KEGG   Rattus norvegicus (rat): 499653
Entry
499653            CDS       T01003                                 
Symbol
Gon4l
Name
(RefSeq) GON-4-like protein
  KO
K23804  GON-4-like protein
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:rno03000]
    499653 (Gon4l)
Transcription factors [BR:rno03000]
 Eukaryotic type
  Other transcription factors
   Others
    499653 (Gon4l)
SSDB
Motif
Pfam: Myb_DNA-binding_7 PAH Myb_DNA-binding Myb_DNA-bind_6 HTH_5
Other DBs
NCBI-GeneID: 499653
NCBI-ProteinID: NP_001019968
RGD: 1564691
Ensembl: ENSRNOG00000020297
UniProt: Q535K8
Position
2:176531274..176604446
AA seq 2256 aa
MLPCKKRSGVTESAQQQDDQEGEDLHLEAAVKPDTDQLPDCTSESLSWGQSHDSAGCPEV
HSMQDVGSQLSVEGTPLSSKMLTQRVNLAVSEAVDVPVSQEIPVPSLESSHSLPVHMGKG
RLQSTASRKGKKIAFMPGQVTREDGGDHTVPEEPPSGEHAEEVKAEGGELEMHSEGDLPS
LSSGSQSAKPRAQPRKSFQPDGSAFPQEKSLGPLVRQAEEDMEDGGLFIPTEEQDGEESD
KRKKTKKGTKRKRDGRGQEQGTMTYDPKVDDMLDRTLEDGAKQHNLTAVNVRNILHEVIT
NEHVVAMMKAAISETEDMPLFEPKMTRSKLKEVVEKGVVIPTWNISPIKKASETKQPPQF
VDIHLEDDDSSDEEYQPDEEEEDETAEESLLESDVESAASSPRGVKRSRLRLSSEAAEAD
EESGVLSEVEKVATPALRHISAEVVPMGPPPPPKPKQTRDSTFMEKLNAVDEELAASPVC
MDSFQPMEDSLIAFRTRSKMPLKDVPLGQLEAELQAPDITPDMYDPNTADDEDWKLWLGG
LLNDDVENEDEADDDDDPEYNFLEDLDEPDTEDFRTDRAVRITKKEVNGLMEELFETVQS
VVPSKFQDEMGFSNMEDDGPEEEERVTESRPSFNTPQALRFEEPLANLLNERHRTVKELL
EQLKMKKSSVRQQPEVEKLKPQTEKVHQTLVLDPAQRSRLQQQMQQHVQLLTQIYLLTTS
NPNLSSEASTTRVFLKELGTFAENSTALHQQFNPRFQTLFQPCNWVGAMQLIEDFTHISI
DCSPHKTVKKTASEFPCLPKQVAWILATNKVFMYPELLPICSLKANNPRDKTIFTKAEDN
LLALGLKHFEGTEFPKPLISKYLVTCKTAHQLTVRIKNLNLNRAPNNVIKFYKKTKQLPV
LVRCCEEIQPHQWKPPIEKEEHRLPFWLKASLQSIQEELRNLAGGATAGGSVTAATETST
DQHLQKTSPVVGGDTQYPLLLPKGVVLKLKPGSKRFSRKAWRQKRPLVQKPLLIQPSPSV
QPVFNPGKMATWPTQSEVPPSNTVVQIPHLIQPAAVLQTLPGFPSVGVCGEDSFESPAAL
PAMPSGSEARTSFPWSESQSAPPSSSAPKLMLPSLGPSKFRKPYVRRKPTRRKGAKASPC
VKPAPIIHPTPVIFTVPATTVKVVSLGGGCNMIQPVTAAVAPSPQTIPITTLLVNPTSFP
CSLNQPLVASSISPLLVSSNPLALPVTSLPEEKAHVSLDIAEGKNAPQNPEPKIKPQEPT
PQCATVFSKEEPRSWHPSADTGNQEAVSESSACSWAAVKTEGQEGSSEKSVCGWTVVKTE
DGGHAVQPLPQDPQDSLNSPSKDLLNMVKLEAEDCMEEISSDFPKQDIGEEVKEECCMEL
DRDSPQEKASSVSEMSKQTATPREETQAAKSPTVSQDAPDAIRDASKGLPQSTLSSMDQG
TVLNSPPGKPEDSANADGQSVGTPAGTDTGAEKDGAEEEEEEDFDDLTQDEEDELSSASE
ESVLSVPELQETMEKLTWLASERRMSQEGESEEENSQEENSEPEEEEEEEAEGMETLQKE
DEATDEAGGGAAEKPPSTLASPHTAPEVETSITPAGESIKAAGKGRSSHRARSRRGSRAR
ASKDASKLLLLYDEDILDRDPLREQKDLAFAQAYLTRVREALQHIPGKYEDFLQIIYEFE
SNAQMHSAVDLFKSLQTLLHDWPQLLKDFAAFLLPEQALSCGLFEEQQAFEKSRKFLRQL
EICFAENPSHHQKIIKVLQGCADCLPQDITELKTQMWQLLRGHDHLQDEFSIFFDHLRPA
ANRMGDFEEINWTEEKEYEFDGFEEVILPEVEEEEEPAKVSTASKSKRRKEIGVQHQDKE
SEWPEAAKDGSCPCHEGGPESKLKKSKRRNCHCSSKVCDSKSYKSKEPLELVGSGPLQEA
STVPGTKEAGQGKDMSEEETMEGQENVEVSQNKTGRTTRKGEAPIPGSTVRTALLCSAEV
TPIELSLEGPTCCSPETPRLPPQTGAVVCSVRRNQAGPEVVSCLGTSSIPPKEGEDQKAV
ANSETIAPLPETSETERLPGTVELPAPLPSPVSLSTRDTGRRHIYGKAGTQSWLLDNRAE
AKAAHMVAPIRGTSSGASASEAAPTASREGLAEDSETQGKGPEAVLPKASEATVCANNSK
VSSTGEKVVLWTREADRVILTMCQEQGAQPHTFSVISQQLGNKTPVEVSHRFRELMQLFH
TACEASSEDEDDATSTSNADQLSDHGDLLSEEELDE
NT seq 6771 nt   +upstreamnt  +downstreamnt
atgttgccttgtaagaagagaagtggagtgaccgagtctgcgcagcagcaagatgaccag
gagggcgaagatttacacctagaggctgctgtgaagccagacacggaccagctcccagac
tgcacgtcagagtcactgtcctggggtcagagtcacgacagtgcagggtgccctgaagtg
cactccatgcaggatgtgggcagtcagctcagtgtggagggcacgcctttaagctcgaag
atgctcacccagcgtgtgaacttagcagtatcagaagctgttgatgtaccggtctctcag
gaaatccccgttccttccttggagtcttctcattcccttcctgtacatatgggtaaaggg
agactccagtccactgcctcaaggaaagggaagaaaattgccttcatgcctgggcaggtc
accagagaagacggaggggatcacactgtcccagaggagcctccttcaggagagcatgcc
gaagaagtcaaggcagaaggaggagaacttgagatgcattctgaaggggatttaccttcg
ctgtcatcaggcagtcaatctgcaaaaccgcgtgcccagcctaggaagtcattccagcca
gacggttctgcctttcctcaagaaaagtcactcggacctctggttcgccaagctgaggaa
gacatggaggatggtggactctttattccaaccgaagagcaagatggtgaagaaagcgat
aaaaggaaaaaaactaaaaagggaaccaagaggaagcgagatggaaggggtcaggagcaa
gggacgatgacgtacgacccaaaagtggatgacatgctggaccgcaccttagaggatggt
gccaagcagcacaatctgacagcagtaaatgtccgaaacatcctgcatgaagtaatcacg
aacgaacacgttgtggccatgatgaaggcggccatcagtgagacagaagacatgccgctg
tttgagcctaagatgacacgctctaaactgaaggaagttgtggagaaaggagtggtaatt
ccgacttggaatatttcaccaattaagaaagccagtgaaactaagcagcccccacagttt
gtggatattcacctggaagacgatgactcctcagatgaagagtaccagccagacgaggaa
gaggaagacgagacagctgaagagagcttgttggaaagcgatgttgaaagcgctgcttcg
tctccacggggagtgaagaggtccagactgcgactgtcctctgaagcggccgaggcagat
gaggagagtggcgtgttgtccgaggttgagaaggttgccacccctgctcttaggcacatc
agtgctgaggtcgtgcccatggggcctccacctcctccaaaaccaaagcagaccagagac
agcactttcatggagaagctaaacgcagtggacgaggagctggcagctagtcctgtctgc
atggattctttccagcccatggaggatagtctgattgcgttccgaacacgttctaagatg
cctctgaaagatgtccctctgggccagctggaggctgagcttcaggctccagacatcact
ccggatatgtatgacccaaacacagctgatgatgaggactggaagctgtggctggggggc
cttctaaatgacgacgtggagaacgaggacgaagcagatgatgatgatgatccagaatat
aacttcctggaagatcttgatgaaccagacacagaggactttcgaactgaccgtgcagtg
agaatcactaaaaaagaagtgaatgggttgatggaggagctgtttgagacggtgcaatct
gtagtccccagtaagttccaagatgaaatgggattctccaatatggaagacgatggccca
gaggaagaggagcgtgtaacagaatcccggcctagcttcaacacccctcaagccctacgg
tttgaggaaccattggccaacttactaaacgaacgacatcggacagtgaaagagctgctt
gaacagctgaaaatgaaaaaatcttcagtccgacagcagcctgaagtggagaagctgaag
cctcagacggagaaagtccatcagactctggttcttgacccggcacaaaggagcaggctt
cagcagcagatgcagcagcatgttcagctcttgacacaaatctaccttctcaccacctcc
aaccccaacctcagctccgaggccagtaccaccagagtatttctgaaagagctgggcacc
tttgctgagaactccactgctcttcaccagcagttcaaccccaggttccagaccttgttc
cagccttgtaactgggtgggggctatgcagctcattgaagacttcacccacatcagcatt
gactgcagtcctcataaaaccgtcaagaagactgccagtgaatttccctgtttgccaaag
caagtggcttggatcctggccacaaacaaggttttcatgtatccagagctcctcccaata
tgttcgctgaaggcaaataatcctcgggataagaccatctttaccaaggctgaggacaat
ctgttagccttaggactgaagcacttcgaagggactgagtttccaaagcctctgatcagc
aagtaccttgtgacttgtaagaccgctcaccagctgacggtgaggatcaagaacctcaac
ctgaatagagctcccaacaacgtgattaaattttataagaagaccaaacagctgccagtt
ctggtgaggtgctgtgaagagatccagccacatcagtggaagccgcctattgagaaagaa
gaacaccggcttccattctggttaaaggctagtctacagtccattcaggaagaactgcgg
aacctagccggaggcgctacagcgggaggaagtgtgaccgcagccactgagaccagcaca
gatcagcacttgcagaaaaccagccctgtcgtgggtggtgacactcagtacccactgctg
ctgcccaagggtgtagtactgaagctgaagccgggttccaagcgcttctccagaaaggct
tggcgacagaagcggcccttggtccagaagcctctcctcatccaacccagcccgtctgtt
cagcctgtgttcaaccctgggaaaatggcaacctggccaactcagtctgaagtccctcca
agcaacacggtggtccagattcctcatctgatccagccagctgctgtcttacagactctt
ccaggtttcccttcggtgggggtctgtggagaagacagctttgagtctcccgcagcactg
cctgccatgccttctgggtctgaagccagaaccagcttcccctggtctgagtctcagtca
gcaccaccttcgtcctctgcacccaaattaatgcttccctcacttggcccctctaaattt
cgaaagccatatgtaaggcgtaagcccacaagaagaaaaggagccaaggcttccccctgt
gtgaaacctgctcccatcatccaccccacacctgtcatcttcacagttcctgccaccaca
gtgaaggttgtaagcctaggcggtggctgtaacatgatccagcctgtcacagcagctgta
gcacccagtccccagaccatccctatcaccactctgcttgtcaaccctacttctttcccc
tgttcattaaaccaacccctcgtggcctcctccatctcccccttacttgtttccagcaat
cccctggctctccctgtgacatctcttcctgaagagaaggctcacgtgagcttggatatt
gctgaagggaaaaatgctcctcagaaccccgagcccaaaataaaaccccaggaaccaacc
cctcagtgtgctactgtcttctccaaagaggagcccaggtcctggcatccttcagcagat
acaggaaaccaggaagcagtctctgaatccagtgcctgcagctgggctgctgtgaaaaca
gaaggccaggaagggtcttcagagaagagtgtttgtggctggactgttgtgaaaacagaa
gatggtgggcatgctgtgcagccattgcctcaggatccccaggactctctgaactctcca
tcgaaggatttattaaacatggtcaagttggaagccgaggattgtatggaggagatctcc
agcgacttccccaagcaggacattggcgaggaagtgaaagaggagtgctgtatggagtta
gacagggactccccacaggagaaggcgagtagtgtgagtgagatgagtaaacagacagcc
acgccaagggaagagacgcaggccgctaaatcccctactgtgtctcaagatgctcccgat
gcaattagggatgcaagcaaaggattgccacaaagcactctgtcctccatggaccagggc
acagtgcttaacagtcctccagggaagcctgaggactcagccaacgctgatggtcagtct
gtgggaaccccagcaggaacagacactggagcggagaaggacggggctgaggaagaagag
gaggaggactttgatgacctcacccaagatgaagaagatgaactgtcctcagcttctgag
gagtctgtactttctgtcccagagctccaggaaacaatggagaaactgacttggttggca
tctgaaaggcggatgagtcaggagggtgagtctgaggaggagaactcccaggaggagaac
tctgagccagaagaagaggaggaagaggaggcagagggaatggaaaccttgcaaaaagag
gatgaagcgaccgatgaagcaggtggaggtgctgctgagaaacccccgtctaccttggcc
tcacctcacactgctccagaagtagagaccagcataaccccagcaggggagagcatcaaa
gctgctgggaagggacggagcagtcatcgggctcggagcagacggggaagtcgggcccgg
gccagcaaggacgcctccaagctgctgttgctgtacgacgaggacattcttgaccgggac
ccactcagggagcagaaggacctggcgttcgcacaggcttacctaaccagggtgcgagaa
gccctccagcatatccctggcaaatatgaagatttccttcagatcatctatgaatttgag
tcaaatgcccaaatgcacagcgctgtggatctcttcaaaagcttgcaaactcttctccac
gactggcctcagctcttgaaggactttgctgctttcctgctgcctgagcaggccttgtcc
tgtggactcttcgaggagcaacaggcttttgagaagagtcgcaagttccttcgacagctg
gagatatgttttgcagagaacccgtcgcaccaccagaagatcatcaaggttcttcagggc
tgtgcagactgccttcctcaggacatcactgagctcaagacacagatgtggcagcttctc
agaggccatgaccacctacaggatgagttctccatcttttttgatcatctgcgcccagca
gctaacaggatgggtgactttgaagagatcaattggactgaagagaaagagtatgagttt
gatggctttgaagaagtgatactccctgaggtggaagaggaagaagagcctgccaaggtg
tccacagcctccaagagtaagaggcggaaagagattggggtccagcaccaagataaggag
tcagaatggcctgaagcagccaaggatggttcctgtccctgccatgagggtggcccggaa
tctaagctgaagaagagcaaaaggagaaattgtcactgcagcagcaaggtctgtgacagt
aaatcctacaagagcaaggagcccctcgagttggtgggcagtggccccctccaagaggcc
agtactgtgcccggcactaaggaggcgggacaaggcaaggacatgtcagaagaggagacc
atggaggggcaagagaacgtggaggtgagccagaataagactggcaggaccaccagaaag
ggagaggcacccattccagggtcaacagtacggactgctttgctgtgctctgcagaagtg
actcccatcgagctgtccttggagggccccacatgctgctcaccagagactcctcggctt
cctcctcagactggagctgtagtctgttctgtcaggagaaaccaggctgggcctgaagtc
gtctcctgccttggtacatcctccatccctcctaaagagggggaggaccaaaaggctgtg
gctaactcagagactattgcacccctcccagaaacatcagaaactgagagactgccggga
actgtggaactccctgctcccctccccagtcctgtttccttaagtaccagagacactggg
agaagacacatatatgggaaagcaggcactcagagttggctactcgacaatagagctgag
gcaaaggcagcccatatggtggcccctatccgtggaacttcatcaggagctagtgcctca
gaggctgctcccacagcttccagagagggcctagctgaggacagtgaaacacaaggcaag
ggcccggaagcggtgctgccaaaagcctcagaagctaccgtctgtgccaacaatagcaag
gtcagctccacgggggagaaggtggtactttggacaagggaagccgaccgggtgattctc
accatgtgccaggagcagggagcacagcctcacaccttcagtgttatttctcagcagctg
ggaaataagacccctgttgaggtttcccaccgtttccgagagctcatgcagctcttccac
acagcctgtgaggccagctctgaggatgaggatgatgccaccagcaccagcaatgcagac
cagctctccgaccatggagatctgctgtctgaagaggagctggatgagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (19)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (17)   
DNA sequence (24)   
   RefSeq(nuc) (18)   
   GenBank (3)   
   EMBL (3)   
Protein domain (5)   
   Pfam (5)   
All databases (57)   

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