KEGG T01608: 100554343

Anolis carolinensis (green anole): 100554343

Entry

100554343 CDS T01608

Definition

histone-lysine N-methyltransferase, H3 lysine-36 and H4 lysine-20 specific-like

Orthology

K15588

histone-lysine N-methyltransferase NSD1 [EC:2.1.1.43]

Organism

acs Anolis carolinensis (green anole)

Pathway

acs00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:acs00310]

SSDB

Motif

Pfam:

PWWP SET PHD PHD_2

Other DBs

NCBI-GI:

327265653

NCBI-GeneID:

100554343

Position

AA seq 2106 aa
MDSEASFFSAAEEHPGEDIKFLMEKRAAAICNTKAEPQSRAERIQETQQRAPVKMRHNEM
VSGLFPTPVLPERIQSNSAVGSRHEKVCMYPMYLPGNTERKKEKPCNVTKVSEKEDPGQS
PATLGNLIERLEASVTSKSPATRMPAGQNKKKPAPVKYEAGDLVWAKFNRRPWWPCKICH
DPILDTHSKMKVSNRRPHRQYCVETLGDPSERAWVVGKAIVVFEGRHQFEELPVLRRKGK
QKEKDYRHKVPKRFMAKWEISVGLTSEYLKQNGTQKCIQTSSKMDSEKETRLMGSHEKVS
LNEQNMQLNGCLKSFALDSKHFAHDKEKIVTKSRTKKSSDTRKRNRVRKSSTKLETSKKE
YGEKVPVDNVKDMVATNVPDKQASHELCRIAKSLMGSKGTVENYLLSSFGERQFENKTKK
PEHEFSHRNSQQERPKVSVKKKKNLTGLIYTSKLQQHYSTTDAGVERKQVDSDSSDTFNF
LSLDQSIAAASTYSVLKNGDSEDECSSDSCFSATKGSLGSHLDASTKSGNVDGPKPLNSA
HENSRDSAEIETAVVKHVLSELKELSYRSLNDEAKDSGPPKTTVPLLFSSIPGQNHLPVE
PDYKFSTLLMMLKDIHDSKTKEKQLMTTQNIVAYRSPNGSGSSGNNTLSDLTSLPTTGTA
PKLEKKQEAECQKPKEEKKRLRKPSKRLLEYAEEYDHIFPPKKKKRSREPFRKASSLERS
EGKQKDSTGKKARKKHLEKKPLDSVSSASSPSASSSKESPPVLEAERSLSDEPDSHSMEP
RSEMPVLTLSSPNALEKEDEEGEEETSAAPPVLLPVLHPQTGGQLMKSGRFGTKRKRKPT
KKLLESNDLDTTFIPKREWTSIKKCSEAGPLDTEIPEFYPTTQVLDVAEAAPEKVPVKQR
RRKRQRRPFTAAPHKKERSKGVVGETHSFQRDRAANGTTGSPKEITEEGSENYPGVPSSK
RMQGERGGGAALKENVCQICEKPGELLLCEAQCCGAFHLECLGLSEMPKGKFICTECSTG
VHTCFVCKNSGENVKRCLLPLCGKYYHEECIQKYPPTVIQNKGFRCSLHICMTCHAANPT
NVSASKGRLMRCVRCPVAYHSNDFCLAAGTVILASNSMICPNHFTARRGCRNHEHVNVSW
CFVCSEGGSLLCCESCPAAFHRECLNIDMPEGSWYCNDCKAGKKPHYKEVVWVKVGRYRW
WPAEICHPKTIPVNIQKMKHVIGEFPVLFFGSNDYLWTHQARVFPYMEGDVSSKDKMAKG
VDGIYKKALQEAATRFEELKAQKELRQLQEDKRNDKKPPPYKHIKVNRPIGKVQIFTADL
SEIPRCNCKPADENPCGLDSECINRMLLYECHPAVCPAGNRCQNQCFTKRQYPEVEIFRT
LARGWGLQAKRDIKKGEFVNEYVGELIDEEECRARIRHAQEHDITNFYMLTLDKDRIIDA
GPKGNYARFMNHCCQPNCETQKWSVNGDTRVGLFAITNVKAGTELTFNYNLECLGNGKTV
CKCGAPNCSGFLGVRPKNQPPASEDKSKKFKRRHGKRKSQAGILKEREDECFSCGDGGQL
VSCKRPGCPKVYHADCLSLTRRPAGKWECPWHQCDVCRKEAASFCEMCPRSFCKQHREGM
LFISKLDGRLSCTEHDPCGPNPLEPGEIREYAPSTESAADCQNTQPSDQQPAATGLKSQP
SERLPLTVALRLQPSDKSPSSSLALRLKSSDKPPSSVALKLQSSDKSPSTMALKLQPSDK
LPSTLALSLKPSDKLPSTLSLRLKPSDKLSSALALRLQSSDKPLSAVALRLHPSEKSPST
VALKLQPSEKVDSTVAQKLQPSEKLSSTEVHELQPSEKSTTMEASGSQDEPFAAEASGPQ
TTDKHSTAENPGPERSDVSPSANRPTSPILEKSPATEIPKVHMLEKVVAAESPRPQPLDR
AIPVGPLPQSSGRPVPSLSLRPQPVVKPVTPIALRSKPTEKSATPEGAQPQTPNRLSAVV
DSWPVLSDKDSTTTGLRSQLSDRLPAPVNSRPLLSEKALRPVDQNAQPKERPSVTLEQNT
QQKERTSVSEEQSCRPTGKFSPFNLGFSINTEKSHLNPMQWICFIGAILDFVLQRVYHPD
DRFRAL

NT seq 6321 nt +upstreamnt +downstreamnt
atggattccgaggcatctttcttctcagcagcagaagaacatccgggggaggacattaag
ttcctgatggaaaagcgagcagcggccatctgcaacacgaaggcagagccccagagcagg
gcagaacgcattcaggagacccagcaaagggctcctgtaaagatgaggcacaatgagatg
gtttcgggcctgtttccaacccctgtccttccagagcgaatacagagtaactctgctgta
ggaagtagacatgagaaagtatgcatgtaccccatgtatttgcctggaaatacagaacgg
aagaaagaaaagccatgcaatgtgacaaaggtatctgagaaggaagatccaggccagagt
cccgccacacttggaaacttgatagaaagacttgaagcatccgttacgtcaaaatcacca
gcaacaagaatgccagctggtcaaaataagaagaaacctgctccagtgaagtatgaagct
ggagatctcgtttgggcaaagttcaaccgacgtccatggtggccctgtaaaatttgtcat
gatcccatcttagatactcattcaaaaatgaaagtttccaatcgcagaccacatcggcag
tactgtgtggaaaccttgggagacccatctgaaagggcctgggttgtaggaaaagctatt
gtagtttttgaaggaagacatcagtttgaagaactccctgtccttcggagaaaagggaag
caaaaagagaaggactacaggcacaaggttcccaagaggtttatggctaagtgggagatc
agtgttggtcttacaagtgaatatcttaaacagaatggtacccagaaatgcatccagact
tctagcaaaatggacagtgagaaggaaacacgtttaatgggatctcatgaaaaggtctca
ttgaatgaacagaacatgcaactgaatggatgtttgaaatcatttgcactggattccaaa
cattttgcccatgataaggagaagattgtcactaaatcacgaacaaagaagagttctgac
accaggaagaggaacagagtaagaaaaagtagtaccaaacttgagacatccaagaaagag
tatggtgagaaagtaccagtggacaatgttaaagacatggttgctacaaatgtgccagat
aagcaggcatctcatgaactttgcagaatagcaaagagcctgatggggtccaaaggaact
gtggaaaattatttgctctcttcttttggagaaagacaatttgaaaataaaactaagaaa
ccagagcatgagttctctcatagaaacagccagcaggagagacccaaagtcagtgtgaag
aaaaagaaaaatctgacaggtttaatatacacttcaaaactacagcagcattattctaca
acagatgctggagttgagagaaaacaggtagactctgattcatcagacaccttcaatttc
ctctcccttgaccaaagcatagcagcagcatccacatatagtgtcctgaaaaatggtgac
tctgaagatgaatgtagctctgacagctgcttttctgctaccaaaggttctcttgggtct
cacttagatgcctctaccaaaagtgggaacgtggatggccccaagccgctgaacagcgca
catgagaattcccgtgattctgctgaaatagagacggcagttgtgaaacacgtgctttca
gaactgaaggagctgtcatataggtccttgaatgatgaagctaaagatagtgggccacct
aagaccacagtgcccttactcttttcatctatccctgggcagaatcatctgcctgttgag
cctgattataaattcagcaccttattaatgatgttgaaagatatacatgacagtaagaca
aaagaaaagcagctaatgactactcagaacatagtcgcctacaggagtcctaacggcagt
ggtagttctggaaataacactctgagtgatttgacatctttgcctacaacaggaactgct
cctaaattagaaaaaaagcaagaagcagagtgtcagaaacccaaagaagagaagaaacgc
cttaggaagccaagtaagaggcttctggaatatgcagaagaatatgatcatatatttcca
cctaagaaaaaaaagaggagccgggaaccatttcggaaggcaagttctctagagagatct
gagggcaaacagaaggacagcactggcaagaaggctcgtaaaaagcatctagaaaagaag
cccttggattcagtttcatctgcttcttcaccatctgcttcttcatctaaagagtctcct
ccagtcctggaggctgagcgttctctctcagatgaacctgattcccattctatggaacca
agatctgaaatgccagttttgacgttgtcttcaccaaacgctttggagaaagaagatgaa
gagggagaagaagaaacttctgctgctcctccagttcttctccctgttcttcatccacag
acagggggacagttaatgaagtcagggcgttttgggactaagcgcaaaaggaaaccaact
aaaaagctcctggaatccaatgatttggataccacctttataccaaagagagaatggact
tccataaagaagtgttctgaggctggtcctttggatactgaaatacctgagttttacccc
acaactcaagttctggatgttgctgaagcagctcctgagaaagttcctgtgaaacaacga
aggcgaaagcgtcagcggcgcccctttactgcagcaccacataaaaaagaaaggagtaaa
ggcgtagtgggcgaaacacacagttttcagagggatagggcagctaatggaacaactgga
agtcccaaggagattactgaggaaggatctgaaaattaccctggagtgccttcatcaaaa
aggatgcagggggaacgaggaggaggagctgccctcaaagaaaatgtgtgtcagatctgt
gaaaagccaggtgaattattgctgtgtgaagctcagtgctgtggtgctttccacctggag
tgtcttgggctctccgaaatgcccaagggcaagtttatctgcaccgagtgctccacaggg
gtccacacatgctttgtatgcaagaatagcggagaaaacgtgaaacgttgcttgcttcca
ttatgtgggaagtactatcatgaagagtgtatacagaagtatccccccacagtcatacag
aacaagggcttcagatgctcactgcacatctgtatgacttgccatgcagctaacccaaca
aatgtctctgcatctaaaggccgcttgatgcgttgcgtccgatgtcctgtggcttaccac
tccaatgatttttgccttgctgctgggacagtgatccttgcttccaacagcatgatctgc
cctaatcactttactgctcgaaggggctgtagaaaccatgaacatgtaaatgtcagctgg
tgcttcgtctgttcagaaggcggaagccttttgtgctgtgaatcctgccctgctgcgttc
caccgggaatgcctgaacattgacatgcctgaggggagctggtactgtaatgactgtaag
gctggcaagaaaccacactataaagaagtggtctgggtgaaagtgggacgttacaggtgg
tggccagctgagatatgccacccaaaaaccatccctgtcaacattcagaaaatgaagcat
gtcattggtgaattccctgtgctgttttttggatcaaatgattacctttggacccatcag
gctcgagtctttccctatatggaaggagatgtaagcagcaaagacaaaatggcaaagggg
gttgatggcatatacaagaaagctctccaggaagctgctacaagatttgaagagttgaag
gcacagaaggaactgagacagcttcaggaggacaaaaggaatgataaaaagccccctcct
tataaacatattaaggtaaaccggcctattggcaaagtgcagatcttcacagcagacttg
tctgagataccacgttgcaactgcaagccagcagatgaaaacccctgtggcctagactca
gaatgtatcaatcgcatgctgctgtatgagtgtcatcctgcagtctgtccagctggaaat
cgctgccaaaaccagtgttttaccaagaggcagtatcccgaagtagaaatcttccgtaca
cttgcacgaggctggggcctgcaggccaaaagagacattaaaaagggtgaatttgtgaat
gaatatgtgggagaactgatagatgaggaggaatgccgagccaggatccgccatgctcaa
gagcatgatatcactaacttttacatgctaactttagataaggatcgaataattgatgct
ggaccaaaaggcaattatgctcgatttatgaaccattgttgccagccaaactgtgagact
caaaagtggtcagtgaatggtgatactcgggttgggctttttgccattacaaatgttaaa
gctgggaccgagttgacgttcaactataacctggagtgtttggggaacgggaagacagtt
tgcaagtgtggtgctccaaattgcagtggattccttggtgtacgaccaaagaatcagccc
cctgcctcagaagataaatccaagaagttcaagagacgacatgggaagcgcaagtcacaa
gcaggaatcttgaaggaacgagaggatgaatgtttcagttgtggggatggtggacagctg
gtttcctgcaagaggccaggctgtcccaaagtgtatcatgctgactgcctcagtttgacc
aggcgacccgcagggaaatgggaatgtccttggcatcagtgtgatgtctgtaggaaagaa
gcagcttcgttctgtgagatgtgtcccagatccttctgcaagcagcatcgagaaggcatg
ctgttcatctctaaattggacggacgcctgtcatgtacagaacatgatccctgtggacct
aaccctctagaaccaggagagattcgtgagtatgcgccttccacagagtcagcagctgac
tgccaaaacactcagccatcagaccagcagcctgcagctacaggcctgaaatcacagcca
tcagagaggttacctctgaccgtggctctgaggctgcaaccctcagataaatcaccttcc
tcctctttggctctgagactaaagtcctcagataagcctccttcctctgttgctctgaag
ctgcagtcctcagataaatcaccctccacaatggcattgaagctacaaccatcagacaaa
ctaccttccaccctggccctgagtttaaaaccctcagacaaattgccctccactctgtcc
ctgaggttaaaaccctcagacaaattatcctcagcccttgcccttaggttgcagtcatca
gacaagccactctctgctgtggctcttaggttgcatccctcagaaaaatcgccctccact
gtggccctgaagttacagccctctgaaaaagtagactccactgttgctcagaagttgcag
ccctcagaaaagctatcctccactgaggttcacgaattacagccctcagagaagtcaacc
accatggaggcatcgggatctcaggatgaaccatttgctgcagaggcatcgggacctcag
acaacagacaaacattctacagcagaaaacccagggcctgagcgatcagacgtgtcacct
tctgctaacagacctacatctccgatattagagaagtcacctgccacagagataccaaag
gttcatatgttagagaaggtggtagcagctgagtctccacggcctcagccactggataga
gccattcctgttggcccactgcctcagagttcaggcagacctgttccttcactgagcctc
agacctcagccagtggtcaagccagtcacccccatagctctgaggtctaagccaacagaa
aagtcagccacgcctgagggagctcagcctcagacaccaaataggctttctgctgtggtg
gattcttggcctgttctatcagataaagattctactactacaggcctgagatctcagctg
tccgacaggcttcctgccccagtaaattcaagacctttgctttcagagaaggccctccgg
cctgttgaccagaatgctcagccaaaagaaagaccctctgtgacactggagcagaatact
cagcaaaaagaacggacatctgtgtctgaggagcaatcttgcaggcctacagggaaattt
tctccattcaatttaggattcagcatcaatacagaaaagtctcaccttaaccctatgcag
tggatctgcttcattggtgccatcttggacttcgtactgcaaagggtttaccatcccgat
gacagatttagggctctatga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (23)   

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