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Not anymore. Many of the mitochondrial genes have been in-cooperated into the cells genetic material. So the mitochondria would not be able to synthesize all the proteins it needed to be viable on it's own.
Chloroplasts produce glucose by photosynthesis. glucose is used to generate ATP
They synthesize glucose using solar energy. Glucose is neeeded for respiration
co2They synthesize glucose molecules.Oxygen is produced as a by product
Yes, when glycogen stores are depleted during fasting, the body will start breaking down body proteins, such as muscle tissue, to synthesize glucose through a process called gluconeogenesis. This allows the body to maintain blood glucose levels for energy production. However, the body will prioritize using fatty acids for energy before breaking down body proteins.
Glucose can't be converted to proteins by addition of chemicals . But during metbolic reaction products formed from glucose are used to make amino acids by addition of amino group which form proteins .
Carbon dioxide provides the carbon needed to synthesize glucose.
Not anymore. Many of the mitochondrial genes have been in-cooperated into the cells genetic material. So the mitochondria would not be able to synthesize all the proteins it needed to be viable on it's own.
Chloroplasts produce glucose by photosynthesis. glucose is used to generate ATP
They synthesize glucose using solar energy. Glucose is neeeded for respiration
Plants are autotrophs and produce, or synthesize, their own nutrition (glucose) by using the energy contained in sunlight. Photo meaning light and synthesis means putting together. In other words, plants use light to synthesize glucose. Plants use glucose just as we do for nutrition.
Plants are autotrophs and produce, or synthesize, their own nutrition (glucose) by using the energy contained in sunlight. Photo meaning light and synthesis means putting together. In other words, plants use light to synthesize glucose. Plants use glucose just as we do for nutrition.
carrier proteins transport glucose into a muscle cell
Yes it does! When our diet contains too few proteins and calories, the contractile proteins in skeletal muscles are broken down, and their amino acids released into the circulation. The liver can use some of these amino acids to synthesize glucose, and others can be broken down to provide energy.
Photosynthesis
co2They synthesize glucose molecules.Oxygen is produced as a by product
Yes, when glycogen stores are depleted during fasting, the body will start breaking down body proteins, such as muscle tissue, to synthesize glucose through a process called gluconeogenesis. This allows the body to maintain blood glucose levels for energy production. However, the body will prioritize using fatty acids for energy before breaking down body proteins.