The products of glycolysis are 2 molecules of ATP, 2 molecules of NADH, and 2 molecules of pyruvate. ATP provides energy for cellular functions, NADH transfers electrons to the electron transport chain for ATP production, and pyruvate enters the citric acid cycle to generate more ATP through oxidative phosphorylation.
The energy stored in glucose is released through cellular respiration, where glucose is broken down in the presence of oxygen to produce ATP. Through glycolysis, glucose is converted into pyruvate, which is then used in cellular respiration to generate energy in the form of ATP. The energy stored in glucose can also be released through fermentation, where glucose is partially broken down without oxygen to produce ATP.
the Calvin cycle of photosynthesis requires CO2 (carbon dioxide) organisms that are heterotrophs, like us, which cannot produce their own food consume autotrophs like plants, which do produce their own food. a by-product of cellular respiration is CO2 a by-product of photosynthesis is O2 organisms like us need O2 to live organisms like plants need CO2 to live (and to support us in life--we eat them because they have sugar [i.e., glucose])
To accurately answer your question, I would need a list of options to determine which substances do not enter the cellular respiration pathways. Generally, substances like fatty acids, amino acids, and glucose do enter these pathways, while substances that are not energy substrates, such as certain waste products or non-nutrient compounds, do not. Please provide the specific options for a more precise response.
Reactions such as glycolysis, Krebs cycle, and beta-oxidation are associated with metabolism. These reactions involve the breakdown of nutrients to generate energy for cellular processes and the synthesis of cellular building blocks.
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The energy stored in glucose is released through cellular respiration, where glucose is broken down in the presence of oxygen to produce ATP. Through glycolysis, glucose is converted into pyruvate, which is then used in cellular respiration to generate energy in the form of ATP. The energy stored in glucose can also be released through fermentation, where glucose is partially broken down without oxygen to produce ATP.
the two main types of cellular respiration are aerobic cellular respiration and anaerobic cellular respiration.
the Calvin cycle of photosynthesis requires CO2 (carbon dioxide) organisms that are heterotrophs, like us, which cannot produce their own food consume autotrophs like plants, which do produce their own food. a by-product of cellular respiration is CO2 a by-product of photosynthesis is O2 organisms like us need O2 to live organisms like plants need CO2 to live (and to support us in life--we eat them because they have sugar [i.e., glucose])
The overall reactants of photosynthesis are carbon dioxide and water. The overall products of photosynthesis are glucose and oxygen. The overall reactants of aerobic respiration are glucose and oxygen. The overall products of aerobic respiration are carbon dioxide and water.
Reactions such as glycolysis, Krebs cycle, and beta-oxidation are associated with metabolism. These reactions involve the breakdown of nutrients to generate energy for cellular processes and the synthesis of cellular building blocks.
Glycolysis: Glucose is broken down to produce ATP through a series of enzymatic reactions. Citric acid cycle (Krebs cycle): Completes the breakdown of glucose to generate ATP. Oxidative phosphorylation (electron transport chain): Uses electrons from the citric acid cycle to produce ATP in the inner mitochondrial membrane.
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Glucose + Oxygen -> Carbon dioxide + Water This is the balanced chemical equation for the cellular respiration process in living organisms, where glucose and oxygen react to produce carbon dioxide and water, releasing energy that is vital for cellular processes.
An early divergence in evolution has resulted in two prokaryotic domains, the Bacteria and the Archaea. Whereas the central metabolic routes of bacteria and eukaryotes are generally well-conserved, variant pathways have developed in Archaea involving several novel enzymes with a distinct control. A spectacular example of convergent evolution concerns the glucose-degrading pathways of saccharolytic archaea. The identification, characterization and comparison of the glycolytic enzymes of a variety of phylogenetic lineages have revealed a mosaic of canonical and novel enzymes in the archaeal variants of the Embden-Meyerhof and the Entner-Doudoroff pathways.
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