KEGG   Protobothrops mucrosquamatus (Taiwan habu): 107288383
Entry
107288383         CDS       T05763                                 
Symbol
NCOA6
Name
(RefSeq) nuclear receptor coactivator 6
  KO
K14971  nuclear receptor coactivator 6
Organism
pmur  Protobothrops mucrosquamatus (Taiwan habu)
Brite
KEGG Orthology (KO) [BR:pmur00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pmur04131]
    107288383 (NCOA6)
   03036 Chromosome and associated proteins [BR:pmur03036]
    107288383 (NCOA6)
Membrane trafficking [BR:pmur04131]
 SNARE
  SNARE associated proteins
   Others
    107288383 (NCOA6)
Chromosome and associated proteins [BR:pmur03036]
 Eukaryotic type
  Histone modification proteins
   HMT complexes
    MLL3/MLL4 complex
     107288383 (NCOA6)
SSDB
Motif
Pfam: NCOA6_TRADD-N TRADD-like_N
Other DBs
NCBI-GeneID: 107288383
NCBI-ProteinID: XP_015672481
Position
Unknown
AA seq 2049 aa
MVWGDISNVKDNYSLSCSSVMEELKVDLDSVQKEADTKPNSPSDDSTIFVAFKGNIDDDD
FKQKLGVILDNVPGLLRMESTKLKLKKVEPWNSVRVTFNIPREAAERLRMLAQNNNQQLR
DLGILSVQIEGEGAINLSLTQNKSQDLRINGPVGQGNSVRMETGFPMPGSQGLIRINNPA
SVMMQQSGSVASSVMTNTATTELHPRTPHPASQSDTADPLLSSLTIQQQNHPSGSVVPQL
HSVQSIPVNRQINPGNFQQMQAQQQIQPQQQLHPRPPPQQQQQGIRPSFTTAAQVPGPPP
GWNQVPSGTAQLPPSQGTIGALTVNQGWKKTPLPGQMQQQIQTRPSLATVQTPAHPPPPY
PFGSQQASQPHPNFSQMNNSAQFTAPQMKNLQGGPSRVPTPLQQSHLSSKSPASSPSSFQ
QGSPASSPTVNQAQQQMGPRPPQANTLPQGFQQSVNSPGRNPMVQQGNVPSNFMVMQQQN
QGPQGLHPGLGGMPKRLPTGFTTGQANQNFMQSQVPSATPGTPANGGTTQLQASQSVQHT
GGQGNGPPQNQLQVQHGPSNMMQTNLIGLHGNVNSQQTNTNGVPQVNISNMQGQPPQGPQ
SQLMGMHQQIISSQGQMVNIQPQGSLNPQNQMILSRAQLMPQGQMMVASQNQNLGPSQQK
MTPPKQMIPQQGQQMMGAHNQIMGPQGQVLLQQNSMMEQMMTNQMQGNKQPFNPQSQSNV
MTGPAQMMRGPTPNLQGNMVQFTGQMMTQQSSVNSNPSQVMGIQGQVLRPTGPVPHMSQQ
LGDNTTTANNDVNLTQMLPEVSMQQGNIVPPHLQGMQGNSNTPGNQFAGHGMPFNAPFSG
TQNGNQISCAQNPGFPVNKDVTLTSPLLVNLLQSDISAGHFGVNNKQNNQNANKPKKKKP
PRKKKNNQQAEQINSSESRPVGLEEAEQPPLPGEQGINLDNSGHKLSDFTNRPTGYPSQS
IEQRSLQQIPPQLLQHGQQQQQQQQQPPLTSQQTQSQQQQQQQQQQQQQQQQMMMMLMMQ
QDSKSVRLPVSQSVHQSRGSLNVETQRMAMQQGGNMPVMVSLQGPGIVPPSPDKQRIPMS
NNPTLVNNTRKMVYTDNTQNPTSSPLGDVSSVSSVSEGNGPEAPSVSGPQNTIASHLIVS
QNQLMMAGPKPGPPQMSTPQGTSPQQQSNSLPGPHSHHFQNIATTSQTSRPKTPNRASPR
PYYPQTPNNRPPSTEPSEISLSPERLNASIAGLFPPQINIPLPPRPNLNRGFDQQGLNPT
TLKAIGQAPSNLAMNSQSSFVSPQTHKLDPMAINPGKQTNVSGAKRASPSNSRRSSPGSS
RKTTPSPGRQNSKAAKLALTSQQNPTLMQNMDLQRNIMVGPPLQTAIPGGFQNNGMLAAQ
NSAIPISVMAGISEDSKESFSVPQDGICQNMQVVPVNKDQQNIELKGVPSQEIKILVREE
QQKREVPLAESSKLPNLEENNTILSPAMREAPTSLSQLLDNSGAPNVTIKPSGLPGLEVP
PTVTCADEFKKVSGIPPPPQDSSSNKDPICSLNLPANTESCSTPVQQELGDINSNVSQNM
SPAVQRPISSTSLSTSISPNQITVFVTSNPITSSSNTSASLPSHMQPTLMSTVVTMPNAG
NKVLTSEEQTAVQSNARPQFITPVFINSSSIIQVMKGSQTSTLPTTPMTSNSSLISQPVT
VVGPLHLSQNIKFSSGPSPPSSSTITAVTSMSTNRPLVINSLTTPTQLPSPSSTIPSSTS
SHPPSHLNKDFGLEEIHSQTCASVDPSTETVSQSAAGVSPSHAHSPASSSNRRSPVSNAK
GKGKVDRIGQFLLTKACQKVTDVFDNGEEQYAVEGETECQEQDASIPSSMEAQQSVEIED
NIVAAPASTLLKHSTCGTSNSNVSNTATVPASVSLSLPGGTPSTTVLSVVTTPVMSEISS
IQTTNGNPGSITDEQVGIASEDEKETHHELPHNMASSCQTLSATSESAIQRTDLEANPAI
ITGLSNESKENCEKSKTSSRRNSRTEEPALVQETMENGQRKRSSRPASASSTTKETNAGA
MQSKRRKSK
NT seq 6150 nt   +upstreamnt  +downstreamnt
atggtttggggtgacatatccaatgtaaaagataattacagtttatcgtgctcctcagtc
atggaggaattgaaagtggatcttgattctgtacagaaagaagctgatacaaaacctaac
agcccttctgatgattctacaatcttcgtagcttttaagggcaatatagatgacgatgac
ttcaagcagaaattgggagtcattttggacaatgttcctggccttttacgcatggaatct
accaagttaaaactgaagaaagtggagccctggaacagtgtacgtgttacttttaatatt
cctcgtgaagcagctgagaggctacgaatgctagctcagaacaacaaccaacaacttcgt
gatttgggaattctgtctgttcaaatcgaaggtgaaggtgccatcaatttatcattaact
caaaacaaaagtcaagatttaaggatcaatgggcctgttggacaaggcaactcagtacgg
atggagacaggatttcctatgccaggaagtcaaggtttaattcgaataaataatcctgca
tctgtgatgatgcaacaaagtgggagtgtagcatcctctgtgatgacaaatacagctacc
acagaactgcatcccagaacacctcatccagcatctcagtcagatacagcagatccactt
ttatcaagcctcactatccaacagcagaaccatccatctggctctgtggtgcctcagctc
cattctgtacaatcaattcctgtgaataggcaaataaatccaggcaattttcagcagatg
caagctcagcagcagattcagccacagcaacaactgcatccacgccctcctccacaacaa
caacaacagggcattcgaccttcatttacaaccgcagctcaagttccaggtcctcctcct
ggttggaaccaggtaccttctggaacagctcaacttcctccatcccaaggaacaataggt
gcattgacagttaaccagggttggaaaaaaacccctttgcctgggcaaatgcagcagcaa
atccaaaccagaccctcattagcaacagtacaaacacctgctcaccctccacccccatat
ccctttggaagccaacaagcttctcaaccacatccaaacttttctcagatgaacaactct
gctcaatttactgcccctcaaatgaagaatcttcagggaggaccctcacgggttcctact
ccattacaacagtcccacctgtccagcaagtctcctgcgtcctctccctcatcttttcag
cagggttctcctgcctcttcaccaacagttaatcaagcacagcagcagatgggaccaagg
cccccccaagctaatactctcccccagggattccaacaatctgtaaattctcctggtcgt
aaccctatggtacagcagggaaatgtaccttctaatttcatggtgatgcagcagcaaaac
cagggtccacaaggtctgcatcctgggcttggtggaatgcccaaacgtcttccaactggc
tttactacagggcaagcaaatcaaaatttcatgcaaagtcaggtgccttctgcaacacca
ggcacacctgcaaatggtggcacaacccaactgcaagcaagtcaaagtgtgcaacataca
ggtggtcaaggaaatggtcctccccagaatcaattacaagttcagcatggtccatcaaac
atgatgcagaccaatttaattggacttcatgggaatgtaaacagtcaacagacaaatact
aatggagttccacaagttaatataagcaacatgcagggacaacctccacaaggaccacaa
tctcagttaatggggatgcaccaacaaataatatcctctcaaggacagatggttaacata
cagcctcaggggtctctaaatcctcaaaatcagatgatactttctagagctcaactcatg
ccgcagggccagatgatggtagcttctcaaaatcaaaatcttggtccatcacagcaaaag
atgactccacccaaacaaatgattccccaacaaggccaacaaatgatgggtgcacataat
cagattatgggacctcaaggtcaggtgctgctgcagcaaaattcaatgatggagcagatg
atgaccaatcaaatgcaaggaaataaacagcccttcaatcctcaaagccagtctaatgtt
atgacggggccagctcagatgatgagaggaccaactcccaatttacagggaaatatggtg
cagttcacagggcagatgatgactcagcagagctctgtaaatagtaatccttctcaggta
atggggattcagggacaagttttgagacctacaggacctgtccctcatatgtctcaacag
ctgggtgataacaccactacagccaacaatgatgtgaatttgacacaaatgctacctgaa
gtttctatgcaacaaggaaacatagtacctccgcacttgcaagggatgcagggaaacagc
aacacaccaggaaaccaatttgctggacatgggatgcctttcaatgccccttttagtgga
acccaaaatgggaatcagatttcctgtgcacaaaatccaggttttcctgtcaacaaagat
gtcacattaacaagtccattgttggtaaacttgctacagagtgatatatctgcaggacat
tttggtgtgaacaacaaacagaacaatcaaaatgccaataaaccgaagaagaaaaagcct
ccaagaaagaagaaaaataatcagcaagcagaacaaattaattcttcagaatcacgccca
gttggccttgaagaagcggagcagccaccattgccaggagagcaaggtataaatttggat
aacagtggacataaactttcagacttcacaaacaggccaacaggctacccatctcagtca
attgaacaacgatcacttcagcaaatacctcctcagcttttgcaacatggtcagcagcag
caacagcagcagcagcagccaccactcacatctcaacagacacagtcgcagcagcagcag
cagcagcaacagcaacagcagcagcagcagcagcagatgatgatgatgctcatgatgcag
caggactctaaatcggtcaggcttcctgtttcccaaagtgtccatcagtctcggggctct
ctaaatgtagaaacacaaagaatggcaatgcagcagggaggcaacatgccagttatggtt
agtctacaaggtcctggtatagtgcctccatctcctgataagcaaagaattccaatgtca
aacaatccaactctagtgaacaatacacggaagatggtttacaccgataatacacagaac
cctaccagctctccactgggagatgtttcatcagtttcctctgtttctgaaggaaatgga
cctgaagcgccatctgtttcaggtcctcaaaacactatagcatcccatttaatagtttca
caaaaccaactaatgatggccgggccaaaacctggacctcctcagatgtcaactccccaa
ggaacaagtccccaacagcagtctaattctcttccaggcccacattcacatcattttcaa
aatattgctaccacatcacaaacatcaagacctaaaacgccaaacagggcaagtccaaga
ccatattatcctcagactcccaataatcgcccaccaagtacagaaccatcagaaataagt
ttatctccagagaggctcaatgcttctattgctgggctctttcctcctcagataaatatt
cctttgccccccagacctaatcttaacagaggatttgatcaacagggtcttaatccaacc
actttgaaggccattggccaagcaccctcaaatctcgcaatgaatagccaatccagtttt
gtttccccccagacccacaagttggatccaatggctatcaatccaggaaaacaaacaaat
gtaagtggggcaaagcgagccagtccaagtaacagcagaagatctagtccaggatccagc
aggaaaaccacaccaagtcctggaaggcaaaattcaaaagcagctaaattagctctgact
tctcagcagaatcccacacttatgcagaacatggatttacagagaaatattatggttggc
ccacctttgcaaacagctattcctggaggttttcaaaataatggtatgttagctgctcag
aactctgcaattcccatatctgttatggctggtatttcagaagatagcaaggaaagcttc
agtgttcctcaagatggtatatgccaaaatatgcaggttgtcccagtgaacaaagatcag
cagaacattgaattaaaaggagttcccagtcaagaaatcaaaatattggtacgtgaagag
caacagaaaagagaggtgcctcttgcagaatcttctaaacttcccaatctagaagaaaat
aatactattttatctccagctatgcgtgaagcaccaacatccttaagtcaactccttgac
aattctggagcccctaatgttactatcaaaccttctggactccctggccttgaggtgcct
cccacagtaacttgtgcagatgaatttaaaaaggtttctggcataccccctcctccacaa
gattcctcttctaataaagatcctatttgttccctaaatttacctgcaaatacagaatct
tgttcaactccggtacaacaagagttgggagacataaattcaaatgtttctcaaaatatg
tctccagcggtacagagacctattagttctacttctctttctacatcaatttcacccaat
caaataacagtatttgtaacttccaatcccattacatcatcctctaacacttcagcatca
ctgccctctcatatgcagcccacgttaatgtctactgttgtcaccatgcctaatgctggt
aataaagttcttacttctgaagaacagacagcagttcaatctaacgctcggcctcaattt
attactcctgtttttataaattcatcctcaatcattcaggttatgaaaggttctcaaaca
agtacacttcctacaaccccaatgacatctaattctagtttaatatcacagcctgttaca
gttgttggtcctttacatttatcccagaatataaagttttcatctgggccttctccacct
agctcttcgactattactgccgtcacaagtatgtcaacaaaccgaccattggttattaat
tctttaacaactcctactcaacttccttctccttcatcaactattccttcaagcacttct
tcacatcctcccagtcacttaaataaagatttcggtttagaggagattcattctcaaact
tgtgcctctgttgatccatccacagaaacagtctcacagtctgctgctggggtttctcca
tctcatgcacatagccctgcgtcttccagcaacaggcgaagtccagtttcaaatgctaag
ggaaaaggcaaggtggacagaattggtcagtttttgctgacaaaagcatgccagaaagtc
acagatgtctttgataatggggaagagcaatatgctgtggagggagaaacagaatgccag
gaacaagatgcttcaattcctagcagcatggaggcacaacagtctgtagaaatagaagac
aatattgtggcagctccggcttccactcttttgaaacacagcacttgtggaactagtaat
tcaaatgttagtaatactgctactgttcctgcatcagtatcgctaagtttaccaggtggc
actccttccactactgtactctcagtagtaaccactccagtgatgtctgaaatatcttca
attcagactactaatggtaaccctggtagtataacagatgaacaggttggaattgcatcc
gaagatgagaaggaaacccaccatgaattgccacataatatggcctcttcatgtcagact
ctaagtgcgacatcagagagtgctattcaaagaacagatctggaagcaaatcctgccatt
atcactggcctttctaatgagtcaaaggagaattgtgaaaaatctaaaacttcaagtaga
agaaattcaaggacagaggaacctgcactagtacaggagacaatggagaatggtcagcgc
aagagatcatcaagaccagcgtcggcatccagcactacaaaagaaacaaatgctggtgct
atgcagtcaaaaagaagaaaatccaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (15)   

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