Titlebook: Biological Membranes; Their Structure and Roger Harrison,George G. Lunt Book 1980 R. Harrison, G. G. Lunt 1980 Plasma.biological.biologica

avenge

Glycoproteins, Glycolipids and Cellular Recognition,embrane components. The cell wall, moreover, shields the underlying membrane from direct interaction with the cell surroundings, and the present chapter will accordingly be mainly concerned with the structure and function of the glycolipids and glycoproteins of animal cell plasma membranes.

Anhydrous

壓倒

Physical Methods Used in the Study of Membranes,dies. The examples of application of the methods are chosen so as to give an idea of the range of information that can be obtained by use of each technique, and to indicate the potential and relative values of the methods.

flaunt

rst edition of Biological Membranes was published. It is to take account of rapid advances in the field that we have written the present edition. There is now general acceptance of the fluid mosaic model of membrane structure and of the chemiosmotic interpretation of energetic processes, and our att

cardiac-arrest

護(hù)身符

,Dermatologische Aspekte in M?rchen, molecules will be considered as lipids or proteins as appropriate. In addition to the above components, membranes contain some 20% of their total weight as water, which is tightly bound and essential to the maintenance of their structure.

光滑

沒有貧窮

Morphology of Membranes, bimolecular lipid layer with protein associated with the two faces; the pattern, in fact proposed by Danielli and Dayson (see chapter 6). Robertson’s theory was based on electron-microscope studies of myelin, though in later work he examined a wide variety of membranes and found that they all appeared to have the same structure as myelin.

蕨類

規(guī)章

Complex Membrane-Mediated Processes,ate directly in the events occurring within the metabolic compartment. Thus many of the enzymes of a metabolic sequence may be membrane-bound, and as such their activities can be regulated by the membrane.