KEGG   Ziziphus jujuba (Chinese jujube): 107424507
Entry
107424507         CDS       T04794                                 
Name
(RefSeq) histone-lysine N-methyltransferase CLF isoform X1
Organism
zju  Ziziphus jujuba (Chinese jujube)
SSDB
Motif
Pfam: SET preSET_CXC Ezh2_MCSS TCR
Other DBs
NCBI-GeneID: 107424507
NCBI-ProteinID: XP_015889809
UniProt: A0A6P4AUQ5
Position
7:complement(join(11901304..11901495,11901626..11901703,11901801..11901929,11902004..11902051,11902382..11902472,11902889..11903020,11903283..11903506,11903600..11903756,11904386..11905104,11905204..11905275,11905362..11905409,11905497..11905652,11905817..11905901,11906108..11906269,11906610..11906929,11907048..11907149,11907644..11907706))
AA seq 925 aa
MASKASPSASASGSKSGEDLTMMGSQGTSPNLKEISSVIEFLKKQVASQRGVSIQKRMEE
NKQKLVGVTNYMYNLSMARRSTWINDTGKNVDLLIRRQKDAFDMHNGIDVNNGDKDTLDE
DGHASTAVLLGSNVAVKNAVRPIKLTEVKRLPPYTTWIFLDRNQRMTEDQSVVGRRRIYY
DQNGGEALICSDSEEEAMEDEEEKRDFVESEDYVLCMTIKEVGFSDTVLETLAQCFSRSP
CEVKARYEILNKEEKAVGDCKNGDNEDASQIGSSFLDKDLDAALDSFDNLFCRRCLVFDC
RLHGCSQDLVFPAEKQPSWSPPDDENISCGLHCYRSVLKSERTVGVSSPSNGDFEEKNVT
SCEGVQISLRKKPSGPSARKTVKSCQSESASSNAKNISESSDSENGHTQDDSHIHHPSPS
KTKLAGKCGIRKRNSKRVAERVLACMQKRQKKMVASDSDSIVNGGVPSDTKLRSNSCKEN
EDSSSSSHKNVKSPIGGRSRRKESTVKDSHIQVEVPDGSSNEMITDPPATSSDDNIRKEE
FVDENLCKQESGDDKSWKTIEKGLFEKGIEIFGRNSCLIARNLLSGLKTCWEVFQYMNHS
QFKMSCQPGDASNSLMEGYSKVDFNGSMGNNEARRRSRFLRRKGRVRRLKYTWKSAAYHS
IRKRITERKDQPCRQYNPCNCQTACGKQCACLLNGTCCEKYCGCPKSCKNRFRGCHCAKS
QCRSRQCPCFAADRECDPDVCRNCWVSCGDGTLGVPNQRGDNYECRNMKLLLKQQQRVLL
GRSDISGWGAFLKNNVGKHEYLGEYTGELISHREADKRGKIYDRENSSFLFNLNDQFVLD
AYRKGDKLKFANHSPDPNCYAKVIMVAGDHRVGIFAKERISAGEELFYDYRYEPDRAPAW
ARKPEASGSKKEDGGPSSGRAKKLA
NT seq 2778 nt   +upstreamnt  +downstreamnt
atggcttccaaggcttcgccttcagcgtcggccagtggatcgaagtccggcgaggatctt
acgatgatgggatcacaaggaacaagtccaaatcttaaggagatatcatcagttattgaa
tttctaaagaagcaagttgcttctcaacgtggtgtttccatacagaaaagaatggaagag
aacaagcagaaactagttggggttacaaactatatgtataatttgtcaatggcaagaaga
agcacctggattaatgatactggtaaaaatgtagatctgttgataaggaggcagaaagat
gcttttgatatgcacaatggtattgatgtaaataatggtgacaaagatacattggacgaa
gatggccatgcttctacagcagttcttctaggatctaatgttgcagtcaagaatgctgtt
cgtcctattaagctaacggaagttaaaagattacctccttataccacatggatatttttg
gacagaaatcagagaatgacggaggatcagtcagtagtaggtcgaagaagaatttattat
gatcaaaatggaggtgaagctctaatatgcagtgatagtgaggaagaagcaatggaagat
gaagaagaaaagagggattttgtggaatccgaagactatgtactttgcatgactatcaaa
gaagttggtttctctgatactgtgctggagacactggcacagtgtttttctagaagccca
tgcgaagtcaaggcaaggtatgaaattcttaataaggaagagaaggccgtgggggattgt
aagaatggggataatgaagacgcttcacaaattggaagttcttttcttgataaagatctt
gatgcagctttggattcttttgataaccttttttgtcgtcgatgccttgtgtttgactgc
agattacatggatgttcccaagatcttgtcttccctgctgagaagcaaccttcgtggagt
cctcctgatgatgaaaacatatcatgtggtctacattgctatcgatcagtgctaaagtca
gaaagaactgttggtgtgagctctcctagcaatggtgattttgaagaaaaaaatgttaca
tcatgtgaaggtgttcagatatcgttgagaaagaaaccttctggtccatctgcaagaaag
acggtcaagtcctgccaaagtgaaagtgcttcgtcaaatgcaaagaacatctcagaaagc
agcgactcagagaatggacatacacaggatgatagtcacatccatcacccatctccctca
aagactaagcttgcaggaaaatgtggaattcgtaaaaggaatagtaagcgagttgctgaa
cgtgttctagcttgcatgcagaaaaggcaaaagaaaatggtggcatctgattctgattct
attgtcaatggtggtgttcctagtgatacaaaacttagatctaattcatgcaaagaaaat
gaagacagtagctcttcttcacataagaatgtaaaatctcctattggtggaaggtctaga
aggaaggaatcaacagtcaaggacagtcacatccaggttgaggttcctgatggttcttca
aatgaaatgatcactgatccacctgccactagtagtgatgacaacataagaaaagaagag
tttgtggatgaaaacttatgtaaacaagaatctggtgatgataaatcttggaaaactatt
gagaaaggtctttttgagaaaggcattgagatttttggacgaaacagctgtctaattgca
aggaaccttttaagtggtttgaagacttgttgggaggtttttcagtacatgaatcactct
cagtttaagatgtcctgccaacctggcgatgcttcaaactcacttatggaaggctattct
aaggttgactttaacgggtctatgggtaataatgaagctagaagaagatcgagatttttg
cgcagaaagggtagagttcgtcgcttaaagtatacttggaagtctgctgcttaccattca
atcaggaaacgaattactgagagaaaagatcagccatgtaggcaatataatccatgtaat
tgccaaacagcttgtggaaagcagtgtgcttgtcttctaaatgggacttgctgtgaaaag
tactgtggttgtcccaagagttgcaagaatcgatttagaggctgtcattgtgctaaaagt
caatgtcgaagtcgtcagtgtccatgctttgctgcggacagagaatgcgatccagatgtt
tgtaggaattgttgggtcagttgtggtgatggtactcttggggttccaaaccaaagaggt
gacaattatgaatgtagaaatatgaagctacttctcaaacagcaacaaagggtgttgcta
ggaagatctgatatatctggctggggagctttcttaaagaataatgttggcaagcatgaa
tacctaggtgagtacactggggagttgatatcacatcgagaagcagataagcgtggaaag
atatatgaccgtgaaaattcatcatttcttttcaatttgaatgatcagtttgtccttgat
gcttatcggaagggtgataaattgaagtttgccaaccattctccagatccaaattgctat
gcaaaggtgataatggttgctggggatcatagagtgggcatatttgccaaggaacgaatc
agtgcaggcgaggaacttttctatgattatcgatatgaaccagacagagctcctgcttgg
gcgcggaaacctgaggcatctgggtcaaaaaaagaggacggtggtccatcaagtggtcgt
gctaagaagcttgcttaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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