KEGG   Maylandia zebra (zebra mbuna): 101474243
Entry
101474243         CDS       T02814                                 
Symbol
gse1
Name
(RefSeq) genetic suppressor element 1 isoform X1
  KO
K27276  genetic suppressor element 1
Organism
mze  Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:mze00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mze03036]
    101474243 (gse1)
Chromosome and associated proteins [BR:mze03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    BRAF-HDAC complex
     101474243 (gse1)
SSDB
Motif
Pfam: DUF3736
Other DBs
NCBI-GeneID: 101474243
NCBI-ProteinID: XP_004539451
UniProt: A0A3P9C3I2
Position
LG1:16878089..17046586
AA seq 2118 aa
MNSPRDQELAPLSRKHRLMAAAMPGEDSTLPGNISRTDRNGLGGLVHCFICGSGVTPGKE
LRLQVAYQKERIPFFPFLQNQEPAPGACEVSPDGHVLVCAVCHCFLTEQWNSFERSRTPI
EKRMYWLKRPYQCDSRRVPQEWNISYDLERRISVSSQNYDGGAESDFSSFSENENISDQE
MDFAYRVGVGKDKFVRASGKSPRDSSRKNNGIGIKNSPDTQRAVRYPVGVYRAQGSPKAE
SALTARRSAKIMNNICQSPESLAKSQERFPRRCYDSSLSDTPVQDNGVIMRNRRWLEEEN
VRHVESHQIQRVADSSCAPSKHPSLLYQGKGEENSSTSASSAGTAAVISKRNTAPPRENN
SDNSEDEINITSDDDRESYDRKTDRTTQRRPVADQPHHTANSSPEECVCYICGAGLRHDG
RFKVSVQKQERAQGEPFFPFLWLHSPPHNAIPISPAGITFVCGSCHTSLLQQWQSFQLAD
VPVLQRLYVVPLNQTTTGLHSSQFHQQEGKSSGSMECIPEPKASHEACFLCGQECGGDMR
VAYAQAGVGKSRGVMYFPFINMLPCPPNAQGVRNGRVHCCPQCHFILEEIWSAYRLSLSE
DLITSVSSFLVRYHAAMSIDVSGSAHPQTGVASHPSTSMSVCYLCGAELCAGGEYQLHVN
PPGRCGEREPFFPFLTVHPPAPHAKPVDATGLVSACKLCYHDLHAQWAQHESKGLGQPTP
STSSSSSANPQPPSSPWARQYSCEVFVCFFCRQEQRRQGRLCAVTVARLPVFLYAPRSTR
MLLVDDGRRLVIGSCKECKAMVQVGQNMQQDRARLEPGASDGERKEQESTPPQSRHKGST
VIEAAAGASKEVDAGSGPSQTTGDYTPPRPLTLEAERADRQLSSMSHEPKSPSLGMISTA
TRTTATVSPLTPSPLNGSIVANGSPAAQSTHSGFAAALRKLAKQAEEPRAASSISSESPP
VSSPATNHSSPVSTPKRGPLGPGPVLVPPAGHTVPNTPPVVTIAPTKTSNGLWRSEGRQA
DAGPHGASRERLGAEGALSQEKGGPSVPAHLLGNPYAFGLTPGAVMQESRFQPLNLPRQL
PNAVPPGPVPEEYLRGFRPYATAEDALRMPSLPLGLDPATAAAYYSHSYLPHPSTFASYR
MDDPFCLSALRSPFYPLPTGGALPPIHPSAVHMHLPGIRYPGDFTHPSLSALQSDRLQLE
DELRQREREREREREREKEREREAEREKEREREREREREREEAERERQRERERERERERE
REKEREREKELERQKERALREKELQASKAMENHYLAELHAMRGQEDRTKPERLTPNRADK
TKEPALPAPKPVPPGIHPSIVQSHHGLISGHSIYMGPGTAGTGLAASMIAQRKDEEERWM
ARQRKLRQEKEDRQCQVSEFRQQVLEQHLDLGRPGDTPDHRTESHRPIPNHHEPGNRELN
PLLGAPPPLISPKPPQPPREHHPPPPTTLWNPASLIDTASESRRNHEPSGMGHYELSRLP
PGPSRYEDGARRRDGGAMEKYPPLRGPPGLPEPSTYLADLEKSAHSFLSQQRASMSLSSQ
YELEGSLKTNAGIKSLQGHPGYSRHGQAVVSGPAMGLGQVASLGMVPDAKLIYDEFLQQH
RRPVSKLDLEEKRRKEAREKGYYYELDDSYDESDEEEVRAHLRRVAEQPPLKLDDSTEKL
DFLGVFGLTTMGRRDELVQQKRRKRRRMLREHSPSPPASQSKRTPPPQLSTRFTPEEMDR
APELEDKKRFLTMFRLSHVTVQQRKDNERVVELLQAIKEKTVTLDTIRHAPHPLCKSPPT
QISNPAFSQPPSEPEEHHSVRPRSPSSHCPTSPNGHPKPLGDTLRPKAPPSPAVYPDKAR
GPSEGPISKRSSSLLNSLRPPLPLQAKEGHHSINGRIQPRDFAPEEFAQQFHESVLQSTL
QKHKGGAAGVSESSHLQESSVHYNIPELQGPPGRPPQPHSQSHSTPQSFPHPLLHSHPQP
NGQHLSMPQHREASGMREDMSGPEDSEEEDEEEEEEASVFKWQGIESIFEAYQEYVEEQT
LERQVLQSQCRRLEAQNYNLSLTAEQLSHTMGELMSQRQKLAVEREKLQAEMEHFRKCLT
LPQTHWPRAGHYKGYPPR
NT seq 6357 nt   +upstreamnt  +downstreamnt
atgaactccccccgtgaccaggaattggcacccttatctcggaaacaccgactcatggct
gcagctatgcccggtgaagacagcacattgcccggtaacatttccaggactgatcggaat
ggattggggggacttgttcactgttttatatgtggaagcggagttacaccggggaaggaa
ttaaggttacaagtggcatatcaaaaagagaggatcccctttttcccgtttctccaaaat
caggagccagccccgggtgcgtgtgaagtgagcccagatggtcatgtactggtgtgcgct
gtatgtcactgctttctaacggagcagtggaactctttcgagcggagcaggacacccatt
gagaagcgcatgtactggctgaaacgtccgtaccagtgcgactctcgtcgggtcccacag
gagtggaacatctcctatgatttggagaggaggatcagtgtcagtagccaaaactacgac
gggggcgcagagtctgatttctcttctttttcagaaaacgagaacatttcagatcaggag
atggattttgcctacagagtcggtgtgggcaaagacaagtttgtaagagcatctggaaaa
tcgcccagagacagcagcaggaagaacaatggtatcggtattaaaaacagcccagataca
cagcgggcagtgcgttacccggtgggtgtttatagggcgcagggatcgccaaaagcggag
agtgctctgacggcgaggcgcagtgctaaaattatgaacaatatctgtcaatcaccagaa
tctttggcaaagtcccaggagagattcccccggcgatgctatgacagctcgctctctgac
acaccagtgcaagacaacggggtcattatgcgcaacaggcggtggctggaggaggagaat
gtcagacatgtggagtcgcatcagatccagcgtgtagccgacagcagctgtgctccttcc
aagcatccatcgctgctgtaccagggaaaaggcgaggagaactccagcacttctgcgtct
tctgctggcaccgctgctgtcatctctaaacgtaacacggctcctcccagggagaataac
tctgacaactctgaagatgagattaacattacaagcgatgacgacagggaatcgtatgac
cgcaaaacagaccgcacaacacaacgtagacctgttgcagatcagccacaccacactgca
aactccagtccagaagagtgtgtgtgttacatctgtggcgctgggctcagacatgatgga
cgttttaaagtcagtgttcagaaacaagagagggcacagggtgagcccttctttcccttc
ttgtggcttcactccccaccccataatgcaatacctattagtccagcaggtataaccttt
gtctgtggcagctgtcacacctctctcttgcagcagtggcagagctttcagctggctgat
gtgcctgtccttcagcgtttgtatgtagtccccctcaaccagaccacaactggacttcat
tcttcccagtttcatcagcaggagggaaaatcctcagggtccatggaatgcatacctgaa
cctaaggcttcccacgaggcctgcttcctttgtggacaggagtgtggaggagacatgaga
gtagcatatgcacaggcaggggttggcaaatcccgtggtgtgatgtactttcctttcatt
aatatgttgccttgcccccctaatgcacagggagtgaggaacggccgtgtgcactgctgt
cctcagtgccattttatcctggaggagatctggagtgcgtatcgacttagcctcagtgaa
gacctcatcacctctgtcagctcattccttgtcaggtaccatgctgccatgtctatcgat
gtctctggatcagcccaccctcaaacaggggtggcttcacatcccagcacctccatgtca
gtgtgctacctgtgtggagctgagctgtgtgcaggaggagagtaccagctacatgttaac
ccgcctggtcgctgtggtgagagggagcctttctttccatttctcactgtccatcctcct
gcaccccatgccaagccagttgatgccacaggtctggtgtcagcctgtaagctttgctac
catgacctgcatgctcagtgggcccagcacgagagcaaaggtctaggtcagcccacccct
tctacctctagctcatccagtgccaacccccaaccacccagttcaccctgggcacgccag
tacagctgtgaggtttttgtgtgcttcttctgcaggcaggagcagcgcaggcaaggtagg
ctgtgcgctgttactgtggccagactacctgtgttcttatatgcacctcgcagcacacgc
atgctccttgtggatgatggcaggaggttggtgattggctcatgtaaggaatgtaaggca
atggtgcaggtgggacagaacatgcagcaggacagggctaggctggagcccggagcctca
gatggggagaggaaagaacaagaatcaacgccgccacagtctagacataagggtagtact
gtgattgaggctgcagcaggagccagtaaggaagtggacgcaggttcggggccctcacaa
actacaggtgactacactcctcctcggccactgaccttggaggcagaaagagcagaccgt
cagctttccagcatgagccatgagccaaagtcaccatcattaggaatgatctccacggcg
acccgtaccacggcgacggtcagccctcttaccccgtcacctctcaatggctctatcgta
gccaatggaagcccagctgcccagtcaactcattcgggatttgctgcagccctccgtaaa
ctggcaaaacaggcagaagaaccgcgagctgcatcctccatcagcagtgagtcaccacca
gtgtcttcaccagccaccaatcacagctctccagtcagtacacccaagaggggtcctctt
ggtcctggtcctgtcctggtacccccagcaggccacactgtgccaaacactccacctgta
gtcaccattgctccaacaaagaccagcaacggcctatggagaagcgaggggcgccaggct
gacgcagggcctcatggggccagcagggaacgtctgggcgcagaaggagccctctcccag
gaaaagggtggcccctcagtccctgcacacctcctgggaaacccctatgcctttggtctc
actccaggagctgtcatgcaggagtcacggtttcaacctcttaacctgcccagacagttg
cctaacgcagtgccacctggtcctgtaccagaggagtatctccggggttttcggccttat
gctacagccgaggatgccctccggatgccctctttgcccttgggcctagaccctgccact
gcagctgcctactactcccacagctacctgccccacccttcaaccttcgcttcatacagg
atggatgacccgttctgcctctctgctttgaggtcacctttctacccactgccaacaggg
ggagctttacctcctatccacccctctgctgttcacatgcatctaccaggcatccgctac
cctggagatttcacgcacccctcattgtcggcattgcagtctgacaggcttcagctagag
gatgagctgcggcaacgagagagggaacgcgaacgagaacgcgagcgtgaaaaagagagg
gaacgagaggctgagagagagaaggaacgggagagagaacgagaaagggagagggaacgg
gaagaggcggagagggagaggcaacgagaaagggaaagggagagggagcgcgagagagaa
cgggagaaggagagagaaagagagaaggaactcgagaggcagaaggagagggcactgagg
gaaaaagagctgcaggcatccaaggccatggagaaccactatctggctgagctccatgcc
atgagaggacaggaggaccgaaccaagcctgaaagactaacccctaatcgggctgacaaa
accaaagagcccgctcttccagctcccaaaccagtcccaccaggaatccatccgtctata
gtccaatcacatcatggtctaatctcaggccacagcatctacatggggcctggcactgca
ggaacagggcttgcagcctcaatgattgctcagaggaaagacgaggaggagaggtggatg
gcgcggcaacgcaagctgcgtcaggagaaagaagatcgtcagtgccaggtgtctgaattc
cgccagcaggttctggagcagcacctggacttgggtcggccaggtgacactccagatcac
aggacggagtcgcacagaccaatacctaatcatcatgaaccaggaaacagggaactcaac
cctctcttaggtgcccctccacctctcatctcccccaaacctccacagccaccgcgtgaa
catcaccctccgcctcctaccaccctgtggaaccctgcatctcttatagacacagcctca
gagtcgagacgtaaccatgagccctcagggatgggacactatgagctcagtcggctgccc
ccaggaccctccagatatgaagacggagcccgaagaagagacggtggtgcaatggagaaa
tatcctcctttgagaggtcccccaggtctgcctgagcccagcacataccttgctgattta
gagaaatccgcccattcatttttgagccagcagagggcttccatgtctctctccagccaa
tatgaactggagggaagcctgaaaaccaatgctggaataaagagcctccagggtcaccca
gggtatagtagacatggacaagcagtggtttctgggccagcaatgggactgggacaggta
gcctcattgggcatggtcccagacgcaaagctgatctatgacgagtttcttcagcaacat
cggaggcctgtcagcaagctggacctggaggagaagaggagaaaggaggccagggagaaa
gggtactattatgagctggatgactcatacgatgagagtgatgaagaagaggtgagagcc
cacctcaggagagtagcagagcagcctccactgaaactggatgactctacagagaaactg
gactttctgggagtgtttggcctgaccacaatgggccgacgggatgagctggtgcagcag
aagcgaaggaagagaaggaggatgctcagagagcacagtccctccccacctgcctcacaa
tcaaaacgcactcctccacctcagctcagcacacgttttacccctgaggagatggaccga
gcgccagagttggaggataagaagcgattcctcaccatgtttagactgtcccatgtgacc
gtacagcagagaaaagataatgaaagggtagtggagctgctacaggcaattaaagaaaag
actgtgaccttggataccatcagacatgctccacatccactgtgtaaaagtcctccaact
cagatctctaatcctgcattctcccagcctccctctgaaccagaggagcaccacagtgtc
agaccacgcagcccctcctcacattgcccaacatcccccaatgggcatccaaaacccctt
ggggacacattaagaccaaaggcacccccttctccagctgtctacccagacaaggcccgg
gggcccagtgagggaccgatctcaaagaggagctccagcctgcttaacagcttgaggccc
ccactccccctgcaggctaaagaaggtcatcacagcatcaatggacgcatacaaccacgg
gacttcgccccagaggaatttgcccagcagttccacgaatctgtgctacagtccactctg
cagaaacataaaggtggagccgcaggggtgtcagagtcatcccacctccaggagtcctct
gttcactacaacattcccgagcttcagggccctcctggccgaccaccacagccacattca
cagtcccactcaactccacagtcatttccacatccacttttgcactctcaccctcagccc
aacgggcagcacctctcgatgcctcagcacagggaggcatcggggatgagggaggacatg
tctggtccagaggactctgaagaggaagacgaggaggaggaagaagaggcttcagttttc
aagtggcaggggattgaatctatatttgaagcttatcaggaatatgtggaagagcaaact
ttggagcgacaagtactgcagagccagtgtcgaagactagaagctcagaactacaacctt
agtctaactgctgagcagctgtctcataccatgggggagctgatgtcccaaagacagaag
ctggcagtggaaagagagaagctacaagcagaaatggaacacttcaggaagtgtttgacg
ctgccacagacacactggccaagagccggccattataaaggttaccctccgaggtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (78)   
   KEGG ORTHOLOGY (1)   
   RefGene (74)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (1)   
   Pfam (1)   
All databases (97)   

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