FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2045656564> ?p ?o ?g. }

• W2045656564 endingPage "1026" @default.
• W2045656564 startingPage "1016" @default.
• W2045656564 abstract "The goal of this work is to estimate the reduction in mortality rates for six geopolitical regions of the world under the assumption that serum 25-hydroxyvitamin D (25(OH)D) levels increase from 54 to 110 nmol/l. This study is based on interpretation of the journal literature relating to the effects of solar ultraviolet-B (UVB) and vitamin D in reducing the risk of disease and estimates of the serum 25(OH)D level–disease risk relations for cancer, cardiovascular disease (CVD) and respiratory infections. The vitamin D-sensitive diseases that account for more than half of global mortality rates are CVD, cancer, respiratory infections, respiratory diseases, tuberculosis and diabetes mellitus. Additional vitamin D-sensitive diseases and conditions that account for 2 to 3% of global mortality rates are Alzheimer's disease, falls, meningitis, Parkinson's disease, maternal sepsis, maternal hypertension (pre-eclampsia) and multiple sclerosis. Increasing serum 25(OH)D levels from 54 to 110 nmol/l would reduce the vitamin D-sensitive disease mortality rate by an estimated 20%. The reduction in all-cause mortality rates range from 7.6% for African females to 17.3% for European females. Reductions for males average 0.6% lower than for females. The estimated increase in life expectancy is 2 years for all six regions. Increasing serum 25(OH)D levels is the most cost-effective way to reduce global mortality rates, as the cost of vitamin D is very low and there are few adverse effects from oral intake and/or frequent moderate UVB irradiance with sufficient body surface area exposed." @default.
• W2045656564 created "2016-06-24" @default.
• W2045656564 creator A5055762571 @default.
• W2045656564 date "2011-07-06" @default.
• W2045656564 modified "2023-10-18" @default.
• W2045656564 title "An estimate of the global reduction in mortality rates through doubling vitamin D levels" @default.
• W2045656564 cites W1563558118 @default.
• W2045656564 cites W1582820407 @default.
• W2045656564 cites W1585626527 @default.
• W2045656564 cites W1811589045 @default.
• W2045656564 cites W1927671826 @default.
• W2045656564 cites W1964611803 @default.
• W2045656564 cites W1967780886 @default.
• W2045656564 cites W1968959456 @default.
• W2045656564 cites W1975937841 @default.
• W2045656564 cites W1977559549 @default.
• W2045656564 cites W1982222814 @default.
• W2045656564 cites W1989790792 @default.
• W2045656564 cites W1994874328 @default.
• W2045656564 cites W1995763157 @default.
• W2045656564 cites W1998442790 @default.
• W2045656564 cites W2001119622 @default.
• W2045656564 cites W2005776194 @default.
• W2045656564 cites W2011375439 @default.
• W2045656564 cites W2012851649 @default.
• W2045656564 cites W2015170309 @default.
• W2045656564 cites W2015826900 @default.
• W2045656564 cites W2019592617 @default.
• W2045656564 cites W2029303788 @default.
• W2045656564 cites W2029795537 @default.
• W2045656564 cites W2030271395 @default.
• W2045656564 cites W2033476634 @default.
• W2045656564 cites W2033673234 @default.
• W2045656564 cites W2035867827 @default.
• W2045656564 cites W2043348944 @default.
• W2045656564 cites W2049995317 @default.
• W2045656564 cites W2051353982 @default.
• W2045656564 cites W2056749598 @default.
• W2045656564 cites W2058044375 @default.
• W2045656564 cites W2059512911 @default.
• W2045656564 cites W2061759199 @default.
• W2045656564 cites W2064229650 @default.
• W2045656564 cites W2065535936 @default.
• W2045656564 cites W2065544998 @default.
• W2045656564 cites W2066876403 @default.
• W2045656564 cites W2072214162 @default.
• W2045656564 cites W2072975437 @default.
• W2045656564 cites W2077911179 @default.
• W2045656564 cites W2081296149 @default.
• W2045656564 cites W2085456770 @default.
• W2045656564 cites W2089218758 @default.
• W2045656564 cites W2089627752 @default.
• W2045656564 cites W2090239878 @default.
• W2045656564 cites W2094354621 @default.
• W2045656564 cites W2096717361 @default.
• W2045656564 cites W2097101889 @default.
• W2045656564 cites W2101805185 @default.
• W2045656564 cites W2107021471 @default.
• W2045656564 cites W2107100887 @default.
• W2045656564 cites W2107962391 @default.
• W2045656564 cites W2108066906 @default.
• W2045656564 cites W2109978145 @default.
• W2045656564 cites W2113537333 @default.
• W2045656564 cites W2117054697 @default.
• W2045656564 cites W2118475627 @default.
• W2045656564 cites W2122515787 @default.
• W2045656564 cites W2123346488 @default.
• W2045656564 cites W2124070987 @default.
• W2045656564 cites W2125577640 @default.
• W2045656564 cites W2127501217 @default.
• W2045656564 cites W2130305035 @default.
• W2045656564 cites W2130365402 @default.
• W2045656564 cites W2130462780 @default.
• W2045656564 cites W2131264460 @default.
• W2045656564 cites W2133403604 @default.
• W2045656564 cites W2134006366 @default.
• W2045656564 cites W2142104529 @default.
• W2045656564 cites W2143311403 @default.
• W2045656564 cites W2146915278 @default.
• W2045656564 cites W2147136840 @default.
• W2045656564 cites W2156384298 @default.
• W2045656564 cites W2157133006 @default.
• W2045656564 cites W2160504368 @default.
• W2045656564 cites W2162069578 @default.
• W2045656564 cites W2165526847 @default.
• W2045656564 cites W2165877084 @default.
• W2045656564 cites W2166648728 @default.
• W2045656564 cites W2168801485 @default.
• W2045656564 cites W2175961364 @default.
• W2045656564 cites W2183831008 @default.
• W2045656564 cites W2187782914 @default.
• W2045656564 cites W2327816575 @default.
• W2045656564 cites W3213529815 @default.
• W2045656564 cites W4233952957 @default.
• W2045656564 doi "https://doi.org/10.1038/ejcn.2011.68" @default.
• W2045656564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21731036" @default.
• W2045656564 hasPublicationYear "2011" @default.
• W2045656564 type Work @default.

• next