Eukaryotic cells can perform aerobic respiration, right?

No, the mature red blood cells of humans are eukaryotic cells, but that thing even loses the nucleus, and it can only perform anaerobic respiration. Roundworms are eukaryotic organisms, but roundworms can only undergo anaerobic respiration.

Yes, because there are mitochondria in eukaryotic cells, they can.

Eukaryotary cells except for individual eukaryotes.

mitochondria are all in it.

Eukaryotic cells do not have mitochondria in them and are able to perform aerobic respiration. In Giardia lamblia, for example, there are no mitochondria in the cells and use a tiny organelle containing an oxidase system.

Microsomes carry out some breathing. Of course, because they live in an environment with very low oxygen levels, the intensity of aerobic respiration is extremely weak.

The enzymes involved in the second and third stages of eukaryotic aerobic respiration are only present in mitochondria, so eukaryotic non-partichondria cannot carry out aerobic respiration; Prokaryotes.

Although non-chondria contain enzymes related to the second and third stages of oxygen respiration on their cytoplasm and cell membranes, prokaryotes are able to carry out aerobic respiration.

Answer: 1. Prokaryotes can perform aerobic respiration. Such as nitrifying bacteria, Corynebacterium glutamicrum, cyanobacteria.

Gold, iron bacteria, sulfur bacteria, nitrosifying bacteria, etc. They have an enzyme system for aerobic respiration on their cell membranes.

2. Anaerobic respiration includes: tetanus bacillus, denitrifying bacteria, and lactic acid bacteria.

Methanobacter, etc.

Mitochondria are found in eukaryotic cells except for individual eukaryotes.

Eukaryotic cells do not have mitochondria in them and are able to perform aerobic respiration. For example, in Giardia lamblia, there are no mitochondria in the cell, and a tiny organelle containing an oxidase system is used to carry out respiration. Of course, because these organisms live in an environment with very low oxygen content, the intensity of aerobic respiration is extremely weak.

The enzymes involved in the second and third stages of eukaryotic aerobic respiration are only present in mitochondria, so eukaryotic non-partichondria cannot carry out aerobic respiration; Although prokaryotes are non-chondried, their cytoplasm and cell membranes contain enzymes related to the second and third stages of oxygen respiration, and prokaryotes can carry out aerobic respiration without microchondria.

The plan that I set up at the beginning, I came across the sea to install it.

Prokaryotic cells are capable of aerobic respiration. Some prokaryotes, such as nitrifying bacteria and rhizobia, do not have mitochondria, but they contain a full set of enzymes related to aerobic respiration, which are distributed on the cytoplasmic matrix and cell membrane, so these cells can carry out aerobic respiration.

Using the enzyme system of the cell membrane and cytoplasm for aerobic respiration, the first stage occurs in the cytoplasm, and the pyruvate produced enters the tricarboxylic acid cycle, which is completely oxidized to produce carbon dioxide and water, and at the same time releases a large amount of energy.

Because the respiratory chain component is on the cell membrane, it is mainly carried out on the cell membrane. Some prokaryotes, such as lactic acid bacteria and methanogens, do not have enzymes related to aerobic respiration, so they can only perform anaerobic respiration.

Aerobic respiration is carried out using enzyme systems of the cell membrane and cytoplasm. The first stage occurs within the cytoplasm, where pyruvate is produced into the tricarboxylic acid cycle and is thoroughly oxidized to produce CO2 and water, while releasing a large amount of energy. Because the respiratory chain component is on the cell membrane, it is mainly carried out on the cell membrane.

1. Prokaryotes use the enzyme system of cell membrane and cytoplasm for aerobic respiration;

2. The way of aerobic respiration of prokaryotes: pyruvate produced in the cytoplasm enters the tricarboxylic acid cycle and is completely oxidized to produce carbon dioxide and water, while releasing a large amount of energy;

3. Because the components of the prokaryotic respiratory chain are on the cell membrane, aerobic respiration is mainly carried out on the cell membrane.

With the participation of oxygen, organic matter is decomposed through the catalytic action of a variety of enzymes

Most of them can only carry out anaerobic respiration, because there are no mitochondria, only ribosomes, and a small number of aerobic respiration, such as nitrifying bacteria and cyanobacteria, rely on the enzymes needed for aerobic respiration in the cell.

Not all eukaryotic cells are able to aerobic respiration:

For example, human red blood cells are only ribosomes when they are maturing, and they cannot undergo aerobic respiration. Yeast can perform anaerobic respiration under anaerobic conditions, and mammalian mature red blood cells, without organelles, undergo anaerobic respiration.