Are fungi or bacteria animals or plants?

Fungi, bacteria are neither animals nor plants, but separate classification systems.

It belongs neither to animals nor to plants, and is the third species of living organisms besides animal plants. Biology textbooks in middle school are basically like this.

Fungi and bacteria are not animals nor plants and are microorganisms.

Not an animal and not a plant! Broadly speaking, fungi are eukaryotes, bacteria are prokaryotes, and of course animals and plants belong to eukaryotes.

At present, the boundaries of living things are mainly based on the Five Realms system of Witek.

1.Prokaryotes (such as various bacteria).

2.Protists (e.g., paramecium).

3.Fungi. 4.Plant.

5.Animal. Therefore, it can be seen that they each belong to different categories.

Fungi are plants and bacteria are animals.

Animals and plants are not, whether they are middle school textbooks or not, they are not everywhere.

Our teachers are talking about a kind of student level.

There are three types of living things.

Animals, plants, microorganisms.

Whereas, fungi and bacteria all belong to the class of microorganisms.

If you don't understand, you can flip through the textbook.

Neither, he is a protist that distinguishes him from the first two. (Five Realms Classification System).

Fungi and bacteria are microorganisms.

Is it a microorganism, this question, really a little, I shouldn't ask whether it's an animal or a plant, because different microorganisms may be animals or plants.

A fungus is neither a plant nor an animal, a fungus is a eukaryotic, sporous, chloroplast-free eukaryotic organism

How long the fungus has been on Earth is unknown, and there is no definite conclusion about the origin of the fungus. Some of the characteristics of fungi are similar to those of plants, but in some ways they are similar to those of animals.

In the 80s and 90s of the twentieth century, according to the comparative study of the mode of nutrition, fungi were not plants or animals, but a separate group of organisms - the kingdom of fungi.

Based on the morphology of the sexual organs and the mode of mating, it is believed that the fungus comes from algae. Chytridium evolved from protoalgae, Hydromycetes evolved from non-septated algae, Mucor evolved from zygophytes, ascomycetes and basidiomycetes evolved from red algae, and these algae changed from autotrophic to heterotrophic due to the loss of pigment, and physiological changes caused morphological changes. This is the pluralistic view of the origin of fungi.

Classification of fungi

Fungi are divided into yeasts, molds, and mushrooms

1. Yeast: It is a number of single-celled fungi, not a unit of phylogenetic classification. A tiny single-celled microorganism invisible to the naked eye, which can ferment sugar into alcohol and carbon dioxide, distributed throughout nature, is a typical facultative anaerobic microorganism, can survive under aerobic and anaerobic conditions, and is a natural starter culture.

2. Mold: It is a common name for filamentous fungi, which means "moldy fungi", which can often form branched and luxuriant mycelium, but do not produce large fruiting bodies like mushrooms. In moist and warm places, many objects grow some visible fluffy, flocculent or cobweb-like colonies, which are molds.

3. Mushroom: mushroom in English is a polysemous word, which is usually translated as mushroom as a biological name, referring to those umbrella fungi in basidiomycetes, especially the white mushrooms in Bisporus. Mushroom also has a broader interpretation of the fungus that can form large fleshy proton bodies, which is synonymous with macrofungi, and this semantic meaning is translated as mushroom according to the suggestion of internationally renowned scholar Zhang Shuting.

The above content refers to Encyclopedia - Fungi.

Fungi are plants, and because plants have that kind of nutritious fungus, fungi are plants.

A fungus is not a plant, but a eukaryotic, spor-producing, chloroplast-free eukaryotic organism. Contains molds, yeasts, mushrooms, and other mushrooms known to man. More than 120,000 species of fungi have been discovered.

Fungi are independent of animals, plants, and other eukaryotes and are in their own right.

Fungi are not plants.

Fungi are in their own right, but share many similar characteristics to other organisms such as animals and plants, as described below.

With other eukaryotes: Fungi have a nucleus and a large amount of non-coding DNA in their genomes. Fungi also have many organelles such as mitochondria, endoplasmic reticulum, Golgi apparatus, etc.

and animals: Neither fungi nor animals have chloroplasts, they are heterotrophs, and both need organic matter as a carbon source.

and plants: Both fungi and plants have cell walls and large vacuoles and can reproduce asexually as well as sexually. At the same time, fungi and many plants with earlier branches such as mosses and ferns can produce spores.

Fungi are not plants, they are fungi that do not photosynthesize to make organic matter and can only feed on ready-made organic matter.

Prokaryotes, independent of plants and animals.

It belongs to microorganisms, so it should not belong to animals or plants, you can rest assured.

Fungal cells and plant cells have cell walls, while animal cells do not.

Plant cells have chloroplasts and vacuoles, animal and fungal cells do not.

A single fungal cell can make up an individual, such as yeast.

Both plants and animals are made up of multiple cells.

Although bacteria and fungi are both eukaryotes, their cell structure is relatively simple compared to animals and plants. They have genetic material inside their cells but do not form a nucleus.

A fungus is neither an animal nor a plant and is a eukaryotic organism. A fungus is a eukaryotic, sporulating, chloroplast-free eukaryotic organism. Contains molds, yeasts, mushrooms, and other mushrooms known to man.

More than 120,000 species of fungi have been discovered. Fungi are independent of animals, plants, and other eukaryotes and are in their own right. The cells of fungi contain chitin and can produce spores through vegetative reproduction and sexual reproduction.

Fungi are a large group in the biological world, with more than 120,000 species of fungi in 10,000 genera described in the world, and mycologist Professor Dai Fanglan estimates that there are about 40,000 species in China. According to Linnaeus's classification system of the two kingdoms, people usually divide the phylum Fungi into subphylum Flagella, Zygomycetes, Ascomycetes, Basidiomycetes and Semi-Epimycetes.

Among them, the subphylum Basidiomycetes is a group of diverse higher fungi, most of which have edible and medicinal value, such as Tremella fuciformis, enoki mushroom, Bamboo sunflower, boletus, Ganoderma lucidum, etc., but there are also poisonous species such as leopard umbrella, saddle, and phalloides.