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Physics / X-rays / Biophysics / Scanning probe microscopy / Biological matter / Lipid bilayer / Small-angle X-ray scattering / Lipid polymorphism / Atomic force microscopy / Biology / Membrane biology / Science


Direct visualisation of lipid bilayer cubic phases using Atomic Force Microscopy[removed]15578379AB72C4DE F433EAA24C572AA2EEAA2367AAA
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Document Date: 2014-06-25 17:51:54

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Zurich / Victoria / DNP / Santa Barbara / Stansted / Reading / Camarillo / CSIRO / /

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J. M. Seddon N. A. / Merck / Sigma Aldrich / Agar Scientific Ltd / /

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Switzerland / Germany / France / Australia / United Kingdom / /

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USD / /

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Person Travel / /

Facility

University of Reading / Whitehouse Station / /

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technological applications / connected water channel networks / white channel network / amphiphilic systems / nutritional products / cosmetic products / continuous networks / electronic applications / cosmetic technology / water channel networks / imaging / colour network / nanotechnological applications / food / /

Movie

7A 3A3 7A>E4 / /

Organization

Laboratory for Surface Science and Technology / University of Reading / Department of Chemistry / /

Person

Marcus Textor / Celesta Fong / Patrick G. Hartleyb / M. P. Tate / Martina Frischherz / William Andrew / Adam Squires / Martina Frischherzb / Clayton South / /

Position

proposed model for the interface with water / representative / /

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Texas / California / Victoria / /

PublishedMedium

Journal of Physical Chemistry B / /

Technology

drug delivery / x-ray / crystallization / /

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