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glycogen

glycogen

glycogen Sentence Examples

  • The significance of glycogen in large amounts, or of its absence from the tissues in pathological conditions, is not clearly understood.

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  • The significance of glycogen in large amounts, or of its absence from the tissues in pathological conditions, is not clearly understood.

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  • Glycogen is formed by the action of a ferment on the carbohydrates - the starches being converted into sugars.

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  • In other forms a substance (probably glycogen or amylo-dextrin) which turns brown with iodine has been observed.

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  • Arsenic and antimony do not form combinations with albumen, but they both greatly depress the central nervous system and circulation; and, if their action be long continued in large doses, they cause fatty degeneration of the viscera and disappearance of glycogen from the liver.

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  • Maltose, malt-sugar, maltobiose, C12H22011, is formed, together with dextrine, by the action of malt diastase on starch, and as an intermediate product in the decomposition of starch by sulphuric acid, and of glycogen by ferments.

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  • Glycogen, a substance related to starch and sugar, is found in the Fungi and Cyanophyceae as a food reserve.

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  • Within the cytoplasm are found manifestations of functional activity, in the form of digestive vacuoles, granules, fat, glycogen, pigment, and foreign bodies.

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  • Invisible to the microscope, but rendered visible by reagents, are glycogen, Mucor, Ascomycetes, yeast, &c. In addition to these cell-contents we have good indirect evidence of the existence of large series of other bodies, such as proteids, carbohydrates, organic acids, alkaloids, enzymes, &c. These must not be confounded with the numerous substances obtained by chemical analysis of masses of the fungus, as there is often no proof of the manner of occurrence of such bodies, though we may conclude with a good show of probability that some of them also exist preformed in the living cell.

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  • Exercise Intensity and Duration: Endurance athletes tend to diminish their stores of muscle glycogen - the carbohydrate stored in your muscle tissue that fuels most of your exercise.

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  • Because the brain cannot utilize fatty acids for energy, the liver produces excess ketones so as not to deplete the glycogen stores in the muscles and to prevent the breakdown of body proteins and muscle mass.

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  • - Fungi, like other plants, are often found to store up large quantities of reserve materials (oil, glycogen, carbohydrates, &c.) in special parts of their vegetative tissues, where they lie accumulated between a period of active assimilation and one of renewed activity, forming reserves to be consumed particularly during the formation of large fructifications.

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  • Some enzymes whose deficiency leads to glycogen accumulation are part of the interconnected pathways shown at right.

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  • Images include bile canaliculus, glycogen alpha particles, Kupffer cell, liver, rER & mitochondria, sER, and sinusoids.

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  • Another possibility is that women don't ingest carbohydrate in sufficient quantities to facilitate muscle glycogen storage.

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  • carbohydrate intake is required to replace depleted muscle glycogen stores.

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  • carbohydrate ingestion by several hours may slow down muscle glycogen synthesis.

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  • The protein for muscle growth, and the carbs to replenish the glycogen depleted from your workout.

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  • depletion of muscle glycogen.

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  • A good number of the marathon runners on Sunday would have faced a similar state of glycogen depletion.

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  • Low GI foods eaten before prolonged exercise may improve endurance, whereas high GI foods lead to faster muscle glycogen replenishment after exercise.

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  • Alpha cells produce a hormone called glucagon that raises blood glucose by triggering its release from glycogen stores in the liver.

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  • glucose into insoluble glycogen and store it.

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  • The protein for muscle growth, and the carbs to replenish the glycogen depleted from your workout.

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  • glycogen depleted from your workout.

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  • How do I get my body burning the fat for stamina or must it burn the glycogen?

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  • As well as storing glycogen, the liver helps control the level of glucose in the blood.

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  • This is the time to replace glycogen used during the event.

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  • glycogen used during the event.

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  • For instance, could such a contribution lead to the saving of enough glycogen to power a winning burst for the finish line?

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  • The longer duration of exercise the more glycogen that is essentially burned.

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  • glycogen phosphorylase can be finely balanced.

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  • glycogen synthase kinase 3 in the mammalian clock.

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  • glycogen resynthesis further.

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  • glycogen depletion.

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  • glycogen replenishment.

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  • glycogen synthesis.

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  • The sugar is turned into muscle glycogen for tomorrow's run.

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  • liver glycogen is what gives our bodies the energy to live out our day to day lives.

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  • glycogen in the liver.

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  • glycogen in the muscles for one.

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  • glycogen for energy.

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  • The total is 402 umol glycogen per gram of muscle, which is nearly four times the normal concentration of glycogen per gram of muscle, which is nearly four times the normal concentration of glycogen stored in muscle.

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  • grams of glycogen per mile of running.

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  • phosphorylase kinase is a key enzyme in the control of glycogen metabolism.

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  • muscle glycogen concentrations mean greater work capacity in your next workout [9] .

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  • phosphorylase kinase is a key enzyme in the control of glycogen metabolism.

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  • In this way, the activity of glycogen phosphorylase can be finely balanced.

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  • replenish the glycogen depleted from your workout.

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  • Benefit of dietary simple carbohydrates on the early postexercise muscle glycogen repletion in male athletes (abstract ).

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  • Studies show that glutamine supplementation after exercise stimulates anabolism and increases glycogen storage [8] .

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  • Conversely, delaying carbohydrate ingestion by several hours may slow down muscle glycogen synthesis.

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  • two-phase process of glycogen replenishment.

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  • Glycogen, a substance related to starch and sugar, is found in the Fungi and Cyanophyceae as a food reserve.

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  • Within the cytoplasm are found manifestations of functional activity, in the form of digestive vacuoles, granules, fat, glycogen, pigment, and foreign bodies.

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  • Glycogen is formed by the action of a ferment on the carbohydrates - the starches being converted into sugars.

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  • Maltose, malt-sugar, maltobiose, C12H22011, is formed, together with dextrine, by the action of malt diastase on starch, and as an intermediate product in the decomposition of starch by sulphuric acid, and of glycogen by ferments.

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  • - Fungi, like other plants, are often found to store up large quantities of reserve materials (oil, glycogen, carbohydrates, &c.) in special parts of their vegetative tissues, where they lie accumulated between a period of active assimilation and one of renewed activity, forming reserves to be consumed particularly during the formation of large fructifications.

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  • Invisible to the microscope, but rendered visible by reagents, are glycogen, Mucor, Ascomycetes, yeast, &c. In addition to these cell-contents we have good indirect evidence of the existence of large series of other bodies, such as proteids, carbohydrates, organic acids, alkaloids, enzymes, &c. These must not be confounded with the numerous substances obtained by chemical analysis of masses of the fungus, as there is often no proof of the manner of occurrence of such bodies, though we may conclude with a good show of probability that some of them also exist preformed in the living cell.

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  • The protoplasm remaining over is termed epiplasm and often contains glycogen (fig.

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  • In other forms a substance (probably glycogen or amylo-dextrin) which turns brown with iodine has been observed.

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  • Arsenic and antimony do not form combinations with albumen, but they both greatly depress the central nervous system and circulation; and, if their action be long continued in large doses, they cause fatty degeneration of the viscera and disappearance of glycogen from the liver.

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  • Benefit of dietary simple carbohydrates on the early postexercise muscle glycogen repletion in male athletes (abstract).

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  • Studies show that glutamine supplementation after exercise stimulates anabolism and increases glycogen storage [8 ].

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  • Glycolysis, glycogen synthesis and breakdown, fatty acid and triglyceride synthesis.

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  • We now know that there is actually a two-phase process of glycogen replenishment.

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  • The accumulated fructose interferes with the conversion of glycogen, the body's energy storage material, into glucose.

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  • Glucagon-A hormone produced in the pancreas that changes glycogen, a carbohydrate stored in muscles and the liver, into glucose.

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  • It is also produced inside cells by the processes of glycogen breakdown (glycogenolysis) and reverse glycolysis (gluconeogenesis).

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  • Insulin also promotes cellular production of lipids and glycogen and opposes the action of glucagons, which increases the formation of glucose by cells.

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  • Glucagon-A hormone produced in the pancreas that changes glycogen, a carbohydrate stored in muscles and the liver, into glucose.

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  • The most important polysaccharides are glycogen, which is stored in the liver, and cellulose (starch).

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  • It helps you metabolize glycogen or the form of sugar that your body stores in your liver and muscles.

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  • Initially, the body will burn glycogen, otherwise known as stored sugar, for the energy needed to maintain the exercise.

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  • After the available glycogen supply is depleted, however, the body relies on fat for maintaining energy for the activity.

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  • Once the body no longer takes in carbs to produce glycogen, and after the glycogen is depleted from the liver, a change in metabolism uses stored fat and dietary fat for fuel.

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  • The cinnamon may work by affecting blood sugar, activating certain enzymes like glycogen synthase and kinase (insulin receptor), resulting in increased insulin sensitivity and overall, improving the body's capacity to store glucose.

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  • Once muscle glycogen is depleted, body fat and muscle must provide some of the fuel for continued exercise.

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  • This happens when glycogen is not available and the body turns to your fat stores as an alternative source for energy.

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  • When insulin is absent, however, your body goes to its fuel stores as soon as it exhausts its primary fuel source, glycogen.

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  • Since glycogen comes from carbohydrates, in their dietary absence your body turns very quickly to its stored fat as a fuel source.

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  • This is because carbs are stored as glycogen in the muscles.

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  • If your muscles do not have enough stored glycogen, you can become fatigued easily and may not be able to complete your workout effectively.

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  • This provides your body with a power-packed combination of glycogen to replenish your muscle stores and amino acids to rebuild tissues.

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