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• W2191880863 abstract "In this chapter I begin with a historical perspective of membrane models, starting in the early twentieth century. As these membrane models evolved, so did experiments to characterize the structure and water content of purified lipid bilayers. The wide-spread use of the X-ray gravimetric, or Luzzati method, is critically discussed. The main motivation of the gravimetric technique is to determine the number of water molecules/lipid, n(W), and then derive other important structural quantities, such as area/lipid, A(L). Subsequent experiments from the Nagle/Tristram-Nagle laboratory using X-ray and neutron scattering, first determine A(L) and then calculate n(W), using molecular lipid V(L) and water V(W) volumes. This chapter describes the details of our volume experiments to carefully measure V(L). Our results also determine n(W)', the steric water associated with the lipid headgroup, and how our calculated value compares to many literature values of tightly-associated headgroup water." @default.
• W2191880863 created "2016-06-24" @default.
• W2191880863 creator A5057061213 @default.
• W2191880863 date "2015-01-01" @default.
• W2191880863 modified "2023-10-14" @default.
• W2191880863 title "Use of X-Ray and Neutron Scattering Methods with Volume Measurements to Determine Lipid Bilayer Structure and Number of Water Molecules/Lipid" @default.
• W2191880863 cites W1563420615 @default.
• W2191880863 cites W1564861448 @default.
• W2191880863 cites W1858234177 @default.
• W2191880863 cites W1865429829 @default.
• W2191880863 cites W1935010865 @default.
• W2191880863 cites W1971005487 @default.
• W2191880863 cites W1972205647 @default.
• W2191880863 cites W1974345408 @default.
• W2191880863 cites W1974497774 @default.
• W2191880863 cites W1977103774 @default.
• W2191880863 cites W1977333038 @default.
• W2191880863 cites W1983228325 @default.
• W2191880863 cites W1983439040 @default.
• W2191880863 cites W1984981562 @default.
• W2191880863 cites W1991655565 @default.
• W2191880863 cites W1993682518 @default.
• W2191880863 cites W2000643404 @default.
• W2191880863 cites W2002951199 @default.
• W2191880863 cites W2005736398 @default.
• W2191880863 cites W2006466488 @default.
• W2191880863 cites W2009475191 @default.
• W2191880863 cites W2012773603 @default.
• W2191880863 cites W2015249790 @default.
• W2191880863 cites W2016343967 @default.
• W2191880863 cites W2016984841 @default.
• W2191880863 cites W2018234070 @default.
• W2191880863 cites W2023161276 @default.
• W2191880863 cites W2024811013 @default.
• W2191880863 cites W2025927596 @default.
• W2191880863 cites W2026024740 @default.
• W2191880863 cites W2026087576 @default.
• W2191880863 cites W2026939692 @default.
• W2191880863 cites W2031098072 @default.
• W2191880863 cites W2038371009 @default.
• W2191880863 cites W2038857982 @default.
• W2191880863 cites W2044257478 @default.
• W2191880863 cites W2048550135 @default.
• W2191880863 cites W2048555366 @default.
• W2191880863 cites W2048623371 @default.
• W2191880863 cites W2052770850 @default.
• W2191880863 cites W2053727525 @default.
• W2191880863 cites W2055122725 @default.
• W2191880863 cites W2056166553 @default.
• W2191880863 cites W2056876953 @default.
• W2191880863 cites W2059379562 @default.
• W2191880863 cites W2059918628 @default.
• W2191880863 cites W2062252101 @default.
• W2191880863 cites W2062357472 @default.
• W2191880863 cites W2062795563 @default.
• W2191880863 cites W2066387318 @default.
• W2191880863 cites W2067464309 @default.
• W2191880863 cites W2068094708 @default.
• W2191880863 cites W2072738851 @default.
• W2191880863 cites W2075647437 @default.
• W2191880863 cites W2078857292 @default.
• W2191880863 cites W2080981481 @default.
• W2191880863 cites W2085619221 @default.
• W2191880863 cites W2091602191 @default.
• W2191880863 cites W2097344608 @default.
• W2191880863 cites W2099196652 @default.
• W2191880863 cites W2104258613 @default.
• W2191880863 cites W2104776612 @default.
• W2191880863 cites W2117479077 @default.
• W2191880863 cites W2122187054 @default.
• W2191880863 cites W2126018459 @default.
• W2191880863 cites W2126771158 @default.
• W2191880863 cites W2128015298 @default.
• W2191880863 cites W2128343298 @default.
• W2191880863 cites W2128711009 @default.
• W2191880863 cites W2129365131 @default.
• W2191880863 cites W2140393378 @default.
• W2191880863 cites W2145847261 @default.
• W2191880863 cites W2151929256 @default.
• W2191880863 cites W2154365584 @default.
• W2191880863 cites W2156231432 @default.
• W2191880863 cites W2156835500 @default.
• W2191880863 cites W2157920688 @default.
• W2191880863 cites W2158802325 @default.
• W2191880863 cites W2160679445 @default.
• W2191880863 cites W2162850330 @default.
• W2191880863 cites W2164233810 @default.
• W2191880863 cites W2164468002 @default.
• W2191880863 cites W2169821578 @default.
• W2191880863 cites W2229781928 @default.
• W2191880863 cites W318616184 @default.
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• W2191880863 doi "https://doi.org/10.1007/978-3-319-19060-0_2" @default.
• W2191880863 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26438260" @default.
• W2191880863 hasPublicationYear "2015" @default.
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