KEGG   Drosophila hydei: 111603903
Entry
111603903         CDS       T05888                                 
Name
(RefSeq) chromodomain-helicase-DNA-binding protein 1 isoform X1
  KO
K11367  chromodomain-helicase-DNA-binding protein 1 [EC:5.6.2.-]
Organism
dhe  Drosophila hydei
Brite
KEGG Orthology (KO) [BR:dhe00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:dhe03021]
    111603903
   03036 Chromosome and associated proteins [BR:dhe03036]
    111603903
Transcription machinery [BR:dhe03021]
 Eukaryotic type
  RNA polymerase II system
   Coactivators
    SAGA/TFTC/STAGA complex
     111603903
Chromosome and associated proteins [BR:dhe03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    SAGA complex
     111603903
    SLIK complex
     111603903
SSDB
Motif
Pfam: SNF2-rel_dom CDH1_2_SANT_HL1 Helicase_C CHD1-like_C Chromo ResIII HDA2-3 SLIDE
Other DBs
NCBI-GeneID: 111603903
NCBI-ProteinID: XP_023177489
UniProt: A0A6J1MET5
Position
Unknown
AA seq 1937 aa
MKFYYHSKQGDINQLNSSRRALNESSHSIGSDEQDDTREEASGSGSGSGSSGSDSDSDSS
SGNSSDGRSSHEPTVAKTAVAGFPPTAVAAQADTKTNGFTDGNEEDSSSSGSSASDSDSD
AEAGGEPDRTNNNNINNSSKLHTSSSSSSSGTSAATLAKAGEEDDEDDDDDDDDDDGDEE
KTQNSQAVSEASADEDDASDSSANASPTSSSSSSSSEDEEDDYRPKRSTRQPRKAAASVA
EKSKRPAKKKKKNQTWDSDESDGSNDADSDEAPFAAQKRKCNARSGGNKQSQHQQPRRRV
KSFSSEDSDDDDASKRCATRRTAAAVSYKEASEDEATDSEDLLEFEYDESQAAANAAAAE
EEEKCETIERILAKRDGKKGCTGNQTTIYAIEENGCDPNAGFEDSTESLEVQYLIKWKGW
SYIHNTWESETTLREMKAKGMKKLDNFIKKEQDTAYWRRYAGPEDIDYFECQLELQHDLL
KSYNNVDRIIARGTKPDDGSEEFLCKWQSLPYSESTWEDATLVVRKWQRCVEQFTERENS
KWTPSRHCRVIKYRPKFSRIRSQPDFLVDGLTLRDYQMDGLNWLLHSWCKENSVILADEM
GLGKTIQTICFLYSLFKIHHLYGPFLCVVPLSTMTAWQREFDLWAPDMNVVTYLGDVKSR
ELIQQYEWQFEGSKRLKFNCILTTYEIVLKDKQFLGTLQWAALLVDEAHRLKNDDSLLYK
SLKEFDTNHRLLITGTPLQNSLKELWALLHFIMPEKFDTWDNFELQHGNAEDKGYTRLHQ
QLEPYILRRVKKDVEKSLPAKVEQILRVEMTSLQKQYYKWILTKNFDALRKGKRGSTSTF
LNIVIELKKCCNHAALIRPSEFELFGLQQDEALQVLLKGSGKLVLLDKLLCRLKETGHRV
LIFSQMVRMLDVLADYLQKRHFSFQRLDGSIKGEMRRQALDHFNAEGSQDFCFLLSTRAG
GLGINLATADTVIIFDSDWNPQNDLQAQARAHRIGQKNQVNIYRLVTARSVEEQIVERAK
QKMVLDHLVIQRMDTTGRTVLDKSGNGHSSNSNPFNKDDLSAILKFGAEELFKDEQEHEE
ELVCDIDEILRRAETRNEDPEMPGDDLLSAFKVASIAAFQEDEPSEPASKDHQGADEEDD
SKDWDDIIPEDFRKVIEDQERAKEMEDLYLPPRRKTAAANKNESGKRSTSKSGMRSKQGD
DSGDSDYELGSDASGAGGEDGGGRQRKRGRPAMKEKIIGFTDAELRRFIRSYKKFPAPLQ
RLEAIACDAELQEKPLTELKRIGEMLHQRCVQFLDEHKEEEIKTVKEEEQPGSKQRRTRA
TYSVKLGGVSFNAKTLLACEEELQPLNELMPSSAHERQQWVFNIKTRSANFDVEWGVDED
THLLRGIYQYGIGSWEQMKLDPTLKLSEKILLNDTRKPQAKHLQSRAEYLLKIIKKNVEL
TKGEKRRQRRPRKLKTNLNSTTTAVGTPERKDGVPEEGSSSLTGDSSLRQAVDGSNVVAS
PITASASATDHGNAQKKKKSKTRSKKSSASDNNGNKPMHFTANNEPRALEVLGDLDPSIF
NECKEKMRPVKKALKALDQPDLSLSDQDQLQHTRDCLLQIGRQIDVCLQPYGETEKKEWR
SNLWYFVSKFTELDAKRLFKIYKHALKQQTQKDAPPNTTAVDGGKSKGSRAENGVADKEK
ERDKSGKKKKKDKDKERQGRYSGAPSDDKSARRFANDSPMKRKRDENDVEVSGMAVNNSG
ISDNLKSMSFKRLNMDATASSRHGSHEDQRKKHHDYYGSAGGGPPSGYDGSSARRSGLNS
PSAIGGSSRRFEPPPAPSGYAAEMDRWHPRERYNFDYKRERYDSLYPRGGSGAVGSGYHR
DHRERDRERRPDKRRYPSAVPPHAYSSHYLPSNYYLPNGMALPPPPPGYRNEPRGYPVMP
REYPADYRRDYERRTQT
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgaaattttactatcactcgaaacaaggcgatatcaatcagttgaattcgagtcgtcgt
gcactcaatgaatcgtcgcatagtataggctcagacgaacaagatgacacaagagaagag
gccagtggcagcggaagtgggagtggatcctctggttccgactctgattcagacagttcc
tcaggtaactccagcgatggacgcagttcgcatgagccaacggttgccaaaacggcggtg
gcaggttttccaccaacagcagtggccgctcaagcagataccaaaacgaatggctttacg
gatgggaatgaggaagacagttccagtagtggttccagcgccagtgattccgactcagat
gcggaggctggcggcgagcctgacagaacaaacaacaataacatcaacaacagcagcaag
ttgcacacgagtagtagcagcagctcctctggcacttctgcagcaacacttgccaaagct
ggcgaagaggatgatgaagacgacgacgatgatgatgatgacgatgatggtgacgaagag
aagacacaaaattcacaggcggtcagtgaagccagcgccgatgaagatgatgccagtgat
agctccgccaatgcctcgcccacatcctccagcagcagtagcagcagcgaagatgaggag
gatgattacagacctaagcgatctacgcgacagccgcgcaaagctgcggcatctgttgct
gaaaaatcaaagagacctgccaaaaagaagaagaaaaaccaaacttgggactccgatgag
agcgacgggagtaatgacgcagatagcgatgaggcacctttcgcagcacagaaacgcaag
tgcaatgcccgttctgggggcaacaaacagtcgcaacatcaacagccacgccgtcgcgtg
aaatcctttagttctgaagacagcgatgatgatgatgcgagcaagcggtgtgcgactcgt
cgcaccgccgctgctgtgagttacaaagaggcctctgaggacgaggccaccgactcggag
gatctgctggaattcgagtacgatgaaagtcaggcagctgctaacgcggctgccgctgaa
gaggaggagaagtgtgagactattgaacgcatacttgcgaagcgtgatggcaagaaaggc
tgtaccggtaatcaaactacaatttatgccattgaggagaatggatgtgatccgaatgcg
ggctttgaggactcgacagagtccttagaggtgcaatacctgattaaatggaagggttgg
agctacatacacaatacctgggagtcggaaacgacgctgcgcgaaatgaaggccaaaggc
atgaaaaaactggacaacttcatcaagaaagagcaggacacagcttactggcgtcgatat
gcgggccccgaagatatcgattactttgagtgccaattagagctgcagcatgatttgctc
aagtcctataacaatgtggatcgtataatagcacgtggcaccaagccagatgacggcagc
gaggagtttctgtgcaaatggcaatcgttgccttattcggagtccacgtgggaggatgca
acattagtggttaggaaatggcaacggtgtgttgagcagttcaccgagcgagaaaactcc
aagtggactccatcgcgtcactgccgtgtgatcaaatatcgtccaaaattctcgcgcata
aggtcacagcccgattttttggtggacggtcttactctccgtgattatcaaatggatgga
ctgaactggctgctgcactcatggtgcaaggaaaattccgttatactggccgatgagatg
ggtctgggaaagaccattcaaacaatatgttttctctattcgctcttcaaaattcatcat
ctatatggaccatttttatgtgtggtgccgcttagtacaatgaccgcctggcagcgggaa
tttgatttgtgggcgcccgacatgaatgtagttacatatctgggtgacgttaagtcacgc
gagcttatacagcaatacgagtggcagtttgaaggttccaaaagactgaaattcaattgc
atattaacgacctatgagattgtgctaaaggacaaacaatttctgggcaccctccagtgg
gcagcattactcgttgatgaggcgcatcggctgaaaaacgacgactcgttgttgtacaaa
tcgctcaaggaatttgacacaaatcatcggctacttattacgggcacgccattgcagaac
tcgctaaaggagctgtgggctctgcttcactttataatgcccgagaaattcgatacttgg
gacaactttgagctgcagcatggtaatgccgaggacaaaggctatacgcgcctacatcag
cagcttgagccatatatacttcggcgtgtaaagaaagatgtggaaaaatcgctgcctgcc
aaagtagagcaaatacttcgcgtggagatgacatcacttcagaagcagtactacaaatgg
atacttaccaaaaattttgatgcgcttcgcaaaggcaaacgcggttccacatccaccttc
cttaacattgtcattgaactgaagaagtgttgcaatcatgcggcgctcatacgtccatca
gaattcgaactttttggtctgcaacaggatgaagcgctgcaggtgctgcttaagggttcc
ggcaaacttgtgctgctggataaacttctgtgccgactgaaggagacgggtcatcgtgtg
ctcatattttcacagatggttcgtatgcttgatgtgctcgctgattatcttcagaagcga
cacttctcatttcaacgcttggatggcagtattaagggtgaaatgcggcggcaagcattg
gatcactttaatgctgagggtagtcaggacttttgctttttgctatcgacccgagccggc
ggcttgggaattaatttagccacagccgatacggttattatattcgactcggattggaat
ccgcagaatgatttgcaagcgcaggcccgtgcccatcgcattggtcaaaagaatcaagtg
aatatatatcgcctggtcacagcgcgttccgttgaggagcaaattgttgagcgtgccaag
caaaaaatggtgctcgatcatttggtgatacaacgtatggatacaacaggtcgaacggtg
ctagacaaaagcggcaatggtcactcgtccaattcaaatccctttaacaaagatgacttg
tcggccattcttaaatttggcgcagaagaactatttaaggatgagcaagagcacgaagag
gagcttgtatgcgatattgatgaaattctgcgtcgcgccgagacacgaaacgaagatccc
gaaatgccgggcgatgatctgctgtcagcttttaaggtggctagtatagctgcgtttcag
gaggatgagcccagtgaaccggcgagtaaggatcatcaaggggctgatgaggaggatgac
agcaaagattgggatgacattatacccgaagattttcgaaaagtcattgaagatcaggag
cgtgctaaggaaatggaggacttgtacctgccgccgcgccgcaaaacggctgccgcaaat
aaaaacgaatccggcaagcgaagcacatccaagagtgggatgcgttccaagcagggcgac
gattcgggtgattcggattatgaattgggctccgatgccagtggcgctgggggcgaggat
ggaggcggtaggcagcgcaaacgcggacgtcccgcaatgaaagagaaaatcattggcttc
accgatgcagaacttcgacgctttatacgcagctataaaaagtttccggcgccgttgcag
cgtctagaggcgattgcatgtgatgcggagttgcaggaaaagccactaacagagctaaag
cgcattggcgagatgctgcatcaacgttgcgtgcagttcctagacgagcacaaggaggaa
gaaatcaagactgtcaaggaagaggagcagccgggcagcaaacagcgacgcacccgcgca
acttactctgttaagttgggtggggtgtcgtttaatgccaaaacgctgttggcctgtgaa
gaagagttacaaccgcttaatgagcttatgcccagttcggcgcacgagcggcagcaatgg
gtattcaacatcaagacacgttcagctaattttgatgtagagtggggtgttgatgaggac
actcatttgctgcgcggcatttatcaatatggtattggctcctgggagcaaatgaagctg
gatccaacgcttaaactgagcgagaagatactgcttaacgacacacgcaaaccgcaagcg
aagcacttacaatctagagcggagtacctgctcaagattatcaagaagaatgttgagctg
acaaaaggtgaaaagcggcgacaacgcagacctcgcaagttaaaaacaaatctcaattca
accacgacagcagtcggtacaccagagcgtaaggatggagttcctgaagagggcagttct
tcactgacgggcgatagtagtttacggcaggcagtagatggcagcaacgttgttgcttca
ccaattacagcatctgcatcagcgacggaccatggtaatgcacagaaaaagaaaaagtca
aagactcgtagtaaaaagtcaagcgcatccgacaataatggcaataagcctatgcacttt
acggccaacaatgagccacgtgcactggaagttcttggtgacttggatcccagcattttt
aatgaatgtaaggagaagatgcgaccggtgaagaaagcgctgaaagctctagatcagccc
gatctcagtttgtccgatcaggatcagttgcagcatacgcgtgactgtctattgcagatt
ggacgacaaatcgatgtttgcttgcagccttatggtgagactgagaaaaaggagtggcgc
agcaacctgtggtattttgtgtctaagttcacagaactggatgccaagcgccttttcaaa
atctacaagcatgcgcttaagcagcaaactcaaaaggatgctcctcctaatacaacagct
gtcgatggcggaaagtcgaaaggctcgcgagccgaaaacggcgttgcagacaaggagaag
gagcgtgacaagagtggtaaaaagaaaaagaaagataaggacaaggagcgtcagggacgc
tattcaggtgcgccttccgatgacaagtctgcacgccgttttgccaacgattcgccaatg
aagcgaaaacgcgatgagaacgatgtggaggtcagcggcatggctgtaaacaactctggt
atcagcgacaaccttaaatcaatgtctttcaagcgcctaaatatggatgcaactgcatcc
tctcgacacgggagccacgaagaccagcgcaaaaagcatcatgactactacggtagtgct
ggtggtgggccccccagtggctacgatggtagtagcgcccgtcgttctggtctcaactca
ccatctgcaatagggggcagcagtcgacgctttgagccgccgcctgcaccctctggctac
gctgctgaaatggatcgttggcatccacgtgagcgttacaattttgactataagcgcgag
agatatgattcactatatccacgcggaggcagtggtgctgtcggcagcggttatcatcga
gatcatcgtgagcgtgatcgcgaacgaagaccagacaaacgcagatacccgtccgccgtg
ccaccgcatgcctactcgagccattacctgccgtctaattactatttgccaaatggcatg
gctttgccgccaccgccaccaggctatcggaatgaaccacgcggctatccagtcatgccc
cgagaatatcccgctgattacaggcgcgattatgaacggcgcacgcagacatga

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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