KEGG   Acropora millepora: 114975851
Entry
114975851         CDS       T06134                                 
Name
(RefSeq) histone-lysine N-methyltransferase NSD2-like isoform X1
Organism
amil  Acropora millepora
SSDB
Motif
Pfam: PWWP SET PHD AWS C5HCH ADDz_Dnmt3b zf-HC5HC2H_2 zf-HC5HC2H
Other DBs
NCBI-GeneID: 114975851
NCBI-ProteinID: XP_029211942
Position
Unknown
AA seq 1218 aa
MAAVESKDDSASSELSESLHAKDSKVSSSPNQTASWLVGDVVWSKIPGHPWWPSMVSYDP
NTAVSFKYKGRARFYHVQFFGQDPVRGWVAERSILKFEGRQNFENSLHGKQLKIAQKRIS
LWESAVSVAEKAKPMNRHERQLCYTFKYYDKNETKKIDPFKVKKLNGFSSVPGSATLIEH
VNGVDSSHQERTCDSNNSETPVSEPVAITGAESYNDSLKCAQKKTVKEKLPRKRKLGSSS
GTAKSPRDLVESSKNVEPPKKKKKRTLKGSKELNLSESDLVSNDTKEAMKANLSDKHFSE
IDKKCNGLYNTPDATPPRINGDVSSFIDAMEVSPNTALKLKIRKITPKQNQAEGKRKRGR
PRKPRFVIVSEDGNENEGASQQVLPMDVESNEISNVPAKSTLFTETNAEDVPKKKKRIPK
LTKKMLNAKESALLPSKDMPILKGKKKLAPKSECVAKTKEKIEVSNAKLKSPKGKVPSKS
EKVKNVEDKKSEVSTAETSVPAVETEGSVTSSTDDTGSIKNGTVSKREKDGVCIVCEQQE
NLIFCEGICGNSFHLDCIGLSVVPKGKFVCDECVTGNHCCFVCRQAGNVKQCSQPMCTKY
YHDECVKTYKTAKFDGDRFFCPLHFCTTCVSNKSVVSRGRLIRCVRCPTAYHISGCLVAG
CIPICSNLMVCSKHFIRDKNKAHHTHVNVNWCFVCSIGGTLICCESCPAAFHPECISYEG
IPEGHFFCKDCAEGKHLLYGDIVWVKLGMYRWWPAQICNPRDVPTNIQNMRHQPGEFPVQ
FLGSHDYYWIHRGRVFSYQEGDKGSSDSGNNKNLAKVFKKALAEAKEKYAEWRTLQESKA
EQDLQKMSKKPAPYKQIKVNKCTTAVRIVIDPSELPMCDCSASNESPCGPESNCLNRMLQ
FECYPQRCPGKENCQNQRFQKRQYVDCEAFRTLHRGWGLRCKEDVKKGQFVIEYVGELID
DATCQERVQKGEDITNYYMLTIDKDCIIDAGPMGNLSRFMNHSCDPNCETQKWTVNGEVR
VGLFASREIMAGEELTFDYQLDCLGNEKKKCHCGAKNCSSFLGVRPKNQVQEDKAKKTGD
KRKKKRIKKTVVKEVHEDECYICGDGGELLMCDKGGCKKCYHKTCLGSDVNTRGKWICPW
HFCDDCGKWANIMCSECPNSYCRSHASGQITELANGVHLCCDHIVTRNSPVQNQAFEEEK
VDHSKPNADVELSDVGLE
NT seq 3657 nt   +upstreamnt  +downstreamnt
atggcagcagtggaatctaaagatgatagtgcttcctctgagctgtcagagagtctgcat
gccaaagattcgaaagtttcttcaagtccgaatcaaactgcttcgtggctcgtcggagat
gtagtgtggtcgaaaatcccaggccatccatggtggccttcgatggtttcttacgatcct
aacaccgctgtttcgttcaagtacaaggggagagcaagattttatcatgtgcaatttttc
ggtcaggatcctgtgagaggctgggtcgctgaaaggtcgatcttaaaattcgaagggcga
caaaactttgagaattcacttcatggaaaacaattaaagattgctcaaaaacgtatttcc
ctttgggaatctgctgtcagtgtggctgagaaagcaaagccaatgaacagacatgaacgg
caactgtgttacaccttcaagtactatgataagaacgaaacaaaaaagattgatcctttc
aaagtcaaaaagttaaatggttttagctcagtgcctggctctgccactttgatagagcat
gtaaatggtgtcgatagtagccatcaggaaaggacatgtgattccaacaattctgaaaca
ccggtgtcagaaccagtagccatcactggagctgagagttacaatgatagcttgaagtgt
gcacagaagaaaactgtgaaagaaaaactcccacggaaacgaaaactgggttcttcgtca
gggactgcaaagtctcccagagaccttgttgaatcttccaaaaatgttgaacctccaaag
aagaagaaaaaaaggactttgaaaggaagcaaagaattgaacttgtctgagtcagatttg
gtttccaacgacacgaaggaggcgatgaaagcaaacttgagcgacaaacacttttcagaa
atagataaaaaatgtaatggtttgtacaatacgcctgatgctactcctccaagaataaat
ggcgatgtatcttcttttattgatgcaatggaagtgtcacccaacactgcattgaagttg
aaaatccgcaagattacaccaaagcaaaaccaagctgaaggcaaacgtaagaggggaagg
ccaagaaaaccacgatttgtgatagttagcgaagatggtaatgaaaatgaaggtgcaagt
caacaggttttgccaatggatgtggagagcaatgaaatttctaatgttccggcgaaatca
actctattcacagaaaccaatgcagaagacgtcccaaagaagaaaaaacgcattccaaag
ctaactaaaaagatgttaaatgccaaggaatcagccttgttgccaagtaaggacatgcct
atcttaaaagggaaaaagaaactagcgccaaaaagtgaatgtgtggcaaagacaaaagag
aagattgaagtaagcaatgcaaagttaaaatctccaaaagggaaagttccatcaaaaagt
gaaaaggttaaaaatgtggaggataagaaaagtgaagtttctactgcagaaacaagtgtt
cctgccgttgaaactgagggtagtgtcacatcatcaacggacgatactggaagtattaag
aatggcacagtttctaaaagggaaaaggatggagtttgtattgtgtgcgaacaacaggaa
aatctaatattttgtgaggggatttgtggaaattccttccatttggactgtattgggctt
tcagtggttccaaagggcaaatttgtctgtgacgagtgtgtgactggcaatcattgctgc
tttgtttgcagacaagcgggaaatgtcaaacagtgtagtcaaccaatgtgtacaaagtat
tatcatgacgagtgtgttaaaacatacaaaactgccaagtttgatggcgatcgctttttc
tgtcctcttcacttctgtactacgtgtgtttcaaacaaatctgttgtgtctagaggacgc
ttgattcgttgtgtacgttgtccaactgcgtatcacatctctggctgccttgtggcaggt
tgtattccaatctgttccaatctaatggtctgctcaaagcactttatacgggataaaaat
aaggctcatcatacacatgtgaatgtaaactggtgtttcgtttgttcaattggaggcaca
ttgatttgttgtgaaagctgcccagcagcatttcacccagaatgcatcagttatgagggc
attccggaggggcatttcttttgcaaggattgtgcggaaggaaaacatcttttgtatgga
gacattgtgtgggtaaagcttggaatgtacaggtggtggccagcacagatatgcaatccc
cgtgatgtgcccaccaatatccagaacatgcgacaccagcctggagagtttcctgtgcag
tttcttggttcacatgattattactggattcacagaggtcgggttttcagctatcaggag
ggggataagggatcttctgattctggcaacaacaaaaatctggcaaaagtattcaaaaaa
gctcttgctgaggcaaaagaaaagtatgcagaatggaggacgctgcaagaaagcaaagca
gagcaagatctccagaagatgtccaagaaaccagctccatacaaacagataaaggtaaac
aaatgcacaacagccgtccgcattgtgatcgatccttcagaacttcctatgtgcgattgc
tcggctagcaatgaaagcccctgtggccctgaatcaaattgtttgaaccgtatgttacag
tttgaatgctatcctcaaagatgtcctggaaaggaaaactgccagaatcaacggtttcaa
aagaggcaatatgtggattgcgaagctttccgaacgttgcaccgtggatggggattgagg
tgcaaagaggatgtgaagaagggtcagtttgtcattgaatatgttggagagcttattgac
gatgctacatgtcaagagcgtgtgcagaaaggagaggacatcaccaactactacatgttg
acaatagacaaggattgcataattgatgcaggcccaatgggaaatctgtcacgatttatg
aatcatagttgtgatccaaactgtgagacacagaaatggacagtaaatggagaagttagg
gtgggactgtttgcttcaagagaaataatggcaggagaggaacttacgtttgattatcag
cttgattgtttaggcaatgaaaagaagaagtgtcattgtggagccaaaaactgcagcagt
tttcttggagtgaggccaaagaaccaggttcaggaggataaagcaaagaaaacaggagac
aaaagaaagaagaaaagaatcaagaaaactgtggtgaaagaagttcacgaggatgaatgt
tacatctgtggtgatggcggcgagcttcttatgtgcgacaagggaggctgtaaaaagtgc
tatcataaaacctgtctaggcagtgacgtcaacacacgaggcaagtggatatgtccgtgg
catttctgcgacgattgtggcaagtgggcaaacatcatgtgttcagaatgtccaaactca
tattgcagaagccacgcatcaggtcaaattacggaattagccaatggggttcatttgtgc
tgtgaccatattgtaacaaggaacagtcctgtgcaaaaccaggcttttgaggaagagaag
gtggaccacagcaaacccaatgctgatgttgaattgtcagatgtgggtttggaatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (15)   

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