KEGG   Homo sapiens (human): 57683
Entry
57683             CDS       T01001                                 
Symbol
ZDBF2, Slx9
Name
(RefSeq) zinc finger DBF-type containing 2
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: zf-DBF BrxL_N
Other DBs
NCBI-GeneID: 57683
NCBI-ProteinID: NP_065974
OMIM: 617059
HGNC: 29313
Ensembl: ENSG00000204186
UniProt: Q9HCK1 N0DVB2
Position
2:206274663..206314427
AA seq 2354 aa
MQKRQGYCSYCRVQYNNLEQHLFSAQHRSLTRQSRRQICTSSLMERFLQDVLQHHPYHCQ
ESSSTQDETHVNTGSSSEVVHLDDAFSEEEEEDEDKVEDEDATEERPSEVSEPIEELHSR
PHKSQEGTQEVSVRPSVIQKLEKGQQQPLEFVHKIGASVRKCNLVDIGQATNNRSNLVRP
PVICNAPASCLPESSNDRPVTANTTSLPPAAHLDSVSKCDPNKVEKYLEQPDGASRNPVP
SSHVETTSFSYQKHKESNRKSLRMNSDKLVLWKDVKSQGKTLSAGLKFHERMGTKGSLRV
KSPSKLAVNPNKTDMPSNKGIFEDTIAKNHEEFFSNMDCTQEEKHLVFNKTAFWEQKCSV
SSEMKFDCISLQSASDQPQETAQDLSLWKEEQIDQEDNYESRGSEMSFDCSSSFHSLTDQ
SKVSAKEVNLSKEVRTDVQYKNNKSYVSKISSDCDDILHLVTNQSQMIVKEISLQNARHI
SLVDQSYESSSSETNFDCDASPQSTSDYPQQSVTEVNLPKEVHIGLVDKNYGSSSSEVSA
DSVFPLQSVVDRPPVAVTETKLRKKAHTSLVDNYGSSCSETSFDCDVSLESVVDHPQLTV
KGRNLKGRQVHLKHKKRKPSSAKAHLDCDVSLGTVADESQRAVEKINLLKEKNADLMDMN
CESHGPEMGFQADAQLADQSQVAEIERQKVDVDLENKSVQSSRSSLSSDSPASLYHSAHD
EPQEALDEVNLKELNIDMEVRSYDCSSSELTFDSDPPLLSVTEQSHLDAEGKERHIDLED
ESCESDSSEITFDSDIPLYSVIDQPEVAVYEEETVDLESKSNESCVSEITFDSDIPLHSG
NDHPEVAVKEVIQKEEYIHLERKNDEPSGSEISSDSHAPLHSVTNSPEVAVKKLNPQKEE
QVHLENKENEPIDSEVSLDYNIIFHSVTGRSEDPIKEISLHTKEHMYLENKSVFETSLDS
DVPLQAATHKPEVIVKETWLQREKHAEFQGRSTEFSGSKTSLDSGVPHYSVTEPQVAVNK
INRKKQYVLENKNDKCSGSEIILDSNVPPQSMTDQPQLAFLKEKHVNLKDKNSKSGDSKI
TFDSEQLQEAVKKIDQWKEEVIGLKNKINEPSTYKLIHHPDVSVQSVADQPKVAIKHVNL
GNENHMYLEVKNSQYSCSEMNLDSGFLGQSIVNRPQITILEQEHIELEGKHNQCCGSEVS
FDSDDPLQSVADRLRETVKEISLWKDEEVDTEDRRNEAKGFEIMYDSDVLQPVAGQPEEV
VKEVSLWKEHVDLENKIVKPTDSRINFDSHEPLQSVTNKIPGANKEINLLREEHVCLDDK
GYVPSDSEIIYVSNIPLQSVIKQPHILEEEHASLEDKSSNSYSPEESSDSNDSFQAAADE
LQKPVKEINLWKEDHIYLEDKSYKLGDFDVSYASHIPVQFVTDQSSVPVKEINLQKKDHN
DLENKNCEVCGSEIKCHSCVHLQSEVDQPQVSYKEADLQKEEHVVMEEKTDQPSDSEMMY
DSDVPFQIVVNQFPGSVKETHLPKVVLVDLVPGDSDYEVISDDIPLQLVTDPPQLTVKDI
SCINTECIDIEDKSCDFFGSEVRCNCKASTPSMTNQCKETFKIINRKKDYIILGEPSCQS
CGSEMNFNVDASDQSMTYESQGPDEKMVKYIDSEDKSCGYNGSKGKFNLEDTSHRTTHRL
QKAHKEASLRKDPRNAGLKGKSCQSSASAVDFGASSKSALHRRADKKKRSKLKHRDLEVS
CEPDGFEMNFQCAPPLPSDTDQPQETVKKRHPCKKVSSDLKEKNHDSQSSSVLKVDSVRN
LKKAKDVIEDNPDEPVLEALPHVPPSFVGKTWSQIMREDDIKINALVKEFREGRFHCYFD
DDCETKKVSSKGKKKVTWADLQGKEDTAPTQAVSESDDIVCGISDIDDLSVALDKPCHRH
PPAERPPKQKGRVASQCQTAKISHSTQTSCKNYPVMKRKIIRQEEDPPKSKCSRLQDDRK
TKKKVKIGTVEFPASCTKVLKPMQPKALVCVLSSLNIKLKEGEGLPFPKMRHHSWDNDIR
FICKYKRNIFDYYEPLIKQIVISPPLSVIVPEFERRNWVKIHFNRSNQNSSAGDNDADGQ
GSASAPLMAVPARYGFNSHQGTSDSSLFLEESKVLHARELPKKRNFQLTFLNHDVVKISP
KSVRNKLLESQSKKKIHGKRVTTSSNKLGFPKKVYKPIILQQKPRKASEKQSIWIRTKPS
DIIRKYISKYSVFLRHRYQSRSAFLGRYLKKKKSVVSRLKKAKRTAKVLLNSSVPPAGAE
ELSSAMANPPPKRPVRASCRVARRRKKTDESYHGRQKGPSTPVRAYDLRSSSCLQQRERM
MTRLANKLRGNEVK
NT seq 7065 nt   +upstreamnt  +downstreamnt
atgcagaaaagacaaggatattgcagttattgccgtgtgcagtataataacctggaacag
catttgttcagtgctcagcacaggagtttgaccagacagagtagacgtcaaatatgtacc
agtagtttgatggaacgtttcttacaggatgtactgcagcaccacccatatcattgtcaa
gagagcagttcaacacaagatgagacacatgtgaatactgggtcatcgtctgaagtggtg
catttggatgatgctttttctgaagaagaggaagaggatgaggataaggttgaggatgag
gatgctaccgaagagagaccatccgaggtttcagaacctattgaagagttacattccaga
cctcataaatctcaggaaggcacgcaggaggtttcagttcgaccatcagttattcaaaaa
ctggagaagggacagcagcagcccttggagtttgttcataaaattggggccagtgtgaga
aaatgtaacctagtagatattggtcaggctacaaataatagaagcaacttggtacgcccc
ccagtgatttgtaatgctcctgctagttgtttacctgaaagctctaacgatagaccagtt
acagctaatacaactagtttaccaccagcagctcatttggattcagttagcaaatgtgac
ccaaacaaagttgagaaatatcttgaacagccagatggggcctctagaaatcctgtgcca
tcatcccatgtagaaactacttcattttcgtatcagaaacataaagaatcaaataggaaa
tctttacgcatgaattcagataagttggttttgtggaaagatgtaaaatctcagggtaaa
actttatcagctggcttgaaattccatgaacgcatgggtactaagggctccttaagagtt
aaatctccttccaaattagcagtaaacccgaataaaactgacatgccttctaataaagga
atctttgaagatactattgcaaagaaccatgaggaattcttttctaacatggattgtacc
caagaagaaaagcatttggtttttaacaagacagccttttgggaacagaagtgctcagtg
agttctgaaatgaagtttgattgtatctctcttcagtcagcatctgatcagccccaagag
actgcacaagacttaagtctttggaaggaggagcaaattgaccaagaagataactatgag
tctagaggttcagaaatgagttttgattgcagttcctcttttcattcactgactgaccaa
tctaaagtgagtgccaaagaagtaaacctttccaaggaagtacgtactgatgtacagtat
aagaataataaatcttatgtttctaaaataagttctgattgtgatgacattcttcacttg
gttaccaaccaatcccaaatgattgttaaagaaataagtcttcagaatgcaaggcatatt
agcctggttgaccaaagctatgaatctagtagttctgaaacgaattttgattgtgatgct
tcacctcagtccactagtgactacccccaacaatctgtaacagaagtaaaccttcctaag
gaagtgcacattggtttggttgataagaactatggttccagtagctctgaagtaagtgct
gattctgttttcccactgcagtcagtggttgacagacccccagtggctgtcacagaaaca
aaacttcggaagaaggctcataccagcttggttgataactatggatcgagttgttctgaa
acaagttttgattgtgatgtttctcttgagtcagtagttgatcatccccaactgactgtc
aaaggaagaaacctgaaaggtagacaagtccacctaaaacataagaagcgtaaacccagt
agtgctaaagcacatcttgattgtgatgtctcacttgggacagttgcagatgaatcccag
agggctgttgaaaagataaatcttctgaaggagaagaatgctgaccttatggatatgaac
tgtgaatcccatggtcctgaaatgggttttcaggctgatgctcaattagctgaccagtct
caagtagccgaaatagagcgtcagaaagtggatgttgaccttgagaataagagtgttcag
tctagccgttcttctctgagttctgattctccggcttctctttatcattcagctcatgat
gagcctcaagaagctttggatgaagtaaatcttaaagagttaaatattgacatggaagtt
aggagctatgattgctccagctctgagttgacttttgattctgacccgcctcttctgtca
gttactgagcagtctcatctggatgctgaaggaaaagaacggcacattgacctggaagat
gagagctgtgagtcagatagttctgaaataacttttgattctgatattcctctttattca
gtaattgaccaacctgaagtagctgtttatgaggaagaaactgttgatctggaaagtaaa
agtaatgaatcttgtgtctctgaaataacttttgattctgatattcctcttcattcagga
aatgatcaccctgaagtagctgttaaagaagtaattcagaaagaagagtacattcactta
gaaaggaagaatgatgaacccagtggttctgaaataagttcggattcccatgcccctctt
cattcagtgactaattctcccgaagtagctgttaaaaagctaaatcctcaaaaagaagag
caggtacacttagaaaataaggaaaatgaacctattgattctgaagtaagtttggattat
aatatcatttttcattcagtgactggacgttctgaagatcccattaaagaaataagcctt
cacacaaaagagcacatgtacttagaaaataagagtgtttttgaaacaagtttggattct
gatgtccctcttcaggcagcgactcacaaacctgaagtaattgtcaaagaaacatggctt
caaagagaaaagcacgctgaattccaaggtagaagtactgaattcagtggttcaaaaaca
agtttagattctggtgtccctcattattcagtaactgaacctcaagtagctgttaacaaa
ataaacagaaagaagcaatatgttctagaaaacaagaatgataaatgtagtggttctgaa
ataattttggattctaatgttccacctcagtcaatgactgaccaacctcaactagctttt
ttgaaggaaaaacatgttaatctgaaggacaaaaacagtaaatcaggtgattctaaaata
acttttgattctgaacaacttcaggaagcggttaaaaaaatagaccaatggaaggaagag
gttattggcctgaaaaataagattaatgaacctagtacttataaattaatacatcatcct
gatgtttctgtccaatctgtggctgatcaacccaaagtagctattaaacatgtgaacctt
gggaatgaaaaccatatgtacttggaagttaagaacagccaatatagttgttcagaaatg
aatttggattctggtttcttgggtcagtcaatagtcaatcgacctcaaataactattttg
gagcaggagcacattgaactagaaggtaagcacaatcaatgttgtggttctgaagtaagt
tttgattctgatgaccctcttcagtcagtggctgaccggctgagagaaaccgttaaagaa
ataagcctttggaaggatgaagaagttgacacggaagataggagaaatgaagctaagggt
tttgaaattatgtatgattctgatgttcttcagccagtggctggccaacctgaagaagta
gttaaggaggtcagtctttggaaagagcatgttgacttggaaaataagattgtcaaacct
acagattccagaataaattttgattctcatgaaccccttcagtccgtaactaataaaatt
ccaggggcgaataaagaaataaatcttttgagggaggaacatgtttgtctggatgataag
ggctatgtgcccagtgattctgaaataatttatgtttcaaatatccctcttcagtcagtg
ataaaacaaccacacattttggaagaggagcatgccagtctggaagataagagcagtaat
tcttatagtcctgaagaaagttctgattccaatgactcttttcaggcagcagcagatgag
cttcaaaaacctgtcaaagaaataaatctttggaaggaagaccatatttacctggaagat
aagagctataaattaggtgattttgatgtaagttatgcttctcatattcctgttcagttt
gtgactgatcaatcttctgtacctgtcaaagaaataaacttgcaaaagaaggatcataat
gatctagaaaataagaactgtgaagtctgtggttctgaaataaaatgtcattcttgtgtt
catcttcagtcagaagttgaccaacctcaagtgtcttacaaagaggcagaccttcagaag
gaagagcatgttgtcatggaagaaaagaccgatcaacctagtgattcagaaatgatgtat
gattctgatgttccttttcaaatagtagttaaccaatttccaggatcagtcaaagaaacc
caccttccaaaggtggtacttgtggatctggtgcccggtgatagtgattatgaagtaatt
tcagatgatattccccttcagttagtgactgacccacctcagttgactgtcaaagatatc
agctgtataaatacagaatgtattgatatagaagataagagctgtgacttttttggttct
gaagtcagatgtaattgtaaagcctctactccctcaatgacaaaccaatgcaaagagact
ttcaaaataataaaccggaagaaggactatattattctgggagagccaagttgtcaatct
tgtggttctgaaatgaattttaatgttgatgcctctgatcagtccatgacttacgagtca
caaggacctgatgagaaaatggtgaaatatattgattcagaagataagagctgtggatat
aatggttctaaaggaaaatttaatttggaagacacttctcatcgaacgactcaccgactg
cagaaagctcacaaagaagccagtcttcggaaggatccaagaaatgctggcctaaaaggt
aagagctgtcagtctagtgcttctgcagtggattttggtgcctcttccaagtcagcgctc
catcgaagggctgataaaaaaaaacgttcgaagctaaaacatagagatctagaagtgagc
tgtgaaccggatggttttgagatgaattttcagtgtgctccccctcttccatctgatact
gatcagcctcaagaaactgttaagaaaagacacccttgtaagaaggtatcttctgacttg
aaagaaaagaaccatgattcccagtcaagctctgttctcaaggttgattctgtaaggaac
ctgaaaaaagcaaaggatgtcatagaggataatcctgatgaaccagttcttgaagccttg
cctcatgtacctccttcatttgtggggaaaacatggtctcagataatgagagaagatgac
ataaaaattaatgctctggtgaaggagtttagggaaggtcgtttccactgttactttgat
gatgactgtgagaccaaaaaagtttcttcgaaggggaaaaaaaaggttacctgggctgac
ttgcaaggtaaggaggacactgcaccaactcaagctgtgtcagagagtgatgatattgtc
tgtggtatttcagatattgatgacttgtcagtggccttagataaaccatgccatcgtcat
cctccagcagagaggcctcctaagcaaaaggggcgtgtggcttctcaatgccagacagcg
aaaatcagccatagtactcagaccagttgtaagaattacccagtgatgaaaagaaaaata
attagacaagaggaagacccaccaaaaagtaagtgttcacgtttacaggatgacagaaaa
accaaaaagaaagtcaaaattgggacagttgaatttcctgcatcatgtactaaagttttg
aagcctatgcaacccaaagccttagtctgtgttctttcttctttaaatattaaactgaaa
gagggtgaaggccttcctttccctaaaatgaggcaccatagttgggataatgatattcgg
tttatatgcaaatataaacggaatatctttgattattatgagcccttgattaagcaaatt
gtaattagtcctcccctgagtgtaatagtaccagagtttgagaggcgtaactgggttaaa
attcattttaataggagcaaccaaaactccagtgcaggagataatgatgctgatggacaa
ggctctgcttcagcgcctttaatggcagtgccggcaagatatggatttaattcacatcag
ggaaccagtgactcttctctgtttctggaagaatcaaaggttctgcatgctcgtgagctt
ccaaagaaaagaaatttccagctaacatttttaaatcatgatgttgtcaaaatctctcca
aaatcagttagaaataagcttttggaaagtcaaagtaaaaagaaaattcatggaaagagg
gtgacaactagtagtaataagctaggttttcccaaaaaggtttataaaccaattattctc
cagcaaaaacccagaaaagcttcagagaaacagtcaatttggattcggaccaaaccaagt
gatatcattagaaagtatatttcgaaatactctgtctttttacgtcatagatatcagtcc
aggagcgcttttcttggaaggtatctgaagaagaaaaaatctgttgtcagtaggctaaag
aaggcgaagagaacagctaaagtgcttttgaactcttcagttccaccagctggtgccgaa
gagctgtcaagcgctatggcaaatcctcctccaaagcgacctgtgcgggcttcttgccgc
gttgcaagaaggaggaagaagactgatgaaagctaccatggccgacagaaaggtccttct
acacctgtgagagcatatgatctgagaagctcatcttgtttacaacaacgtgagagaatg
atgactcggctagcaaacaaactgagaggtaatgaggtaaaatag

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (39)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (36)   
DNA sequence (50)   
   RefSeq(nuc) (36)   
   GenBank (7)   
   EMBL (7)   
Protein domain (2)   
   Pfam (2)   
All databases (134)   

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