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BBA - Biomembranes - Lipid Interactions, Domain Formation, and Lateral Structure of Membranes

BBA Biomembranes


BBA - Biomembranes
External link  Includes Special Section: Cardiolipin
Edited by T. Haines
Volume 1788, Issue 10, Pages 1997-2344 (October 2009)

Preface
In 1947 cardiolipin (CL) became the first-characterized phospholipid. Mary Pangborn named it cardiolipin because she had isolated it from beef heart. Although first to be characterized it was the last of the major phospholipids to be stereochemically described and synthesized, in 1966. In 1972 its biosynthesis in Escherichia coli and mitochondria were established. That was the era when knowledge of lipid structures and metabolism were emerging largely due to the efforts of Laurens van Deenen in Utrecht. van Deenen was also the Editor of Biochimica et Biophysica Acta and nurtured it through the period of its greatest growthk.

 

T. Haines

T. Haines

J. Thomas H. Haines is a Visiting Professor of Biochemistry and Cell Biology at the Rockefeller University in New York and Professor Emeritus at the City University of New York (CUNY). Dr. Haines obtained his PhD in Biochemistry in 1965 at the Rutgers University in New Brunswick, New Jersey where he did an independent thesis on the chlorosulfolipids of Ochromonas danica. He was directly appointed Assistant Professor in the Chemistry Department of the City College of CUNY (CCNY). With immediate funding from the National Institutes of Health he established a laboratory working on the chlorosulfolipids. In 1970–1971 he established at CCNY the Sophie Davis Biomedical precursor of the CUNY Medical School at CCNY. He headed the Medical Biochemistry Division of the Medical School until retirement in 2004 receiving among others the CCNY 125th Anniversary Medal.

He works on the structure function relationship of membrane lipids. He established the unique headgroup conformation of cardiolipin which explains its role in ATP synthesis by F0F1. He showed how the lateral diffusion of chain lipids and water diffusion across the bilayer are a locked process. More recently he showed that a major role of membrane lipids is to save cellular energy. A major role of polyisoprenes is the inhibition of proton leaks across membranes; the role of plant sterols and hopanoids is the inhibition of proton leakage across membranes, and the critical function of cholesterol is to inhibit sodium ion leakage across animal plasma membranes.

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