KEGG   Nothobranchius furzeri (turquoise killifish): 107389780
Entry
107389780         CDS       T05163                                 
Symbol
aff3
Name
(RefSeq) AF4/FMR2 family member 3
  KO
K15195  AF4/FMR2 family member 3
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:nfu03021]
    107389780 (aff3)
Transcription machinery [BR:nfu03021]
 Eukaryotic type
  RNA polymerase II system
   Other transcription-related factors
    Others
     107389780 (aff3)
SSDB
Motif
Pfam: AFF4_CHD AF-4 AF4_int
Other DBs
NCBI-GeneID: 107389780
NCBI-ProteinID: XP_015821617
Position
sgr14:23412127..23428489
AA seq 1185 aa
MTQSWPSQQALVGDQQIFYNSKDAKQSSGQQRQNRGDAPLRMPRHPYVAPHKSMLADDLK
LSSDDDDTQRAINESTSWARHSLSAKRAHTHGRRVRHSSSDSSDSDSSAESGSSSVPSRS
PSPEVHPGPLSPANPLPPCNDKETDHPSPTQWQLDKWLKRSKKNSGSTERNHSWKVPERQ
RSPQIQRAPSPARSWDSHQEYSPSQSPIPSPKFNHSPNNSPIPSPGYSYCPSPSPFTSTC
PSPTPSPRHISVPSPARSLCPSPCGSPRASRSPSPLPNHPPRSPSPTLRTPTRISHYLDG
QNQIQGHSSLTSDPHRTRIRPWFAPVPAINTKTTTTSDHHQPSHQHRPKTHPSQNQVKNQ
SRLTAPVVLTSNQTHNHNPTPRPTSYSNAKQPSDAHKAKNTSHVDQIQINPSNHKSRPPF
QQPNPTRPKHPVSSGREARAAHSSLSQPTYKATNTSGVASSSRSSPSQVHRSKSWESTVS
NSVHVNNSKTAVRKLPAKAQEVNQRRSSLNQSEGRKQERKEDRHNCEKQRGKPERKEDRR
LAEEQLLRRPWIQSSAEEEEEEDVIEQQGGRDEAAKEESRRKEEQLNKWLTALAKDRGPA
NFERHRLREGSDHQERTTKRGRCEEDRGPSPHLSSHSPPNPHRLSSSPPSSSTSSSNSDS
ESEFLISTAKVSADSISHKTFSKKGQQVPSRPNAPRPQAVHSRGPNSGPPCEGQQSERKQ
KLYTLVPFGRSEKAAPTSQRGLRNLVVHIDLCLLKRVPDSSTNSPVKKNTSSSSSSSTKD
RQREVMKHTHVPDASTKDGKRKRKVENGVSDRECKRSQLYPDDPPGPTESSVTAETLVTE
TMHNGYLEEYLDKRPMSPLSPLSPLSPLPQSPEPTKPTSKTKTTEQQNSRTQKSKEKSRD
QPVKPKMEVECVKVSKQPQPSSESSWRPADHRGAVPHETSHHAEYYLHEAKRMKHRADAM
VDKLGKAVNYVDAALSFMECGKAMEEGPLEAKSPYTMYSETVELIRYAMKLKSHSGPGAR
QEDKQLAVLCFRCLALLYWQMFRLKKDHALKYSKVLLDYFKSSPKVPTTPPGWNDCGKSM
GEHPSSLSPNARHRRRDPPGGSSSSLISIPQRIHQMAANHLNITNSVLYSYEYWEVADNL
AKENKEFFNYLNTLSGPLTIHSSVAHAVQYTRQALQWIRISAKLN
NT seq 3558 nt   +upstreamnt  +downstreamnt
atgactcagtcctggccatcccagcaggcgttagtgggtgaccagcaaatcttctacaac
tccaaggatgcaaaacaatcatctggacagcaaaggcaaaatcgaggggatgctccactc
cgaatgccccgtcacccttatgtggcacctcacaaatcgatgctggctgatgatctgaag
ctgagcagtgatgacgatgacactcaaagggccattaatgagtcaacatcgtgggcgaga
cacagcctgtcagcaaagcgagcacacacacatggcaggcgggtgagacattccagctct
gactcctcagactctgactccagtgccgaatcgggcagcagcagcgttccttctcggagc
cccagtccagaagtgcacccaggtcccctgtcgcctgccaacccgctgccaccgtgcaac
gacaaagagacagatcacccctctcctacccaatggcagctagataaatggctgaagagg
tcaaagaaaaactctggcagcactgaacggaatcactcctggaaggttccagaacgccag
cgatctccccaaatccagagagccccatcgccggctagatcatgggacagccatcaggag
tacagccctagtcagagtccaatacccagcccaaagttcaatcacagccccaacaacagc
cccattcccagtcctggttacagctactgcccaagccccagcccattcactagcacctgt
ccaagccccacccccagtccaagacacatttcagtcccaagcccagctcgaagcttgtgt
cccagtccatgtggaagcccaagagccagccgtagcccgagccctttaccaaatcatcct
ccaagaagcccaagtcccactttacgtacaccgaccagaattagtcactaccttgatggt
cagaatcagatccaaggacattccagtctgacatctgacccccacaggacaagaattaga
ccatggtttgctccagtacccgccatcaacacaaagacaacaaccacaagtgatcatcat
caaccatcgcatcaacatagacccaagactcacccatcacagaaccaagtcaaaaaccaa
agcaggctcactgctcctgtagttttaacctccaatcagacccacaaccacaatcccaca
cctagaccaacttcatattccaacgcaaaacagccatctgatgctcacaaagctaaaaac
acatcacatgttgatcaaatccaaattaacccttccaaccacaagtcacggcctccgttt
cagcagccaaatccaaccagaccaaagcatccagtttcttctggtcgagaagccagagct
gctcacagttctctttcacaacctacctataaagctacaaatacctctggtgttgcatca
agctctaggtccagtcctagccaagtgcatcggtcaaaatcgtgggagtccacggtatca
aactctgttcatgtaaataactcaaaaactgcagttcggaagcttccagccaaggcacag
gaagtaaaccagagaagatcgagtttgaaccaatcagagggtagaaaacaggagagaaag
gaggacagacataattgtgagaaacaacgggggaaaccagagagaaaagaagacaggagg
ctggcggaggagcagctactgagacgaccctggatccaaagctcagcggaagaggaagag
gaagaggacgtgatagagcaacagggtgggagagacgaggcagcaaaagaggagagcagg
agaaaggaggagcagctaaataaatggctaacagctctggccaaagacagagggcctgcc
aactttgagagacaccgccttagagagggctcagaccatcaggagaggacaaccaagaga
gggagatgtgaggaagacagaggcccatcgccccatctgtcttcacactctcctccaaac
cctcacagactgtcctcatcaccaccctcatcctccacctcttcttctaattcagactca
gaatctgaatttcttatttcaaccgccaaagtttcagcagattccatctctcacaagaca
ttcagcaagaaagggcaacaagtccccagcagacccaacgccccgaggccccaggcggtt
cactccagaggaccaaactcgggccctccttgtgaggggcagcaaagtgagaggaagcag
aaactctacaccttggttccatttggacgaagcgagaaggcagctcccacctcccagcgg
gggctgagaaacctggtggtgcacattgacctctgtcttctaaaaagggtccctgatagc
tcaacaaattcccctgtaaagaaaaacacttcttcctcatcttcttcatcaaccaaggac
aggcaaagagaagttatgaaacacacgcacgttccagatgcttcgacaaaagatggcaaa
aggaaacgcaaggtggagaacggagtgtcagaccgggaatgcaagaggagtcagctttat
ccagatgacccccctggaccaacagaatcatcagtcacagctgagactttagtgactgag
acgatgcacaatgggtacctggaggagtacttggacaagaggccaatgtctcccttgtct
ccattgtctccattgtctccgctgccccagagccctgaacccaccaaacctacctccaaa
acaaagacaactgagcagcagaactctcgcacccagaaaagcaaggagaagagcagagac
cagcccgtcaagcccaagatggaggtggagtgtgtaaaagtatcaaaacaaccccaacct
tcgtccgagtcctcctggagacctgctgaccacagaggagctgttccgcatgaaacttct
caccatgctgagtactacttacatgaagctaaaaggatgaagcaccgtgccgatgcaatg
gtggataagttgggaaaagctgttaactatgttgatgctgctctgtccttcatggaatgt
gggaaggcgatggaggaagggccgctggaggccaagtctccttacaccatgtattcagag
acggtggagctgatcaggtacgccatgaagctgaagagccactcgggccctggagcaagg
caggaagacaaacagctggcggttctgtgtttccgatgccttgctctcctttactggcag
atgttccgtttgaaaaaggatcatgcgctgaaatactccaaagtgctgcttgactatttc
aagagttctcccaaagtgcctacaacaccacctggttggaatgattgtgggaagagcatg
ggagaacacccgtcttcactctcacccaacgccagacaccgcagaagggacccacctggt
ggcagcagctcatctctcataagcattccccaacgcatccaccagatggcagcaaaccac
ctgaacatcaccaacagtgtcctgtacagttatgagtactgggaggtagcagacaacctt
gcaaaggaaaataaagagttcttcaactacttgaataccttgtctggacctttgactatt
cacagcagcgttgctcatgctgtccagtacaccagacaagctcttcagtggatacgcatc
agtgccaaacttaattaa

  All links  
Gene (144)   
   RefGene (141)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (3)   
   Pfam (3)   
All databases (156)   

Download RDF
DBGET integrated database retrieval system