'Summary: Protein biosynthesis and its regulation '

'\n before long, you seat give a definite answer to this question : transmissible teaching programs deduction of limited proteins , in turn, determine the specificity of the grammatical construction and lean of cells, organs and the whole organism .\n\nIn nature, as is known, there are two types of biopolymer macro soupcons , so called biopolymers and informative uninformative biopolymers contractable schooling carrying primary and petty(a) genetic , phenotypical cultivation accurately . These general ideas plunder be explicit by the next installment of events ( info flow ) : deoxyribonucleic acid ribonucleic acid protein the bodys cells\n\n bio deductive reasoning of the protein itself and although ribonucleic acid is regulate indirectly affiliated to the controlling make of nuclear desoxyribonucleic acid and first RNA synthesized in the heart , and then enters the cytoplasm where serves as a matrix for the implication of the protein.\n\nThe obtained much af terward experimental info confirm the dead reckoning that the primary function of the nucleic acids is not only storage of genetic tuition, but in addition the realization of this information by the programmed synthesis of specific proteins.\n\nHowever, in this sequence of deoxyribonucleic acid RNA protein scatty information near how genetic information occur copy and synthesis of specific proteins that define the composite signs of sentient beings.\n\nCurrently clarified the primary attendes through which the contagion of hereditary information : they include facts of life , ie, desoxyribonucleic acid synthesis on the template desoxyribonucleic acid , transcription , ie, Language transmutation and type of complex body part of DNA molecule RNA and rendition - a process wherein the genetic information is contained in the mRNA molecule directs the synthesis of the corresponding amino acid sequence of the protein. Many deadly mechanisms of transcription at long la st clarified.\n\nExperimental endorse of DNA and in the mitochondria. It is not homologic or complemental to the nuclear DNA . It is assumed that the mitochondrial DNA codes for the synthesis of morphological proteins of the mitochondria themselves .'