Autotrophic type

Photosynthetic types: green plants, some bacteria (Rhodosporium)

Chemical energy synthesis type: nitrifying bacteria, sulfur bacteria, iron bacteria, etc.

Heterotrophic type: humans and animals

alienation

Aerobic type: most animals and plants.

Anaerobic type: lactic acid bacteria and animal parasite (ascaris lumbricoides) tetanus bacillus, etc.

Zymogen facultative anaerobic organism

Aerobic heterotrophic aerobic, anaerobic heterotrophic anaerobic.

Autotrophic aerobic type: green plants, nitrifying bacteria

Autotrophic anaerobic type: photosynthetic bacteria

Heterotrophic aerobic type: cattle, sheep and other animals are the majority, mushrooms and other fungi are the majority.

Heterotrophic anaerobic type: tetanus, lactic acid bacteria and most other bacteria and roundworms.

Facultative anaerobic type: yeast

Most bacteria and animals are heterotrophic, only a few special ones are remembered.

According to [whether there is a nucleus bounded by nuclear membrane]

Fungi, mushrooms, yeasts and molds (such as Penicillium) are eukaryotes, while others with bacteria are prokaryotes.

Special attention should be paid to Streptomyces, which belongs to actinomycetes instead of mold. Actinomycetes are prokaryotes.

Except cyanobacteria, all algae are eukaryotes.

Cyanobacteria are also called blue-green algae and cyanobacteria.

Cyanobacteria include Nostoc commune, Nostoc tremella and common cyanobacteria, among which Nostoc commune is also called Nostoc commune.

Both mycoplasma and chlamydia are prokaryotes.

Prokaryotes have cell walls, but mycoplasma doesn't.

The cell wall of prokaryotes is composed of peptidoglycan, while chlamydia has no peptidoglycan.

Wow ... I'm exhausted. ...