Ecdysterone is a naturally occurring hormone that is found in some plants and arthropods, such as insects and shellfish. This hormone is used by animals to shed the outer exoskeleton and by plants as a natural insecticide. In mammals, ecdysterone acts as an anabolic steroid associated with increased muscle growth and decreased body fat. Although ecdysterone can be toxic, this compound show promise as a therapeutic aid and is generally safe if used under the supervision of an endocrinologist.
Glucose oxidation refers to the immediate utilization of glucose in your body. When your body saves glucose for later use, non-oxidative glucose metabolism is involved. Exercising increases your body's non-oxidative glucose me...
Simple carbohydrates are sugar molecules. They are named carbohydrates because their molecular structures contain carbon and the atoms that make up water molecules. The primary source of energy in your blood is the simple carbo...
The body metabolizes glucose to produce the energy it needs to function. There are several ways you can use herbs to improve glucose metabolism. As both the liver and pancreas are involved in glucose metabolism, herbal tonics b...
Adipose tissue, or fat, is one of the major energy storage forms in the body. One of the major energy sources is carbohydrates, which are transformed by several metabolic processes into glucose. Glucose, in turn, is the body's ...
You may need to check your blood sugar several times throughout the day to ensure it does not drop too low or spike too high. Your physician can provide you with information about your specific glucose metabolism disorder. It m...
The endocrine system is the functional part of the body that produces hormones, substances that act at locations remote from the glands that produce them. Many hormones play a role in physical exercise; without them, exercise w...
Hypothyroidism is the condition in which the thyroid gland fails to produce enough hormones to maintain these activities. This is caused by nutritional deficiencies or a thyroid disease. Hypothyroidism can produce weakness and ...
Glucose is your body's primary source of energy. It plays a major role in the metabolism of carbohydrates, fats and proteins. Metabolism is the chemical process that converts your food into energy on the cellular level. The ...
Most carbohydrates are broken down into glucose. It can be stored in the liver, muscle and other tissues, or used to produce energy-containing compounds, especially ATP. Glucose metabolism refers to the chemical reactions gluco...
The caffeine in coffee may actually lower insulin sensitivity, which can lead to higher blood-glucose levels. Theories on improved athletic performance due to altered muscular glucose metabolism also have come into question. A
Although diabetes is characterized by a variety of metabolic derangements, high blood sugar is what defines the disease. In fact, elevated glucose levels serve as the criteria for diagnosing diabetes, even though insulin resist...
Glucose is a must-have fuel if you want to perform your best in the pool, on the court, on the road or in the gym. All carbohydrates are converted to glucose in your body, including starch, natural sweeteners like honey and tab...
They have the ability to metabolize glucose with or without oxygen, and the mechanism of metabolism determines the products formed. People use yeast to produce certain foods, including baked goods and alcoholic beverages.
Cortisol is an important hormone that is involved in many important biological processes within the human body including regulation of glucose levels. Diseases and medications that affect cortisol levels can significantly alter...
You can both break down and produce glucose and lipids; metabolism includes both of these processes, called catabolism and anabolism, respectively.
Glucose fuels your cellular powerhouses, providing the energy needed for your mental and physical functions. Your liver performs several critical roles in glucose metabolism, including sugar storage, release and production. You...
An active lifestyle, including nutritious meal plans, gives your body the best chance to optimally metabolize glucose. Healthy glucose metabolism reduces your risk of debilitating diseases that can reduce your quality of life a...
In this disease, the body is either unable to deal with glucose, because of problems with insulin production, or is not be able to respond appropriately to insulin, a term called insulin insensitivity. Either way a problem wit...
It flows through the blood and supplies cells with a means to make adenosine triphosphate, or ATP, which is the primary energy carrier of the cell. Without oxygen, glucose is metabolized to lactic acid with the net synthesis of...
The mechanism underlying the correlation between diabetes and Alzheimer's is still largely unknown. But researchers agree that type-2 diabetes affects glucose metabolism in the neurons of the brain, and that glucose metabolism,...
Hormones produced in the thyroid have critical developmental effects and influence diverse metabolic pathways important in lipid and glucose metabolism and regulation of body weight. Based on the recent understanding of this re...
Metabolism is the scientific term for the sum of all chemical reactions taking place in the body. Because both glucose and fat are important biochemicals, the body has a number of metabolic pathways involving each -- it can bre...
Your cells actually engage in two general categories of metabolic reactions: anabolic reactions build up larger molecules from smaller building blocks, and catabolic reactions break down larger molecules. Because glucose is so ...
Your body cells run many chemical reactions to maintain life, produce cellular products and grow. The sum of all chemical reactions in the body is called "metabolism." Glucose is a particularly important chemical in the body an...
Your body processes nutrient molecules into energy and also builds structural and functional molecules from smaller precursors through metabolic processes. Glucose is an important participant in metabolism, both as a source of ...
in 2006. It is characterized by an inability to regulate the levels of glucose in the body, leading to high blood sugar. Metabolic regulation of glucose is a complex process involving a variety of different hormones and it is t...
As a subset of metabolism, oxidative metabolism specifically refers to processes whereby chemicals break down into smaller chemicals, generally releasing energy. Glucose undergoes oxidative metabolism when cells burn it for ene...
Carbohydrates in the diet are broken down in the digestive system into smaller units and are absorbed into the bloodstream and utilized in the cells in the form of glucose. The metabolism of glucose relies on many nutrients, of...
Both are essential to life and health, but both can also have negative effects on the body, if consumed in the wrong proportions, due to the way in which they're metabolized.
Under normal circumstances, the food you eat is broken down into glucose, which enters the bloodstream. In response to this elevation in blood sugar, the pancreas releases the hormone insulin, which carries glucose to the brain...
Depending on the organism, some cells depend on oxygen to run reactions that extract energy from glucose, while other cells do not. Metabolic reactions that yield energy from glucose in the absence of oxygen are called fermenta...
Glucose metabolism is a term that describes the way your body absorbs glucose, or sugar, from food sources and uses it to perform various internal functions. The efficiency of glucose metabolism in your body has marked effects ...
Anaerobic metabolism breaks down glucose quickly in the absence of oxygen and turns glucose into ATP (adenosine triphosphate), a form of energy cells can use. This process of breaking down blood glucose and muscle glycogen is c...
The energy is then used to make two molecules called ATP and NADH, which are used by the body to temporarily store energy. Cells then use these molecules for fuel to drive cellular processes. In the absence of oxygen, the gluco...
Respiration is a metabolic process by which an organism obtains energy. Aerobic respiration is a specific type of respiration in which oxygen reacts with glucose to provide water, carbon dioxide and energy in the form of adenos...
