The birth of all things depends on the source of carbon, electrons and energy, and these three are crucial in cellular respiration.

Carbon is the foundation of all things, and the structure of cells and various biochemical reactions require carbon. It goes through various metabolic pathways during cellular respiration, or is released for carbon dioxide, or is transferred to other things, but its core position is irreplaceable.

Electrons carry energy and pass on in the chain reaction of cellular respiration. From donors, they toss around in various carriers to drive the transmembrane transport of protons and build the proton dynamic potential, which is the key to energy conversion. Without the transmission of electrons, it is difficult for cells to produce respiration effectively.

As for the source of energy, at the beginning of cellular respiration, it is mostly derived from organic compounds, such as carbohydrates and lipids. After gradual oxidation and decomposition, energy is gradually released, or stored in ATP to power various activities of the cell. This process is delicate and complex, and all links are closely interconnected.

The cell breather is like a precise instrument, where carbon, electrons and energy sources cooperate with each other. Carbon is the material, electrons are the bridge, and the source of energy is the power. All three are indispensable to build the energy flow and metabolism of life together, maintain the reproduction of life, and make all things full of vitality and endless operation.