Metabolism is the series of chemical reactions also knowns as the pathway that occurs in an organism. It is classified into catabolism (breakdown of large molecules and synthesis of smaller products) and anabolism (synthesis of large or complex molecules from smaller products). The catabolic and anabolic reactions release and require energy, respectively. Both catabolic and anabolic pathways are associated with each other in cells. However, cells can perform some special class of chemical reaction known as oxidation-reduction reactions , in which electrons are transferred from one molecule (electron donor) to another (electron acceptor) cell. A molecule that accepts or loses electrons is called reduced or oxidized, respectively.
Metabolism is the series of chemical reactions also knowns as the pathway that occurs in an organism. It is classified into catabolism (breakdown of large molecules and synthesis of smaller products) and anabolism (synthesis of large or complex molecules from smaller products). The catabolic and anabolic reactions release and require energy, respectively. Both catabolic and anabolic pathways are associated with each other in cells. However, cells can perform some special class of chemical reaction known as oxidation-reduction reactions , in which electrons are transferred from one molecule (electron donor) to another (electron acceptor) cell. A molecule that accepts or loses electrons is called reduced or oxidized, respectively.
Solution Summary: The author explains that oxidation-reduction reactions and redox reactions involve the transfer of electrons and energy.
Definition Definition Chemical reactions involving both oxidation and reduction processes. During a redox reaction, electron transfer takes place in such a way that one chemical compound gets reduced and the other gets oxidized.
Chapter 5, Problem 8MC
Summary Introduction
Introduction:
Metabolism is the series of chemical reactions also knowns as the pathway that occurs in an organism. It is classified into catabolism (breakdown of large molecules and synthesis of smaller products) and anabolism (synthesis of large or complex molecules from smaller products). The catabolic and anabolic reactions release and require energy, respectively. Both catabolic and anabolic pathways are associated with each other in cells. However, cells can perform some special class of chemical reaction known as oxidation-reduction reactions, in which electrons are transferred from one molecule (electron donor) to another (electron acceptor) cell. A molecule that accepts or loses electrons is called reduced or oxidized, respectively.
Define the following terms: a. hydride ion b. oxidation reaction c. energy d. FAD e. electron transport pathway
The Acronym, OiL-RiG, is meant to help explain the fact that:A. OilRigs are a threat to the environment and need to be constantlychecked for leaks.B. Oxidation Reactions involve a loss in Valence Electrons andReduction Reactions involve a gain in Valence Electrons.C. Oxidation Reactions involve a loss in Valence Protons andReduction Reactions involve a gain in Valence Protons.D. Oxidation is Laborious & Reduction is Glorious.
All are characteristics of catabolic reactions except
a. have energy poor products
b. capture energy in the form of ATP
c. require coenzyme like NAD+
d. yield a greater number of products compared to anabolic reactions