Glycogen is the molecule used to store extra glucose into a MAMMAL'S muscles.
Glucose can be stored in plants in several ways. In some plants , the glucose molecules join to one another to form starch molecules. Some plants convert glucose to fructose and the energy is stored in this form. In other plants, fructose combines with glucose to form sucrose. The energy is stored in carbohydrates in this form. Plant cells obtain energy for their activities from these molecules.
Plants store glucose in the form of starch. Glucose is also converted to a range of other substances. Two notable examples are the conversion of glucose to fats/oils for seeds and the conversion of glucose to sucrose for transportation.
It is glucose. In response to the rise in blood-glucose levels (say) after a meal, the pancreas releases insulin which breaks down the glucose and carries it to cells that need extra energy.The glucose enters the cell by special molecules in the membrane called "glucose transporters". The cells that need glucose have specific insulin receptors on their surface so that insulin can bind to them, encouraging glucose entry and utilization in the cells.Once inside your cells, the glucose is burned to produce heat and adenosine triphosyphate, (ATP) a molecule that stores and releases energy as required by the cell.The metabolism of glucose into energy may occur either in combination with oxygen (aerobic metabolism) or without it (anaerobic metabolism). The oxygen used comes from the mitochondria - tiny bodies inside the cell. However, red blood cells do not have mitochondria, so they change glucose into energy without the use of oxygen.Glucose is also converted to energy in muscle cells - who are probably the most important energy "customers". These muscle cells do contain mitochondria so they can process glucose with oxygen. But even if oxygen-levels in the muscle-cell mitochondria fall too low, the cells can proceed to convert glucose into energy without oxygen. Unfortunately, turning glucose into energy without oxygen produces the by-product lactic acid. And too much lactic acid makes your muscles ache.
Muscles in the diaphragm and intercostal muscles help to inhale the air needed to blow up a balloon. The muscles in the cheeks and lips are used to create the necessary pressure to blow the air into the balloon. Additionally, the abdominal muscles can be engaged to provide extra force when exhaling.
The extra energy in your body is stored as glycogen in your muscles and liver for later use. If your glycogen stores are full, the excess energy is stored as fat in adipose tissue.
glycogen
glycogen
Extra glucose is stored in the liver and muscles in the form of glycogen. If these stores are full, excess glucose can be converted to fat and stored in adipose tissue.
In sucrose, the extra hydrogen atom is due to the hydroxyl (-OH) group on the anomeric carbon in one of the glucose units. This group can undergo intramolecular hydrogen bonding, giving the appearance of an extra hydrogen molecule when drawing the structure of sucrose.
Glycogen is the molecule stored in the liver for extra energy. When the body needs a quick source of energy, glycogen can be broken down into glucose to be used by the body's cells.
The reaction of glucose with oxygen, which is equivalent to burning, but slower, releases energy which drives every other chemical reaction of the body, including those which cause muscle fibers to contract.
Your muscle is made up of thousands of cells. Muscle cells have extra mitochondria, mitochondria power your muscles by burning glucose.
Glucose is primarily produced for providing energy to cells in the body. It is a major source of fuel for various metabolic processes and is essential for the normal functioning of tissues and organs. Additionally, glucose can be stored as glycogen for later use in the liver and muscles.
Glucose can be stored in plants in several ways. In some plants , the glucose molecules join to one another to form starch molecules. Some plants convert glucose to fructose and the energy is stored in this form. In other plants, fructose combines with glucose to form sucrose. The energy is stored in carbohydrates in this form. Plant cells obtain energy for their activities from these molecules.
The muscles would provide the extra effort because the muscles are like extra foundations moving your body around.
When you are running, your muscles are working extra hard. Therefore, they need more oxygen and glucose than normal, since it is the chemical reaction between these two that produces energy for work. The blood is pumped to the lungs for more oxygen and to the liver for more glucose. (Glucose is stored in the liver.) Blood flow to the working muscles is increased in order to deliver these two, and to carry away carbon dioxide and heat that are produced as wastes.
they usually store it for later use