KEGG   Mus musculus (house mouse): 64009
Entry
64009             CDS       T01002                                 
Symbol
Syne1, 8B, A330049M09Rik, C130039F11Rik, CPG2, KASH1, Myne1, mKIAA1756, myne-1
Name
(RefSeq) spectrin repeat containing, nuclear envelope 1
  KO
K19326  nesprin-1
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    64009 (Syne1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mmu03036]
    64009 (Syne1)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Centrosome formation proteins
   LINC complex
    64009 (Syne1)
SSDB
Motif
Pfam: Spectrin KASH DUF713
Other DBs
NCBI-GeneID: 64009
NCBI-ProteinID: NP_001073154
MGI: 1927152
Ensembl: ENSMUSG00000096054
UniProt: Q6ZWR6 Q6PI72
Position
10:complement(4970192..5501013)
AA seq 3010 aa
MFPQELAQKIKGYQEQIDSLNSKCKMLTMKAKHATMLLTVTEVEGLAEGTEDLDRELHPT
PSAHPSVVMMTAGRCHTLLSPVTEESGEEGTNSEISSPPACRSPSPVANTEAAVNQDIAY
YQALSAEGLQTDAARIPPSAAVSQELYEPGLEPSATAKLGDLQRSWETLKNVISEKQRTL
YEVLERQQKYQDSLQSISTKMEAMEMKLGESLEPSRSPESQMAEHQALMDEVQMLQDEIN
GLQVSLAEELVAESQESDPAEQLALQSTLTVLAERMSTIRMKAAGKRQLLEEKLSDQLEE
QRQEQALQRYRCEADELDHWLLNTKATLDVALGTSQEPMDMDAQLVDCQNMLVEIEQKVV
ALSQLSVHNENLLLEGKAHTKEEAEQLAVKLRLLKGSLGELQRALHDRQLDMQGVTQEKE
ENDVDFTDTQSPGVQEWLAQARTTRTHQRQSSLQQQKEFEQELAEQKSLLRSVASRGEEI
LTQHSTAEGSGGLGEKPDVLSQELGIAEDQMRVKWESLHQEFSAKQKLLQNILEQEQEQV
LYSSPNRLLSGVLPFRGEAQTQDKTSVTSLLDGLSQAFGEASSQSGGTDRQSIHLEQKLY
DGVSATSTWLNDVEERLFVATAPLPEETEACLFNQEALAKDIKEMSEEMDKNKNLFSQAF
PEDSDNRDVIEDTLGCLLGRLSLLDSVVDQRCHQMKERLQQILRFQNDLKVLFTSLADSK
YIILQKLANVFEQPIVEQMQAIQQAEEGLRDLEGGISELKRWADKLQVEQSAVQELSKLQ
DMYDELLMTVSSRRSSLHQNLALKSQYDKALQDLVDLLDTGQEKMTGDQKIIVCSKEEIQ
QLLGKHKEYFQGLESHMILTEILFRKIVGFAAVKETQFHTDCMAQASAVLKQAHKRGVEL
EYILEMWSHLDENRQELSRQLEVIENSIPSVGLVEESEDRLVERTNLYQHLKSSLNEYQP
KLYQALDDGKRLLMSVSCSELESQLNQLGEHWLSNTNKVSKELHRLETILKHWTRYQSEA
AALNHWLQCAKDRLAFWTQQSVTVPQELEMVRDHLSAFLEFSKEVDAKSALKSSVTSTGN
QLLRLKKVDTAALRAELSRMDSQWTDLLTGIPVVQEKLHQLQMDKLPSRHAISEVMSWIS
LMESVILKDEEDIRNAIGYKAIHEYLQKYKGFKIDLNCKQLTADFVNQSVLQISSQDVES
KRSDKTDFAEQLGAMNKSWQLLQGRVGEKIQMLEGLLESWSEYENSVQSLKAWFANQERK
LKEQHLLGDRNSVENALKDCQELEDLIKAKEKEVEKIEQNGLALIQNKREEVSGSVMSTL
QELRQTWISLDRTVEQLKIQLTSALGQWSNHKAACDEINGHLMEARYSLSRFRLLTGSSE
AVQVQVDNLQNLHDELEKQEGGLQKFGSITNQLLKECHPPVAETLSSTLQEVNMRWNNLL
EEIAEQLHSSKALLQLWQRYKDYSKQCASAIQRQEEQTSVLLKAATNKDIADDEVTKWIQ
DCNDLLKGLETVKDSLFILRELGEQLGQQVDVSAAAAIQCEQLCFSQRLGALEQALCKQQ
AVLQAGVVDYETFAKSLEALEVWMVEAEGILQGQDPTHSSDLSTIQERMEELKGQMLKFS
SLAPDLDRLNELGYRLPLNDKEIKRMQNLNRHWSLTSSQTTERFSKLQSFLLQHQTFLEK
CETWMEFLVQTEHKLAVEISGNYQHLLEQQRAHELFQAEMFSRQQILHSIIVDGQNLLEQ
GQVDDREEFSLKLTLLSNQWQGVIRRAQQRRGIIDSQIRQWQRYREMAEKLRKWLAEVSH
LPLSGLGNIPVPLQQVRMLFDEVQFKEKVFLRQQGSYILTVEAGKQLLLSADSGAEAALQ
AELTDIQEKWKAASMHLEEQKKKLAFLLKDWEKCERGIANSLEKLRMFKKRLSQPLPDHH
EELHAEQMRCKELENAVGRWTDDLTELMLVRDALAVYLSAEDISMLKERVELLQRQWEEL
CHQVSLRRQQVSERLNEWAVFSEKNKELCEWLTQMESKVSQNGDILIEEMIEKLKKDYQE
EIAVAQENKIQLQEMGERLAKASHESKASEIQYKLSRVKDRWQHLLDLMAARVKKLKETL
VAVQQLDKNMGSLRTWLAHMESELAKPIVYDSCNSEEIQRKLNEQQELQRDIEKHSTGVA
SVLNLCEVLLHDCDACATDAECDSIQQATRNLDRRWRNICAMSMERRLKIEETWRLWQKF
LDDYSRFEDWLEVSERTAAFPSSSGVLYTVAKEELKKFEAFQRQVHESLTQLELINKQYR
RLARENRTDSACSLRQMVHGGNQRWDDLQKRVTSILRRLKHFISQREEFETARDSILVWL
TEMDLQLTNIEHFSECDVQAKIKQLKAFQQEISLNHNKIEQIIAQGEQLIEKSEPLDAAV
IEEELDELRRYCQEVFGRVERYHKKLIRLPLPDDHDLSDRELDLEDSTALSDLRWQDPSA
DGMPSPQPSSNPSLSLPQPLRSERSGRDTPASVDSIPLEWDHDYDLSRDLESASRTLPSE
DEEGEEDKEFYLRGAVGLSGDPSSLESQMRQLDKALDDSRFQIQQTANILRSKTPTGPDL
DTSYKGYMKLLGECSGSIDSVRRLEHKLAEEESFPGFVNLNSTETQTAGVIDRWELLQAQ
AMSKELRMKQNLQKWQQFNSDLNNIWAWLGETEEELDRLQHLALSTDIHTIESHIKKLKE
LQKAVDHRKAIILSINLCSSEFTQADSKESHDLQDRLSQMNGRWDRVCSLLEDWRGLLQD
ALMQCQEFHEMSHALLLMLENIDRRKNEIVPIDSTLDPETLQDHHKQLMQIKQELLKSQL
RVASLQDMSRQLLVNAEGSDCLEAKEKVHVIGNRLKLLLKEVSHHIKDLEKLLDMSSSQQ
DLSSWSSADELDTSGSVSPTSGRSTPNRQKSPRGKCSLSQPGPSVSSPKSRSTRDGSDSS
RSDPRPERVGRAFLFRILRAALPFQLLLLLLIGLTCLVPMSEKDYSCALSNNFARSFHPM
LRYTNGPPPL
NT seq 9033 nt   +upstreamnt  +downstreamnt
atgtttcctcaggagctggcgcagaaaatcaagggctaccaggagcagatcgactctttg
aattccaaatgcaagatgctgacgatgaaagccaagcacgcaactatgctgctgactgtg
accgaggtcgagggactggctgaagggaccgaggatctggaccgcgagctccaccctacg
ccttcagcccacccctctgtggtcatgatgactgcaggtcgctgtcatactctgctgtca
cctgtcactgaagagtctggggaagagggaaccaacagtgagatttcctctccacctgcc
tgtcgctccccatcacctgtggctaacacggaggcggctgttaaccaggacattgcgtac
taccaagctctgtcagccgaggggttgcagacagatgctgcaagaattccccccagtgct
gctgtatcccaagagttgtatgagccaggactggagccttcagcgactgccaagctgggt
gacttacaacgttcctgggaaaccttaaaaaacgtgatcagtgagaaacagcggactctc
tacgaagttttggaacgccagcagaagtaccaagactctctccaatccatctcgactaaa
atggaggccatggagatgaagctaggtgagagcctcgagcccagccggagtccagagagc
cagatggctgagcaccaggccctgatggacgaggtgcagatgctacaagacgagatcaat
gggctccaggtgtctcttgctgaggagctggtggccgagtctcaggagtcggaccccgcg
gagcagctagctctgcagtccacgctcactgtcctggctgagagaatgtccaccatcagg
atgaaagcagctggcaagcggcagcttctggaggagaagctaagtgatcagctggaggag
cagagacaggagcaggctctgcagaggtaccgctgcgaggcagatgagctggaccactgg
ctgctgaacactaaggctaccctggatgttgcactgggtacatcccaggagcccatggac
atggatgcccagctggtggactgccagaacatgctggtggaaatcgaacagaaagtggtg
gccctgtcgcagctgtccgtgcacaatgagaacctgctgttggagggcaaggctcacact
aaagaggaggccgagcagctagcggtgaagctgaggctactcaaagggagccttggagag
ctgcagagggccctgcatgacagacagctcgacatgcagggagtcacacaagagaaagag
gagaacgatgttgacttcacagacacccagagccccggcgtgcaggaatggctggcacaa
gcccgcaccacaaggacccaccagcggcagagcagcctccagcagcaaaaagagttcgaa
caggagctggccgagcagaagagcctcctccgctcagtagctagccgtggagaggagatt
ctaacccaacattccaccgcagaaggttcaggtggccttggtgaaaaacctgatgtgtta
tcccaggagttggggattgctgaagaccagatgagagtgaagtgggaaagcctacaccaa
gagtttagtgccaagcagaagctactacagaatattctggaacaggagcaagaacaagtg
ctttacagtagtccgaacagactcctgtcaggagtacttccattcagaggggaagcacag
actcaggataagacttcagtgacgtccttgctggatgggctgagccaggccttcggggag
gcgtcatcacagagtggagggacagacagacagagcattcacttggagcagaagctatat
gacggagtctcagccacttccacctggttgaatgacgtcgaggagcgcttatttgtagcc
acggcacctttgccagaagaaacagaagcttgtctcttcaaccaggaggctcttgccaag
gacattaaggaaatgtctgaagaaatggataagaacaagaacttgttttcccaagcattc
ccagaggacagtgacaaccgggatgtcattgaagatactctgggttgtcttttgggcaga
ttgtccctgctggattcagtagtggatcagcggtgtcatcagatgaaggaaagactccag
caaatcctccgtttccagaatgacctgaaggtgttgtttacatcgttagctgacagcaaa
tatatcattctgcagaagctggcaaatgtgtttgaacagcccattgtggaacagatgcag
gccatccaacaggctgaagagggactcagggacctcgagggtggaatctctgagttgaaa
cggtgggctgacaagttgcaagtggaacagtctgctgtgcaggaactctccaagctccag
gacatgtatgacgagctattgatgactgtcagctcccggaggagcagcctccaccagaac
cttgctctcaagagtcagtatgataaggctctgcaagatctggtggacctgctggacact
ggacaggagaagatgacaggggaccaaaagatcattgtatgctccaaagaagaaatccag
cagctgcttgggaagcacaaggaatacttccagggcctggaatcgcacatgattttgact
gaaatactcttcaggaagatcgttggctttgcagctgtgaaggaaactcagttccatacg
gactgcatggctcaggcctctgctgtgttgaagcaggctcacaagagaggggtggagctt
gagtacatcctagagatgtggtcccatctggatgagaatcgccaggagctcagcagacag
ctggaggtgatagaaaacagcatcccaagtgtgggcctggtagaagagagtgaggacaga
cttgtggaaaggacaaatctctaccagcatttaaaatccagcctcaatgaataccagccc
aaactgtaccaagcactggatgatgggaagcgacttctgatgtctgtcagctgttcagag
cttgaaagtcagctaaatcagctgggagagcactggctcagtaatacgaacaaagtatcc
aaggagctgcacagactggagaccatactgaaacactggaccagatatcaaagtgaagct
gcagctctcaaccactggctacagtgcgctaaggacaggctggcattttggactcagcag
tctgtgacggttccacaagaactggaaatggtccgggatcatctcagtgctttcctggag
ttctctaaagaagtagatgccaagtctgccctcaagtcgtcagtcacaagcacaggaaat
cagctgcttcggttaaaaaaagtggacacagcggccctgcgtgctgagctgtcccgcatg
gacagccagtggactgacctactgaccggcatccctgttgtacaggagaagctccatcag
ctccagatggacaagctgccttcccgccatgccatttctgaggtaatgagttggatctca
ctcatggaaagtgttatcctgaaggatgaagaggacattagaaatgccatcggttacaag
gcgatccacgaataccttcagaaatacaagggtttcaagatagaccttaactgcaagcag
ctaacggcggactttgtgaaccagtcagtgctccaaatcagcagtcaggacgtggagagc
aagcgcagtgacaagacggattttgctgagcagcttggggcaatgaataaaagttggcag
ctcttgcaaggtcgagttggagagaagatccagatgttggaaggcttgttggagtcatgg
tcagagtatgaaaacagtgtccagtctctgaaagcctggtttgcaaaccaggagaggaag
ctgaaagagcagcatctacttggcgatcggaattctgttgagaatgctctgaaggactgt
caggaactggaagatttgattaaagcaaaagaaaaggaggtagagaaaattgagcagaat
ggcctcgcattgattcagaacaagagggaggaggtctctggcagtgtcatgagcacactg
caagaactcaggcagacctggatcagtttagaccgcacggttgaacaattaaagatccag
ctgacctcagcccttggccagtggagcaatcacaaagcagcctgtgacgagatcaacggt
cacctcatggaggccagatactccctgtcccgattccgtctgttgacaggttcctccgaa
gctgtacaagttcaggtcgacaatcttcagaatcttcatgatgaactagaaaaacaggaa
ggaggcttacagaaatttggctctatcaccaaccaactattgaaggagtgtcacccacct
gtggcagaaaccctctccagtactctgcaagaagtcaatatgagatggaataacttactg
gaagagatcgctgaacagctgcactccagcaaggccctccttcagctctggcagagatac
aaggactactcaaagcagtgtgcctctgccatccagagacaagaggaacagaccagtgta
ctgttgaaggcagccactaacaaggatatcgctgatgatgaagtcaccaagtggattcag
gattgcaacgaccttctcaagggactggagacagtcaaggactcgcttttcatcctccgt
gaactaggagagcagcttggacagcaggtggatgtttccgcagcagcagccattcagtgt
gagcagctctgtttcagccagcgcctgggggccctggagcaggctctttgcaagcagcaa
gcagtattgcaggctggagttgttgactatgaaacatttgccaagagcttagaagcctta
gaggtctggatggtggaagccgagggcatcctccaaggacaggatcccacccattcctct
gacctctctactatccaggaaaggatggaggaactgaagggacagatgctaaagttcagc
agcttggctcctgatttagaccgtctcaatgagttggggtaccggttacccttaaatgac
aaggagatcaagaggatgcagaacctgaaccgccattggtctctgacctcttctcagacc
acagaaagattcagcaagttgcagtcattcttgcttcagcaccagactttcttggaaaag
tgtgagacatggatggaatttctggttcagacagagcacaagttggcagtggagatctca
ggcaattaccagcatcttttggagcagcaaagagcacatgagctttttcaagccgagatg
ttcagccgccagcagatcctccactccatcattgttgatgggcagaatcttctagaacaa
ggtcaagttgatgatagggaagagttcagcctgaagttgacgctcctcagtaaccagtgg
cagggagtgattcgaagggcccaacagagaagggggatcattgacagccagattcgccag
tggcaacgctatagggaaatggcagagaagctccgtaaatggttggctgaggtgtctcat
ctgcccctgagtggtctcgggaacatcccagtaccactgcaacaagtgaggatgctcttt
gatgaagttcagttcaaagagaaggtgttcctgcgccagcaagggagctacatcctgaca
gtggaggctggcaagcagctcctgctctctgccgacagtggcgccgaggccgccctgcag
gctgagctcacagacatccaagagaagtggaaggcagccagcatgcatctggaggagcag
aagaaaaagctggcttttctgttgaaagactgggaaaaatgtgagagagggatagccaat
tctctggagaagctccgaatgttcaaaaagaggttatctcagcctctacctgaccaccat
gaggaacttcatgcagagcagatgcggtgtaaggaactggaaaacgcagttgggaggtgg
acagatgacctgacagagttgatgctggtgagggatgccctggctgtctacctcagtgct
gaggacatctccatgctgaaggaacgcgtggagcttctgcaaagacaatgggaagagctt
tgtcaccaggtctccctacgacgacagcaagtaagcgagcgcctgaatgagtgggctgtc
ttcagtgaaaagaacaaggagctgtgtgagtggctgacccagatggagagcaaagtctct
cagaacggagacattctcatcgaagagatgatagaaaaactcaagaaggattatcaagag
gaaattgctgttgcccaagagaacaaaatccagcttcaggaaatgggagaacggcttgct
aaagccagccacgagagcaaagcctctgagattcagtacaagctcagcagagtgaaggac
aggtggcagcatctcctggacctcatggcagctagggtgaagaagctaaaggagacgctg
gttgctgtgcagcagctggacaagaacatgggcagcctgaggacttggctggcccacatg
gagtcagagttggccaagcccatagtctatgattcttgtaactctgaagaaatacagagg
aaactgaatgagcagcaggagctccagagagacatcgagaaacacagcacaggtgtcgcc
tccgtcctcaacctgtgtgaggttctgctgcatgactgcgacgcctgtgccaccgacgca
gagtgtgactccatccagcaggccactcgcaacctggaccggcggtggaggaacatctgc
gccatgtccatggagaggagactcaaaattgaagagacgtggcgactgtggcagaagttt
ctggatgactattctcgctttgaagactggctggaggtttcagaaaggacggctgctttc
cccagttcttccggggtgctctatacagttgccaaggaggagctgaagaagtttgaggct
ttccagcggcaggtccatgagagcctgacccaactagagcttatcaacaaacagtaccgg
cgcctggccagagagaatcgcacagactccgcctgcagcctcaggcagatggtccatggg
ggcaaccagagatgggacgacctacagaagcgggtcacctccatcttgcgcaggctcaag
cacttcattagccagcgtgaggagttcgagactgcccgggacagcattcttgtctggctc
acagagatggatctgcagctcaccaatattgaacacttttcggaatgtgacgttcaagct
aaaataaagcaactcaaggctttccaacaggagatctcactgaaccacaataaaatcgag
cagatcattgcccagggggagcagctgatagagaagagcgagccactggatgccgctgtc
atcgaggaggaactggacgagctcagacgctactgccaggaggtctttggacgtgtggaa
agatatcacaagaaactgatccgcctgcctctgccagatgaccatgacctctcagaccga
gaactagatctcgaagactccacggctctttcagacctccgctggcaggacccgtctgca
gatggcatgccctccccacagccttcttccaacccctccctctcccttcctcagcccctc
cggagtgagcggtcagggcgagatacgccggccagcgtggactccatccccctggaatgg
gaccacgattacgacctcagtcgagacctagagtcagcatcccgaactctgccctcagaa
gatgaagaaggcgaggaagacaaggagttctacctcaggggagctgttggcttgtcaggg
gatcccagctcactggagtcacagatgaggcaactggacaaagccctggatgacagccgc
ttccagatacagcaaaccgcaaatatcctcagaagcaaaacccccacagggccagacctg
gacaccagctacaagggctacatgaagctgctgggcgagtgcagtggcagcatagattcc
gtgaggagactggagcacaagctggcggaggaagagagctttcctggcttcgttaacctc
aacagcacagagactcagacagctggtgtaattgaccgctgggagctcctgcaggcccag
gcaatgagcaaggagttgaggatgaagcagaaccttcagaagtggcagcagtttaattct
gacctcaacaacatctgggcctggctaggagagacagaggaggagctggacaggctccag
cacctggcgctcagcactgacatccacaccatcgagtctcacatcaaaaagctcaaggag
ctccagaaagccgtggaccaccgcaaagccatcatcctctccatcaacctctgcagctct
gagttcacccaggctgacagcaaagagagtcatgacctgcaggatcgcttatcccagatg
aatgggagatgggatcgagtgtgctctctgctggaggactggagaggcttgctgcaggat
gcactgatgcagtgccaggagttccatgaaatgagccatgccttgcttctcatgctagaa
aacattgacagaaggaaaaatgaaattgtcccaattgattcaacccttgacccagagaca
cttcaggaccatcacaagcaactcatgcaaataaagcaggagttgctgaagtcccaactc
agagtggcctcactacaagacatgtctcgccaactcttggtgaatgctgaaggttcagat
tgtctagaagccaaagaaaaggtccatgtgattggaaaccggctcaaacttctcctgaag
gaggtcagccatcatatcaaggatcttgagaagttactagacatgtcaagcagtcagcag
gatttgtcatcatggtcttctgcagatgagctggacacctcaggatctgtgagtcccaca
tccggaagaagtaccccaaacagacagaaatcgccacgaggcaaatgtagtctctcacag
cctggaccctctgtcagcagcccaaagagcaggtccacaagagatggctccgattcctcc
cgttctgaccccaggccagaacgggtgggtcgagccttcctgttccggatcctccgggca
gctcttccctttcagctgctcctgctgctgcttattggactcacctgccttgtacccatg
tcagagaaagactacagctgtgccctctccaacaactttgcccgatccttccatccgatg
ctcagatataccaacggtcctcctccactctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (38)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (35)   
DNA sequence (77)   
   RefSeq(nuc) (35)   
   GenBank (21)   
   EMBL (21)   
Protein domain (3)   
   Pfam (3)   
All databases (178)   

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