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Cell membrane / Dehydration / Membrane technology / Lipid / Osmosis / Phosphatidylethanolamine / Membrane protein / Ethanol induced non-lamellar phases in phospholipids / Cryopreservation / Biology / Membrane biology / Lipid bilayer


Seed Science Research[removed], 17–25 DOI: [removed]SSR200056 RESEARCH PERSPECTIVE
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Document Date: 2002-11-27 20:10:08

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City

Academy Sciences / Vermillion / New York / Ithaca / /

Company

Academic Press / Sun / Alan R. Liss Inc. / Needham / South Dakota Future Fund / Carpenter / Oliver A.E. / Gordon L.C. / Comstock Publishing Associates / /

Country

United States / Australia / /

Currency

pence / /

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Facility

Plant Physiology / RMIT University / The University of New South Wales / The University of South Dakota / /

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IndustryTerm

vitrified glucose solution / nearby solutions / desiccated model systems / chemical components / chemical reactions / membrane-rich systems / dried sugar solutions / sugar solution / sugar solutions / glucose solutions / aqueous solution / bulk aqueous solutions / interlamellar solution / hydrophilic systems / food / intermembrane sugar solution / /

MedicalCondition

extreme dehydration / observed depression / rather severe dehydration / contraction / injury / depression / progressive dehydration / dehydration / /

MedicalTreatment

rehydration / /

Organization

RMIT University / Melbourne / University of New South Wales / Sydney / National Science Foundation / Department of Applied Physics / University of South Dakota / /

Person

McElhaney / Lewis / Christina Walters / Van Aelst / /

Position

R.N. / /

Product

sorbitol / /

ProvinceOrState

South Dakota / New South Wales / New York / /

PublishedMedium

Plant Physiology / Chemical Physics Letters / Physiologia Plantarum / /

Region

South Wales / /

Technology

thermodynamics / crystallization / /

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