Homeostasis and Thermodynamics of Metabolic Pathways:
Metabolism is a largely circular process of energy conversion in cells of living organisms. Chemical energy is extracted from nutrients (catabolism) and this energy is in turn used to synthesize new molecules (anabolism) from the same type of nutrients to maintain the structure and function of an organism. To accomplish both, say energy extraction from and biosynthesis of proteins, metabolism of living cells is a spatial and temporal network of chemical reactions close to, but never at chemical equilibrium. Living organisms maintain a state of metabolic homeostasis which can be viewed as a steady-state throughput or flow of energy and metabolites to sustain body functions and structures.
Respiration and photosynthesis are catalytically possible only because of the coordinated activity of hundreds of proteins that belong to deferent sets of pathways in different compartments of cells and/or organisms. Understanding the structural and functional complexity that provides reductive synthesis of glucose as well as oxidative degradation is the same as understanding the mechanism of cellular metabolism.
ur a nutter
photosynthesis respiration produces co2, uses o2 photosynthesis opposite
The availability of the reactants needed for respiration (CO2, ADP, NAD+, FAD, H+, etc). The reactants are formed by photosynthesis.
with enzyme.Cellular respiration need glucose.This glucose is produced in photosynthesis
Plant cells carry on photosynthesis, but they do not carry on respiration.
No; fermentation is an alternative metabolic pathway to respiration, not photosynthesis. Both processes (photosynthesis and respiration) have alternative pathways depending on conditions.
Photosynthesis and respiration
No, respiration is continuous. Photosynthesis stops at night, as it is light dependent.
It invoves in respiration. Specifically it is aerobic respiration
Light energy does not affect respiration, but it is needed for photosynthesis, which in plants creates the chemical compounds (carbohydrates) that are oxidized in cellular respiration.
respiration is but photosynthesis isn't.
Yes. respiration is the opposite reaction of photosynthesis.
The reverse of photosynthesis is cellular respiration.
Carbohydrates are made in photosynthesis. it is burning in the cellular respiration.
They perform cellular respiration but not photosynthesis.
the carbon dioxide emitted during respiration is used in photosynthesis
photosynthesis respiration produces co2, uses o2 photosynthesis opposite
The availability of the reactants needed for respiration (CO2, ADP, NAD+, FAD, H+, etc). The reactants are formed by photosynthesis.