Transcript #00011039 (NM_000527.4, LDLR gene)

Transcript name transcript variant 1
Gene name LDLR (low density lipoprotein receptor)
Chromosome 19
Transcript - NCBI ID NM_000527.4
Transcript - Ensembl ID -
Protein - NCBI ID NP_000518.1
Protein - Ensembl ID -
Protein - Uniprot ID -
Exon/intron information Exon/intron information table: HTML, Txt
Remarks -
Date created 0000-00-00 00:00:00 +00:19 (LMT)
Date last edited N/A


Variants

4179 entries on 42 pages. Showing entries 1 - 100.
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Affects function     

Exon     

AscendingDNA change (cDNA)     

RNA change     

Protein     

P-domain     

Enzyme activity     

Predict-BioInf     
+/+ _1_2i c.-1823_190+566del r.(?) p.0? Promoter - exon 2 - -
+/. _1_1i c.-1818_67+1091delinsTTC r.0? p.0? - - -
?/. - c.-342C>A r.(?) p.(=) - - -
-?/. - c.-309C>A r.(?) p.(=) - - -
?/. - c.-283G>C r.(?) p.(=) - - -
-?/. - c.-268G>T r.(?) p.(=) - - -
-?/-? _1 c.-268G>T r.(=) p.? FP2 cis acting regulatory element Transient transfection in HepG2 cells demonstrated conservation: 7/8 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
-?/-? _1 c.-268G>T r.(=) p.? FP2 cis acting regulatory element limited effect on LDLR activity conservation: 7/8 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? _1 c.-221_-220insA r.(=) p.? FP1 cis acting regulatory element - -
-?/. - c.-217C>T r.(?) p.(=) - - -
-?/-? _1 c.-217C>T r.(=) p.? FP1 cis acting regulatory element 160% luciferase activity compared to wt {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
-?/? _1 c.-217C>T r.(=) p.? FP1 cis acting regulatory element 160% luciferase activity compared to wt {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
-?/? _1 c.-215A>G r.(=) p.? FP1 cis acting regulatory element 100% luciferase activity compared to wt {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 11/12 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
-?/-? _1 c.-208A>T r.(=) p.? SREBP1/FP1 100% of wt trascriptional activity (luciferase assay). conservation: 12/12 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? _1 c.-206C>T r.(=) p.? SREBP1/FP1 not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? _1 c.-193_-186delinsTG r.(=) p.? SREBP1 binding site not tested -
?/? _1 c.-188C>T r.(=) p.? SREBP1 binding site not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/. - c.-187C>T r.(?) p.(=) - - -
+?/. - c.-187_-185del r.(?) p.(=) - - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? promotor & exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promoter - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 <2% LDLR activity when Htz with unknown FH allele -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 <2% LDLR activity in Hmz -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+/+ _1_1i c.(?_-187)_(67+1_68-1)del r.(?) p.0? Promotor - exon 1 - -
+?/+? _1_1i c.(?_-187)_(67+1_68-1)dup r.(?) p.0? Promotor - exon 1 - -
+/+ _1_2i c.(?_-187)_(190+1_191-1)del r.(?) p.0? Promotor - exon 2 - -
+/+ _1_2i c.(?_-187)_(190+1_191-1)del r.(?) p.0? Promotor - exon 2 - -
+/+ _1_2i c.(?_-187)_(190+1_191-1)del r.(?) p.0? Promotor - exon 2 - -
+/+ _1_2i c.(?_-187)_(190+1_191-1)del r.(?) p.0? Promotor - exon 2 45% LDLR activity in Htz fibroblasts -
+/+ _1_2i c.[(?_-187)_(190+1_191-1)del;(1060+1_1061-1)_(1845+1_1846-1)del] r.(?) p.0? Promoter - exon 2 & exons 8-12 - -
+/+ _1_2i c.[(?_-187)_(190+1_191-1)del;(1060+1_1061-1)_(1845+1_1846-1)del] r.(?) p.0? Promoter - exon 2 & exons 8-12 - -
+/+ _1_6i c.(?_-187)_(940+1_941-1)del r.(?) p.0? Promoter - exon 6 - -
+/+ _1_6i c.(?_-187)_(940+1_941-1)del r.(?) p.0? Promoter - exon 6 - -
+/+ _1_6i c.(?_-187)_(940+1_941-1)del r.(?) p.0? Promoter - exon 6 40-50% LDLR activity in Htz -
+/+ _1_7i c.(?_-187)_(1060+1_1061-1)del r.(?) p.0? Promoter - exon 7 - -
+/+ _1_8i c.(?_-187)_(1186+1_1187-1)del r.(?) p.0? Promoter - exon 8 - -
+/+ _1_12i c.(?_-187)_(1845+1_1846-1)del r.(?) p.0? Promoter - exon 12 - -
+/+ _1_14i c.(?_-187)_(2140+1_2141-1)del r.(?) p.0? Promoter - exon 14 - -
+/+ _1_15i c.(?_-187)_(2311+1_2312-1)del r.(?) p.0? Promoter - exon 15 - -
+/+ _1_18_ c.(?_-187)_(*2584_?)del r.(?) p.0? whole gene - -
+/+ _1_18_ c.(?_-187)_(*2584_?)del r.(?) p.0? whole gene - -
+?/+? 1 c.-185_-183del r.(=) p.(=) SREBP1 binding site 5-15% LDLR activity when Htz with FH Pedi-1 (c.172delG, p.(Glu58Serfs*148)). 10% of wt luciferase activity -
+?/+? 1 c.-156C>T r.(=) p.(=) SREBP2 binding site Not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/. - c.-156C>T r.(?) p.(=) - - -
+?/+? 1 c.-155_-154delinsTTCTGCAAACTCCT r.(=) p.(=) SREBP2 binding site 11% of wt trascriptional activity (luciferase assay) -
?/? 1 c.-153C>T r.(=) p.(=) SREBP2 binding site Not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+/. - c.-152C>T r.(?) p.(=) - - -
+?/+? 1 c.-152C>T r.(=) p.(=) SREBP2 binding site 40% of wt transcription using luciferase assay conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-152C>T r.(=) p.(=) SREBP2 binding site 40% of wt transcription using luciferase assay conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-152C>T r.(=) p.(=) SREBP2 binding site 40% of wt transcription using luciferase assay conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/. - c.-150A>G r.(?) p.(=) - - -
?/? 1 c.-149C>A r.(=) p.(=) SREBP2 binding site not tested -
?/? 1 c.-146C>A r.(=) p.(=) SREBP2 binding site Not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/. - c.-143A>C r.(?) p.(=) - - -
+/. - c.-142C>G r.(?) p.(=) - - -
?/? 1 c.-142C>T r.(=) p.(=) SP1 binding site 20% of wt transcription using luciferase assay & blocks ability to bind Sp1 (gel retardation assays). conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? 1 c.-142C>T r.(=) p.(=) SP1 binding site 20% of wt transcription using luciferase assay & blocks ability to bind Sp1 (gel retardation assays). conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-140C>G r.(=) p.(=) SP1 binding site 7% transcriptional activity (luciferase assay). 25% reduction nuclear protein binding (EMSA assay){PMID21538688: De Castro-Oros 2011} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-140C>G r.(=) p.(=) SP1 binding site 7% of wt trascriptional activity (luciferase assay). 25% reduction of nuclear protein binding (EMSA assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-140C>T r.(=) p.(=) SP1 binding site 6% of wt trascriptional activity (luciferase assay). 25% reduction of nuclear protein binding in (EMSA assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? 1 c.-139C>A r.(=) p.(=) SP1 binding site Not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+/. - c.-139C>G r.(?) p.(=) - - -
+?/+? 1 c.-139C>G r.(=) p.(=) SP1 binding site 26% of wt using luciferase assay conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+/. - c.-138del r.(?) p.(=) - - -
+?/+? 1 c.-138del r.(=) p.(=) SP1 binding site 24% LDLR activity in Htz lymphocytes. Reduced level of expression conservation: 12/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-138T>C r.(=) p.(=) SP1 binding site Luciferase assay 43% of normal in the presence & 25% in the absence of sterols in the medium. conservation: 12/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+/. - c.-137C>T r.(?) p.(=) - - -
?/? 1 c.-137C>T r.(=) p.(=) SP1 binding site 5-15% LDLR activity when Htz with c.1222G>A, p.(Glu408Lys), FH Algeria-1, FH Osaka conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? 1 c.-137C>T r.(=) p.(=) SP1 binding site Not tested conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-136C>G r.(=) p.(=) SP1 binding site 22% of wt trascriptional activity (luciferase assay). 30% reduction of nuclear protein binding in (EMSA assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+/. - c.-136C>T r.(?) p.(=) - - -
+?/+? 1 c.-136C>T r.(=) p.(=) SP1 binding site 50% reduction of binding, internalization & degradation of labeled LDL in Htz fibroblasts compared with wt. Reduced mRNA levels; SP1 binding inhibited conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-136C>T r.(=) p.(=) SP1 binding site - conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-136C>T r.(=) p.(=) SP1 binding site - conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-136C>T r.(=) p.(=) SP1 binding site - conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-136C>T r.(=) p.(=) SP1 binding site Transcription level of variant reduced to <5% of wt conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/. _1 c.-135C>A r.(=) p.(?) - - MutationTaster: Disease causing
+/. - c.-135C>G r.(?) p.(=) - - -
+?/+? 1 c.-135C>G r.(=) p.(=) SP1 binding site 5-15% LDLR activity in Hmz. 11% trascriptional activity (luciferase assay){PMID21538688: De Castro-Oros 2011} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-135C>G r.(=) p.(=) SP1 binding site 11% of wt trascriptional activity (luciferase assay){PMID21538688: De Castro-Oros et al, Hum Mutat. 2011 Aug;32(8):868-72} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+ 1 c.-135C>G r.(=) p.(0) SP1 binding site 11% of wt trascriptional activity (luciferase assay){PMID21538688: De Castro-Oros et al, Hum Mutat. 2011 Aug;32(8):868-72} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/? 1 c.-135C>G r.(=) p.(=) SP1 binding site 11% of wt trascriptional activity (luciferase assay){PMID21538688: De Castro-Oros et al, Hum Mutat. 2011 Aug;32(8):868-72} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/. 1 c.-134C>A r.(=) p.(=) - - -
?/. - c.-122C>T r.(?) p.(=) - - -
+?/+? 1 c.-121T>C r.(=) p.(=) TATA box/SP1 binding site 72% of WT promoter activity (luciferase assay) {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-121T>C r.(=) p.(=) TATA box/SP1 binding site 72% of WT promoter activity (luciferase assay) {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/. - c.-120C>T r.(?) p.(=) - - -
+?/+? 1 c.-120C>T r.(=) p.(=) TATA box/SP1 binding site 3% of WT promoter activity (luciferase assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-120C>T r.(=) p.(=) TATA box/SP1 binding site 3% of WT promoter activity (luciferase assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-120C>T r.(=) p.(=) TATA box/SP1 binding site 3% of WT promoter activity (luciferase assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
+?/+? 1 c.-120C>T r.(=) p.(=) TATA box/SP1 binding site 3% of WT promoter activity (luciferase assay) conservation: 13/13 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/+? 1 c.-101T>C r.(=) p.(=) TATA box 64% of WT promoter activity (luciferase assay) {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795} conservation: 12/12 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/. - c.-98C>T r.(?) p.(=) - - -
-?/-? 1 c.-88G>A r.(=) p.(=) 5'UTR Normal levels of transcription (luciferase assay in HEPG2 cells) conservation: 12/12 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
?/? 1 c.-68A>C r.(=) p.(=) 5'UTR not tested conservation: 5/11 conservation {PMID25248394:Khamis et al European Journal of Human Genetics (2015) 23, 790–795}
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