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• W3128889290 abstract "Abstract Background Sleep duration and vegetable consumption are associated with mortality at old age (termed as sleep-mortality linkage and vegetable-mortality linkage, respectively). Yet, little is known about the interplay of sleep duration and vegetable consumption on mortality. Methods A dataset of nationwide longitudinal survey with 13,441 participants aged 65 years or older recruited in 2008 and followed up till 2014 was used. Sleep duration was classified into five groups (≤5, 6, 7–8, 9, and ≥ 10 h/day). Vegetable consumption was classified as either high frequency (eating vegetables almost daily) or low frequency. We used parametric Weibull hazard regression models to estimate associations of sleep duration and frequency of vegetable consumption with mortality, adjusting for demographics, socioeconomic factors, family/social support, health practice, and health conditions. Results Over the six-year study period, when only demographics were present, participants sleeping ≤5, 6, 9, and ≥ 10 h/day had relative hazard (RH) of mortality 1.18 ( p < 0.001), 1.14( p < 0.01), 1.06 ( p > 0.1), and 1.30 ( p < 0.001), respectively, compared to those sleeping 7–8 h/day. The HRs were attenuated to 1.08 ( p < 0.05), 1.08 ( p < 0.05), 1.09 ( p < 0.1), 1.18( p < 0.001), respectively, when all other covariates were additionally adjusted for. High frequency of eating vegetables was associated with 22% lower risk of mortality (RH= 0.78, p < 0.001) compared to low frequency in the demographic model, and with 9% lower risk (RH = 0.91, p < 0.05) in the full model. Subpopulation and interaction analyses show that the sleeping-mortality linkage was stronger in female, urban, oldest-old (aged ≥80), and illiterate participants compared to their respective male, rural, young-old, and literate counterparts. High frequency of vegetable intakes could offset the higher mortality risk in participants with short-sleeping duration, but low frequency of eating vegetables could exacerbate mortality risk for participants with either short or long sleep duration; and except for few cases, these findings held in subpopulations. Conclusions Too short and too long sleep durations were associated with higher mortality risk, and infrequent vegetable consumption could exacerbate the risk, although frequent vegetable intake could offset the risk for short sleep duration. The relationship between these two lifestyles and mortality was complex and varied among subpopulations." @default.
• W3128889290 created "2021-02-15" @default.
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• W3128889290 date "2021-06-21" @default.
• W3128889290 modified "2023-10-15" @default.
• W3128889290 title "Sleep duration, vegetable consumption and all-cause mortality among older adults in China: a 6-year prospective study" @default.
• W3128889290 cites W106391250 @default.
• W3128889290 cites W1502573746 @default.
• W3128889290 cites W1523668942 @default.
• W3128889290 cites W1597431799 @default.
• W3128889290 cites W1837026414 @default.
• W3128889290 cites W1898343764 @default.
• W3128889290 cites W1920045621 @default.
• W3128889290 cites W1963523822 @default.
• W3128889290 cites W1965428617 @default.
• W3128889290 cites W1967974729 @default.
• W3128889290 cites W1972070448 @default.
• W3128889290 cites W1986645785 @default.
• W3128889290 cites W1987857642 @default.
• W3128889290 cites W1998298224 @default.
• W3128889290 cites W2003011166 @default.
• W3128889290 cites W2009544916 @default.
• W3128889290 cites W2020801886 @default.
• W3128889290 cites W2028026454 @default.
• W3128889290 cites W2061885811 @default.
• W3128889290 cites W2072605008 @default.
• W3128889290 cites W2080707615 @default.
• W3128889290 cites W2081176945 @default.
• W3128889290 cites W2088948024 @default.
• W3128889290 cites W2095782285 @default.
• W3128889290 cites W2096665699 @default.
• W3128889290 cites W2097126692 @default.
• W3128889290 cites W2100626863 @default.
• W3128889290 cites W2103328216 @default.
• W3128889290 cites W2116205810 @default.
• W3128889290 cites W2124078002 @default.
• W3128889290 cites W2127880089 @default.
• W3128889290 cites W2128149221 @default.
• W3128889290 cites W2129783473 @default.
• W3128889290 cites W2132616637 @default.
• W3128889290 cites W2145533434 @default.
• W3128889290 cites W2158554654 @default.
• W3128889290 cites W2159620123 @default.
• W3128889290 cites W2169509583 @default.
• W3128889290 cites W2171647161 @default.
• W3128889290 cites W2181093246 @default.
• W3128889290 cites W2183907399 @default.
• W3128889290 cites W2186222360 @default.
• W3128889290 cites W2223422437 @default.
• W3128889290 cites W2244864586 @default.
• W3128889290 cites W2260896937 @default.
• W3128889290 cites W2277604136 @default.
• W3128889290 cites W2291807268 @default.
• W3128889290 cites W2341196779 @default.
• W3128889290 cites W2511748626 @default.
• W3128889290 cites W2564519149 @default.
• W3128889290 cites W2577953363 @default.
• W3128889290 cites W2592683348 @default.
• W3128889290 cites W2712267517 @default.
• W3128889290 cites W2753781722 @default.
• W3128889290 cites W2769135558 @default.
• W3128889290 cites W2794816351 @default.
• W3128889290 cites W2799349455 @default.
• W3128889290 cites W2802658975 @default.
• W3128889290 cites W2889180762 @default.
• W3128889290 cites W2890177374 @default.
• W3128889290 cites W2898037291 @default.
• W3128889290 cites W2900994155 @default.
• W3128889290 cites W2901804333 @default.
• W3128889290 cites W2946984628 @default.
• W3128889290 cites W2952351035 @default.
• W3128889290 cites W2958891438 @default.
• W3128889290 cites W2966556979 @default.
• W3128889290 cites W2984022226 @default.
• W3128889290 cites W2998945366 @default.
• W3128889290 cites W3006494999 @default.
• W3128889290 cites W3024903753 @default.
• W3128889290 cites W3032584508 @default.
• W3128889290 cites W3116116901 @default.
• W3128889290 cites W35150762 @default.
• W3128889290 cites W4237690357 @default.
• W3128889290 cites W4317527414 @default.
• W3128889290 cites W630440319 @default.
• W3128889290 cites W901100646 @default.
• W3128889290 doi "https://doi.org/10.1186/s12877-021-02278-8" @default.
• W3128889290 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8215744" @default.
• W3128889290 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34154548" @default.
• W3128889290 hasPublicationYear "2021" @default.
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