KEGG   Mus caroli (Ryukyu mouse): 110283995
Entry
110283995         CDS       T05910                                 
Symbol
Uhrf1bp1
Name
(RefSeq) UHRF1-binding protein 1
Organism
mcal  Mus caroli (Ryukyu mouse)
SSDB
Motif
Pfam: Chorein_N
Other DBs
NCBI-GeneID: 110283995
NCBI-ProteinID: XP_029327266
Ensembl: MGP_CAROLIEiJ_G0021309
UniProt: A0A6P7QNK6
Position
17:23706241..23749117
AA seq 1430 aa
MAVAVATAAGARAAARFTKNLSPDKINLSTLKGEGQLTHLELDEEVLQNVLELPTWLAIT
RVYCNRASIRIQWTKLKTHPICLCLDKVEVEMQTCEDPRPPNGQSPIALASGQSEYGFAE
KVVEGMFIVVNSITIKIHSKAFHASFELWQLQGYSVNPNWQQSDLRLTRITDPRRGEVLT
FKEITWQTLRVEADAIENGDQDPVTTPLRLITNQGRIQIALKRRTKDCNVVASKLTFLLD
DLLWVLTDSQLKAMMKYAESLSEAMEKSAQQRKSLAPEPVQTTPPAPSAQQTWAQAFGGS
QGSSSSSSRLSQYFEKFDVKESSYHLLISRLDLHICDDSQSREPGVSANRLTGGAMQLTF
RRMAFDYYPFHRAGDSCRHWVRHCEAMETRGHWAQQLVTEFQSRVEKQCEGGSVKPPWLL
GVDPPFRRKADSFSSPGKSPLDKSPTQGRQAAFGAPAWNRLRSSCLVVRVDDLDIHQVST
AGQPSKKPSTLLSCSRKRHHLPPQVAAIHVQFTEYYFPDNQELPVPCPNLYIQLNGLTFT
VDPVSLLWGNLFSLDLYRSLEQFKAIYKLEASRGKDEHVDVRLDAFWLKVSFPLETRELA
KLHRPQALVLSTSAMIATNTRHAPNCTRPDLQSLFQGFAATEFFRCSYGHFPQVAGGFSL
LHMLFLHHAFQMDSLPPQRPAASQDLWSLHFTQISLDFEGTENFKGHTLNFVAPFPLSIW
ACLPVRWQQAQARRLLLASEGRLKPSASFGSPVHSEALVPESVSHQRSKTERDLKSLSGS
TEGPVAVREGDAGVDHKGRVADLEDVADIHMLVHSTAHVRVRLDHYQYLALLRLKEVLEG
LQEQLTKDTEAMTGSPLQDQTLCIGVLFPSAEVALLMHPAPGTAHADSAGSDTTSLIDSE
LSPSEDREPKSDASSDQGAVSPEKVLRDGSTENLAASQERLPSDGELPDPGPRAQQPVGK
SHEAVESLQAKKLSRAQSASSPAALKSPADRDAALNGQGEPVPLRSIEGDLSSAIHMTKD
ATKEALHATVDLTKEAVSLTRDAFSLGRDRMTSTMHKMLSLPPAKEAMAKPDEGVVAPVS
GGAARLRFFSMKRTVSQQSFDGVSLDSGGPDDRISVDSDGSDSFVMLLESESGPESVPPG
SVTSILDDSGIQGSPVTDSGGQGLPETNSSASASGDLVMHSVSILVLKVNEVSLGIEVRG
EDLAVALQADELALQQLGTVGLWQFLHGQCPGPGFQEPSNLKTDPIRPAVGLRFEVGPGA
AVHSPLATQNGFLQFLLRGCDLELFTSVLNGLGPFLEDEDVPVVVPMQIELLDCRVTLKD
DIPPVYPTSPGPVPITLAMERLVLKRGDDGVFHLGAPAHDRPLTDVPEKLRLPKEQVLLV
PLGQGLGCQEKESPTLQQELMDTKQALAIANQDKEKLLQEVRKYNPLFEL
NT seq 4293 nt   +upstreamnt  +downstreamnt
atggcggtcgctgtggctacagcagccggtgcccgcgccgcggcgaggttcactaagaat
ctttccccggacaaaatcaacttgagcactctgaaaggggagggtcagctgacccatctg
gagctggacgaagaggttctgcagaatgtgctggaattgcctacctggctggccatcact
agggtctactgcaatcgggcctccatccggatccagtggaccaagttgaagacacacccg
atctgcttgtgtctggataaggtggaggtggagatgcagacctgtgaggaccctcgtccc
cccaacgggcagtctcctatcgcccttgcctcgggacagagtgagtatggctttgctgag
aaggtggtggagggaatgttcattgtggtcaactccatcaccatcaagatccactccaag
gccttccatgcttcctttgaactgtggcagctccagggttatagtgtcaaccccaactgg
cagcagagcgacctgcgtctgacccgcatcactgatccccgccgaggagaggttttaaca
tttaaggaaataacttggcagaccctccgagttgaggcagacgccatagaaaatggtgat
caggacccagttaccaccccactgaggctcattaccaaccaaggccgcatccagatagcc
ctcaagagaagaaccaaagactgcaatgtggtcgcctccaagttgaccttcctcctggac
gacctgctctgggtgctgacggactcacagctcaaggcgatgatgaagtatgccgagtcg
ctgagtgaggccatggagaagtctgcccagcagagaaagagcctggctcctgagcctgtg
cagaccactccacctgctcccagtgcccagcagacttgggcccaggcattcggtggcagc
cagggcagcagcagcagcagcagtcgtctcagccagtattttgagaaatttgacgtgaag
gagtcttcctaccacctcctcatctctcgcctggacctgcacatctgtgatgacagccag
tcccgagagccaggtgtctctgcaaacagactcacgggtggtgctatgcagctcaccttc
cgcaggatggcgtttgactactaccccttccatcgggcaggtgacagctgtagacactgg
gtgcggcactgtgaggccatggaaacccgaggccactgggcccagcaactggtgacagag
tttcagagtcgggtggagaagcagtgtgaggggggcagtgtgaagcccccgtggctgttg
ggggtggaccctcccttccggaggaaagcagattctttctctagtcctggaaagagtcct
ctggacaaaagccctactcagggccggcaggctgcctttggggctccggcatggaatcgc
ttacgctctagctgcctggttgtacgggtagatgacctggacatccatcaggtttccaca
gctggacagccaagtaagaagccatccactctgctctcctgcagccgcaagcgccaccac
ctcccgcctcaggtggctgccatccacgtacagttcacagagtattacttcccggataat
caggagcttccggttccctgtcctaatctctacatccagttaaatgggctgacgtttacc
gtggatcctgtcagcttgctttggggaaacctcttcagtctagatttataccgaagcttg
gagcagtttaaagccatctataagctggaagcttcgaggggaaaagatgagcatgtggac
gtccgactggacgcattctggttgaaggtgagcttccctctggagacgagagagctggcg
aagctgcatcgtccccaggcgctggtcctttccacgtccgccatgattgccaccaatacc
cggcatgccccgaactgcactcgcccagacctccaaagtctcttccagggattcgctgcc
accgagttctttcgttgtagctacggtcactttccccaggtggcagggggcttcagcctt
ctgcacatgctcttcctgcatcatgctttccagatggactccctccctcctcagaggcca
gccgcatcccaggatctttggtccctgcatttcacccagatctccttggactttgaaggc
acagaaaacttcaaaggccataccctgaattttgtggctcccttccccttgtccatttgg
gcctgccttcctgtccgctggcagcaagcccaggcacggcggctccttttggcttcggaa
gggaggctaaaaccgtcagccagctttggcagtcctgtgcactctgaagcccttgtccct
gagtctgtgtcccatcagaggtcaaagacagagcgagatttgaagagcctctcaggctct
acagaaggcccggtggcggtgagagaaggtgatgctggtgtggaccacaaaggccgtgtg
gcagacctggaggatgtggctgacattcacatgcttgtccactccactgcccatgtcaga
gtgaggctcgaccactaccagtacttggccctgctgcgcctcaaggaggtgctagagggc
cttcaggagcagctgacaaaggacacagaggccatgaccgggtctcccctgcaggaccag
accctgtgcattggcgttctcttccctagtgccgaggtggctctcctcatgcatcctgcc
cctgggactgctcacgcagactctgcaggctcagacaccaccagcctcatagactctgag
ctgtcaccatccgaggaccgggagccaaagtctgatgcctcctcagaccagggcgcagta
agccccgagaaggtgctgagggacggcagcactgagaacctggctgcgtcccaggagagg
ctgcccagcgatggagagctaccagacccaggcccacgtgcacagcagcctgtagggaag
agccacgaggcggttgagtctctccaggccaagaagctgagccgagctcagagtgccagc
tccccggctgcgctgaagtccccggcggacagggatgctgctctgaacggccaaggcgag
cctgtgcccttgaggagcattgagggggacctgtccagcgctattcacatgaccaaggat
gccaccaaagaggcgcttcacgctaccgtggacctcaccaaggaggctgtgtccctgact
agggatgccttcagtttggggagagatcgaatgacttctaccatgcacaagatgttgtcc
ttgcctcctgccaaggaggccatggccaagccagatgagggggtggtggccccagtgagt
gggggtgctgcccggctccggtttttctccatgaagaggacagtctctcagcagtcattt
gacggtgtctcattggatagcggtggccccgatgaccggatttcagtggacagcgatggc
agtgacagctttgtgatgctcttggagtctgagtctggtccagagtctgttccaccagga
tctgtcacaagcatcttggatgatagtggcatccaggggagccctgttacggatagtggt
ggccaggggttgccagagaccaacagctcagcatcagccagcggagacctcgtcatgcac
tcggtgtcaatactggtcttgaaggtgaacgaagtatcacttgggattgaggttcgtggt
gaggacctggctgtagccttgcaagcagatgagctggccctgcagcagctgggcaccgtg
ggactctggcagtttctacatggacagtgcccaggcccaggttttcaggaaccctcaaat
ctgaagaccgaccccatcaggcctgctgtgggtctgcgctttgaggtggggcctggtgca
gctgttcattccccgctggccacacaaaatggcttcctgcagttcttacttcggggctgt
gacctggagctgttcacctcagtgctcaacggtctggggcctttcttggaggatgaggac
gtcccggtggtggtccccatgcagattgagctcttggactgcagggtcactctcaaggat
gacatccctcctgtctacccaacatcccctggccctgtccccatcactttggcaatggag
cgtcttgtgctgaagcgaggtgacgatggagtgtttcaccttggtgctcctgctcacgac
agaccattgactgatgtgcctgagaagctgcggctccctaaagagcaggtgctcctggtg
cccctaggccagggcttgggatgccaggagaaagaatcgcctaccctacagcaagagctt
atggacaccaaacaagcactggccattgccaaccaggacaaagaaaaactgctccaggag
gttaggaaatacaatcctctctttgagctttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (8)   

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