KEGG   Sinocyclocheilus anshuiensis: 107669650
Entry
107669650         CDS       T04917                                 
Name
(RefSeq) PR domain zinc finger protein 2-like isoform X1
  KO
K11432  [histone H3]-lysine9 N-trimethyltransferase PRDM2 [EC:2.1.1.355]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh00310  Lysine degradation
sanh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107669650
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:sanh03000]
    107669650
   03036 Chromosome and associated proteins [BR:sanh03036]
    107669650
Enzymes [BR:sanh01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     107669650
Transcription factors [BR:sanh03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 PRDM
    107669650
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107669650
SSDB
Motif
Pfam: zf-C2H2_4 zf-C2H2 zf-C2H2_6 zf-C2HE ADD_ATRX Zap1_zf1
Other DBs
NCBI-GeneID: 107669650
NCBI-ProteinID: XP_016317461
Position
Unknown
AA seq 1498 aa
MTACSYVSVVEEERPSMPSEVFLQQPEVQDAHSDETALHSISEPEGEEIEKGIEGGTDVK
MDCKDKQNASQPVSQNLANQNQTCQTSETEHVGMIKQDYGTELPLNGTKGDLGPGSKPQR
DLLCPRCERRFASSQGLQRHIQTHALSTCHTQRFKCSHCRRSSSTLFSRRRHEKRHESRN
RKTDDLTDAPCTASQNVHGSAEPLKAASQNPEPNKRINNAADGEQKDDKNSEIKASHVCK
YCKKAFRTHTSLRRHQRRIHERHLLPRGVYKKVKIIQEPDGQQLAETAQDNHTANSQCVE
DIDQEREYMVDISSNISENLSFYIDGKIVSTSAVSNCEVIEMNSGGSAVIGLNAVIISPA
QISQALKLETNTSSFTSDLSGQSSTRRRTSTPPLLPQIKTELESESILSTSSSSLSSLTL
SSTSGAPLVTAHLPQCIETVAFNKEKTVYLSPKLKQILQNQDGSKPAFALIADGQKLGPP
LSLTVLSATTTRFKRRTTSPPSSPQQTPDVNIEKQDQDSTKAKKSKLESHGLGNEEPEPL
NSPINSSDGAPMQQQILPLDCSVSRTGGNSCNQQPLDLSNSVVKRESSDALAESILDLSI
SGKSLDCDSAGVYLTQPALRKSKPNSSMLQKVLMNEYGGVDVPSVDASAAAGVLSVPDIT
NLAVVAVSDAGPPKPENVLFELALPPASINPTPSLLAPVSIHPATPVPPPQCSPSSSPTF
VSFLSTPTVEPSQDIQSLHSAFVVSENIAPTGSVEDCTDNPVHLSQGDMKATIPDWGSSA
PGGLENLIPAVPSLSLQSPHWVADPAVCELAQRTLVVDSVLASDAQIFSPSLPVNQSNVT
SLAFPPNTVVIEYTVAVQSTENILPALQHNSLPCLSDKIPVDALQQEPHISPEPQPLSPD
TTLLPETSTQSAPTEQSTSSTDSKLTLTASTSVVEAESNENGQENVQSSDCSKQENKVEE
ELPPLHPFCKNFMCNVCEQPFQSMKILSQHVGEHSKGWPYKCEFCVQLFESDTGLLEHRS
SYHGIGKIYVCKTCSKEFAFLCNLEQHQRDLHPGQECSHTEAVHGKLRPENHNNPKTDMA
DPGLPVTEIKQETDNTTSKADKDSLDNTSEELFTTIKIMASGGVKSKGPDVRLGINQHYP
SFKPPPFPYHNRTPTGTTAASATNFTTHNIPQTFSTAIHCTKCGKSFDNMPELHKHILAC
ANANDKKRYTPKKNPIPLKQFAKAQNGVLSPARIVNSKQNFSQKVGQPKKLNWIKMSILN
KKKSQLVQRGRPAGGRKAFAQDDLDVFACPHCRREFTYNASLKKHVAFSCPMRPASRNSK
KRTLSIVSAQENNGSLRRQIANMSAKPQGSGHGPKTITKNQIIKQKAAVDTTQDFRLKRS
TILSTSVVQSSKKGKPMELKSGFMPQLASKQIVLSSVSQVNSQEPGVRVHVLRRKMEQRV
GDIKIQPRREDRLSLRLRKRVGGPITRSVQQASTTTTGLKQPDSHNIIMHPVVLQVKK
NT seq 4497 nt   +upstreamnt  +downstreamnt
atgacagcatgttcatatgtttcagttgtggaagaggagaggcctagtatgccatcagag
gtttttctccagcaacccgaggttcaagatgcccactctgatgaaactgcacttcatagc
atctcggagccagaaggggaagagatagaaaaagggatagaaggaggaacagatgtgaag
atggactgcaaagacaaacagaatgcaagccagcctgtgtcccaaaatctagctaatcaa
aatcaaacctgtcagacaagtgagactgagcatgttggaatgataaaacaggattatggt
actgagttgcctttaaatggcactaagggtgaccttggccctggtagtaaaccccagcgt
gatttactctgtcctcgctgtgagagaaggtttgcgagtagtcaaggcctgcagcgtcac
atacaaacacatgccctttcaacctgccacacacagcgttttaaatgcagtcactgcaga
aggagttccagtacattgtttagtcgtcggaggcatgagaaaagacatgaaagtagaaac
aggaagacggatgatctcacagatgccccttgcactgccagtcagaatgtgcatggcagt
gctgaacctctgaaagcggcatcacagaacccagagccaaacaagcgcattaataatgca
gctgatggtgaacaaaaggatgataaaaacagtgaaatcaaagcctcacatgtctgcaag
tactgcaaaaaagcatttaggactcatactagtttaaggagacatcagcgcaggatccat
gagcgccatcttcttcctagaggagtttataaaaaggtcaaaatcattcaagaacctgat
ggacagcagcttgctgagacggcacaggacaaccatactgctaactcacagtgtgtagag
gacattgatcaggaaagggagtacatggttgacatctccagtaacatttcagagaatctc
agcttttacatagatgggaaaattgtctcgacaagtgctgtaagtaactgtgaggtgatt
gagatgaactctggtggctctgctgttattggattaaatgctgttataatcagtccagct
caaatttcacaagctcttaaattagaaaccaataccagtagttttacctctgacttgtct
gggcagtcctcaaccagacgtaggacgtctaccccacctttactcccacaaataaaaaca
gaattagagtctgaatccatcttgagtacctcctcatcttccttgtcatctttgacactg
tcctctacgtctggagctccgctagtcactgctcatttacctcagtgcattgagacagtt
gcctttaacaaggaaaaaactgtctatctgtctcccaaactcaagcagatccttcagaat
caggatggcagtaaaccggcatttgcactgattgctgatggccaaaaactgggtcctccc
ttatccctgactgttttatctgcaacaacaactagatttaagagaaggacaacctcccct
cccagctcaccacagcaaacccctgatgtgaatatagaaaagcaagatcaggattctaca
aaagcaaagaagtcaaagttggagagccacgggttgggcaatgaagaacctgagcctttg
aattcacccataaacagctctgatggagctccaatgcagcaacagatcttgccattggac
tgctctgtatcaagaacaggtggaaactcctgcaatcaacagccactggacctctcaaat
tctgtggttaagcgagagagcagcgatgccttagcagagtccattctggacttaagtatt
agtggaaagagtttagactgtgactcagctggagtctatctcactcaacctgctttaagg
aagagtaaacctaactctagtatgcttcagaaggtgctaatgaatgagtatggtggggta
gatgttccttctgttgatgcttcagctgctgcaggtgtcctcagtgtccctgacataaca
aaccttgcagttgtggcagtgtctgatgcaggtccaccaaaacctgaaaatgttttgttt
gagttggctcttcctcctgcttcaatcaatccaaccccttcactgctcgctccagtcagc
atccatccagctaccccagtccctccacctcaatgttcaccttcttcatctccaactttt
gtatcctttctatcgactcccacagtggaacccagtcaggacattcaaagtcttcattca
gcctttgtggtatctgaaaatatagcacccacagggtctgtagaagactgcactgataat
cctgtacatctttcacagggggatatgaaagcgacaatccctgactgggggtcctctgct
cctggaggtctggaaaaccttatacctgcagtcccttcactgagtttacaaagccctcac
tgggttgctgatcctgctgtatgtgaactagctcaaagaacattggttgtagactctgta
ttagcttctgatgcacagatattttctccatctctgcctgttaaccagtccaacgtcaca
tccttggcttttcctccaaacactgttgttattgagtatacagttgcagtgcaatctaca
gaaaatattcttccagctctccaacataattctcttccatgtctctcagataaaattcct
gtcgatgcattacagcaagaacctcatatctcacctgagccacaacctctcagtcctgac
accaccctattgcctgaaacctccacacagtcagcaccaacagagcagtcaacaagctct
acagatagtaaactgaccctcactgcttccaccagtgttgttgaagcagagagcaatgaa
aatggacaggaaaatgtccagtcctctgattgttctaagcaggaaaacaaagttgaagaa
gagttacctcccttgcatcctttttgcaagaacttcatgtgcaatgtttgtgaacagccc
ttccagtccatgaagattcttagtcaacatgtaggtgagcactccaaagggtggccctat
aaatgtgaattttgtgtgcagttgtttgagagtgacacaggtttgctggagcaccgttcc
agttatcatggcattggtaaaatttatgtttgtaaaacatgttctaaggaatttgctttt
ctctgcaacttggaacagcatcagcgagatctccatcctggtcaagagtgctcacacacc
gaagcagtacatggcaagttaaggcctgaaaaccataacaatcccaaaaccgacatggct
gacccaggccttccagtcacagaaattaagcaagaaactgacaacacaacctcaaaagca
gacaaggattccttggacaacacttctgaggaactgttcacaacaattaaaatcatggca
tctggaggggtgaaatcaaaaggcccagatgtacgattaggcattaaccaacattaccca
agtttcaaaccgcctccttttccataccacaatcggacaccaactggaacgacggcagca
tcggccaccaacttcaccacccacaacatccctcagaccttcagcacagccattcattgc
accaaatgtggtaagagctttgacaacatgcctgaactgcacaagcacatcttagcttgt
gctaatgctaacgacaagaagcgatacactcctaaaaagaaccctataccacttaagcag
tttgcaaaagcgcaaaatggggtgttatcacctgcaaggattgttaatagtaagcagaat
ttctcgcaaaaggtcggccaaccaaaaaaactgaactggataaaaatgagtatcctgaat
aagaagaaatctcagctggtgcaaaggggcagacctgctgggggaagaaaggcctttgct
caggatgacctggacgtttttgcatgtcctcactgtaggagagagtttacatacaatgct
agtttaaagaaacacgtagcttttagctgtcccatgagaccggccagtagaaactccaaa
aaaagaacactcagcattgtttcagcccaggagaacaacgggagccttcgcagacaaatt
gcaaatatgagcgcaaagccacaaggttcaggccacgggccaaaaacaataacaaagaat
cagatcattaagcaaaaagcagcagttgataccactcaggattttaggcttaaaagatct
accattctgtcaacatctgtggttcaatctagtaaaaaaggcaagcctatggagctaaag
agcggctttatgccacagctggcttcaaagcagatagtcctctcatctgtctctcaggtt
aactctcaggagccaggtgttcgggtacatgttttacgtagaaaaatggagcagagagtg
ggtgacataaagatacagcccagaagagaagaccgtttgtctctgaggttgagaaagaga
gtaggaggacctattactcgcagtgtgcagcaggccagcaccacaacaacaggccttaaa
cagccagacagtcacaacattatcatgcaccctgttgttctccaagtcaagaaatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (31)   

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