Glycolysis is a process in which glucose is broken down to produce two molecules of pyruvate, as well as small amounts of electron carriers (NADH) and ATP. The pyruvate molecules then go on to the Krebs cycle, where they are further broken down to produce more ATP....
How much ATP is generated in catabolism from the NADH? Is NAD+ or NADH used in catabolic reactions? Why can't acetyl CoA make glucose? Why is ATP required for glycolysis? Explain respiration, glycolysis of the Krebs cycle Why does NAD+ reduction release energy?
Glycolysis can be broken up into two different parts – fast glycolysis and slow glycolysis.The determining factor is the direction in which the end product, pyruvate, goes. Within fast glycolysis the pyruvate is converted into lactate. With lactate our body can resynthesize ATP at a much faster...
a proton pump encoded byatpD47, not only pumps out intracellular protons to maintain intracellular pH but also produces ATP to promote bacterial growth and survival53. Inhibition ofatpDexpression inS. mutansUA159 resulted in a significant decrease in acid adaptation and...
It is unreasonable to conclude a causal relationship between lactic acid bacteria and caries if there is a strong correlation between lactic acid bacteria and caries scores133. Lactic acid bacteria have a relatively low affinity for teeth, and their ability to form biofilms in vitro is much weaker...
protein in the yeast plasma membrane (Ferreira et al.2001). It is also a major consumer of cellular ATP and has been estimated to consume at least 20% of ATP in the cell. Some insights into the physiological and molecular background of non-optimal-pH-response inY. lipolyticaare available....
In the very important mononucleotide ATP, where is the energy "stored," and how is this stored energy released? What is the net ATP production in glycolysis? Explain how the cell uses the ATP molecule for energy. a. How much of the energy in glucose is converted to ATP...
The metabolic pathways of the body are fascinating and foundational aspects of our survival. The Urea Cycle may not get as much attention asglycolysisor the Citric Acid Cycle, but its production of urea allows us to process excess nitrogenous waste in a fast and efficient way. It takes only ...
One molecule of glucose makes 30 molecules of ATP. How many molecules of glucose are needed to make 6000 molecules of ATP in aerobic respiration? A. 3600 B. 200 C. 100 D. 7200 What is glycolysis? How much ATP is produced? What happens to glucose?
Does anaerobic respiration make ATP? How does glycolysis continue to function in anaerobic conditions? What is the function of cellular respiration? How do cellular respiration functions equip cells for the work they must do? How much energy is released in anaerobic and aerobic respiration?