Epilepsi ve glukoz metabolizması arasındaki ilişki 85 yıldan daha fazla süre önce kuruldu. - The relationship between epilepsy and glucose metabolism was established more than 85 years ago.
Pertaining to metabolism-the sum of all the physical and chemical processes by which living organized substance is produced and maintained and also the transformation by which energy is made available for the uses of the organism
adj Relating to or typical of metabolism, the ongoing interrelated series of chemical interactions taking place in living organisms that provide the energy and nutrients needed to sustain life
Metabolic relates to metabolism, the step-wise breakdown or creation of complex organic constituents in the body The process results in the liberation of energy used by the body and its processes
Adjective form of the word Metabolism Metabolism is defined as the sum total of the chemical and physical reactions that occur in a living cell (i e body) that produces the substances that are used by the cell (i e body) An example of metabolism is the processes in the body that converts glucose to energy or fat Back to Life Style article
Metabolic means relating to a person's or animal's metabolism. people who have inherited a low metabolic rate. relating to your body's metabolism (high/low) metabolic rate
is a term meaning pertaining to metabolism Metabolism refers to the body processes involved in digesting, absorbing, and excreting nutrients and in supplying energy for the growth and development of cells
The term for the way cells chemically change food so that it can be used to keep the body alive It is a two-part process One part is called catabolism-when the body uses food for energy The other is called anabolism-when the body uses food to build or mend cells Insulin is necessary for the metabolism of food
Metabolism is the sum of all the chemical and physical changes that take place within the body and enable its continued growth and functioning Metabolism involves the breakdown of complex organic constituents of the body with the liberation of energy, which is required for other processes, and the building up of complex substances, which form the material of the tissues and organs
The chemical and physiological processes by which the body builds and maintains itself and by which it breaks down food and nutrients to produce energy
The process of cells burning food to produce energy This is similar to a car's engine burning gasoline to produce the energy that is used to rotate the car's wheels The cell's mitochondria acts as the car's engine, the food we eat acts as the gasoline, and the energy we need to move and think is similar to the energy used to move the car Also referred to as energy metabolism
The biochemical processes that sustain a living cell or organism Usually divided into two types: catabolism, the breakdown of complex substances into simple ones, with the release energy; and anabolism, the building up of complex substances from simpler ones, with the absorption or storage of energy
The act or process, by which living tissues or cells take up and convert into their own proper substance the nutritive material brought to them by the blood, or by which they transform their cell protoplasm into simpler substances, which are fitted either for excretion or for some special purpose, as in the manufacture of the digestive ferments
The processes by which the body breaks things down or alters them so they can be eliminated; also, the processes by which the body extracts energy and nutrients from food
Your metabolism is the way that chemical processes in your body cause food to be used in an efficient way, for example to make new cells and to give you energy. the chemical processes by which food is changed into energy in your body (metabole ). Sum of all the chemical reactions that take place in every cell of a living organism, providing energy for the processes of life and synthesizing new cellular material. The term intermediary metabolism refers to the vast web of interconnected chemical reactions by which all the cell's constituents, many rarely found outside it, are created and destroyed. Anabolic reactions use energy to build complex molecules from simpler organic compounds (e.g., proteins from amino acids, carbohydrates from sugars, fats from fatty acids and glycerol); catabolic reactions break complex molecules down into simpler ones, releasing chemical energy. For most organisms, the energy comes ultimately from the Sun, whether they obtain it by photosynthesis and store it in organic compounds or by consuming those organisms that do so. In some bacteria in special environments such as deep-sea vents, the energy comes from chemical reactions instead. Energy is transferred within the cell and the organism by ATP; anabolic reactions consume it, and catabolic reactions generate it. Every cellular chemical reaction is mediated by a specific enzyme. The process that breaks down a substance is usually not the reverse of the process that makes it, using a different enzyme. See also digestion; fermentation; glycolysis; tricarboxylic acid cycle
A general term for the physical and chemical processes and reactions to them taking place in the body These processes are primarily concerned with the way nutrients are used in the body
The chemical and physical processes continuously going on in the body involving creation and breakdown of molecules; a process utilizing the raw materials of nutrients, oxygen, and vitamins, along with enzymes, to produce energy for bodily functions
Physical and chemical changes that take place within an organism; all energy and material transformations that occur within living cells Includes growth as well as energy changes: all transformations of chemical energy of foodstuffs to mechanical energy or heat Includes anabolism (the conversion of ingested substances into the constituents of protoplasm), and catabolism (the breakdown of substances into simpler substances, the end products usually being excreted)
The chemical processes in cells that are involved in using energy and building substances the cells needs Glucose metabolism relates to how cells use or store glucose Anabolism refers to the building up processes, catabolism refers to the breaking down processes
Sum of the physical and chemical changes that take place in living organisms These changes include both synthesis (anabolism) and breakdown (catabolism) of body constituents In a narrower sense, the physical and chemical changes that take place in a given chemical substance within an organism It includes the uptake and distribution within the body of chemical compounds, the changes (biotransformations) undergone by such substances, and the elimination of the compounds and their metabolites