KEGG   Homo sapiens (human): 90523
Entry
90523             CDS       T01001                                 
Symbol
MLIP, C6orf142, CIP, MMCKR
Name
(RefSeq) muscular LMNA interacting protein
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: MLIP
Other DBs
NCBI-GeneID: 90523
NCBI-ProteinID: NP_001268676
OMIM: 614106
HGNC: 21355
Ensembl: ENSG00000146147
UniProt: Q5VWP3
Position
6:54018970..54266280
AA seq 993 aa
MLSEQGLLSDCGNNYFQMTSCILSGSIQTTPQVSAGGSEAKPLIFTFVPTVRRLPTHTQL
ADTSKFLVKIPEESSDKSPETVNRSKSNDYLTLNAGSQQERDQAKLTCPSEVSGTILQER
EFEANKLQGMQQSDLFKAEYVLIVDSEGEDEAASRKVEQGPPGGIGTAAVRPKSLAISSS
LVSDVVRPKTQGTDLKTSSHPEMLHGMAPQQKHGQLTSSPTTSEQLACKPPAFSFVSPTN
PNTPPDPVNLEGASVLEEFHTRRLDVGGAVVEESATYFQTTAHSTPFSASKGTSSTLLFP
HSTQLSGSNLPSSTAADPKPGLTSEVLKKTTLTSHVLSHGESPRTSSSPPSSSASLKSNS
ASYIPVRIVTHSLSPSPKPFTSSFHGSSSTICSQMSSSGNLSKSGVKSPVPSRLALLTAI
LKSNPSHQRPFSPASCPTFSLNSPASSTLTLDQKEKQTPPTPKKSLSSCSLRAGSPDQGE
LQVSELTQQSFHLPVFTKSTPLSQAPSLSPTKQASSSLASMNVERTPSPTLKSNTMLSLL
QTSTSSSVGLPPVPPSSSLSSLKSKQDGDLRGPENPRNIHTYPSTLASSALSSLSPPINQ
RATFSSSEKCFHPSPALSSLINRSKRASSQLSGQELNPSALPSLPVSSADFASLPNLRSS
SLPHANLPTLVPQLSPSALHPHCGSGTLPSRLGKSESTTPNHRSPVSTPSLPISLTRTEE
LISPCALSMSTGPENKKSKQYKTKSSYKAFAAIPTNTLLLEQKALDEPAKTESVSKDNTL
EPPVELYFPAQLRQQTEELCATIDKVLQDSLSMHSSDSPSRSPKTLLGSDTVKTPTTLPR
AAGRETKYANLSSPSSTVSESQLTKPGVIRPVPVKSRILLKKEEEVYEPNPFSKYLEDNS
DLFSEQDVTVPPKPVSLHPLYQTKLYPPAKSLLHPQTLSHADCLAPGPFSHLSFSLSDEQ
ENSHTLLSHNACNKLSHPMVAIPEHEALDSKEQ
NT seq 2982 nt   +upstreamnt  +downstreamnt
atgctttcagaacaggggcttctgagtgactgcgggaacaattacttccaaatgacctcg
tgcatcttatcagggagcattcagaccacaccccaggtctctgctggtggttctgaagcc
aaacctctgatcttcacatttgtccccactgtcagaagactaccaacccatactcagttg
gctgacacctctaaattccttgttaaaattccagaagaatcaagtgataagagtccagaa
actgtaaataggtctaaatccaatgactacttgaccttgaatgctgggagccaacaagag
agagaccaagcgaaattgacttgtccttcagaggtcagtggaacgattttacaagaaagg
gaattcgaagcaaacaaacttcaagggatgcagcaaagtgacctcttcaaagctgaatat
gtccttattgtggactccgaaggggaagatgaggctgcaagcagaaaagttgaacaaggc
cccccaggggggattggcaccgcagctgtccggcccaagtctctagctatctcgtccagt
ctggtctctgatgtagtgcgtcccaaaacacaggggactgatctcaagacctcatcacat
cctgaaatgcttcatgggatggcccctcagcaaaagcatgggcagttaacttcttctccc
actacctctgagcagcttgcctgtaaaccacctgctttctcctttgtttctccaactaat
ccgaacacaccacccgacccagttaacctcgagggagcctctgtcctagaggagttccac
actaggaggctggatgtcggtggggccgtggtggaagaatcagctacgtattttcaaact
accgctcactctacacccttttctgcatcgaagggcacctcctcgacgttactgtttccc
cattccactcaactatcaggttctaatttacccagttcaactgcagcagatccaaagcct
ggactgacctctgaagttctcaagaagacaactttaacctcgcatgtccttagtcacgga
gaaagtccgagaacctcttcttctccaccgtcctccagtgcttctctgaagtcgaattcg
gcctcgtacataccagtccgcattgtcacgcattcactctctccgagccccaaaccattt
acctcctctttccacggctcttcttccaccatctgcagccaaatgtcatctagtggaaat
ctttcaaagtcaggggtaaaatccccggtgccttcccggcttgcccttctcactgccatt
ctcaagtcaaacccttcccaccaaagacccttttcccctgcatcctgtcccaccttctct
ctcaactccccggcctcttccacgctcacacttgaccaaaaagaaaagcagaccccaccc
acgcctaaaaaatctctctcaagttgttccctgagagccgggtcaccagatcaaggggaa
ctccaggtttctgaattgacccagcaatcttttcacctgcctgttttcaccaagtctact
ccgctttctcaggcgccctccctctctcctacaaaacaggctagtagcagccttgcttcc
atgaatgtagagagaacaccatcacctactttgaagagcaataccatgctctccctgcta
caaaccagtacatccagttctgtgggtcttcctcctgttccaccaagctcttctctttcc
tctttgaagagtaaacaggatggtgacctcaggggtccagaaaaccccagaaacattcac
acgtacccttctacattagcctcctctgcattatcttctctatctcctcctattaatcaa
agagctacgttctcttcttcagagaaatgtttccatccttccccagctctttcaagcctg
ataaacagatctaaaagagcatcatcccaactatctggccaggagctgaatccttcagct
cttccttcactccctgtctccagtgctgactttgcctctcttcccaacttgaggtcctcc
tctctccctcatgccaatctgcccaccctggtgccccagctcagtccctcagctctgcac
ccacattgcggcagtggtaccttgccttcaagacttgggaaatctgaaagcaccaccccc
aaccacaggtcacctgtttcaaccccatcacttcccatatctctaacaaggacagaggag
ctgatttcaccttgtgcattgtccatgtcaacaggcccagaaaataagaaatcaaagcaa
tacaagaccaagtcaagctacaaggcttttgcagcaatccctacaaacacattgcttttg
gaacagaaggcactagatgaaccagccaagactgaaagtgtctccaaggacaacacatta
gaaccaccagtggagctctattttcctgcacagctcaggcagcaaactgaagagctctgt
gctaccattgataaggtcttacaggattccttgtctatgcattcttctgattctccttca
aggtccccaaagacattgttgggttctgacacagtcaaaactcctacaactcttccaaga
gcagctggtcgagaaaccaaatatgcaaatctctcctcaccatcttctacagtatctgag
agtcagctgactaagcctggagtaattcgcccagtacctgtaaaatccagaatattactg
aaaaaagaggaggaagtctatgaacccaaccctttcagtaaatacttggaagataacagc
gacctcttttctgaacaggatgtaacagtccctcccaagcctgtctcgctccatccttta
tatcagactaaactctatcctcctgctaagtcactgctgcatccacagaccctctcacat
gctgactgtcttgccccaggacccttcagtcatctgtccttctccttgagtgatgaacag
gagaattctcacaccctcctcagtcacaacgcatgcaacaagctgagtcatccaatggtg
gctattcctgaacatgaagctcttgattccaaagagcaatga

  All links  
Disease (2)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (39)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (37)   
DNA sequence (73)   
   RefSeq(nuc) (37)   
   GenBank (18)   
   EMBL (18)   
Protein domain (1)   
   Pfam (1)   
All databases (131)   

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