KEGG T01608: 100556600

Anolis carolinensis (green anole): 100556600

Entry

100556600 CDS T01608

Definition

uncharacterized LOC100556600

Orthology

K14959

histone-lysine N-methyltransferase MLL4 [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:

SET FYRC FYRN zf-HC5HC2H PHD zf-CXXC zf-HC5HC2H_2 PHD_2 Bromodomain

Other DBs

NCBI-GI:

327280514

NCBI-GeneID:

100556600

Position

AA seq 2812 aa
MQRGLLLGLGCHGNISGKTWRVARAGRRGREPRAGLSAGAAAAAVGGGRGGRAGRGCGGD
GGGRHLPWAACWASAAGGDGSQRLLGSVGGGSGSSSSEDEPEEFLGFHLEDEVTQSSRRA
ALRSKRGTALPVRKKERKKRAATEDTPPKRLVKQKAVESQRERMVKALAELLQKSKRSPA
RIGRPPISGPKVGRKLPKQTKQGPEPDDSIKSTISPTLSSQIEKTINSIVSPRPRGRPPG
SSRKRLVTEAESPCESTKAPSSIPEPSISPQSSSPSSQPPEDLKKPPLILKFFSKARRHK
SGQLVVTHVRLKTPGHRRGRKRKWSVVPRKKMSPLPSQSVSESETPLSESEASAPEPEQK
EESSASQTQPQEVLAPDPEPQPECVVPKPEPQPEVITQEPEQPPEVSLEPVAFEVEQQTP
AQGADVPALLDEVSWKGESQEPCPEHDGTEGLSEEGSSSIAHSTRAQCLKRGRGRPPLTP
TQRAQRMAIQQLPTKAKEEGLGAVQQSGNACQEEASTHKTNFLKNIRQFIMPVVSARSSR
LIRTPRRFMDEIPQKTPKPTESPVTDGICLDKQESSQLPLQGVSPRVAHPEPVSPDEEIS
RVLSSPPSPSVPQITSPAAPALPEKRRSILREPTFRWTSLSPTSSPKDVGKTLFQLPCED
SSPLPSTPAPLPSPPAKRSPLLRAPQFTPSEAHLKIYESLTVSPEDSESVPASPEVRRDP
PAPQHESPTLPYEPVVTRSGKKLLARVNHLALPLFTEVSSPPKTEGKELITMEDVNSPGV
VHKVAIRRVLPPPIQVEQERTSDKPENKVEPASLIQKEQKSSDAPKPIITQLSSMDKVYS
LLTRAKVQLYKIDQQKQFKFIPGCQSVRAGAFEIPKVPAEKTVTSDVKAEEEEEEEEEKE
DRKDARNQGQESPVQGPRIKHVCRHASVALGQSRAMVPEDVPRLSALPLREREEITVSPT
VEETSSASESESGLQKQVKVETSIKTVPPPVRRHVSHHHGKKNRMTRCGRCKGCLKLQDC
GECNNCLDKPKFGGPNTKKQCCVYRKCDKIEARRVERLSKKGRTVVKAIVPWDSEDSQEA
FPAPLEVILGATETAEQDSLLQRKSARRCVKQRPSYDIFETSDSDTEAVSGSATHRRKSS
RDSDLLPMDSEEQSRPRRTPLQPVVQLKARKKPEKDLTNSGTFRSFSNGWNGKQKSTDGI
HRLRVDFKEDCDLENVWLMGGLSILASVPVTTQLVCLLCASKGFHQLVFCQVCCDPFHVF
CLEDDEQPLPEQEESWCCRRCKFCHVCGRKNKASKQLLECERCRNCYHLACLGPNYPTKP
FRKRKNWVCSACIRCKSCGTAPGKNWDTEWSNDYSLCSACSVLHDKGNYCPICLHCYEDN
DYESKMMQCAKCDHWVHAKCEGLSDEGYEILSNLPESVVYACRPCCGSDKAKWREVLSVE
LRKGLRQVLQGLMSSKCATPLLQCAQCCPDDGVRVHLRPCDLCTVNKLFEQGHYSSVHSF
NEDMVGVLLGQTEDQQNSLLAKALYIELMGKFFSWFDAQDEKHWIRNTTLPNGMLPNAVL
PPSSDHIYAQWRQPEETNPVTKTPKDADASPQEPLADSEDKRQCALCLQYGDAPSKDAGR
LLYIGQNEWTHVNCAIWSAEVFEENDGSLKNVHAAVARGRQMRCEHCQRTGATVGCCLSA
CLSNYHFMCARLRQCTFQDDKKVFCQKHVDLLDGTEIVADDGFDVLRRVYVDFEGISFKR
KFMVGLEPDIINMMIGSMKIDSLGMLTDLSECEGRLFPVGYQCSRMYWSTVDAHRRCWYK
CRVLEYRPKQSQEEPDASGVQEENHTIVHSPTVPAGNVDQPLDVSTSMPPPEHHSPIQNP
GSLPHPEAAVTKPKSLTGARIKVPNYSPTRRPISGVSSRPLPSPGSASSMSHHILTVGDP
DFPPPRRTQRLSPLSPSSAHRTHRSSFPPQTMANRTSPASTSLRAMPLLPDNPTTGNGFR
QNSTSDGQRPSLTSPPPSPPPVPPELAFELNVSDLEFDDSLLDEPFQEEELGVTRMCPSS
PGLGLPQLDGLGDAESEEEGEESRYFRFPRTVVTRESPLPPYPLDLPLPHINQLDGIDDG
TDSEADSAGGHPSAKGKQAEPRVERELAGPAPAPEDLPSDIVDFVLKNMDTPESKAPLPS
CLNQMPMPPAPATSTSFNGTESAHPTPAPDLTPTLTLSCAQVPGAPEVRMLGPEGQKPGS
RIILVNKLGQVCVKVQSEEDILNSQDGEQASSCDAKPNSIPAPLPAPTPAPSLGTVILRA
PLGLNPNPLPTWTIRGPVISMVPMVNVVGTTPQALGGGQLALSAPALVTPSLGLQQTCLL
QPVTMNSGVLSIPGLVSLPGPRPAIRVKRVSTFVGNVPVKKVKMDGVNEEEPLPMSPTAT
PDHLTNNCISGSTVASGIGRVRMKTPTTKGVLDLDALKEEADVSGSDHSPMEHCPSLVPL
HSHPGSPEQNQELLLEPAWHRYAGELSSSDEDNQHLEDKENEIPRKTQPHLCFEITNEDG
LNVQAATIDGAWKAVIEKVQEARTNARLKHLSFAGMNGVRMLGMHHDAVIFLVEQLYGAK
ACHKYKFRYHQHEGEEEELPLNPHGCARAEVYSRKCTFDMFNFLASQHRVLPEGGPYDEE
EDEVQLKSTRRATSLELPMAMRFRHLKKTSKEAVGVYRSAIHGRGLFCKRNIDAGEMVIE
YSGIVIRSVLTDKREKYYDSKGIGCYMFRIDDFDVVDATMHGNAARFINHSCEPNCYSRV
IHVEGQKHIVIFALRRIFRGEELTYDYKFPIEDAGSKLPCNCGAKRCRRFLN

NT seq 8439 nt +upstreamnt +downstreamnt
atgcagcgggggctcctcctgggcctcgggtgccacgggaacatttcaggcaagacctgg
cgggtggcgcgggcggggcgccggggccgggagccgcgcgcgggtctctctgctggcgcc
gcggctgctgctgtgggcggcggccggggagggcgagcgggccgcggctgtggcggcgac
ggtggcgggagacacctaccctgggcagcctgctgggcctcagccgcgggtggagacggc
tcccagcggctcttggggagcgtcggcggcgggagcgggagcagcagcagcgaggacgag
ccggaagagttcctgggcttccatttggaggatgaagtcactcagagctcacgacgggct
gcattgagatctaaaagaggtacagctctgccagtgcgtaaaaaagagagaaaaaagaga
gcagctactgaagacactcctccaaaaaggcttgtcaagcagaaggctgtggaatcccag
cgggaacgaatggtaaaagccttggcagagctgctccagaagagcaagagatctccagca
aggataggtcggccaccaatttctggccctaaagttggtaggaagcttcctaaacagact
aaacaaggcccagagcccgacgattccataaaatccacaatttctcctaccctttcatca
caaatagagaaaaccatcaactcaattgtgtcacccaggccacgaggccgaccaccaggc
tcctccagaaaaagacttgttacagaagctgaatctccttgtgaaagcactaaagcacca
tcttccattccagaacccagcataagccctcaatcatcttcaccatcctctcagcctcct
gaagatttgaagaaaccaccgctcatcctgaagttcttctcaaaggctaggcggcataaa
tctggccaattggtggtgacgcatgtccggctaaagacacctggccataggaggggtcgc
aagaggaaatggagtgttgtacccaggaagaaaatgtcaccccttccctctcaatctgtc
tcagaatctgaaacaccgttgtcagagtcagaggcctctgccccagagccagaacaaaaa
gaggagtcttcagcatcacagacacagcctcaagaagttcttgctccagatccagagcca
cagcctgaatgtgttgtcccaaaaccagagcctcagccagaagtgataacccaagaacca
gaacagccaccagaagtttccttggagccagtagcctttgaggtagaacagcagactcca
gcacaaggagcagatgttcctgctttgctcgatgaggtgtcctggaaaggagagtcacag
gagccttgtccagagcatgatgggactgaaggcctttctgaggaggggtcttcaagcatt
gcccattctacgcgggcacagtgcttgaaacggggccgtggccggccgcccctcactcca
acccagcgagcccagcgtatggctattcagcagctgccaacaaaggctaaggaggaaggg
ttgggagctgttcagcagtctggaaatgcttgccaggaggaggcatcgactcacaagacc
aattttctcaagaatattcgccagttcataatgcctgtggtgagcgctcgttcgtcacgc
cttattcggaccccacgtcgctttatggacgagatcccccagaaaacacccaagcctaca
gaaagtcctgtgacagatgggatttgtctagacaagcaggagagctctcagttgcctttg
caaggggtttcccctagggttgctcatcccgaacctgtttctcctgatgaagaaatcagt
agggtcctttcttcccctccttccccaagtgtgccccaaatcacttctcctgctgctcct
gccctgcctgagaagcgtcgttccatccttcgggagcccacattccgatggacctcactg
agccccacttcatctcctaaggacgtgggcaagacactctttcaacttccttgtgaagat
tcatctcctttgcccagtactccagcgccattaccctctcccccagccaaacgaagccct
ctgctacgggcaccacagttcactcctagtgaggcgcacctcaaaatctatgaatcgctg
acagtgtctcctgaggattctgaatcggtgcctgcttctcctgaagtcaggagggacccc
ccagcaccacaacatgagtctcccacgctcccttatgagcctgtagtgacacgtagtggc
aagaaactgttggctagagtgaaccatcttgccttgcccctgttcacggaagtttctagt
ccaccaaagactgaaggcaaagagcttatcactatggaggatgttaattctcctggcgtt
gtccacaaggtggccatccgaagggttttgcctccacccatccaggtagagcaagagcgg
acgtcagataagccagagaataaagtggagccagccagcttgatccagaaggagcagaaa
tcatctgatgcacccaagcccattataacacagctgtcgagcatggataaagtttacagt
cttctcactcgtgccaaggtgcagctctacaagattgaccagcagaagcagttcaaattc
ataccgggatgccaaagtgtcagggctggtgcctttgagataccaaaggtcccagctgag
aaaactgtgacttctgacgtgaaagcagaagaagaagaagaagaagaagaagaaaaagaa
gacaggaaagatgccagaaatcagggccaggaatccccagtgcaaggtcctcggattaag
catgtgtgtcgccatgcctcagtggccctgggacagtctcgggccatggtgccagaggat
gtgccacgcctcagtgccctgccactgcgggagagggaggagattactgtatcacccaca
gtggaggaaacctcctcagcctctgagagcgagagtggcctccagaagcaagtgaaggta
gagaccagcatcaaaactgtgccacccccagtgcgtcgccacgtgtcccaccaccatggc
aagaagaaccgaatgacacgctgtgggaggtgcaagggctgcctgaagctgcaggattgt
ggggagtgcaacaactgcctagacaagccaaagtttggcggacctaacaccaagaagcag
tgctgtgtgtatcggaagtgcgacaagatcgaagcacgtcgggtggagcggctgtctaag
aaaggccgtacagtagtgaaggccatcgttccctgggattcggaggactctcaagaggcc
ttcccagcccccttggaggtcatactgggggccacagagacggccgagcaagactccttg
ttgcagcgtaagtcagcccggcgctgtgtcaagcagaggccctcgtatgacatatttgaa
acctccgactctgacacagaagcagtgtctggttcagctacacatcgccggaaatcctca
cgggactcagatttacttcccatggattctgaggagcaaagtcgaccccgaagaacacca
ctgcagcctgtggtacagctaaaagccaggaagaagcctgagaaggatctcaccaattct
ggcacattccgatccttctccaatggctggaatgggaaacaaaaatccacagatggcatc
caccggctcagggttgattttaaggaagactgtgacctggagaacgtctggctgatgggt
ggcctcagcatcctcgcctcagtgccggtgaccacacagcttgtgtgcctgctctgtgct
agcaagggcttccatcagcttgtgttctgccaagtatgttgtgacccctttcatgtcttc
tgcctggaggacgatgaacagccactgcctgagcaggaggaaagctggtgttgcagacgt
tgcaaattctgccatgtctgtggccgcaaaaacaaggcatccaagcaactactggaatgt
gaacgttgcagaaattgctatcacttagcttgtctgggacccaactaccccactaaaccc
ttccgtaagaggaaaaactgggtctgttcagcctgcatccgctgcaagagttgtgggaca
gctccagggaagaactgggacactgagtggtcgaatgactacagcttatgctctgcctgc
tctgtgctgcatgataaaggaaactactgtccaatctgcttgcactgttatgaagacaac
gactatgagagcaaaatgatgcaatgtgccaagtgcgaccactgggttcatgccaagtgt
gaggggctttcagacgagggctatgagatcttatccaacttgccggagagtgttgtctat
gcttgccggccctgctgtggcagtgacaaggcgaagtggcgagaggtcctcagtgtggag
ctgcggaagggccttcgacaagtgcttcagggactgatgagctcaaagtgtgcaactcca
ctgctccagtgtgcgcagtgttgcccagatgatggtgtgagggttcatctgcggccctgt
gacctgtgcacggtcaacaagctttttgaacaaggtcactactcatctgtgcacagcttc
aatgaggacatggtaggagtccttttggggcaaacagaagatcagcagaacagccttctt
gcaaaggcactctatattgagctaatgggaaagttcttcagctggtttgatgctcaggat
gaaaagcactggatacgcaacaccacccttcccaatggcatgcttcccaatgctgtcctg
cctccctcctctgaccacatctatgctcagtggaggcagcctgaggagaccaacccagtt
actaagactcctaaagatgcagatgcctcaccacaggagccgttggctgactcggaggat
aagagacaatgtgctctatgtctccagtatggtgatgctccctccaaggatgctggaagg
ctactgtacattggccaaaatgaatggacgcatgtcaactgtgctatctggtcagctgag
gtctttgaggagaatgatggctccctcaagaatgtacatgctgctgtggcccgaggtcga
caaatgcgctgtgaacactgtcaacgcactggggccacagttggctgctgcctttctgca
tgtctcagcaactaccacttcatgtgtgcgcgtcttcgtcagtgcactttccaggatgat
aagaaagtcttctgccagaagcatgtcgatcttcttgatgggacggaaatcgttgctgac
gatgggtttgatgtcctgcgccgtgtctacgttgactttgagggcatcagctttaagagg
aaattcatggtgggcctagagccagacatcatcaacatgatgataggttctatgaagata
gacagtttgggaatgctgacagacttgtcggaatgtgagggacgcctctttcctgtaggc
taccagtgttcccggatgtattggagtactgtggacgcccacaggcgatgctggtataag
tgtcgtgtcttagagtatcggccaaagcaaagccaggaggagccagatgcatcaggagtg
caggaagagaaccacactattgtccacagtcctactgtccctgcaggtaatgttgatcag
cccttggatgtgtccacttccatgcctcccccagagcatcactctcctatacagaaccca
gggtctctgccgcacccagaagctgctgtcaccaagcctaaatctcttaccggagctcgc
atcaaagtgcccaactactcccctactcggaggcccatcagcggcgtgtcatcccgtcca
ctgccatcccctgggagtgcatcttccatgtctcatcatatcttgactgtgggcgatcca
gacttccctcctccgcgccgcactcagcgcctcagccccctgtcccctagcagtgcccac
cgtacccaccggtcctcatttccacctcaaaccatggctaacaggactagtcccgccagc
acctctctcagggcaatgcctctcctcccagacaaccccacaactgggaacggattcagg
caaaattctacctctgatgggcagcggccctcgcttacctcaccccctccctcaccccca
cctgtgccaccagagctggcttttgagctcaacgtctctgacctggaatttgacgacagc
ctcctggatgagccattccaggaagaggagctgggagtgacacggatgtgcccatcctct
cctgggctgggcctgccccagttggatgggttaggtgatgccgagagtgaggaggaagga
gaggagagccgctactttcgcttcccacgcacagtggtgacacgggagtcaccccttccg
ccataccctctggacctccccttgcctcacattaaccagctggatgggatagacgatggt
accgacagtgaagcagattcagctggggggcatccgtctgccaagggcaaacaggctgag
ccaagggtggagcgagagctggctggacctgctcctgctcctgaggacttgccttctgat
attgtggactttgtactaaagaacatggatactcctgagagtaaagctccactgccttcc
tgcctcaatcagatgccgatgcctccagcacctgctacctccaccagcttcaatggcact
gaatcggcccatcccacccctgccccagatttgaccccaaccctaacccttagttgtgct
caggtgccaggcgcccctgaggtaagaatgctgggacctgaagggcaaaagcctggctcc
agaatcattcttgtgaataagctgggacaggtgtgtgtcaaagtgcagagtgaagaagac
atcctgaactctcaagatggggagcaggcgtccagctgtgatgcaaaaccgaactccata
ccagcaccactgcctgcacccacccctgcacccagccttggcacagtcattttacgggca
cctttgggcctgaatccaaaccctttgcctacttggactattcgaggcccagtgatcagc
atggtcccaatggtgaatgtggtgggcactactcctcaggctcttggtggtgggcagttg
gcactgagcgccccagctctggttactccctcccttgggctccagcagacctgtctcctc
cagcctgtgactatgaattctggtgtgctgagcattcctggtttggtgtctttgcctggt
ccccgcccagccatccgggttaagagggtctccacctttgtaggaaacgttcctgtcaag
aaggtgaaaatggatggagtcaatgaagaggagccattacccatgtcgcccacagcaact
cctgatcacttgactaataactgcatttctggcagtactgtagcctctggcatcgggagg
gtgcggatgaaaactcccacaacaaagggtgttctagacctggatgcactcaaagaagag
gcagacgtcagcggcagtgatcattccccaatggagcattgcccgtccctggtgccattg
cactcccatcctggaagcccggagcagaaccaagagcttctcttggaaccagcatggcat
agatatgcaggggaactttccagttctgatgaggacaaccagcacctggaggacaaagag
aatgagatacctcgcaaaacacagccccacctatgtttcgagatcaccaatgaggatggg
ttgaatgtgcaagccgctacaatcgatggtgcctggaaagctgtgattgagaaggttcag
gaggcccgcactaatgcccggctcaagcatttgtcctttgcaggaatgaatggtgtgcgg
atgttgggaatgcaccatgatgctgtcatcttcctggtggaacagctgtatggtgccaag
gcctgccacaagtacaaattccgctatcaccagcatgaaggcgaggaggaggagctgccc
ctcaacccacatggctgtgcccgggctgaagtctactccaggaaatgcacctttgatatg
ttcaacttcctggcctcccaacatcgtgtccttcctgagggaggcccctatgatgaagag
gaagatgaagtgcagctcaaatccaccaggcgagccaccagcctagagcttcccatggca
atgcggtttcgacatttgaagaagacctcaaaggaagctgtgggcgtatacaggtcagcc
atacatggtcggggtctcttctgcaagcgcaacattgatgcaggcgagatggttatagag
tactcaggcattgttatccgttcagtgcttacagacaagcgtgaaaaatactacgacagc
aagggcattggatgctacatgtttcgtattgatgattttgatgtggtggatgctacaatg
catggcaacgctgcccgcttcatcaaccactcttgtgagcccaactgttactcgcgtgtc
atccatgttgagggccagaaacatattgtgatctttgccctgcggcggatcttccgggga
gaggaactcacttatgactacaaattccccattgaagatgctgggagcaagctaccttgc
aactgtggagccaagcgttgccgccgcttcctcaattag

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 (9)   
   Pfam (9)   
All databases (28)   

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