KEGG   Anas platyrhynchos (mallard): 101791783
Entry
101791783         CDS       T02816                                 
Name
(RefSeq) LOW QUALITY PROTEIN: chromodomain-helicase-DNA-binding protein 6
  KO
K14436  chromodomain-helicase-DNA-binding protein 6 [EC:5.6.2.-]
Organism
apla  Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:apla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:apla03036]
    101791783
Chromosome and associated proteins [BR:apla03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    101791783
SSDB
Motif
Pfam: SNF2-rel_dom Chromo Helicase_C BRK ResIII DEAD CHDCT2 HDA2-3 MUN
Other DBs
NCBI-GeneID: 101791783
NCBI-ProteinID: XP_038021990
Ensembl: ENSAPLG00000015592
EnsemblRapid: ENSAPLG00030014880
Position
21:complement(12447589..12497619)
AA seq 2731 aa
MKIEKREKQLSSSKVRSRSPMSDASDTWECKAQDPFASSEEQDEVPQQATAAAVGSQHPE
EEPSRAPQKRPSAQNGMQDTGGVGTGVKKKRKKKDQGEQEGGEKAAVEVKPKRRREPKEP
KEPKKAKEPKKQKEPKQREVAKKPRKPREPKAPKEPKDKKSGSEPASRARPKKSSKEQGP
TPVEKKKKGKRKNEIPVDTLELDQDLLSPSVQSPEESVELADSQKRRSGRQVKRRKYNED
LDFKVVDDDGETIAVLGAGRTSALSASTLAWQAEEPPEDDANIIEKILASRMVQKEAHPG
GLTFEMEEFYVKYRNFSYLHCKWATLEELEKDPRISQKIKRFRNKQAQMKHIFTEPDEDL
FNPDYVEVDRILEVAHTKDPDTGEEVTHYLVKWCSLPYEESTWELEEDVDPGKIKEFEAL
QIPPEIKHMERPASESWQKLEKSREYKNSNQLREYQLEGMNWLLFNWYNRKNCILADEMG
LGKTIQSITFLSEIFLMGIHGPFLIIAPLSTITNWEREFRTWTEMNAIVYHGSQISRQMI
QQYEMVYRDSQGNPLPGIFKFQVVITTFEMILADCPELKKIQWRCVVIDEAHRLKNRNCK
LLEGLKLMALEHKVLLTGTPLQNSVEELFSLLNFLEPQQFPSETAFLEEFGDLKTEEQVK
KLQSILKPMMLRRLKDDVEKNLAPKQETIIEVELTNIQKKYYRAILEKNFSFLSKGANQH
NMPNLINTMMELRKCCNHPYLINGAEEKILEDFRKTHSPEAPDFQLQAMIQAAGKLVLID
KLLPKLIAGGHKVLIFSQMVRCLDILEDYLIQRRYTYERIDGRVRGNLRQAAIDRFCKPD
SDRFVFLLCTRAGGLGINLTAADTCIIFDSDWNPQNDLQAQARCHRIGQSKAVKVYRLIT
RNSYEREMFDKASLKLGLDKAVLQDINRKGSTNGVQQLSKMEVEDLLRKGAYGALMDEED
EGSKFCEEDIDQILQRRTQTITIQSEGKGSTFAKASFVASGNRTDISLDDPNFWQKWAKI
AELDTDAKNEKESLVIDRPRVRKQTKHYNSFEEDELMEFSELDSDSDERPTRSRRFNEKT
RRYLRAECFRVEKNLLIFGWGRWKDILTHGRFKWHLNEKDMEMICRALLVYCVKHYKGDE
KIKSFIWDLITPTKDGQNQALQNHSGLSAPVPRGRKGKKTKNQMLLPEIKNADWLATCNP
EVVLHDDSYKKHLKQHCNKVLLRVRMLYYLKAEVLGEAADKAFEGTPARELDVLLPDIDY
VEIPVDWWNAEADKSLLIGVFKHGYERYNAMRADPALCFLEKVGMPDEKLLSAEQGVSDG
AQDAAERGSMDKEESSGEKMEGLPKQEDIVAAGVGEAGEKRDEPSAAQDGSDSDRSCWPV
SSALTARLRRLVTVYQRCNRKELPPRAEMLVPGNHGYWLQDEMFRRASEMDSVNKEMQKR
WTRREQADFYRTVSSFGVIYDQEKKTFDWTQFRAISRLEKKTDESLEKYFYSFVAMCKNV
CGLPLWKEDGPPDPDIYVEPITEERAARTLYRIELLRKVREQVLKCPQLHERLKLCRPSL
YLPVWWECGKHDRDLLIGTAKHGLNRTDYYIMNDPQLSFLDAYRNYAQHKRTGIPGSETL
CCLYQTNSKLYSSPLYSQVDQTCESLETESESQIKLESIDNTMSQSGGSPPDANCETFMS
KVRDIMSSNYDESSLPDSLMCMMYDEKACNSEQSSLARDSPSCTDIGSGIAKLSEGKLEG
DEDPSSCDAEAMRETSFLEGLQVGCDQMDSQNGEAEPSPSTPESDPSQSIPAELCEALQQ
KRDLTSPAPEHGAMEGVISMGLYGSSLHNYDIKVPPEQRFINLLQEKGMEAKSAPSQSHS
EEDEEEEEDDDNSEAAADVAEDLSGPRTTAGCDPETNELGGEEQSPGLPTPEDTCPEAVN
GEREALGLGTLEGPGEPGPEGREDHSLEEESILQDLPGQAQSQAFSPPAPPVGPPGAEPS
HAREEDWGQGSEGQAGCREAPHPEPPGMKQEECEIRDEEEKAGSSQNQDGLEKYSEEESK
SSTSVLPGEIDDLQDARAPTIAQLLQEKTLYSFSEWPKDRVIINRIDNICHAILKGKWPS
SSQQFETQSLIAAPAVASNAGSRNSFAESEAPDPSFNNGVLISQVQKEGFLTPAFAKDER
KHRRLYEFEVERDAKQRSLEQLAATHIHSPIVLNGWREAAVDLSRNSDGSPGNSSPFPLN
TNMPKLGTVNTLQGSLGMDLSGILQAGLIHPVTGQIVNGSLRRDDAAMRRRRGRRKNVEG
MDLIFLKERPLPTRLQDVQEDQPQPPQNTPLPDGPVAATSTPQPVPAAGSQAEKAVPNKS
LLDWLRQQSDYTLDVPGFGTNFSDKPKQRRQRCKDPSKLDINALTGEERVPVVHKGTGRR
LGGATAPALKELPRWLDANLEYAVAADWADIVKLSGYLPESKFNRILTEPVLRDAGPRRR
GRRPRSELIKAPGVVADSSSGMGPLFMNGLIAGMDLVGIQNMRNMQGIPLTGLVGFPAGF
AAVPAGEDVKSTLSMLPMMLPGMATVPQMFGVGGLLNPPMTTTCTATAPTSLTSTTKSGT
SNTEKATEDKQSSQDVKKETLSEDKPGPSSFSNQTESAITTSSPVAFNPFLIPGMSPGLI
YPSMFLSPGIGMALPGIQQTRHSEAANLESQKRKRKKAKGESANPEPETVLLPEKEAANS
QNCTEQTPPLSAEKEQDVPAEEELKEVNDTN
NT seq 8196 nt   +upstreamnt  +downstreamnt
atgaaaatagagaaaagagaaaagcagctgtcgagctcaaaagtgcggagccgctcccca
atgtcggatgcctcggacacctgggagtgcaaggcgcaggacccctttgccagcagcgag
gagcaggacgaggtgccccagcaggcgacggccgcggccgtgggcagccagcaccccgag
gaggagcccagcagagctccccagaagcggccgagcgcccagaacgggatgcaggacacc
gggggtgtaggcacgggggtgaaaaagaaacggaagaaaaaggatcagggagaacaggaa
gggggagaaaaagcagctgtggaggtgaaaccaaagaggagaagagagcctaaagaacca
aaagagcctaaaaaggccaaggagcctaagaagcagaaggagcccaaacagagggaggtg
gccaagaagccccggaaacctcgggaacccaaagcccctaaggaacctaaagacaagaag
agtggctccgagcctgcctccagagcaagacccaagaagagcagcaaggagcaggggccc
acccccgtggagaagaagaagaaagggaagaggaaaaatgagatcccggtggacactttg
gagctggatcaggatctcctgagcccgtccgtgcagagcccggaggagtctgtggagctg
gctgacagccagaaacgccgctctggccggcaggtgaagaggaggaaatacaacgaggac
ctggatttcaaggtggtggatgatgacggtgagacaatagccgtgctgggagctgggaga
acctctgcgctctccgcctccactctggcatggcaggcagaggagcctcccgaggatgat
gccaacatcatcgagaagatccttgcttctaggatggtgcagaaggaggctcaccccgga
ggcctgacgtttgagatggaggagttctatgtcaagtacaggaacttctcctacctgcac
tgtaagtgggcgactctggaggagctggagaaggatcccaggatatcccagaagataaag
cggttccggaacaagcaggctcagatgaagcatatttttacagagcctgatgaggattta
ttcaacccggactacgtggaggtagatcgaattctggaggtggctcacacgaaagaccct
gacactggggaggaggtgactcactacctggtgaagtggtgctcgctgccctatgaggaa
agcacctgggagctggaggaagatgttgacccagggaagattaaagagtttgaagccctc
cagatccctccagaaatcaagcacatggagcgcccagcatctgagtcctggcagaaactg
gagaagtccagggagtataagaacagcaaccagctgcgggaatatcagctggaaggaatg
aactggctgctctttaactggtataacaggaagaactgcatcctggctgatgagatgggg
ctggggaagacaatccagtcaatcaccttcctctcagaaatcttcctgatgggcatccac
ggccccttcctcatcatcgcgcccctctccactatcaccaactgggagagggagttccgc
acctggacggagatgaatgccatcgtgtaccacggcagccagatcagccggcagatgatc
cagcagtatgagatggtgtacagggactcacagggcaaccctctccctgggatcttcaag
ttccaggtggttatcaccaccttcgagatgatccttgctgactgcccagagctgaagaag
atccagtggcgctgcgtggtcattgacgaggcccatcggctgaagaacaggaactgcaag
ctgctggaggggctgaagctcatggccctggagcacaaggtgctgctgacaggcaccccc
ctacagaattcagtggaggagctcttcagcctcctgaatttcctggagccacagcagttt
ccctcagagacggccttcctggaggagtttggggacctgaagacagaggagcaggtgaag
aagctgcagtccatcctgaagcccatgatgttgcgacggctgaaggatgatgtggagaag
aacctggcacccaagcaggaaaccatcattgaggtggaactgaccaacatccagaagaaa
tactaccgggcaattctggagaagaacttctccttcctgtccaagggtgccaaccagcac
aacatgcccaacctcatcaacaccatgatggagctgcggaagtgctgcaatcacccgtat
ctcatcaatggggcggaggagaagatcctggaagacttccgtaaaacgcacagcccggag
gcaccagacttccagctgcaggcaatgatccaggcagccgggaaactggtgctcatcgat
aaactccttcccaagctgattgctggggggcacaaggtgctcatcttctcccagatggtg
cgctgccttgacatcctggaagactatctcattcagaggcggtacacctatgagcgaatt
gatgggcgggtgcgaggaaacctgcgccaagctgccatcgaccgcttctgcaagcccgat
tcagatcgctttgtctttctcctgtgcacgcgggcaggtgggctgggcatcaacctgacc
gctgctgacacctgcatcatctttgattcagactggaacccacagaacgacctgcaggct
caagctcgctgccaccggatcgggcagagcaaggcggtgaaggtctatcgcctcatcacc
aggaactcctacgagcgggagatgtttgacaaggccagcctgaaactgggcctggataag
gctgtgctgcaggacatcaaccgcaagggcagcaccaacggggttcagcagctctcaaag
atggaggtggaggacctgctgcggaagggtgcctatggtgctctcatggatgaggaggat
gaaggatccaagttctgcgaggaggacatcgatcagatcctccagcgcaggacgcagacc
atcacaatccagtctgaggggaagggctccacctttgccaaggccagctttgtagcatca
ggaaacagaactgacatttccttagatgacccaaacttctggcaaaagtgggccaaaata
gcagagctcgatacagatgccaagaacgaaaaggagagcttggtcattgacaggccccgg
gtgcggaagcaaaccaaacactacaactccttcgaggaggacgagctgatggagttctct
gagctggacagtgactcggatgagcgacccacgcgctcacggcgcttcaatgagaagaca
cggcgctacctgcgggctgagtgcttccgcgtggagaagaatctgctcatattcggctgg
ggacgttggaaagatatcctgacccatgggcggttcaagtggcacctgaacgagaaggac
atggagatgatttgtcgggccttgctggtctattgcgtcaaacactacaaaggggatgag
aagataaagagttttatctgggatctcatcacgccaacgaaggatggccagaaccaggct
ctgcagaatcactcaggcttgtcagcgccggtgcccagaggcaggaaggggaagaaaacg
aagaaccagatgctgcttcctgagataaagaacgcagactggcttgctacctgcaaccct
gaggtggtcctgcacgatgacagctacaagaagcacctcaaacagcactgcaacaaggtg
ctgctgcgggtgcggatgctctactacctgaaggccgaggtgctgggggaggctgctgac
aaagccttcgagggcacccctgccagagagctggatgtgctgctgccggacatcgactac
gtggagatccccgtggactggtggaacgctgaggctgataaatctctgctcattggcgtc
ttcaagcacggttacgagaggtacaacgccatgcgggcagacccagcgctatgtttcctg
gagaaggtgggcatgccagatgagaagctgctctctgcggagcagggcgtcagcgacggg
gctcaggacgctgctgaaaggggcagcatggacaaggaagagagcagtggagaaaaaatg
gaagggctgccaaagcaggaggacatcgtggctgctggcgtgggcgaagctggagagaag
cgggatgagccatcggcagcccaggatggctccgactcagacagatcctgctggcctgtc
tcatccgccctcacggccagactgcggcggctcgtcactgtctaccagcgctgcaaccgc
aaagagctgcctccccgcgctgagatgctggtgcccggtaaccatggatactggctgcag
gacgagatgttcaggagagcctcagagatggactcagtgaacaaagaaatgcagaaaagg
tggaccaggagggagcaggcagatttctaccgcactgtttcctcctttggggtcatctat
gatcaggagaaaaagacctttgattggactcagttccgagccatctctcgtttggagaag
aagacagatgagagcctggagaagtacttctacagctttgtggccatgtgcaagaatgtc
tgtggtctcccgctgtggaaagaggatggtccccccgaccctgacatctacgtggagcct
attacagaggaacgtgctgcccgaaccttgtaccgcatcgagctgctgcgaaaggtgcgc
gagcaggtgctcaagtgtccacagctccacgagcggctcaagctgtgccggccgagcctc
tacctgccagtgtggtgggagtgtggcaaacacgatcgggacctgctaatcggcaccgcc
aagcatggcctgaatcgcactgactactacatcatgaatgaccctcagctgtctttttta
gatgcgtacagaaactatgcccagcataaaagaacagggatcccaggctcagaaaccctg
tgctgcctttaccagactaactccaaactctacagttcccctctgtacagccaggtggac
caaacctgtgaatccctggagactgaatctgagagtcagatcaagctagaaagcattgac
aacactatgtcccagtctgggggcagcccgccagatgcaaactgtgaaaccttcatgtcc
aaggtccgggacatcatgtccagtaactacgatgagagctctctgccggactcactgatg
tgcatgatgtacgacgagaaggcctgtaacagcgagcaaagctcccttgcccgggacagc
ccaagttgcacagatattggaagtggtattgctaaactctctgagggcaagctagagggg
gacgaggatccgtccagctgtgatgcagaggccatgagagagacttccttcctggaggga
ctgcaggttggctgtgaccaaatggacagtcagaacggagaagctgagccttcgccttct
actcccgaaagtgacccttcacagagcatcccagcagagctctgtgaagcgttgcagcag
aagagagacctcaccagccctgcacctgagcacggtgccatggaaggagtcataagcatg
gggctgtatggttccagtcttcataactatgacataaaggttcctcctgagcagaggttc
attaatctgctgcaggagaaaggaatggaagcaaagtcagccccaagtcagagccacagt
gaggaagatgaggaggaggaagaggacgatgataactctgaggcggcagcagatgttgca
gaagacttgagtggtccaaggaccacagctggttgtgaccctgagactaacgaactggga
ggcgaggagcagagccctggcctccccacacctgaggacacttgccccgaagccgtgaat
ggcgagagagaggccctggggctagggacactcgaaggccctggggaacctgggccagag
ggaagggaggaccacagcctggaggaggagagcatcctgcaggacttgcctggccaggct
cagagccaggctttcagcccgcctgcacctccagtgggacccccaggggcagaaccctcc
catgccagggaggaggactggggacaagggtccgaggggcaggcaggctgtagagaagcc
ccgcaccctgagcccccggggatgaagcaagaagagtgtgagatcagagatgaggaggag
aaagctggcagcagccagaatcaagatggtctggagaagtactcagaggaggagagcaag
agttcgacttctgtcctgcctggggagattgatgatcttcaggatgcccgggcaccgacc
atagcccagcttttgcaggagaagacactttactccttctctgaatggcctaaggaccgt
gtgatcatcaatcgcattgacaacatctgccatgccatcctgaagggcaagtggccttcc
tctagccagcagtttgagacacagagcctgatcgcggccccagcagtagccagcaacgcc
ggcagcaggaacagctttgcagagtcagaagcccctgatcccagcttcaacaacggagtg
ttaatctcccaggtacaaaaggaaggcttcctgactcctgcctttgcaaaggatgagcgg
aaacacaggaggctgtacgagttcgaggtggagagagatgccaaacagaggagcttggag
cagttagcagcaacccacattcattctcccatcgtgctgaacggctggcgtgaggcagct
gtggacttgtccagaaactctgatgggtccccagggaactcctctccgttccccctgaat
acaaacatgcccaaactggggactgtgaacaccctccaaggctccctgggcatggactta
tctggcattctccaggcagggttaatccatcctgtcacaggacaaattgtaaatggcagc
ctccgaagagatgatgctgccatgaggaggagacggggcaggagaaaaaatgtagaaggg
atggacctcatcttcctgaaggagaggcctcttccaacaaggctgcaggacgttcaggaa
gatcagccgcagcctccccagaacacccccctcccagatgggccggttgctgctacctca
actccacagccagtcccagctgcaggcagccaagcagagaaggctgtcccaaataagagt
ctccttgactggctccgtcagcaatctgactacacactcgacgttcctggcttcggcaca
aatttttcagacaagcccaagcagaggaggcaacgctgcaaggaccccagcaaattggat
attaatgcactcacgggagaggagcgggtgccagtggtacataagggtaccggacggagg
ttagggggagccacggcaccagcattgaaggaattgccaaggtggcttgatgcaaacttg
gagtatgctgttgcagctgactgggctgacattgttaagctttcaggctacttaccagaa
agcaaattcaaccgtatcctaacggagcccgtgctccgagacgcagggccccgtcggagg
gggagaaggcccagaagtgaactcattaaagcccccggtgttgtagcagattcctcttct
ggaatgggaccattattcatgaatggactgattgctggaatggatctggtaggaattcag
aacatgagaaacatgcaagggatccccctgactgggctggttgggtttcctgctggattt
gcagctgtgcctgctggtgaggatgtgaaaagcaccctaagtatgttgcctatgatgctg
ccaggcatggctactgtaccacagatgtttggcgttggaggacttctgaacccaccgatg
acaactacttgtactgcgactgctccaacttcattaacaagcacaacaaaaagtggtaca
tcaaacacagagaaagctactgaggataaacagagtagccaggatgtgaaaaaagaaact
ctctctgaagataagcctggtcctagttcgttttctaatcagacagaatctgcaataact
accagtagtcctgtagcttttaacccatttcttatcccagggatgtcacctggactgatc
tatccgtcaatgtttctttcccctggcattggcatggcattgccaggcatacagcaaacc
agacattcggaggcagcaaacctggagagccagaagcggaagagaaagaaagctaaaggg
gaatcagcaaatccagaaccagaaactgtcttgctgcctgaaaaagaagctgcaaacagt
caaaactgtacagagcaaacaccacctttatcagcagagaaagagcaggatgtaccagca
gaggaggagctcaaagaagttaatgataccaattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (55)   

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