Titlebook: LIFE - AS A MATTER OF FAT; Lipids in a Membrane Ole G. Mouritsen,Luis A. Bagatolli Book 2016Latest edition Springer International Publishin

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Ole G. Mouritsen,Luis A. Bagatollime, variability in defensive functioning tends to decrease, indicating increased resilience to stress. The second is that change in defense levels occurs in a stepwise fashion in which individuals trade off defenses lower on the hierarchy for those in the middle and only later developing those at th

Peak-Bone-Mass

Lipids Speak the Language of Curvatureuently the thickness of the lipid bilayer it may form, cf. Sect. .) is linearly proportional to the number of carbon atoms in the chains. To illustrate this fact and for later reference, Fig. . shows a homologous family of di-acyl PC with two identical saturated chains.

Nutrient

Biological Membranes—Models and Fashionforget that it is just a model and not Nature herself. Models need constantly to be scrutinized and questioned, even the most successful ones, not least because models reflect fashion among scientists.

纯朴

Cholesterol on the Sceneeir work on regulation of cholesterol biosynthesis. In total fourteen Nobel Prizes have been awarded to sterols or topics related to sterols. Research on cholesterol has undoubtedly been a key issue in the 20th century.

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commune

Book 2016Latest editioncomponent of cell membranes. The emphasis is on the physical properties of lipid membranes seen as soft and molecularly structured interfaces. By combining and synthesizing insights obtained from a variety of recent studies, an attempt is made to clarify what membrane structure is and how it can be

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锯齿状

A Matter of Softnessto the fact that they owe their existence to the self-assembly principles described in Sect. .. As we shall see throughout the remainder of this book, the softness is a requirement for the various modes of function that membranes engage in. Technological applications of soft-matter systems made of lipids will be described in Chap. ..

hypnotic

The More We Are Together (water), and a gas (water vapor). Although all states are made of the same type of simple H.O molecules, the three phases appear to the naked eye as very different. They also turn out to have very different materials properties upon closer investigation.