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- W1996519870 abstract "This review of experimental methods employed in the measurement of the composition of the human body covers the developments that have occurred over the past 30 years. Early methods such as hydrodensitometry and skinfold anthropometry have been superseded by dual-energy x-ray absorptiometry and bioelectrical impedance spectroscopy. The measurement of the whole-body abundance of certain elements by isotopic dilution, neutron activation analysis and x-ray fluorescence can give important information of clinical significance, but neutron activation facilities remain available in only a few centres worldwide. The relatively simple, rapid and risk-free electrical methods such as multifrequency bioelectrical impedance analysis, which can be employed at the bedside, have been found to be more complicated in their interpretation. Electromagnetic methods may only measure the composition of the human body at its surface. X-ray computed tomography and magnetic resonance imaging have not yet been employed much in body composition measurements. Some models for the composition of the human body are reviewed." @default.
- W1996519870 created "2016-06-24" @default.
- W1996519870 creator A5011423073 @default.
- W1996519870 date "1996-05-01" @default.
- W1996519870 modified "2023-09-25" @default.
- W1996519870 title "A review of<i>in vivo</i>experimental methods to determine the composition of the human body" @default.
- W1996519870 cites W1521844873 @default.
- W1996519870 cites W1599277339 @default.
- W1996519870 cites W1748014957 @default.
- W1996519870 cites W1854820983 @default.
- W1996519870 cites W1862632621 @default.
- W1996519870 cites W1905989572 @default.
- W1996519870 cites W1949043673 @default.
- W1996519870 cites W1969016674 @default.
- W1996519870 cites W1976787064 @default.
- W1996519870 cites W1978415937 @default.
- W1996519870 cites W1981863106 @default.
- W1996519870 cites W1988865624 @default.
- W1996519870 cites W1989104248 @default.
- W1996519870 cites W1991751446 @default.
- W1996519870 cites W1993913057 @default.
- W1996519870 cites W1995090929 @default.
- W1996519870 cites W2001077433 @default.
- W1996519870 cites W2002241734 @default.
- W1996519870 cites W2003128090 @default.
- W1996519870 cites W2008569787 @default.
- W1996519870 cites W2009837179 @default.
- W1996519870 cites W2010517793 @default.
- W1996519870 cites W2014430912 @default.
- W1996519870 cites W2017142710 @default.
- W1996519870 cites W2017796830 @default.
- W1996519870 cites W2020623316 @default.
- W1996519870 cites W2021531219 @default.
- W1996519870 cites W2022929517 @default.
- W1996519870 cites W2023542466 @default.
- W1996519870 cites W2025758298 @default.
- W1996519870 cites W2027528943 @default.
- W1996519870 cites W2029055429 @default.
- W1996519870 cites W2031593904 @default.
- W1996519870 cites W2033943075 @default.
- W1996519870 cites W2035899576 @default.
- W1996519870 cites W2036550856 @default.
- W1996519870 cites W2038769339 @default.
- W1996519870 cites W2039612517 @default.
- W1996519870 cites W2042344197 @default.
- W1996519870 cites W2048562437 @default.
- W1996519870 cites W2050865046 @default.
- W1996519870 cites W2054570023 @default.
- W1996519870 cites W2055691022 @default.
- W1996519870 cites W2061534768 @default.
- W1996519870 cites W2062480934 @default.
- W1996519870 cites W2063567835 @default.
- W1996519870 cites W2064311994 @default.
- W1996519870 cites W2067320148 @default.
- W1996519870 cites W2068753150 @default.
- W1996519870 cites W2069541559 @default.
- W1996519870 cites W2073431459 @default.
- W1996519870 cites W2080508573 @default.
- W1996519870 cites W2084247271 @default.
- W1996519870 cites W2087580460 @default.
- W1996519870 cites W2105332630 @default.
- W1996519870 cites W2105673552 @default.
- W1996519870 cites W2109555667 @default.
- W1996519870 cites W2119202228 @default.
- W1996519870 cites W2122574032 @default.
- W1996519870 cites W2123977609 @default.
- W1996519870 cites W2126168937 @default.
- W1996519870 cites W2129343716 @default.
- W1996519870 cites W2129817825 @default.
- W1996519870 cites W2133406706 @default.
- W1996519870 cites W2137130755 @default.
- W1996519870 cites W2138352269 @default.
- W1996519870 cites W2146538292 @default.
- W1996519870 cites W2146634671 @default.
- W1996519870 cites W2148522008 @default.
- W1996519870 cites W2148688487 @default.
- W1996519870 cites W2153250908 @default.
- W1996519870 cites W2163925164 @default.
- W1996519870 cites W2165894511 @default.
- W1996519870 cites W2254188336 @default.
- W1996519870 cites W2278331350 @default.
- W1996519870 cites W2316585418 @default.
- W1996519870 cites W2336118475 @default.
- W1996519870 cites W2411579044 @default.
- W1996519870 cites W2615056597 @default.
- W1996519870 doi "https://doi.org/10.1088/0031-9155/41/5/001" @default.
- W1996519870 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/8735251" @default.
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