KEGG   Sinocyclocheilus anshuiensis: 107685661
Entry
107685661         CDS       T04917                                 
Name
(RefSeq) PR domain zinc finger protein 2-like
  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
    107685661
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:sanh03000]
    107685661
   03036 Chromosome and associated proteins [BR:sanh03036]
    107685661
Enzymes [BR:sanh01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     107685661
Transcription factors [BR:sanh03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 PRDM
    107685661
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107685661
SSDB
Motif
Pfam: PRDM2_PR zf-C2H2_4 zf-C2H2 SET zf-C2H2_6 zf-C2HE Zap1_zf1 zf-C2H2_jaz zf-C2HC_2
Other DBs
NCBI-GeneID: 107685661
NCBI-ProteinID: XP_016337818
Position
Unknown
AA seq 1742 aa
MALPQGTYETLDDIPAHVWKGLPNSMKLGPSAVNPNRIGVWASRLIPKGKRFGPFVGERK
KRSQVTSNVYMWEVYFPASGWMCVDATDPMKGNWLRYVNWARSSQEQNLFPLEINRAIYY
KVLRPIGPDEELLVWYNGEDNPEIAAALEEERTSNLSKKSSPRAKRARKKLSEKVRQADL
GGFCEPKKSSAAEPSIAEMRDSEEGINGEERPPSPSELQQENAASQSSSTENENPVQSHT
TDMNQREGLDEENAEDDGQLQQPQLNQSPQHPSKAESVDGNEKSLLHLRSGSPAEESSES
PLCDTECISLANPELEAEGDFEDDPQGGTYPCQCCERHFSTKQGLERHTHIHTTSNHQTH
TFKCRYCAKPFGSQVGRRRHERRHENGSRTLNRPRSLSGTTFLHSPTAPNDSATSGSASS
PSHSVIMNTQNGPPQQTSDSLKKEPGAESDRPFILNENGESKELHPCKYCNKAFGTHTNM
RRHQRRIHERHLMPKGVQRKGMLLQDGSSHQQQHEQGQPFSLQEESPSASPPPIYVPSVE
TEDEGEREECMVDISNNISENLSHYIDGKIPSTSTVSNCEFIEVDSSTAALFGLDALILS
PKQVTHALKVETQTCPVKEVSCVAQTASKRRTATPPLLPAVKMETETASSSSSLSSPSSQ
SSLLVGNIFSQSTETLAVQKEKTVYLSPKLKQLLQAPDGQKPAIGLITDSHRLTTPLSVT
SLPAVQGKFKRRTASPPTTSQSSPPQINDSISSATGVSCSLKVPKIESHCMTHSWSLSSK
DHGDAVSLTGKDWSPSRSGGNSCNQQPLDLSNSFSKKDNSVSKGSGEAVLDLSMNRKSPV
DHEVKTSSATLMPHVKRKKPNTSILEKVLMNEYAGLNSPGDEGSNTLGSPDVLSSSESAT
CVGPSSPGSGSERLPCESTSPPSLTPMTINPSSPSSSSIASSTPPPPVLPTIPSPPPLSS
PYLRMSDASSPASFPVLSPKMSPKAGDSLEEVSNSSALTESCHDTLNSIVNESDQAAEQL
DPAISPLPQDAKRHCTADSSLKSETLNEGSTHDSKPQFLRNADQAGSSHRKWDTASETSQ
SHSYEGTFPQDLNNKTEGRHKSKSSLCTVQSTPKKESSSPTFLRELHSPQKSSVVDKLVV
EDIVKKEGAVDITANGGNASPGTPPRSSDEFETPERETFVKSFVCNVCKEPFRSIKDLSG
HIIEHASEWPFKCEFCVQLFGNATALLEHRSSLHGVGRIYICSICSKEFAFLCNLQQHQS
DLHPSQSCTHTAVENGKLRPQNYTDPAYADVEKDAVLDSISGATSEDSAEERNSDTKKVE
EEENGHEDPTEELYTTIKIMASEAGKPKGPDVRLGINQHYPSFKPPPFPYHNRTPDGSVA
SATNFTTHNIPQTFSTAIRCTKCGNSFDNMPELHKHILVCANASDKRRYTPKKNPIPLKQ
VVKQSPNGLLTTTGESAGQNAFRRMGQPKRLNFNQDITSKAKLSALNKKKNQLVQKAISQ
KNKSAASLKKPTTRIKEEETHKVHACPYCSREFTYPASLNKHIACSCPQRPVAEKLKKGA
LTPQDKNRSLRSRATDPEVKQEPGSGPSAKPLGKTRARSSEPVESEAPPASKGKAPQVRT
KRLASNADNTAPQTKKGKKSNEPLTSITPALTDDSSTRPPSKMQRSKEVIVKEVVVKKEA
VVKMTPSKKEERFSTRSRERKGGPVTRSIQMASASAPLEVKTEDLSNQEPGQSEESLLKL
AR
NT seq 5229 nt   +upstreamnt  +downstreamnt
atggctttgcctcaaggaacatatgaaaccttggatgacatcccagcccatgtgtggaag
gggctgccaaacagcatgaagctgggaccatcagctgtcaaccccaatcgcattggtgtc
tgggcatctagattaatacctaaaggcaaaaggtttggaccatttgtgggagaacgaaag
aagagatctcaagtgacgagcaatgtttacatgtgggaggtatattttccagcctcgggg
tggatgtgtgtagacgccacggatccaatgaaaggaaactggttgcggtatgtgaactgg
gcacgctcttctcaagagcaaaacctctttccactggagatcaacagagctatttactac
aaagtgttaaggccaatcggaccggacgaagaacttctcgtttggtacaatggggaagac
aatcctgagatagcagctgcattagaggaagaaaggactagcaacctgagcaagaagagt
tcacctagagcaaagcgagcaaggaagaagctgtcggaaaaagtcaggcaggctgatttg
ggtggattctgtgaaccgaagaaatcgagtgccgctgaaccctcaatcgcagagatgcgg
gactcagaggaagggattaatggtgaggaaagacccccttcaccttcagagttgcaacag
gagaatgcagcttcccagtcgtcttctacagagaatgaaaaccctgtccagtctcataca
acagacatgaaccagagggaaggattggatgaggaaaatgcagaggatgatggacaactt
cagcagccacagttaaatcagagcccacagcatccctctaaggcagaatcagttgatggg
aatgaaaagtctctcctgcatttacgctcaggcagccctgcagaagaaagctctgagagt
ccgctgtgtgatacagagtgtatatctttagcgaatcctgagttggaggcagagggggat
tttgaggatgacccccaaggaggaacgtacccctgtcagtgttgcgagcgacatttctcc
accaaacaaggcctggaacgccacactcacattcacactacttcaaaccatcaaactcat
acttttaaatgccggtactgtgccaagccctttggctctcaggtaggcaggcgcagacat
gaacgtagacatgagaatgggagtagaactttaaataggcccagatcacttagcggaaca
acgttcctccacagtcccacggcacccaatgattctgctacctctggcagtgcatcctct
ccaagccattcagtcattatgaacacacagaacggtccacctcagcaaacctctgacagt
ttgaaaaaagagcctggtgctgaatctgaccgaccttttatattgaatgagaatggggag
tcaaaagagcttcatccttgcaagtactgtaacaaggctttcggcacacacaccaacatg
cgcaggcaccagcgcagaatccatgagcggcatctaatgccaaaaggtgttcaacggaaa
ggtatgctcctgcaagatggctcctcccatcagcagcagcatgagcaagggcagcctttt
tcgctccaggaagagtcaccaagtgccagtccaccaccaatttatgtgcccagtgtggag
actgaggatgaaggagagagagaggagtgtatggttgatatctctaacaacatttctgaa
aatctcagccattacattgatggaaagatcccatctacaagcacagtgagcaactgtgag
ttcattgaggttgattcaagcactgcagcgttgtttggccttgatgctctcattctaagt
cccaaacaagttactcatgctcttaaagttgaaacacagacttgtccagtgaaagaagtt
tcatgcgtagctcagacagcttctaaaagacgaactgctacaccaccactgctgcctgct
gtgaaaatggaaacagaaacggcgtcctcctcttcctccctgtcctccccttcctctcag
tcctctttgttggtaggaaacattttctcccagtcaactgaaacgttagctgttcagaag
gagaaaacagtttatctctctccaaaactcaaacaattactacaggccccggatggtcag
aaaccagccataggtctaattacagatagccatagattgaccaccccgctttccgtaact
tcactgcctgctgtccaaggaaaatttaaaagaagaactgcctcccctcccacaacttca
cagagtagcccgccacaaataaatgacagcataagctctgcaactggggtttcatgctct
ctgaaggtgccaaagattgaaagccattgcatgacacattcctggagtttgtccagcaaa
gatcatggggatgctgtaagccttacaggaaaagactggtctccttcaagaagtgggggg
aattcttgcaatcagcagccgcttgacctttcgaattccttcagtaaaaaagacaatagt
gtaagcaaaggctctggagaggctgtgcttgacttaagtatgaaccgtaaaagtcccgtc
gaccatgaagtaaagacaagctcagccacactaatgccacatgtgaaaagaaagaaaccc
aataccagcattttagagaaagtcttaatgaacgagtatgctggcctaaactcacctgga
gatgaaggatccaatactcttggaagccctgacgttctttcatcttctgagagcgccaca
tgtgttggcccctctagtcccggatcaggatcagagcgccttccttgtgaatcaacctct
cctccttctctgacccctatgactattaatccatcctctccgtcttcatctagtatagca
tcatctacaccccctcctccagtcttacccactatcccatcacctccacctttatcatca
ccttatcttcggatgtcagatgcctcttcacctgcctcttttcctgtgttgtcccctaaa
atgtcccccaaggcaggtgatagtttagaggaagtgtcgaattcatctgctttaacagaa
tcatgccatgatacattaaattccattgttaatgaatcagaccaagctgctgagcagtta
gaccctgcgatttctccactgcctcaggatgcaaaaagacattgtacagcagattcatct
ttaaagtcagaaacactaaatgagggctcaacccatgattctaagcctcagtttttaaga
aatgccgatcaagcaggttcttctcaccgaaagtgggatactgcttctgaaaccagccag
agccattcctatgaaggaactttccctcaagacctcaataataaaacagaaggccgacac
aaatcaaagtcttcgctttgtacagtacaatcaactcctaaaaaggagtcctcctcaccg
accttcctcagagaattgcattctccgcagaaaagttcagtggttgataagttggttgta
gaggatatagtgaaaaaagagggggcggttgatataactgcaaatgggggtaacgcttca
cctggaactccacccagaagttctgatgagtttgagacaccagagcgggagacttttgtt
aagagttttgtgtgtaacgtctgcaaagagccatttcgctccatcaaagaccttagtggc
catataatagagcatgcgtcagagtggccttttaagtgtgagttttgcgtgcagttattt
ggtaacgccactgcgctcctcgagcaccgctcctctctccatggggtaggaagaatttat
atttgctccatttgctcaaaggagtttgctttcctctgcaatctccagcaacatcaaagt
gacctacatccaagtcagagttgcactcacactgccgttgaaaacgggaagctcagacct
cagaattacacggatcctgcatacgcagatgtggagaaagatgctgttcttgactcaatt
tctggagctacctctgaggattctgcggaggagcgcaacagtgacactaaaaaggtagaa
gaggaggaaaatggccatgaggaccctacagaagaactatacactacaataaagattatg
gcctctgaggctggtaaaccgaaaggtccagatgtacggcttggcattaatcaacactac
cccagctttaagcctccacctttcccgtaccacaaccgaacacctgatggctcggttgcc
tccgccactaatttcaccacacacaacatcccccaaacatttagcactgcgatccggtgt
accaaatgtggaaacagttttgacaacatgcctgagctacataaacacatattagtttgt
gctaatgctagcgataagagacgctacacccctaagaagaatcccattcctcttaaacag
gttgtgaaacagtctccgaatggtcttcttaccaccacaggagagtctgctgggcagaat
gctttccgcagaatgggtcaaccaaaaaggctaaactttaaccaagatataacctccaaa
gcaaagttatcagccctaaataagaagaaaaaccagcttgtccagaaagccatatctcag
aagaacaagtctgctgcctctttaaagaaaccgacaacccgtataaaggaagaggagact
cataaggtccacgcatgcccatactgtagtcgagagttcacatacccagccagcctcaat
aagcacatcgcttgcagctgtccacaaagacctgttgccgagaagttgaaaaaaggcgca
ctgacacctcaagacaaaaaccggagtctccgaagtcgagccactgatcctgaagtcaaa
caagaaccaggttctggaccaagtgcaaagcccttggggaaaaccagagcccggagctct
gagccagttgagagtgaagctccaccagcaagtaaaggaaaagcacctcaggttcgtaca
aagaggctagcctcgaatgcagacaacacagcgccacaaactaagaaaggcaaaaagagc
aatgagccactgacttcaataactcctgcacttactgatgactcttcgacacgaccaccg
tctaaaatgcaacgatctaaagaggttattgtcaaggaggttgttgtcaaaaaggaggct
gttgtgaaaatgacaccgtctaagaaggaggaacgtttttcaacaaggtcgcgggagaga
aaaggtgggccagtgacacgcagtatacagatggctagtgcttcagctcctttggaagtg
aagactgaagacctctcaaaccaagaaccaggacagtctgaggagtctcttttgaagcta
gccaggtag

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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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (32)   

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