Heart & Inflammation
How your genes influence cardiovascular risk, inflammatory signaling, and vascular aging
This category covers genetic variants affecting coronary artery disease risk (9p21 locus, LPA, PCSK9), lipid metabolism (CETP, APOB, PON1, LIPC, APOA5), vascular function (NOS3, AGTR1), coagulation (F2, ABO), inflammatory cytokine production (CRP, IL-1beta, TNF, IL-6, IL-10), and adipokine signaling (ADIPOQ). These pathways interact to shape cardiovascular health, inflammatory load, and recovery capacity.
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Genetic Variants (32)
rs10455872
(LPA)Intronic variant strongly associated with elevated lipoprotein(a) levels and significantly increased risk of coronary artery disease and aortic valve stenosis
rs11591147
(PCSK9 R46L)Loss-of-function variant that naturally lowers LDL cholesterol by 15-28% and reduces coronary disease risk by up to 47%
rs708272
(CETP TaqIB)Influences HDL cholesterol levels and particle size through effects on cholesterol ester transfer protein activity
rs693
(APOB XbaI (C/T))Silent variant affecting LDL particle number and lipid metabolism; T allele carriers have higher ApoB, LDL-C, and total cholesterol levels
rs5186
(AGTR1 A1166C)3' UTR variant in angiotensin II type 1 receptor affecting blood pressure regulation and ARB drug response
rs662
(PON1 Q192R)Affects paraoxonase-1 enzyme activity for detoxifying organophosphates and protecting LDL from oxidation
rs1205
(CRP +1846C>T)3' UTR variant that modulates baseline C-reactive protein levels and inflammatory status
rs16944
(IL1B -511C>T)Promoter variant affecting IL-1 beta production, influencing inflammatory response and cardiovascular disease risk
rs6511720
(LDLR Intron 1)Common regulatory variant in the LDL receptor gene affecting LDLR expression, baseline LDL cholesterol levels, and statin response
rs12740374
(SORT1 1p13.3 locus)Regulatory variant that increases sortilin expression, lowering LDL cholesterol and cardiovascular risk
rs5128
(APOC3 3238C>G (SstI))Regulates triglyceride metabolism through effects on APOC3 expression in the 3'UTR
rs1800947
(CRP +1059G>C)Synonymous exon 2 variant that influences baseline C-reactive protein expression and inflammatory phenotypes
rs4073
(IL8 -251A>T)Promoter variant affecting interleukin-8 transcription and inflammatory burden
rs1800872
(IL10 -592 C>A)Promoter variant affecting IL-10 production — a key anti-inflammatory cytokine regulating inflammation and cardiovascular risk
rs1799963
(F2 G20210A)Second most common inherited thrombophilia; the A allele raises prothrombin levels by 30%, increasing venous thromboembolism risk 2-5 fold and is highly actionable for women considering oral contraceptives
rs1800588
(LIPC -514C>T)Promoter variant that reduces hepatic lipase activity, raising HDL-C levels but shifting to larger, less protective HDL particles with a genotype-specific dietary fat response
rs662799
(APOA5 -1131T>C)Promoter variant that reduces APOA5 expression, impairing lipoprotein lipase activity and raising triglycerides by 15–36%; major determinant of hypertriglyceridemia and dietary fat response
rs1501299
(ADIPOQ +276G>T)Intronic variant in the adiponectin gene that influences circulating adiponectin levels, insulin sensitivity, and metabolic response to diet; the T allele is associated with lower adiponectin and higher insulin resistance
rs505922
(ABO ABO blood group tag SNP)Tag SNP for the ABO blood group locus; T allele marks blood type O (lower clotting proteins), C allele marks non-O types (A, B, AB) with elevated VTE and cardiovascular risk
rs2241766
(ADIPOQ T45G)Synonymous exon 2 variant in the adiponectin gene that affects mRNA stability and adiponectin secretion; the G allele is associated with lower circulating adiponectin, higher metabolic syndrome risk, and altered fat distribution
rs11590235
(SKI)TGF-beta signaling regulator variant identified as the top shared locus between migraine and type 2 diabetes
rs6905288
(VEGFA)Adipose tissue vascularization variant near VEGFA influencing fat distribution, insulin resistance, and waist-to-hip ratio with strong female-specific effects
rs4977574
(CDKN2B-AS1 9p21.3)Independent 9p21.3 CAD risk signal in ANRIL; G allele elevates coronary artery disease risk ~30% per allele and is specifically amplified by sugar-sweetened beverage intake while vegetable intake attenuates risk
rs17465637
(MIA3)Intronic variant in MIA3/TANGO1 affecting collagen secretion and vascular smooth muscle cell behavior, with well-replicated association with coronary artery disease risk
rs3184504
(SH2B3 R262W)Pleiotropic missense variant reducing SH2B3 inhibitory function, increasing blood pressure, CAD risk, platelet count, and susceptibility to autoimmune diseases
rs11556924
(ZC3HC1 R363H)Missense variant in ZC3HC1/NIPA altering cell cycle regulation; the T (His363) allele is protective against coronary artery disease (OR 0.90, p=2.4×10⁻¹⁷)
rs2681472
(ATP2B1)Intronic regulatory variant near the PMCA1 calcium pump gene, one of the most replicated blood pressure GWAS hits; the common A allele reduces calcium efflux efficiency in vascular cells, raising blood pressure ~1 mmHg per allele
rs1799998
(CYP11B2 -344C>T)Promoter variant in aldosterone synthase increasing CYP11B2 transcription, associated with elevated aldosterone, higher blood pressure, and sodium-sensitive left ventricular hypertrophy
rs5068
(NPPA)3'UTR variant that disrupts miR-425 binding, increasing atrial natriuretic peptide levels and conferring cardioprotection against hypertension and metabolic syndrome
rs17514846
(FURIN)Intronic regulatory variant modulating FURIN expression via allele-specific DNA methylation, associated with coronary artery disease risk and blood pressure through macrophage and endothelial cell mechanisms
rs3798220
(LPA Ile4399Met (I4399M))Missense variant in the protease-like domain of apolipoprotein(a) causing markedly elevated Lp(a) levels and substantially increased risk of coronary artery disease, peripheral vascular disease, and aortic valve stenosis; carriers show differential benefit from aspirin therapy
rs9818870
(MRAS)3' UTR variant near miRNA binding sites in MRAS, associated with ~15% increased coronary artery disease risk through altered vascular smooth muscle cell signaling