KEGG   Mus musculus (house mouse): 68723
Entry
68723             CDS       T01002                                 
Symbol
Hrnr, 1110033K19Rik, A530063N20Rik, S100a18
Name
(RefSeq) hornerin
  KO
K23757  hornerin
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:mmu04990]
    68723 (Hrnr)
Domain-containing proteins not elsewhere classified [BR:mmu04990]
 EF-hand domain-containing proteins
  S100 proteins
   68723 (Hrnr)
SSDB
Motif
Pfam: S_100 EF-hand_7 EF-hand_1
Other DBs
NCBI-GeneID: 68723
NCBI-ProteinID: NP_598459
MGI: 3046938
Ensembl: ENSMUSG00000041991
UniProt: E9QNP3 Q8BLX1
Position
3:93227056..93240879
AA seq 3234 aa
MPKLLESIVTVIDVFYQYATEYGNCDMLSKEEMKELLVTEFHQILKNPDDPDTVDIIMQN
LDRDHNHKVDFTEYLLMILKLTKACNKIIGKDYCQASGSKQKNHSHQHQEEQSKKETENK
EQKGSLSSSAGENDSYSRGSRGSNKSKSKKLRKGKEQSSKQTTKSNSSDHENSEDYEQGQ
HESGFSNSSGNGRPSSRKASGFPQPGSEPGQSSSSSTKGSGECYSSGNGKHGSSSGGSAV
SGSGHSNTYGKQGTGSRHSSSNRRSRSTSRESSGSQEYSSGSSEEPGFTHGSGRKNSSTC
GKNGSYSGQSTGRHQQGFGSSHELESGQSITSANHGSHSNQSSCSGTRECGSSESSMKKT
HVSGSGHSSSTGKYTSTSGQNYNSTRQGCGQGKSSGSEQYGASSGQSSGCSSGQSTRYGE
QGSGSRNSSTQSRGRSTSRESSTSQQFGSGSGRSSGFSQGGSGQGRSSRGGQQGSFSGQT
EGSQQHGSCCGQSSGYGQNEYGSGHSASSGQQGSHYSQSSSYGTHNSGGSPSSSQRGHGS
RSGRSSGLGQYGSPSGQTSSSTRQGSGQGQASGSGRYGASSGQTSGCGSGQSTRYGEQGS
GSRNSSTQSRGRSTSRESSTSQRYGSGSGESSGFSQGGSGQGRSSRGGQQGSFSGQTSGR
SQHQSGSRHGSGSGQFPISGQQGSHHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSSGLG
HYGSTSGQTASSTRQGSGQGQASGSGRCGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQS
RGRSTSRESSTSQRYGSGSGGSSGFSQGGSGQGRSSRGGQQGSFSGQTEGSQQHGSCCGQ
SSGYGQNEYGSGHSASSGQQGSHYSQSSSYGTHNSGGSPSSSQRGHGSRSGRSSGLGQYG
SPSGQTSSSTRQGSGQGQASGSGRYGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGR
STSRESSTSQRYGSGSGESSGFSQGGSGQGRSSRGGQQGSFSGQTSGRSQHQSGSRHGSG
SGQFPISGQQGSHHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSSGLGHYGSTSGQTASS
TRHRSGQGQASGSGRCGASSGQTSGCGSGQSTRYDEQGSGSRNSSTQSRGRSTSRESSTS
QRFGSGSGGSSGFSQGRSGQGRSSRGGQQGSFSGQTEGSQQHGSCCGQSSGYGQNEYGSG
HSASSGQQGSHYSQSSSYGTHNSGGSPSSSQRGHGSRSGRSSGLGQYGSPSGQTSSSTRQ
GSGQGQASGSGRYGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRESSTSQRY
GSGSGESSGFSQGGSGQGRSSRGGQQGSFSGQTSGRSQHQSGSRHGSGSGQFPISGQQGS
HHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSSGLGHYGSTSGQTASSTRQGSGQGQASG
SGRCGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRESSTSQRFGSGSGGSSG
FSQGRSGQGRSSRGGQQGSFSGQTEGSQQHGSCCGQSSGYGQNEYGSGHSASSGQQGSHY
SQSSSYGTHNSGGSPSSSQRGHGSRSGRSSGLGQYGSPSGQTSSSTRQGSGQGQASGSGR
YGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRESSTSQRYGSGSGESSGFSQ
GGSGQGRSSRGGQQGSFSGQTSGRSQHQSGSRHGSGSGQFPISGQQGSHHGHSSSSGTHN
SGSSQSSSTQWSHGSGSEQSSGLGHYGSTSGQTASSTRQGSGQGQASGSGRCGASSGQTS
GCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRESSTSQRYGSGSGGSSGFSQGGSGQGRSS
RGGQQGSFSGQTEGSQQHGSCCGQSSGYGQNEYGSGHSASSGQQGSHYSQSSSYGTHNSG
GSPSSSQRGHGSRSGRSSGLGQYGSPSGQTSSSTRQGSGQGQASGSGRYGASSGQTSGCG
SGQSTRYGEQGSGSRNSSTQSRGRSTSRESSTSQRYGSGSGESSGFSQGGSGQGRSSRGG
QQGSFSGQTSGRSQHQSGSRHGSGSGQFPISGQQGSHHGHSSSSGTHNSGSSQSSSTQWS
HGSGSEQSSGLGHYGSTSGQTASSTRQGSGQGQASGSGRCGASSGQTSGCGSGQSTRYGE
QGSGSRNSSTQSRGRSTSRESSTSQRYGSGSGGSSGFSQGGSGQGRSSRGGQQGSFSGQT
SGRSQHQSGSRHGSGSGQFPISGQQGSHHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSS
GLGQYGSPSGQTSSSTRQGSGQGQASGSGRYGASSGQTSGCGSGQSTRYGEQGSGSRNSS
TQSRGRSTSRESSTSQRYGSGSGESSGFSQGGSGQGRSSRGGQQGSFSGQTSGRSQHQSG
SRHGSGSGQFPISGQQGSHHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSSGLGHYGSTS
GQTASSTRQGSGQGQASGSGRCGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTS
RESSTSQRFGSGSGGSSGFSQGRSGQGRSSRGGQQGSFSGQTEGSQQHGSCCGQSSGYGQ
NEYGSGHSASSGQQGSHYSQSSSYGTHNSGGSPSSSQRGHGSRSGRSSGLGQYGSPSGQT
SSSTRQGSGQGQASGSGRYGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRES
STSQRYGSGSGESSGFSQGGSGQGRSSRGGQQGSFSGQTSGRSQHQSGSRHGSGSGQFPI
SGQQGSHHGHSSSSGTHNSGSSQSSSTQWSHGSGSEQSSGLGHYGSTSGQTASSTRQGSG
QGQASGSGRCGASSGQTSGCGSGQSTRYGEQGSGSRNSSTQSRGRSTSRESSCSQHDVSG
SGESSSFSQHRSCQSQASHNGQCGPFSGQSSGHIQHGPCFGQTEGSFQSSNCGQQGTTSY
QSSGFDQQRSGLHQSFPCSNHESTSQEYSSFGSCVSGSGECSGFGNQVSRPSQSTYEHHE
SNRNQSSGYRQYNTASGQSYCGGQCGSNSNQSSSYREQGLGSNQSSQYGQYRCPSSHYSS
QSQHGVGCSHGFNTGQYGSGSYPSSNSRQNCPGSGLCPTSEQYGSGSCQSFSPGSCGSGY
GQYSNFEQPQSNRRCGNQWESGCSSSNCNENQSIRVHRQVETSSGCGFGQFSSQEQIRSD
TTGKLSLCNVDNRQGNCKYQIIKGSNFGMRNTVSGPHSFNSSTPLYEYVQEQRR
NT seq 9705 nt   +upstreamnt  +downstreamnt
atgcctaaactcctggaaagcattgtcactgtcatcgatgttttctaccagtatgccact
gaatatgggaactgtgacatgttaagcaaagaagagatgaaagaacttctggtaacagag
tttcaccaaattctgaagaatccagatgatccagacaccgtagatatcatcatgcaaaat
ctggatcgagatcataaccacaaagtggattttactgagtatcttctgatgatactcaag
ctgactaaggcttgtaataaaattattggcaaagattactgccaagcttcagggtcaaag
cagaaaaatcacagtcaccagcaccaagaggaacagagtaaaaaagaaacagaaaacaag
gagcaaaaaggctctttaagttctagtgcaggagagaatgactcttattccaggggctca
agaggaagcaataaaagcaaatccaaaaaactaagaaaagggaaggagcaaagttctaaa
caaacaacaaaatcaaattcaagtgatcacgaaaatagtgaggattatgaacaaggccag
catgaatcaggattttctaactcatctggcaacgggagacctagctcaaggaaagcttct
ggcttccctcaacctggttcagaaccaggacaatcttctagctccagtacaaaaggatct
ggcgaatgttattcttctggtaatggaaaacatggttcatcatcaggaggatcagcagtt
tctggctcaggtcactctaacacctatggtaaacaaggaacaggatcaaggcattcatca
agcaacaggagaagcaggtctacctcaagggaatcttctggctcccaagaatatagctct
ggatcatcagaagaacctggctttacacatggatctggtcgaaaaaactcttctacttgt
ggaaaaaacggttcctactctggacagtcaacaggcagacatcaacaaggatttggatct
agtcatgaattagaatccggtcaatcaatcacctctgctaaccatggctctcattctaat
cagtcatcatgcagtggcacaagagagtgtgggtctagcgagtcttccatgaagaagacc
catgtttctggttcaggacactcttcaagtacaggtaaatatacatccacttcaggacaa
aattataactccactagacaaggttgcggacaaggcaagtcttctgggtctgaacaatat
ggtgcctcatcaggacagtcttcaggctgttcgtcaggtcagtccactcgctatggtgaa
caaggttcaggatcacgtaactcatctacccaaagcagaggcaggtctacctcaagggag
tcttctacatctcaacagtttggatctggctcaggaagatcttctggctttagtcaaggt
ggatctgggcaaggtcgatcttctcgtggtggacagcagggttccttctctggacagaca
gaaggcagtcaacagcatggatcttgttgcggtcagtcttctgggtatggtcaaaatgaa
tatggctcaggtcattctgccagctctggtcagcagggctctcattacagtcagtcttcc
agctatggcacacataactcaggtggaagcccgtcttccagccagaggggacatggctct
cgttctggacgatcttcaggtttaggtcaatatggatccccttcaggacaaacttctagc
tccactagacagggttctggacaaggtcaggcctctgggtcaggacgatatggtgcctca
tcaggacagacttcaggctgtgggtcaggtcagtccactcgctatggtgaacaaggttca
ggatcacgtaactcatctacccaaagcagaggcaggtctacctcaagggagtcttctaca
tctcaaaggtatggatctggctcaggagaatcttctggctttagtcaaggtggatctggg
caaggtcgatcttctcgtggtggacaacagggttcgttctctggacagacatcaggtaga
agtcagcatcaatctggctccaggcatggatctggctcaggacagtttcccatctctgga
cagcagggctctcatcacggtcattcttccagttctggcacacataactcagggtcaagc
cagtcttcttccacccagtggagtcacggttctggttcagaacagtcttctggtttgggt
cattatggttccacatcaggacaaactgctagctccactagacagggttctggacaaggt
caggcctctgggtcaggacgatgtggcgcctcatcaggacagacttcaggctgtgggtca
ggtcagtccactcgctatggtgaacaaggttcaggatcacgtaactcatctacccaaagc
agaggcaggtctacctcaagggagtcttctacatctcaaaggtatggatctggctcagga
ggatcttctggctttagtcaaggtggatctgggcaaggtcgatcttctcgtggtggacag
cagggttccttctctggacagacagaaggcagtcaacagcatggatcttgttgcggtcag
tcttctgggtatggtcaaaatgaatatggctcaggtcattctgccagctctggtcagcag
ggctctcattacagtcagtcttccagctatggcacacataactcaggtggaagcccctct
tccagccagaggggacatggctctcgttctggacgatcttcaggtttaggtcaatatgga
tccccttcaggacaaacttctagctccactagacagggttctggacaaggtcaggcctct
gggtcaggacgatatggtgcctcatcaggacagacttcaggctgtgggtcaggtcagtcc
actcgctatggtgaacaaggttcaggatcacgtaactcatctacccaaagcagaggcagg
tctacctcaagggagtcttctacatctcaaaggtatggatctggctcaggagaatcttct
ggctttagtcaaggtggatctgggcaaggtcgatcttctcgtggtggacaacagggttcg
ttctctggacagacatcaggtagaagtcagcatcaatctggctccaggcatggatctggc
tcaggacagtttcccatctctggacagcagggctctcatcacggtcattcttccagttct
ggcacacataactcagggtcaagccagtcttcttccacccagtggagtcacggttctggt
tcagaacagtcttctggtttgggtcattatggttccacatcaggacaaactgctagctcc
actagacaccgttctggacaaggtcaggcctctgggtcaggacgatgtggcgcctcatca
ggacagacttcaggctgtgggtcaggtcagtccactcgctatgatgaacaaggttcagga
tcacgtaactcatctacccaaagcagaggcaggtctacctcaagggagtcttctacatct
caacggtttggatctggctcaggaggatcttctggctttagtcaaggtagatctgggcaa
ggtcgatcttctcgtggtggacagcagggttccttctctggacagacagaaggcagtcaa
cagcatggatcttgttgcggtcagtcttctgggtatggtcaaaatgaatatggctcaggt
cattctgccagctctggtcagcagggctctcattacagtcagtcttccagctatggcaca
cataactcaggtggaagcccctcttccagccagaggggacatggctctcgttctggacga
tcttcaggtttaggtcaatatggatccccttcaggacaaacttctagctccactagacag
ggttctggacaaggtcaggcctctgggtcaggacgatatggtgcctcatcaggacagact
tcaggctgtgggtcaggtcagtccactcgctatggtgaacaaggttcaggatcacgtaac
tcatctacccaaagcagaggcaggtctacctcaagggagtcttctacatctcaaaggtat
ggatctggctcaggagaatcttctggctttagtcaaggtggatctgggcaaggtcgatct
tctcgtggtggacaacagggttcgttctctggacagacatcaggtagaagtcagcatcaa
tctggctccaggcatggatctggctcaggacagtttcccatctctggacagcagggctct
catcacggtcattcttccagttctggcacacataactcagggtcaagccagtcttcttcc
acccagtggagtcacggttctggttcagaacagtcttctggtttgggtcattatggttcc
acatcaggacaaactgctagctccactagacagggttctggacaaggtcaggcctctggg
tcaggacgatgtggcgcctcatcaggacagacttcaggctgtgggtcaggtcagtccact
cgctatggtgaacaaggttcaggatcacgtaactcatctacccaaagcagaggcaggtct
acctcaagggagtcttctacatctcaacggtttggatctggctcaggaggatcttctggc
tttagtcaaggtagatctgggcaaggtcgatcttctcgtggtggacagcagggttccttc
tctggacagacagaaggcagtcaacagcatggatcttgttgcggtcagtcttctgggtat
ggtcaaaatgaatatggctcaggtcattctgccagctctggtcagcagggctctcattac
agtcagtcttccagctatggcacacataactcaggtggaagcccctcttccagccagagg
ggacatggctctcgttctggacgatcttcaggtttaggtcaatatggatccccttcagga
caaacttctagctccactagacagggttctggacaaggtcaggcctctgggtcaggacga
tatggtgcctcatcaggacagacttcaggctgtgggtcaggtcagtccactcgctatggt
gaacaaggttcaggatcacgtaactcatctacccaaagcagaggcaggtctacctcaagg
gagtcttctacatctcaaaggtatggatctggctcaggagaatcttctggctttagtcaa
ggtggatctgggcaaggtcgatcttctcgtggtggacaacagggttcgttctctggacag
acatcaggtagaagtcagcatcaatctggctccaggcatggatctggctcaggacagttt
cccatctctggacagcagggctctcatcacggtcattcttccagttctggcacacataac
tcagggtcaagccagtcttcttccacccagtggagtcacggttctggttcagaacagtct
tctggtttgggtcattatggttccacatcaggacaaactgctagctccactagacagggt
tctggacaaggtcaggcctctgggtcaggacgatgtggcgcctcatcaggacagacttca
ggctgtgggtcaggtcagtccactcgctatggtgaacaaggttcaggatcacgtaactca
tctacccaaagcagaggcaggtctacctcaagggagtcttctacatctcaaaggtatgga
tctggctcaggaggatcttctggctttagtcaaggtggatctgggcaaggtcgatcttct
cgtggtggacagcagggttccttctctggacagacagaaggcagtcaacagcatggatct
tgttgcggtcagtcttctgggtatggtcaaaatgaatatggctcaggtcattctgccagc
tctggtcagcagggctctcattacagtcagtcttccagctatggcacacataactcaggt
ggaagcccctcttccagccagaggggacatggctctcgttctggacgatcttcaggttta
ggtcaatatggatccccttcaggacaaacttctagctccactagacagggttctggacaa
ggtcaggcctctgggtcaggacgatatggtgcctcatcaggacagacttcaggctgtggg
tcaggtcagtccactcgctatggtgaacaaggttcaggatcacgtaactcatctacccaa
agcagaggcaggtctacctcaagggagtcttctacatctcaaaggtatggatctggctca
ggagaatcttctggctttagtcaaggtggatctgggcaaggtcgatcttctcgtggtgga
caacagggttcgttctctggacagacatcaggtagaagtcagcatcaatctggctccagg
catggatctggctcaggacagtttcccatctctggacagcagggctctcatcacggtcat
tcttccagttctggcacacataactcagggtcaagccagtcttcttccacccagtggagt
cacggttctggttcagaacagtcttctggtttgggtcattatggttccacatcaggacaa
actgctagctccactagacagggttctggacaaggtcaggcctctgggtcaggacgatgt
ggcgcctcatcaggacagacttcaggctgtgggtcaggtcagtccactcgctatggtgaa
caaggttcaggatcacgtaactcatctacccaaagcagaggcaggtctacctcaagggag
tcttctacatctcaaaggtatggatctggctcaggaggatcttctggctttagtcaaggt
ggatctgggcaaggtcgatcttctcgtggtggacaacagggttcgttctctggacagaca
tcaggtagaagtcagcatcaatctggctccaggcatggatctggctcaggacagtttccc
atctctggacagcagggctctcatcacggtcattcttccagttctggcacacataactca
gggtcaagccagtcttcttccacccagtggagtcacggttctggttcagaacagtcttct
ggtttaggtcaatatggatccccttcaggacaaacttctagctccactagacagggttct
ggacaaggtcaggcctctgggtcaggacgatatggtgcctcatcaggacagacttcaggc
tgtgggtcaggtcagtccactcgctatggtgaacaaggttcaggatcacgtaactcatct
acccaaagcagaggcaggtctacctcaagggagtcttctacatctcaaaggtatggatct
ggctcaggagaatcttctggctttagtcaaggtggatctgggcaaggtcgatcttctcgt
ggtggacaacagggttcgttctctggacagacatcaggtagaagtcagcatcaatctggc
tccaggcatggatctggctcaggacagtttcccatctctggacagcagggctctcatcac
ggtcattcttccagttctggcacacataactcagggtcaagccagtcttcttccacccag
tggagtcacggttctggttcagaacagtcttctggtttgggtcattatggttccacatca
ggacaaactgctagctccactagacagggttctggacaaggtcaggcctctgggtcagga
cgatgtggcgcctcatcaggacagacttcaggctgtgggtcaggtcagtccactcgctat
ggtgaacaaggttcaggatcacgtaactcatctacccaaagcagaggcaggtctacctca
agggagtcttctacatctcaacggtttggatctggctcaggaggatcttctggctttagt
caaggtagatctgggcaaggtcgatcttctcgtggtggacagcagggttccttctctgga
cagacagaaggcagtcaacagcatggatcttgttgcggtcagtcttctgggtatggtcaa
aatgaatatggctcaggtcattctgccagctctggtcagcagggctctcattacagtcag
tcttccagctatggcacacataactcaggtggaagcccctcttccagccagaggggacat
ggctctcgttctggacgatcttcaggtttaggtcaatatggatccccttcaggacaaact
tctagctccactagacagggttctggacaaggtcaggcctctgggtcaggacgatatggt
gcctcatcaggacagacttcaggctgtgggtcaggtcagtccactcgctatggtgaacaa
ggttcaggatcacgtaactcatctacccaaagcagaggcaggtctacctcaagggagtct
tctacatctcaaaggtatggatctggctcaggagaatcttctggctttagtcaaggtgga
tctgggcaaggtcgatcttctcgtggtggacaacagggttcgttctctggacagacatca
ggtagaagtcagcatcaatctggctccaggcatggatctggctcaggacagtttcccatc
tctggacagcagggctctcatcacggtcattcttccagttctggcacacataactcaggg
tcaagccagtcttcttccacccagtggagtcacggttctggttcagaacagtcttctggt
ttgggtcattatggttccacatcaggacaaactgctagctccactagacagggttctgga
caaggtcaggcctctgggtcaggacgatgtggcgcctcatcaggacagacttcaggctgt
gggtcaggtcagtccactcgctatggtgaacaaggttcaggatcacgtaactcatctacc
caaagcagaggcaggtctacctcaagggagtcttcatgttcccaacacgatgtttcaggc
tcaggagagtcttctagctttagtcagcatcggtcttgtcaaagccaggcctctcacaat
gggcaatgtggtcctttttctggacaatcatctggtcatattcaacatggaccttgtttt
ggtcaaactgaaggctcatttcagtcatctaactgtggacagcagggtactacttcatac
caatcttctggttttgaccagcaaaggtctggattacatcagtcttttccctgtagtaat
catgagtccacctctcaagagtattctagctttggatcatgtgtgtctggttcaggagaa
tgttctggctttggtaaccaagtatctagaccaagtcagtctacttatgagcatcatgaa
tctaatagaaatcaatcttctggctatagacaatataatactgcatcaggacagtcatac
tgcggtggtcagtgtggatctaattcaaaccaatcctctagctacagagaacagggactt
ggttcaaatcagtcttctcagtatggccaatatagatgtccctcaagtcattactctagc
cagagccaacatggagttgggtgtagtcatggttttaacactggtcaatatgggtctggt
tcctatccctcttctaactccagacaaaactgtccaggatctggtctatgccctacttca
gaacaatatgggtctggttcatgtcagtcctttagtcctggatcatgtggttctggatat
ggtcaatattctaactttgaacaacctcagtcaaataggagatgcggaaaccagtgggaa
tctggctgtagctcctcaaattgtaatgaaaatcaatcaataagagtgcatagacaagta
gaaacctcctcaggctgtggctttggacaattttcttcacaggaacagattagatctgat
actactggtaaattgtcactttgtaatgtggacaatagacaaggtaactgtaagtatcag
ataatcaagggaagtaactttggaatgagaaacacagtctcaggacctcatagtttcaat
agtagcactccactgtatgagtatgtccaagagcagagacgctaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (158)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (152)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (2)   
   RefSeq(pep) (5)   
DNA sequence (15)   
   RefSeq(nuc) (5)   
   GenBank (5)   
   EMBL (5)   
Protein domain (3)   
   Pfam (3)   
All databases (186)   

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