Matches in SemOpenAlex for { <https://semopenalex.org/work/W3124905908> ?p ?o ?g. }
- W3124905908 endingPage "159" @default.
- W3124905908 startingPage "159" @default.
- W3124905908 abstract "The prevalence of sarcopenia, frailty and fractures is increasing. Prevention options are limited, but dietary factors including vitamin E have the potential to confer some protection. This study investigated cross-sectional associations between dietary and plasma concentrations of vitamin E with indices of skeletal muscle mass (SMM) (n = 14,179 and 4283, respectively) and bone density (n = 14,694 and 4457, respectively) and longitudinal fracture risk (n = 25,223 and 7291, respectively) in European Prospective Investigation Into Cancer and Nutrition (EPIC)-Norfolk participants, aged 39–79 years at baseline. Participants completed a health and lifestyle questionnaire, a 7-day diet diary (7dDD) and had anthropometric measurements taken. Fat-free mass (as a SMM proxy) was measured using bioimpedance and bone density was measured using calcaneal broadband ultrasound attenuation (BUA) and incident fractures over 18.5 years of follow-up. Associations between indices of SMM, BUA and fracture risk were investigated by quintiles of dietary vitamin E intake or plasma concentrations. Positive trends in SMM indices and BUA were apparent across dietary quintiles for both sexes, with interquintile differences of 0.88–1.91% (p < 0.001), and protective trends for total and hip fracture risk. Circulating plasma α- and γ-tocopherol results matched the overall dietary findings. Dietary vitamin E may be important for musculoskeletal health but further investigation is required to fully understand the relationships of plasma tocopherols." @default.
- W3124905908 created "2021-02-01" @default.
- W3124905908 creator A5031787330 @default.
- W3124905908 creator A5045556916 @default.
- W3124905908 creator A5083082581 @default.
- W3124905908 creator A5084282346 @default.
- W3124905908 date "2021-01-22" @default.
- W3124905908 modified "2023-10-02" @default.
- W3124905908 title "Positive Associations of Dietary Intake and Plasma Concentrations of Vitamin E with Skeletal Muscle Mass, Heel Bone Ultrasound Attenuation and Fracture Risk in the EPIC-Norfolk Cohort" @default.
- W3124905908 cites W1580451361 @default.
- W3124905908 cites W1821467861 @default.
- W3124905908 cites W1892299904 @default.
- W3124905908 cites W1939334799 @default.
- W3124905908 cites W1951730546 @default.
- W3124905908 cites W1955736506 @default.
- W3124905908 cites W1960318635 @default.
- W3124905908 cites W1963968682 @default.
- W3124905908 cites W1968913466 @default.
- W3124905908 cites W1973480039 @default.
- W3124905908 cites W1973530320 @default.
- W3124905908 cites W1979366496 @default.
- W3124905908 cites W1980400496 @default.
- W3124905908 cites W1992366496 @default.
- W3124905908 cites W2001255173 @default.
- W3124905908 cites W2008176167 @default.
- W3124905908 cites W2023139068 @default.
- W3124905908 cites W2024595431 @default.
- W3124905908 cites W2025347366 @default.
- W3124905908 cites W2030140331 @default.
- W3124905908 cites W2039214701 @default.
- W3124905908 cites W2040430718 @default.
- W3124905908 cites W2042178933 @default.
- W3124905908 cites W2043959081 @default.
- W3124905908 cites W2045280347 @default.
- W3124905908 cites W2050156784 @default.
- W3124905908 cites W2065274983 @default.
- W3124905908 cites W2065541379 @default.
- W3124905908 cites W2074391635 @default.
- W3124905908 cites W2075301262 @default.
- W3124905908 cites W2078862308 @default.
- W3124905908 cites W2090065369 @default.
- W3124905908 cites W2096856754 @default.
- W3124905908 cites W2097481089 @default.
- W3124905908 cites W2098713111 @default.
- W3124905908 cites W2101338610 @default.
- W3124905908 cites W2103328707 @default.
- W3124905908 cites W2104296550 @default.
- W3124905908 cites W2113098478 @default.
- W3124905908 cites W2113976321 @default.
- W3124905908 cites W2115214244 @default.
- W3124905908 cites W2115438773 @default.
- W3124905908 cites W2117854777 @default.
- W3124905908 cites W2121040410 @default.
- W3124905908 cites W2128829364 @default.
- W3124905908 cites W2129312503 @default.
- W3124905908 cites W2132852711 @default.
- W3124905908 cites W2139035612 @default.
- W3124905908 cites W2139160844 @default.
- W3124905908 cites W2140840782 @default.
- W3124905908 cites W2148366507 @default.
- W3124905908 cites W2148540502 @default.
- W3124905908 cites W2149700378 @default.
- W3124905908 cites W2152309992 @default.
- W3124905908 cites W2156791190 @default.
- W3124905908 cites W2157511458 @default.
- W3124905908 cites W2161118444 @default.
- W3124905908 cites W2163674273 @default.
- W3124905908 cites W2169887567 @default.
- W3124905908 cites W2337136485 @default.
- W3124905908 cites W2345529011 @default.
- W3124905908 cites W2346290399 @default.
- W3124905908 cites W2417423427 @default.
- W3124905908 cites W2424878628 @default.
- W3124905908 cites W2553081722 @default.
- W3124905908 cites W2566070385 @default.
- W3124905908 cites W2607119169 @default.
- W3124905908 cites W2664411866 @default.
- W3124905908 cites W2740695644 @default.
- W3124905908 cites W2756637506 @default.
- W3124905908 cites W2780986835 @default.
- W3124905908 cites W2785734006 @default.
- W3124905908 cites W2875160728 @default.
- W3124905908 cites W2897513125 @default.
- W3124905908 cites W2934955018 @default.
- W3124905908 cites W2948027033 @default.
- W3124905908 cites W2980676964 @default.
- W3124905908 cites W2992642459 @default.
- W3124905908 cites W43161334 @default.
- W3124905908 cites W84894356 @default.
- W3124905908 doi "https://doi.org/10.3390/antiox10020159" @default.
- W3124905908 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7911901" @default.
- W3124905908 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33499166" @default.
- W3124905908 hasPublicationYear "2021" @default.
- W3124905908 type Work @default.
- W3124905908 sameAs 3124905908 @default.
- W3124905908 citedByCount "10" @default.
- W3124905908 countsByYear W31249059082021 @default.
- W3124905908 countsByYear W31249059082022 @default.