By Norman J Ryker
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Extra info for Determination of acceleration by use of accelerometers, ( University of California, Berkeley, Biomechanics Laboratory. Technical report)
N) Nuclear envelope, a double membrane, outer membrane, is continuous with the rough ER . MICROSTRUCTURE AND FUNCTION OF CELLS 19 there are two major reasons why the cell must separate itself from the outside environment. First, it must keep its biomolecules (DNA, RNA, proteins, and metabolites) inside the cell and keep foreign material outside the cell. Second, it must communicate with the environment to continuously monitor the external conditions and adapt to them and exchange the materials and energy with its surroundings.
Since the genetic code in DNA is same in all living organisms, prokaryotes and eukaryotes probably evolved from a common single-celled progenitor. Prokaryotic cells may represent the primitive cell type on Earth and eukaryotic cell types evolved from them. Table 2-3 shows the comparison between the two cell types. Figure 2-3 shows the microstructure of a typical animal cell. 2 Cell Membrane A eukaryotic cell is classically divided into three compartments: cell membrane, cytoplasm, and nucleus. The basic architecture of cell membranes consists of a lipid bilayer associated with peripheral extrinsic proteins and intrinsic integral proteins (fluid mosaic model).
SwissProt, PDB, and SCOP are examples of such databases. 25 percent of DNA and 1 percent of RNA. Proteins are the basic structural and functional molecules of cells, whereas DNA and RNA simply serve as vehicles to store and express genetic information. The proteins carry out almost all biological activities in the cells. There are about 200,000 different proteins in human body. According to its particular structure, each protein has its specific function. However, it usually takes BIOMOLECULES IN LIVING CELLS 15 more than one protein to accomplish a biologic task.
Determination of acceleration by use of accelerometers, ( University of California, Berkeley, Biomechanics Laboratory. Technical report) by Norman J Ryker