Abstract
THE last few years have witnessed rapid advances in the study of macromolecular metabolism of cells of higher organisms. Research in this area is sometimes called "molecular cell biology." It is hoped that the growing understanding of the basic processes in the cells will eventually contribute to the management of problems arising from aberrations in normal cell metabolism, such as the transition to uncontrolled cellular growth in tumor development and the conversion of the cellular synthetic capacity to the manufacture of viral specific products in the virus–infected cell.This article is concerned primarily with the role of one cellular macromolecule, . . .
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