KEGG   Xiphophorus maculatus (southern platyfish): 102233674
Entry
102233674         CDS       T02923                                 
Name
(RefSeq) transcriptional regulator ATRX-like
  KO
K10779  transcriptional regulator ATRX
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma04110  Cell cycle
Brite
KEGG Orthology (KO) [BR:xma00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04110 Cell cycle
    102233674
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:xma03000]
    102233674
   03036 Chromosome and associated proteins [BR:xma03036]
    102233674
Transcription factors [BR:xma03000]
 Eukaryotic type
  Zinc finger
   Cys4 GATA-factors
    102233674
Chromosome and associated proteins [BR:xma03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    102233674
SSDB
Motif
Pfam: SNF2-rel_dom ADD_ATRX Helicase_C
Other DBs
NCBI-GeneID: 102233674
NCBI-ProteinID: XP_014327102
UniProt: M4AC80
Position
11:complement(21452198..21474964)
AA seq 1901 aa
MSALRGTSSNKLNLLVDKLHEYLAHSSIEDRYGIPTSEDYHGQINKQFSVENSRVDNVTE
AGLDTRYSKRKPSVVVKHSGLDESGESNASEDFQMPVSSNGHLDVTRLPKGTVLVRPEPV
DNGRDEFRGPEFRSRKPGVLRKEFSRKRAGGQHVGIVCCTACGRQVNHFRRDFLYQHPVL
KVLICKSCYNYYSSDDISKDRDGMDEQCRWCAEGGNLICCDYCSNAFCKKCILRNLGRKE
LSSILESKWYCYVCSPEPLFDLVMACDTVLENVEPLWPHQRRRNRAEPEKSELYRILSQR
SAQNIPLDKWDHSGMDGNVIFNYNNLQVSKDVTKKAKHLVDSTNALNQTFISFIETVTTN
KPTPSVRAVYLNSFLAVVKGLRKSLTALEDSLKEEFRDLDVGSNWENMLRSDCKRLMRNS
DIELDMSDKRCLSNLQKLASEHFEDNDADSKGYIDLTNDCSEKELDSNSENIGLTSSSSE
VDMSKKLIVQLTPVPMEQKESADVPKLDENFPEEENKSKEKDASEEQVVGSPKDERQMSI
DTASTPILLKEKQGNRRSPRLKTTPLRRQSDITIKPSLSGVDSESDSEPEETPDTVPATG
NDEQNLSRSRDDSDSDEVPAALLERAAMTHSSDEPQSDEDRNQAPPDKVAKKCLFWLTKN
SPMSPEKLRRKRKMLDRSSESESGSRVVKARQESGTDFSSDDQDSQKEIQHLNTVRSIGK
PHLMRREEEGVVRKQKRMQASESKGKRHQDVTDSSSSLSDDEQEDDSGSDVSDQKMKPIT
ENVTSLGVAAFQQSSGDEEQSGPSWAAEDDEDPENRIAKQLLLAQIKANLSSDGDISSEG
ETQEDQSESDGDGEPSQGNEDDNAANTRREDLVSETSDSMLDEPKSRHHLLRHKLTLDEG
ASSDKTEPEGEVGMQKSKRRTRRKRLFSGSETCSEGSEETEMSEELSESEDEAAEDEIER
SSKREKEATCIELNKQVPCILLSDSSIEKSDEEDVNEENSESKGTPKGRKKIRKIIDDEN
LRAETQEALREEEERRRRLADRSQQMEDWREITVIPDELSQVECPVTTKLVLDQDEETKM
PLVQVHRNLVTNLKPHQVDGVQFIWDSCCESVKKANSSPGSGCILAHCMGLGKTLQVVAF
LHTVLLSSNLKFRTALVVCPLNTILNWVSEFKRWQHSLGEDRVKVSDMANVKHLPERLRA
VQTWQRDGGVMIIGYEMYRNLSQNSNATNEECNKELKSALVDPGPDFVICDEGHILRNES
SRISKAMNGIKTQRRLVLTGTPLQNNLVEYHCMVNFIKKNLLGSLSEFRNRFINPIQNGQ
CADSTPRDVRIMKKRAHVLHAVLAGCVQRRDYSELTQFLPPKLEYVLLVRISPLQYKLYR
YYLDHVASEGSATGQKPLKTGANLFKDFQVLSRIWTHPWCLHLSDLGKESRRKTFYKRNQ
LQMINVETIVAESGLKQNEGNEQNVNGQSTMSTDRPQTVRVVEGEKSSSSSRCQSPVEAW
YRHRLSESDARIMEHSGKMVLLFEILRMAENLDDKVLVFSQSLISLNLIEDFLAASHNAR
DPLLSIKEGSWIKNVDYYRLDGSVSATSRKKWADEFNNADNYRGRLFLISTRAGSLGINL
VAANRVVIFDASWNPSYDIQSIYRVYRFGQLKQVFVYRLLAQGTMEEKIYDRQVTKQSLS
YRVVDHQQVERHFTFHELTELYTFEPDLLDDPNSKKSKRPTPILPKDSILAELLKICKDR
IVSYHEHESLLDHKHEEELSEAERKAAWAEYEAESNTVKLPASSSQDRLQKKTNEQLLEI
LNRSRANVSLAFLTLQNMRIPSIEDYKVRLRQQYPFLPEVELQIKAELWRQSDVNRRDIT
QSFYQDSLAQHQSLTFQIQALLNSRRTLVNPITLNTSTQPG
NT seq 5706 nt   +upstreamnt  +downstreamnt
atgtccgctttaagaggaacctctagcaacaagctgaatttattggtcgacaagcttcat
gaatatttggctcattccagcattgaggacagatatggcattccaacatcagaggattat
catggtcagataaacaaacagttttctgtggagaactcaagagtggataatgttacagag
gctggtttggacactagatattcgaaaagaaaaccttcagtagttgtaaagcactccgga
ctggatgaatctggcgaatcaaatgcaagtgaagactttcagatgcccgtcagctcaaat
ggtcaccttgacgtcactagattgcctaaaggtacagttctggtgagacctgagccagtg
gacaacggaagagatgaattcagaggtccagaatttcgtagtcgcaagccaggggtactt
cggaaagagttttcaaggaaacgtgcaggagggcaacatgtgggaattgtgtgttgtact
gcgtgtggtcgacaagttaaccacttccggagagatttcctttatcaacatccggttctg
aaagtgcttatttgcaagtcatgctacaattattactcaagtgacgatataagtaaggat
agagatggcatggatgagcagtgcaggtggtgtgctgaaggaggcaacttgatctgctgt
gactactgtagtaatgctttctgcaagaaatgcattcttagaaatttgggcaggaaggag
ctctccagcatcttggagagcaaatggtattgctacgtgtgcagcccagagccgcttttt
gacctggtgatggcctgcgacaccgtcctggaaaatgtggagcccctgtggcctcatcaa
cggaggaggaaccgagcggagccggagaagtctgaactgtaccgcatactgtcacaacgc
tcggctcaaaacattcctttggataaatgggaccacagtggcatggacggaaatgtgatc
tttaactacaacaatctgcaagtttctaaggatgttactaaaaaggcaaaacatctggta
gactcaacaaacgccttaaaccaaacattcatcagtttcattgagacggtaacaacaaac
aagcctacgcccagtgttcgtgctgtgtacttgaactcctttttagctgtagtgaaaggc
ctgcgaaagtctctcaccgcactggaagacagccttaaggaggaatttagggacctggat
gtcgggagcaattgggaaaatatgctcagaagtgactgcaaacgtcttatgagaaattca
gacattgagctggacatgtctgataaaagatgcttaagtaacttgcagaaactggcatct
gagcactttgaagacaatgacgctgactccaaaggatacattgacctcacaaatgactgt
tctgagaaggaactagattcaaattctgaaaacatcggcctgacctcatcttcaagtgag
gttgacatgtctaaaaagctaattgtacaacttacacctgtacctatggagcagaaagaa
tcagccgatgtcccaaagttggacgaaaacttccctgaggaggaaaataaatctaaggaa
aaggatgcatcggaagaacaggttgttggaagtcctaaagatgagagacagatgagcatt
gacacggctagcacacctatcttgctgaaggagaaacaaggcaacagacgatcccctcgt
ttgaagacgactccgttgcggagacaaagtgacatcacgatcaaaccatccctttcaggt
gtagacagcgaaagtgactctgaacctgaggagacccctgacacagtgcctgccacgggc
aatgatgagcaaaatttgagccggtcaagagatgattcagattcagatgaagtacctgcc
gcccttcttgagcgggcagcgatgacgcacagctcagacgaacctcagagtgacgaagat
agaaaccaagcacctccggacaaggtagccaagaaatgcctgttttggctcaccaagaac
agtccgatgtcgccggaaaagctgcggcgaaaacgcaagatgctggaccgctcatctgaa
tcggaatcgggcagcagagtagttaaagctcgacaggaaagtgggacagatttctcaagt
gatgatcaagactctcagaaggaaatacaacacttaaatacggtgaggtcgattgggaag
cctcatctcatgagaagagaagaggaaggtgtggtgagaaagcagaagagaatgcaagct
agcgagtctaaagggaaacgccatcaggatgtgactgattcgtcatcctcgttgagcgat
gatgaacaagaagatgactctggcagcgatgtaagtgatcagaagatgaaaccgatcaca
gaaaatgttacatcactcggagtagcagctttccaacaatcctcaggagatgaagagcag
tctgggccctcatgggcagcagaagatgatgaagatcctgaaaatagaatcgctaagcaa
ttgctattggcccaaattaaagccaacctctcttcggatggggacatttcttccgaaggg
gaaactcaggaggatcagtctgaatcagatggcgacggggaacctagtcaaggcaatgag
gatgataatgcagcaaatactcgcagagaagacctggtttcagagacatcagacagcatg
cttgatgagccaaagtccaggcaccatcttcttcgccacaaactcacattagatgaggga
gcttccagtgacaagacagaacctgagggtgaagtagggatgcagaagagcaaaaggaga
accaggaggaaacgtctgttttctggtagtgagacttgtagtgaaggtagtgaagagacg
gagatgagcgaggagctgagtgagtccgaggatgaggctgctgaagatgagatcgagaga
tcaagcaaacgagaaaaggaagcaacttgtattgaactgaacaagcaagtgccctgcatt
ttattgtccgactccagtattgagaagagtgacgaggaggatgtaaatgaggagaacagc
gaaagtaaaggcaccccaaaaggacgcaaaaagatccgcaaaattatcgacgacgagaat
ctccgtgctgagactcaagaggccctcagagaggaagaggagagacgtcggcgtttggcg
gatagatcgcaacagatggaggactggagagagataactgtaatcccagatgagttgtct
caagtggaatgtcccgtcacaaccaagctggtcctggaccaggatgaagagaccaagatg
ccgcttgttcaggtgcacaggaacctggttacgaacctgaagcctcaccaagtggacggt
gtccagtttatttgggacagttgctgtgagtctgtgaagaaggccaactcttcccccgga
tcaggctgtatcctggcgcactgcatgggtttgggaaagactctgcaggtggtggccttc
cttcacacagtgctgctgtcatcaaacctgaagttcagaacagccttggtggtttgtcca
cttaataccatcctcaactgggtcagcgagttcaagagatggcagcacagccttggagaa
gatagagttaaggtttcagacatggctaatgtgaagcatcttccggaacgtcttagagct
gtgcagacgtggcagagagacggaggggtcatgattatagggtatgagatgtaccgcaac
ctgtcccagaactctaacgccaccaacgaggagtgcaacaaggagctgaagagcgcatta
gtagatccaggtccggatttcgtgatttgtgacgagggtcacattcttcgtaatgaatcg
tcacgcatctctaaagccatgaacggcatcaagacccagaggagattggtgctgacgggt
acaccgcttcaaaacaaccttgttgagtaccactgcatggtaaatttcatcaagaagaac
ctcctgggctccctgagtgagttcagaaaccgcttcatcaaccccatccagaacggccag
tgtgccgactccaccccaagagacgtgcggatcatgaagaagcgcgctcatgttctccat
gcggttttggctggatgcgtgcagagaagagattactcagagctaactcagtttctgcct
ccaaaacttgagtatgtgctgctggtgaggatctctccacttcagtataagctgtatcgc
tactacctcgaccacgttgcaagtgagggctcagcaactgggcaaaaacccctgaaaact
ggcgccaacctgttcaaggattttcaggtccttagccgaatctggactcatccatggtgt
cttcacctcagcgatctcggcaaagaaagcaggaggaagactttttataagaggaatcag
cttcagatgatcaatgtagagacgattgtggcggagagtggattgaaacagaacgaagga
aatgaacaaaatgtcaatggacagagtaccatgtctactgacagaccccaaactgtccga
gtggtggaaggtgagaaatcatccagcagctcgaggtgtcagagtcccgttgaagcctgg
tacaggcatcggctgtctgaaagtgacgccagaatcatggagcattctgggaaaatggtg
ctcttgtttgaaatcctccgaatggccgaaaacctggatgacaaagtgctggtgtttagt
cagtccttgatctcactgaacctgattgaggatttcctcgcagcttctcacaatgctaga
gacccattattatccatcaaagagggcagctggattaaaaacgtggattactatcgactt
gatggctctgtcagtgccacatcgaggaagaaatgggcggatgagtttaataatgctgac
aactaccgtggcagactgtttctgatttcaacgagagccggatcacttgggatcaacctt
gtggctgctaacagggtcgtcatctttgacgcttcgtggaacccttcatacgacatacag
agcatatacagggtgtatcgcttcggtcagctgaaacaagtgtttgtgtaccgcttgttg
gctcagggaaccatggaggagaagatctacgatcgtcaggtgaccaagcagtctctgtcc
tatcgagtcgtagatcatcagcaggttgaaaggcacttcacttttcatgagctgactgaa
ctctacacatttgagccagacctgctcgatgatccaaactctaagaaaagcaagagaccg
acaccgattctcccgaaggacagcatcttagcagagctgttaaaaatctgtaaagaccgg
atagtgtcttaccatgagcatgaatccctgctggaccacaagcatgaggaggagctcagc
gaagccgagcgcaaagctgcgtgggccgagtacgaagctgagtcaaacacagtgaaactc
ccagccagctcaagccaggacagattgcagaagaagaccaatgagcagctactggaaata
ctcaacagaagcagagcaaatgtatcgctcgctttcctgaccctgcagaatatgaggatt
ccctctatagaggactacaaggtgcgactgcggcagcagtaccccttcctacctgaggtg
gagctgcagatcaaagctgagctttggagacaatctgacgtgaacagacgggacatcaca
cagtccttttatcaagactctctggcgcagcatcagtctctcacgttccagattcaggcc
ttactcaacagtcgacgaactcttgtgaatcccattactctgaacacttcaacccagcct
ggctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (62)   

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