KEGG   Rattus norvegicus (rat): 307213
Entry
307213            CDS       T01003                                 
Symbol
Zfp407
Name
(RefSeq) zinc finger protein 407 isoform X1
  KO
K26729  Zinc finger protein 407
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]
    307213 (Zfp407)
Transcription factors [BR:rno03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    307213 (Zfp407)
SSDB
Motif
Pfam: zf-H2C2_2 zf-C2H2 zf-C2H2_4 zf-H2C2_5 zf-C2H2_2 zf-C2H2_jaz
Other DBs
NCBI-GeneID: 307213
NCBI-ProteinID: XP_008770443
RGD: 1310645
Ensembl: ENSRNOG00000043357
Position
18:complement(79846012..80245177)
AA seq 2255 aa
MDSESRHENDEDGSVKGADPRSVPSCDGSRGPVSDDRANASENFTSKRIFSESSNSDSIA
MEEDRIERASKRLRTEAVESETREQGACGLGTAEVNVHLAEMEKEVFPANHSEEGRALPN
VSPSSCDFSTSDTLPLKVDDVKKPAQEMVALDPERHTPFPPEEVSVSCSFGSVETGLRCG
VCGCSFSSCSALEKHVECHVGQGKDRSCCHCSHRAESSSSPHVHAKHSQGPQKVFSCDLC
GFHCAEENLLDAHYLGKTHLRRQNLAARGGFVQILTKQSFPKKACVVGTKNVRTKPRASK
PIARNGDSKGARNSGKKSKDCRAAPSEGSAGSSELLVEMVPSRRISSGKAGVVEENVSFG
VAQNPENQNKQLGGLVSSDGLLSKSEPTKNVLQTAHVSISTTSRPRSERNLLMLGNSFRR
RSGAFTLKGQAKKRFNLLGINKRGTNETQRLYVKHLRTQMKANAQPVLEQMQMGKDVQSL
CVTTSDNPEVMQDKTASGLSGFTRLGSLEVKPADHQLSVQCPCTECGQITANKTDLDIHV
QKCHVREVQFHCQTCDFSSPSRRDLEEHLHSNQHQQTTPVLSCQCCPFISLSETSLRVHM
KEKHGMGFFCTSCNLFLSERDVEEHRATEAHNSLVVQPKTASSLSRDSVLPLSTLESDNM
ADSREDSGKASQEEPAESRASHGTEARHSSKPQFQCKKCFYKTRSSTVLTRHIKLRHGQD
YHFLCKACNLYSLSKEGMEKHIKRSKHLENAKKNNIGLSFEECIERVCIGANDKKEESNV
SGSGRPEGHIGVRLQEHSHCEQSMLTPKELPQSGVITKEDELGLASTPKRGRPKGSISRT
CSHCGLLASSITNLTVHIRRKHSHQYSYLCKVCKYYTVTKGDMERHCATKKHKGRVEIEA
NGKHSSDIIVGPEGGNLEACKKSTLALTVSDEQANKSAKSDASTLDKPVVGNGDTGDADA
GSALQSVDGEVSSQLADKKGQIALETEDLQQHDDACSQRDVAGSSDNKCLHCEFSAHSAA
SLELHVKRKHTKEFEFYCMACDYYAVTRREMTRHAATEKHKMKRQSYLSSSNVEAGSSEI
SKSITIPEEEHSQNSEEFQISPHQSSGTLQSRHPADCSILYDNTNLDMSKVLCAPDSVAV
VAEQESNFNEDHSFCETLHQPLAKDRSIKPREIVSLNTPSNRSSPGCLQSGNLASSAVDS
ETAKRNHNLLDDVGDTSAHCEDEGGSLDGSEEKVLDKSPCPGDLDGGHSAESISPVVVKI
PREQLDLDGGGQSKVGCEQTSEDLKDVQANSNLESKEILMNSQHEPEVILEEDAPASIGT
AENNDAYETIISIDDKGQTMYSFGRFDSSIIRIKTEDGELVEQPEEGLMVTGGKVSELPL
KDCAQGLKKKKVEGSSFGESTRIRCDDCGFLADGLSGLNVHIAMKHPTKEKHFHCLLCGK
SFYTESNLHQHLASAGHMRNEQASVEELPEGGATFKCVKCTEPFDSEQNLFLHIKGQHEE
LLREVNKYIVEDTEQINREREENQGNVCKYCGKMCRSSNSMAFLAHIRTHTGSKPFKCKI
CHFATAQLGDARNHVKRHLGMREYKCHVCGVAFVMKKHLNTHLLGKHGVGTPKERKFTCH
LCDRSFTEKWALNNHVKLHTGEKPFKCTWPTCHYSFLTASAMKDHYRTHTGEKSFLCDLC
GFAGGTRHALTKHRRQHTGEKPFKCDECNFASTTQSHLTRHKRVHTGEKPYRCPWCDYRS
NCAENIRKHILHTGKHEGVKMYNCPKCDYGTNVPVEFRNHLKEQHPDIENPDLAYLHAGK
QAELPSDVQGIVSKSYECRLKGQGATFVETDSPFTAATLAEESPVKEKSLRSSKRQASSP
EQVQQVIIIQGYDGEFALDASVEETAAATLQTLAMAGQVARVVHITEHGQVIATSQNGSH
VGSVVPGPILPEQLADGATQVVVMGGSMETHSVDEALSPGAAVIQQVTKQELLSLSEAAV
PPSDNSSALDALLCAVTELGEVEGRAGHEDKGRPGHKDVLIQLPSQEEAHDHAKMEATET
QLFQDGQESPAAMEVLTQVVRPSAIITSQERAQVAFKKMVQGVLQFAVCDTAAASQLIKD
GVTQVIVNEEGAVHMVAGEGSQFIMQEAETHGLRVPAEHMDLVESEGEISQIIVTEELVQ
AMVRESSSNFPEGATHYIVTELPPGVQEDTGVYSHTVIETASSPEILQAGAALSAEAVGA
SSTEQLTSMVIYTQDGSPAATVIQSQRENSELQEA
NT seq 6768 nt   +upstreamnt  +downstreamnt
atggattcggagagcagacatgaaaacgatgaggacggaagtgttaagggagcagatcca
aggagtgttccgtcctgtgatggcagccgtgggcctgtgtctgacgacagagcaaatgcc
tctgagaattttacgagcaaaagaattttttcagaatcatccaactcggacagcattgct
atggaggaagacagaattgaacgtgcttccaaacgactgagaacagaggcagtggagtcc
gagacaagagagcagggtgcctgtgggttgggcactgcagaagttaatgtccatttggct
gaaatggaaaaggaggtctttccagcaaaccactcagaagaaggcagagcgcttcccaat
gtttccccctcgtcctgtgattttagcacgtccgatactcttcctctgaaagtagatgac
gtgaagaagcctgctcaggaaatggttgcccttgatcctgaaagacacaccccttttcct
ccagaagaagtgagcgttagctgtagctttggaagtgtagagacaggactcaggtgtggt
gtgtgtggctgttcattttcctcttgctctgctttggaaaagcatgtggaatgtcatgtg
ggacaggggaaggaccgttcctgctgccattgtagccacagagcagagagcagctcgtct
cctcatgtgcatgccaaacatagtcaaggaccacagaaagtcttttcctgtgacctctgt
ggctttcactgtgctgaagaaaacctgttggatgcacattatcttggcaaaacacacctt
cgtcgtcagaaccttgctgctcgtggaggattcgtgcagatcttaacaaaacagtctttt
cccaaaaaagcctgtgtcgtgggaacaaaaaatgttagaacaaaaccaagagcttctaaa
ccaatagcaaggaatggagattcaaaaggagcaaggaattctgggaagaagtctaaagac
tgcagagcagccccttctgaaggcagcgctggtagtagtgagctcctagttgaaatggtg
ccatccaggagaatctcatcagggaaagcaggtgtagttgaggaaaatgttagttttggt
gtagctcagaatcctgaaaatcagaacaaacagctagggggcttagtaagctcagacggt
cttttaagtaaatcagaacccactaaaaatgtcctccagacagctcatgtcagtatcagt
accacctcaaggccgagatctgagcgaaaccttctaatgttgggtaatagctttcgcagg
cgaagtggcgcttttactttaaagggccaggccaagaaaaggtttaatcttctaggaatt
aataaaaggggaacaaatgaaactcagaggctatatgtgaaacacttgagaacacaaatg
aaagcaaatgcccagcccgtgctggagcagatgcagatgggcaaagatgttcagagtctg
tgtgtgactacctcagacaacccagaagtgatgcaggacaaaacagcctccggactgtca
ggcttcacacgcctgggctccctcgaagtcaagccagctgaccaccagctctctgtgcag
tgtccctgtacagagtgtggccagataactgcaaataagacagacttggatattcatgtt
caaaagtgccatgtaagagaggtgcagtttcattgtcagacttgtgacttttctagtcca
tcaaggagagacttggaggaacacttgcacagcaatcagcatcagcaaacgacacctgtc
ctcagctgtcagtgttgtccctttatttccttgagtgaaacgagtcttagagttcatatg
aaggaaaagcacggcatgggctttttctgcacctcttgtaatctgttcttgtccgagaga
gatgtagaagaacacagagcaactgaggcacataatagcttagtggttcagccaaaaacc
gcttcatcattgagtagggattctgttttacctttaagtactttagaatccgacaacatg
gctgattctagagaagactcagggaaagcatctcaggaagaacctgctgagtccagggca
agccatggaactgaggcaaggcattcaagtaaacctcagtttcagtgtaagaagtgtttt
tataaaacaaggtcttccaccgtccttacgagacacataaagcttcggcatggtcaggac
tatcactttctttgtaaagcatgtaatctttattcattgagcaaagaagggatggagaag
cacattaaaagaagcaaacatcttgaaaatgctaagaaaaacaatattggtctaagtttt
gaagagtgtattgaaagagtatgtataggtgcaaatgataaaaaggaagagtccaatgtt
tctggaagtggaaggcccgaaggccatattggtgtgcgattacaggagcattcccattgt
gaacagagtatgctaacacctaaggaactgccacagtctggtgtcatcaccaaagaggat
gaattaggcttagccagtactccaaagagagggagacccaaaggcagcatttctcggact
tgttcacattgtggacttttggcctctagtattacaaatttgactgtgcatatcaggcgt
aaacacagtcaccagtatagttatttgtgcaaagtatgtaagtattacactgtcactaaa
ggagacatggaacgtcattgtgccaccaagaaacataaaggacgggtggaaatagaagca
aatgggaaacacagttcagatataattgttggcccagaaggaggtaatcttgaagcgtgt
aagaagagcactctagcactgactgtttctgatgagcaggctaacaagtcagctaagtca
gacgcatctaccttagacaagccagtagtcggtaatggagacacaggcgatgctgacgct
gggagcgcattgcagtctgtagatggagaagttagcagtcagctcgctgataaaaaggga
cagatagctctagagacagaggaccttcaacagcacgatgatgcatgctctcagagagat
gttgcaggctcaagtgacaataaatgtctacactgtgagttcagtgctcactctgctgct
tcgctagagttgcatgtgaaaaggaagcataccaaagaatttgagttttattgcatggcc
tgtgattactatgcggtgactcgcagagaaatgactagacatgctgccacagagaagcat
aaaatgaaaaggcagtcttacctcagctcttctaatgtggaagcaggttcttcagaaata
tccaagagcatcactatacccgaggaggagcattcacagaattcggaggaatttcaaata
agtccacaccaatcatctggtactctccaatctagacatcctgcagattgttctatttta
tatgataatactaatttagacatgtctaaagtactctgtgctcctgattcagtggcagtt
gtggctgagcaagaatctaattttaatgaagatcattccttttgtgagaccttgcaccag
cccctcgctaaggacagaagtataaaacccagggagatagtgtcccttaacactccctct
aaccgcagctccccaggctgtcttcaaagtggaaacctagctagctctgctgtggactct
gagactgcaaagagaaaccacaacctgttggatgatgttggtgacacaagcgcacactgt
gaagatgagggaggcagcttggatggtagtgaagaaaaagttcttgacaagtccccctgc
cctggagatctagatgggggccattcagctgaatccatttcccctgtggtggtgaaaata
ccaagagaacagctggacctggatggtggtggccagagcaaagttgggtgcgaacagact
tcagaagatttaaaagatgtgcaagcaaactctaatcttgagagtaaggaaattctgatg
aactcacaacatgaacctgaagtcattttggaagaggatgccccagcctctattggcaca
gctgaaaataatgatgcttatgaaactatcataagtattgacgacaaagggcaaactatg
tacagttttggcaggtttgattcttccataattagaataaaaactgaagatggtgaattg
gtagaacagccagaggagggtctgatggtgacagggggtaaagttagtgagttgcccctg
aaagactgtgctcagggattgaagaagaagaaagttgaaggcagttcttttggtgagtcc
acacgaatccgatgtgatgattgtggcttcttagcagatggactgagtggcctgaatgtt
catatagccatgaagcatcccacaaaggagaagcactttcattgtttattatgtggaaaa
tcattctacacggagagcaaccttcaccagcatttggctagtgctggtcatatgagaaat
gaacaggccagtgtagaagagcttccagagggtggggccaccttcaaatgtgtcaagtgt
acagagccctttgattccgaacagaacttatttctgcatattaaagggcagcatgaggaa
ttgctacgggaggtaaataagtacatagtggaagacacggagcagatcaatcgggagaga
gaggaaaaccaggggaatgtctgcaagtattgtgggaagatgtgtcggagtagcaattcc
atggcctttctggcccacattcggactcatacaggatcaaaaccattcaagtgcaagata
tgccattttgcaacagctcagcttggagatgccagaaaccatgtgaaaaggcaccttggg
atgagggagtacaagtgtcacgtctgtggggttgcttttgtgatgaagaaacacttgaat
actcatctgctaggcaagcatggagttggcaccccaaaagaaaggaaatttacatgccac
ttatgtgatagaagtttcacggagaaatgggccttgaacaaccatgtgaagctgcacaca
ggagaaaagccgtttaaatgcacatggcccacgtgtcactactcgttcctcacggcctca
gcgatgaaagaccactacaggacacacacaggcgagaagtcgtttctctgtgacctctgt
ggcttcgctggtgggacccggcatgccctcaccaagcaccgtcggcagcatacaggggaa
aagcctttcaaatgtgatgagtgtaacttcgcctccacaacccagtcacacttgactcgg
cataagcgtgtgcacactggagagaagccatacaggtgcccttggtgtgactacaggtca
aactgtgctgagaatatccgcaaacacattttacacaccggcaaacatgaaggcgtcaag
atgtacaactgcccaaagtgtgactatgggacgaatgtccccgtggaattccggaaccac
ttgaaggagcagcatcctgacattgagaaccctgacctcgcatacttgcatgctggtaaa
caggcagagctgccatccgatgtgcagggcatcgtgtccaagtcctatgagtgccgcctg
aaaggacaaggagccacctttgtggaaacagacagccccttcactgcagccaccctggca
gaggagtcacctgtcaaggagaagtccctgaggagcagcaagagacaggcttcctccccc
gagcaggtccagcaggtcatcatcatccagggctatgatggggagtttgccctggatgcc
tctgtggaagagactgctgcggccacactgcagacactggcaatggctggccaagtggcc
agggtggtacacatcacagaacatgggcaggtcattgccacaagtcaaaacgggtcccat
gttggcagtgtggtacctggacccatcctccccgagcagttggcagatggagccacccag
gtggttgtcatggggggttccatggaaactcacagtgtggatgaggccctcagtccaggt
gccgctgtcatacagcaggtcaccaagcaggagctcttaagtctctctgaggctgcagtc
cctccgtctgacaactcctcagccttagatgcactgctgtgtgccgtcactgagttggga
gaggtggagggcagagcggggcatgaggacaaaggtaggccaggccacaaggatgtgctg
atccagctgcccagccaagaagaagcccacgatcatgccaagatggaggccacagagact
cagctgttccaagatggtcaggagagtccagcagccatggaagtactgacccaggttgtc
cgtccctcagccatcatcacatctcaggaacgagcccaggtagccttcaagaagatggtt
cagggtgtcctccagtttgctgtttgtgacacagctgcagccagccagctgatcaaggat
ggcgttacccaagtcattgtgaatgaggagggtgccgtccacatggtggccggagaaggc
tcccagttcatcatgcaggaggctgagacccatggcctgcgggtgccagctgagcatatg
gacctggtagagtcagaaggagagatctctcagatcattgtaacagaagagctggttcaa
gccatggtccgggaatccagtagcaacttccctgagggtgccactcactacattgtaaca
gagttgcctcccggtgtacaggaggacaccggggtttactcccacactgtgatagagaca
gccagctctccagagatcctccaggctggggcagcactcagtgctgaggctgtgggtgca
agtagcacagaacagttgacaagcatggtcatctacacccaggacggctccccagcagcc
acagtgatccagagccaaagagaaaacagtgagctccaggaagcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (73)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (6)   
   Pfam (6)   
All databases (96)   

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