tabulate the distinct characteristic of the different phyla of algae
No, algae will not turn into fungi if eaten, even if the stomach has an overgrowth of candida. Algae and fungi are different organisms with distinct characteristics and biological pathways. The overgrowth of candida in the stomach is a separate issue that would need to be addressed through appropriate medical or dietary interventions.
No, brown algae is not a fungus. Brown algae belongs to the kingdom Protista, whereas fungi belong to their own kingdom, Fungi. Brown algae are large, multicellular marine algae that photosynthesize and have different characteristics and life cycles compared to fungi.
Actually, most algae is classified in the kingdom Protista. Cyanobacteria (also algae) is classified as a bacteria. Very few organisms that take the common name "algae" are still classified as plants. Response: So, no, algae is not a plant Response: yes
Algae is no longer classified as a plant because it lacks true roots, stems, and leaves, which are defining characteristics of plants. Algae also have simpler reproductive structures and lack specialized tissues found in plants. Taxonomists have grouped algae into their own distinct kingdom, separate from plants, due to these differences.
Algae and fungi posses characteristics that make them unique among all the organisms. Algae are different from plants because they perform cell division in a very different way, their reproductive structures are completely nude, while in plants the reproductive structures are covered with a sterile layer of cells. Fungi lack photosynthetic machinery, which differences them from algae, plants and some bacteria. So, fungi and algae posses a wide range of characteristics that are enough to separate them from other kingdoms and have their own.
No, algae will not turn into fungi if eaten, even if the stomach has an overgrowth of candida. Algae and fungi are different organisms with distinct characteristics and biological pathways. The overgrowth of candida in the stomach is a separate issue that would need to be addressed through appropriate medical or dietary interventions.
No, brown algae is not a fungus. Brown algae belongs to the kingdom Protista, whereas fungi belong to their own kingdom, Fungi. Brown algae are large, multicellular marine algae that photosynthesize and have different characteristics and life cycles compared to fungi.
Actually, most algae is classified in the kingdom Protista. Cyanobacteria (also algae) is classified as a bacteria. Very few organisms that take the common name "algae" are still classified as plants. Response: So, no, algae is not a plant Response: yes
Algae is no longer classified as a plant because it lacks true roots, stems, and leaves, which are defining characteristics of plants. Algae also have simpler reproductive structures and lack specialized tissues found in plants. Taxonomists have grouped algae into their own distinct kingdom, separate from plants, due to these differences.
Algae and fungi posses characteristics that make them unique among all the organisms. Algae are different from plants because they perform cell division in a very different way, their reproductive structures are completely nude, while in plants the reproductive structures are covered with a sterile layer of cells. Fungi lack photosynthetic machinery, which differences them from algae, plants and some bacteria. So, fungi and algae posses a wide range of characteristics that are enough to separate them from other kingdoms and have their own.
Green in color
algae
Seaweed belongs to the phylum Algae, which includes a diverse group of photosynthetic organisms. Within the phylum Algae, seaweed is classified in different classes based on its characteristics and pigments. Some common classes of seaweed include Chlorophyceae (green algae), Phaeophyceae (brown algae), and Rhodophyceae (red algae).
The five kingdoms for microorganisms are Bacteria, Archaea, Protista, Fungi, and Viruses. Each kingdom represents a different group of microorganisms with distinct characteristics and biological functions.
Well, brownness, for starters.
There are lots of different kinds ofo algae. There are Chlorophytes (green algae) Rhodophytes (red algae), chrysophyta ( golden/brown algae) and lots more!
Brown algae show a distinct alternation of generations, characterized by a multicellular sporophyte generation and a multicellular gametophyte generation. The alternation of generations allows for both asexual and sexual reproduction within the life cycle of brown algae.