFSVESTSDLTDSLQQSEAVSLETENVLTAQNSVEEPKE
MEENISTGCTVNAGSGSCEKTACDSEVSEKECIENFSDSSQHNKQKLHDNECEGGGCDVK
NFENENKEEKLCTEKICDNEKECGENGYKKEQCTEKNCDSEVTENGRSGEAFRNPSCSNR
INCGEKCDSEKNSGEVCNDGKHCGEDFSEKSQCSDEKNCKENCSHSEHCRRRDCGDGKHC
GEGECSDGKHCGEKECSDGKHCREGECSDGKHCGERECSDGKHCGEGECSDGKHCGEKEC
SDGKHCGEGECSDGKHCGEGECSDGKHCGEEKCSDGKHCGEEECSDGKHCGEGECSDGKH
CGEGECSDGKHCGEGECNDGKHCGERECNDGKHCGEEECSDGKHCGEETCSDGKHCGEED
KKNDSDEKNCGEESGGDGNKTGETVCDDGENYERNSERKCTKDENNGNETEITDSDKQSF
EDRKLHSEQEEQIKVKSEDEINIVESNFDEIKKTEEEKENVLTEAHKSSLIQPDSSIDTD
HSLVQSQPQLTLEQPGAQPPAQMCADDPPLQSETTPLKFSSIIMEQKSSESDSITEMSNP
KSSLLTPKVEDPLATLASAAISAKSLASTTSTLITSAVKQDTQLSSQSLASNTTTNGIMS
IKSELPEPKQEVSSIDTITGKQTIKKDNQWYDVGIFKETSSVVSHFYLPSESSEKKDDHN
YNSK
NT seq 5955 nt   +upstreamnt  +downstreamnt
atggcggcacccatcttgaagtggaagcgggtgacgaatacaaccggccctatcccacga
cctcgtcatggtcatcgtgctgttgctattaaagatctgatgatcgtatttggtggtggc
aacgaaggcatcgtcgatgaattgcacgtttataatacaagtactaatcaatggtttgta
ccacctgtgaagggagatatacctccaggatgtgcagcatatggatttgtttgtgatgga
actcgtcttttggtttttggtggcatggttgaatatggtaaatattcaaatgaattatat
gaacttcaagcaagtagatgggaatggaagagactcaagcctcggtctcctaaatctggt
tctcctccatgccccagacttggtcatagttttactctgattaataataaagtttacttg
tttggtggacttgcaaatgacagtgaagatcctaaaaataatataccaaggtacttgaat
gatttatatacattggaattaagacctcattcaagtataatgacttgggatgtaccacaa
tattctggacaacctcctccacctagagaaagtcatacagctgttgcttatcatggaaaa
gatggaaaaaagccaaggttaattatatatggtggaatgagtggatgtagattaggtgat
ctttggcagttagaaatagatggcatgtcatggagtaagcctattgtggatggtagtcca
ccattaccaagaagtcttcattctgcaactcttattagtcaccgaatgtttgtatttggt
ggctgggttcctttagtaatggaagataacaaagctgcaacacatgaaaaggaatggaaa
tgtactaatacattagcatcacttaacttagaaacaatgacatgggaaccattagcaatg
gaagtatttgaagaagctataccaagggcacgtgctggtcactgctctgttgctattaat
acccgtttatatatatggagtggaagagatggttacagaaaagcatggaataatcaggtg
tgttgtaaggatttatggtatttggaaacagaaaaaccaattgcaccttctcgagttcaa
cttgtacgtgcttcaacaaccacattagatgtctgttggggctcagttccaacagctgat
gcatacttgttacaactacagaaatatgatatgcctccttcaacagctttaactccagta
tctggcactggaaatacaattcctacttctacatcatctcagccacagttaccatcaaca
cagcttttgcctcaattacagtctcctatacagtctcaagctcaaacattattgcaacaa
caaacattactaacaaagccaacaacacctgcaacaacattaacatctcttatatctgga
acattaaatagcactggtactattatgactgcaacaggacatattattcgaaaaccagta
gcctctcaaatatcatctggtttgcaaccaagagcatcagttgctgttacccagtctcca
atgagaatgccagttagtgctgtatgtgggccaagagctggtacagtgacagtagtaaaa
tcaaggggacagacacctgtaactggacaacaaattcgtgttgttgcagccacacctact
ggaactcaagtagtaagaactgttgctgctactttaggtggaaatgtaacaacagctgtc
aatactacaacaggtatgagtggaatggcagctttagcagctgcagctgcagctacacag
aaaattacaactgctacagcagcaagttctgcaacctcagggacaactaatataagagta
gttactccctctgttattgcacaacctggaatgaaaataagttctgttcccattcaaggt
aaaataaacttaaagcaagtgtgttgtaaggatttatggtatttggaaacagaaaaacca
attgcaccttctcgagttcaacttgtacgtgcttcaacaaccacattagatgtctgttgg
ggctcagttccaacagttgctgttacccagtctccaatgagaatgccagttagtgctgta
tgtgggccaagagctggtacagtgacagtagtaaaatcaaggggacagacacctgtaact
ggacaacaaattcgtgttgttgcagccacacctactggaactcaagtagtaagaactgtt
gctgctactttaggtggaaatgtaacaacagctgtcaatactacaacaggtatgagtgga
atggcagctttagcagctgcagctgcagctacacagaaaattacaactgctacagcagca
agttctgcaacctcagggacaactaatataagagtagttactccctctgttattgcacaa
cctggaatgaaaataagttctgttcccattcaaggtggagcaacaggaactcaaacattg
cgtgtaagtaatccagcaacactgattaatgctgcaggaggaatgagtggatcacctgga
aaacaaattattactgtgagaaagacaggttcaacatctaatcaaccacaaattgtaact
ttagttaagacaagtcaaggagtaacagttgctacagtaccaaaagttagcttaattcaa
ggtaaatctggaacagttcagggacaacaaatacaaacaaaatcaactataccaggtgct
accatagtgaaattggttacaacacaagctggtggtactggaggaaaaccaactgctata
ttaacttctcaaacaaatactacacagcccacaatccttggaatctcatctgtatctcct
cagggttctatacaaacacaaaaagtaataacaacgattcttcgaactttgccaacaaat
ataattactgttgcaaaaccaaccacatctggtgcaatcactacatcatctgctctgtca
aacttagcaaagcagactattgtaattgcagcaccaaaatctggacaaacaggaactcct
gcaaaattactaactactgtaccaaagttatctacacctacgtcccaaattattgtagtt
acgacacatgctcagttaaaaacagtttctggaggttgtacaactgttcaagcaggaaaa
ggtggtacacagttgaatacagttaatacagctggaggtgttaaaatgatagtagtttca
tctgctggtttaacttcatctggtcaacaagcaataacaataattactactgctaataac
acaagtacacaaatgacaactagtactgttacatctccaataacaattacaatgccagct
tctgcaattgctggttcaactaaacctgctactgttactattccaggaaaaccattagga
tcaacagctacaatacagattgcaggaacccagaaaacttgtggtacacaattacttgct
gtaccagcacaaggcattctacctagtggatctcaggcagttacttttcaaacaaaacca
gtttcctctatgacaacatgcactaatcaaaaagtggtaacagtggtaacaactcagtcc
tctgtgatatcatcaacacaaacccaagttattaattctcaaacaactcctacaatgaca
attgttacacaggctctgactggtcttcctatcactacacaaacatccattggaacatca
gcaaaagttatgatagttactgcaccttcttctacaattggagtgccaataatttctgca
attcctgttaatagttctgaaaaagaagcaactgcagtgattgacccagccattacatca
aacatgattactttggatactaataaagatgttgtagaaccacagtatgcaacatcatta
atcacagatagagaaattcttgagcagaatcaaggaatgcttgtagaaagtaatgaatct
actactttttcagttgaatcaacttctgatcttactgattctttacaacagtctgaggct
gtttcattagaaacagaaaatgtattgacagcacaaaattcagttgaagaaccaaaagaa
atggaagaaaatataagtacaggttgtacagtaaatgcaggaagtggaagttgtgaaaaa
actgcttgtgattcagaagtatcagaaaaagaatgtatagaaaatttttctgatagtagt
cagcataataagcagaagttacatgataatgaatgtgaaggagggggttgtgatgtaaaa
aattttgaaaatgaaaacaaagaagaaaaattatgtactgaaaagatttgtgataatgaa
aaggaatgtggggaaaatggttataaaaaagagcaatgtactgaaaagaattgtgatagt
gaagtcaccgaaaatggcagatctggagaagcttttagaaatcctagttgtagcaatagg
ataaattgtggagaaaagtgtgatagtgaaaaaaattctggagaagtatgtaatgatggt
aaacactgtggagaagattttagtgaaaaaagtcaatgttctgatgagaaaaactgcaaa
gaaaattgcagtcacagtgaacattgcagaagaagggattgtggtgatgggaaacattgt
ggagaaggagagtgcagtgatgggaaacattgtggggaaaaagagtgtagtgacgggaaa
cattgcagagaaggagagtgcagtgatgggaagcattgcggagaaagagagtgcagtgat
gggaagcattgcggagaaggagagtgcagcgatgggaaacattgtggggaaaaagagtgt
agtgacgggaaacattgtggagaaggagagtgcagtgatgggaagcattgtggtgaggga
gagtgcagtgatggaaaacattgtggggaagaaaagtgcagcgatggaaagcattgcggg
gaagaagagtgcagcgatggaaagcattgcggggaaggagagtgcagtgatggaaagcat
tgtggagaaggagagtgcagtgatggaaaacattgtggagaaggagagtgcaatgatggt
aaacattgtggtgaaagagaatgtaatgatggaaagcactgtggagaagaagaatgcagt
gatggaaagcactgtggagaggagacttgtagtgatggaaaacattgtggagaagaagat
aaaaaaaatgatagtgatgaaaaaaactgtggagaagaaagtggtggtgatgggaataaa
actggagaaacagtttgtgatgatggtgaaaattatgaaagaaattctgagagaaaatgt
actaaagatgaaaataatggtaatgaaactgaaataactgatagtgataagcagagtttt
gaagacagaaaacttcattcagagcaagaagaacaaatcaaagtaaaaagtgaagatgaa
attaatattgttgaatcaaattttgatgaaattaagaaaactgaagaagaaaaggaaaat
gtcttaacagaagctcataaatcatcattgattcaaccagattcatctatagatactgat
cattctctagttcaaagccaacctcaacttactttggaacaacctggtgcacagcctcca
gctcagatgtgtgcagatgatcctccacttcaatctgaaacaactccattaaaatttagt
tccattattatggaacaaaagagttctgaatctgattcaataacagaaatgagtaatcca
aaaagtagtttacttacacctaaagtagaagatcctttagccacattggctagtgctgcc
atatcagccaaatcattggcatctacaacttccactttgattacttctgcagtcaaacaa
gatacacaattatcttcacagtctttagcatccaatactactacaaatggaataatgtcc
attaaatctgaacttccagaaccaaaacaggaagtttcttcaatagatacaattaccggt
aaacaaactattaaaaaagataatcagtggtatgatgtaggaatatttaaagaaacatct
agtgtggtatcacatttttatctgccatcagaatcatcagaaaaaaaagatgatcataat
tacaattcaaagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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