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extracorporeal membrane oxygenation (ECMO) was initially used to describe long-term extracorporeal support that focused on the function of oxygenation. Subsequently, in some patients, the emphasis shifted to carbon dioxide removal and the t...
the total amount of membrane in a cell. Most animal cells, especially those that have specialized functions, are so packed with membranes that there may be 50 to 100 times as much membrane inside them as on their surface. (In plant cells t...
cells are shaped or created by biological membranes, the obstacles that characterise the interior and the out-of-doors of a cell. (De Weer 2000, 919-926) These obstacles avert substances developed interior the cell from leaking out and redu...
Membrane thickness10 Membrane porosity11 Membrane pore size11 Pore size distribution12 Pore Tortuosity12 Membrane surface chemistry13 Membrane module geometry14 Rate controlling step in MD process16 Crystallization fouling17 Biological foul...
polymer electrolyte membrane fuel cells (PEMFC), direct methanol fuel cells (DMFC), solid oxide fuel cells (SOFC), molten carbonate fuel cells (MCFC) and alkaline fuel cells (AFC). Each has its own electrolyte, cathode and anode as well as ...
structure of the cell membrane and its functions in the cell transportation in the eukaryotic cell. In real cell, membrane phospholipids have a lipid bi-layer and form a three-dimensional spatial sphere that surrounds it. It has its represe...
water and membranes for temporary architectural applications. Water can be useful, as a construction material, for three different purposes. First of all, thanks to its thermal mass, it can be used as a medium for cooling down or heating up...