0000000000419909

AUTHOR

Caren E. Smith

showing 5 related works from this author

Apolipoprotein A2 Polymorphism Interacts with Intakes of Dairy Foods to Influence Body Weight in 2 U.S. Populations

2013

The interaction between a functional apolipoprotein A2 gene (APOA2) variant and saturated fatty acids (SFAs) for the outcome of body mass index (BMI) is among the most widely replicated gene-nutrient interactions. Whether this interaction can be extrapolated to food-based sources of SFAs, specifically dairy foods, is unexplored. Cross-sectional analyses were performed in 2 U.S. population–based samples. We evaluated interactions between dairy foods and APOA2 −265T > C (rs5082) for BMI in the Boston Puerto Rican Health Study (n = 955) and tested for replication in the Genetics of Lipid Lowering Drugs and Diet Network (GOLDN) study (n = 1116). Dairy products were evaluated as total dairy, hig…

MaleApolipoprotein A-IIPopulationMedicine (miscellaneous)BiologyBody Mass IndexFood groupmedicineHumansProspective StudiesFood scienceProspective cohort studyeducationAgededucation.field_of_studyNutrition and DieteticsBody WeightDietary managementBiochemical Molecular and Genetic MechanismsMiddle Agedmedicine.diseaseObesityUnited StatesApolipoprotein A2FemaleDairy ProductsBody mass indexApolipoprotein A-IIThe Journal of Nutrition
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Associations of the MCM6-rs3754686 proxy for milk intake in Mediterranean and American populations with cardiovascular biomarkers, disease and mortal…

2016

Controversy persists on the association between dairy products, especially milk, and cardiovascular diseases (CVD). Genetic proxies may improve dairy intake estimations, and clarify diet-disease relationships through Mendelian randomization. We meta-analytically (n T (nonpersistence>persistence), dairy intake, and CVD biomarkers in American (Hispanics, African-American and Whites) and Mediterranean populations. Moreover, we analyzed longitudinal associations with milk, CVD and mortality in PREDIMED), a randomized Mediterranean diet (MedDiet) intervention trial (n = 7185). The MCM6-rs3754686/MCM6-rs309180 (as proxy), LP-allele (T) was strongly associated with higher milk intake, but inconsis…

MalealelosMediterranean dietMETABOLIC RISK-FACTORShumanosSINGLE-NUCLEOTIDE POLYMORPHISMComponente 6 del complejo de mantenimiento de minicromosomasDisease030204 cardiovascular system & hematologyMediterraneanAssociationsDiet MediterraneanMediterranean populationMCM6-rs37546860302 clinical medicineMedicineDisease030212 general & internal medicinemediana edadDAIRY CONSUMPTION2. Zero hungerancianoeducation.field_of_studyBioquímica y tecnologíaMultidisciplinarydietaMediterranean RegionHàbits alimentarisMendelian Randomization AnalysisMiddle AgedLlet3. Good healthBiochemistry and technologyBODY-WEIGHTCardiovascular diseasesMilkAmerican populationCardiovascular DiseasesMeta-analysisMarcadors bioquímicsFOOD-FREQUENCY QUESTIONNAIREFemaleLlet -- Aspectes nutricionalsGenetic MarkersFood habitsPopulationenfermedades cardiovascularesUNITED-STATESSistema cardiovascular malaltiesBioquímica i biotecnologiaArticleDIETleche03 medical and health sciencesSex Factors:Ciencias de la Salud::Medicina preventiva [Materias Investigacion]Sistema cardiovascular -- Malalties -- Aspectes genèticsEnvironmental healthMendelian randomizationMortalitatSNPAnimalsHumansPUERTO-RICANMortalityeducationMilk intakeLACTASE-PERSISTENCE PHENOTYPEAllelescardiovascular biomarkersAgedbusiness.industryMalalties cardiovascularsCardiovascular biomarkersmarcadores genéticosMendelian Randomization AnalysisMinichromosome Maintenance Complex Component 6United StatesDietBiotechnologyCardiovascular diseases (CVD)Lactase persistence2045-2322animalesanálisis de la aleatorización mendelianaDOSE-RESPONSE METAANALYSIS:Ciencias de la Salud::Endocrinología [Materias Investigacion]business
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EPIGENOMICS AND METABOLOMICS MECHANISMS FOR A GENE X DIET INTERACTION MODULATING AGE-RELATED OBESITY

2018

A functional variant in the apolipoprotein AII (APOA2) gene (rs5082) predisposes homozygous carriers to age-related obesity when habitual saturated fat (SFA) intake is high. We used epigenomics, transcription and metabolomics analyses to identify currently unknown mechanisms underlying this well-replicated gene x diet interaction. We conducted an epigenome-wide scan to compare genetically at-risk to low-risk individuals with low (<22 g/d) or high (≥22 g/d) SFA intake in the Boston Puerto Rican Health Study and validated the findings in the GOLDN Study and the Framingham Heart Study. In these three populations, we identified genotype-dependent differential methylation, only with high SFA int…

AbstractsHealth (social science)MetabolomicsAge relatedmedicineComputational biologyBiologyLife-span and Life-course Studiesmedicine.diseaseHealth Professions (miscellaneous)GeneObesityEpigenomicsInnovation in Aging
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Epigenomics and metabolomics reveal the mechanism of the APOA2-saturated fat intake interaction affecting obesity

2018

BACKGROUND: The putative functional variant −265T>C (rs5082) within the APOA2 promoter has shown consistent interactions with saturated fatty acid (SFA) intake to influence the risk of obesity. OBJECTIVE: The aim of this study was to implement an integrative approach to characterize the molecular basis of this interaction. DESIGN: We conducted an epigenome-wide scan on 80 participants carrying either the rs5082 CC or TT genotypes and consuming either a low-SFA (C genotype, promoting an APOA2 expression difference between APOA2 genotypes on a high-SFA diet, and modulating BCAA and tryptophan metabolic pathways. These findings identify potential mechanisms by which this highly reproducible ge…

EpigenomicsMale0301 basic medicineGenotypeMedicine (miscellaneous)030204 cardiovascular system & hematologyBiologyBioinformatics03 medical and health sciences0302 clinical medicineFramingham Heart StudyMetabolomicsGenotypemedicineHumansMetabolomicsDrug InteractionsObesityEpigeneticsAgedEpigenomicsNutrition and DieteticsApolipoprotein A-Ifood and beveragesGenetic VariationEpigenomeDNA MethylationMiddle AgedLipid Metabolismmedicine.diseaseDietary FatsObesityOriginal Research Communications030104 developmental biologyGene Expression RegulationSaturated fatty acidCpG IslandsFemaleApolipoprotein A-IIThe American Journal of Clinical Nutrition
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Perilipin polymorphism interacts with saturated fat and carbohydrates to modulate insulin resistance

2010

Macronutrient intakes and genetic variants have been shown to interact to alter the risk of insulin resistance, but replication of gene-nutrient interactions across independent populations may be difficult to achieve. Saturated fat and carbohydrate were previously shown to interact with genotype for insulin resistance for a variant of perilipin (PLIN), the major adipocyte-associated protein and a regulator of adipocyte metabolism. We investigated the same interaction for PLIN 11482G>A (rs894160) on insulin resistance in US men(n=462) and women(n=508) (mean ±SD, 49±16 years). In multivariate linear regression models, we found a significant (PA for HOMA-IR (homeostasis model assessment of ins…

AdultMaleHeterozygotePerilipin-1medicine.medical_specialtyAdolescentMinnesotaEndocrinology Diabetes and MetabolismSaturated fatmedicine.medical_treatmentMedicine (miscellaneous)BiologyPolymorphism Single NucleotideWhite PeopleArticleYoung Adultchemistry.chemical_compoundNutrigenomicsInsulin resistanceUtahAdipocyteInternal medicineDietary CarbohydratesmedicineHumansInsulinGenetic Association StudiesAgedAged 80 and overSex CharacteristicsNutrition and DieteticsInsulinMetabolismMiddle AgedCarbohydratePhosphoproteinsmedicine.diseaseDietary FatsEndocrinologychemistryPerilipinFemaleInsulin ResistanceCarrier ProteinsCardiology and Cardiovascular MedicineHomeostasisNutrition, Metabolism and Cardiovascular Diseases
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