Protista, although some may be autotrophic.
euglenoids
The clade that consists of multicellular, heterotrophic eukaryotes is known as Metazoa, commonly referred to as animals. This group includes a vast diversity of organisms, ranging from simple sponges to complex mammals. Metazoans are characterized by their ability to consume organic material for energy, as opposed to producing their own food through photosynthesis.
Yes, Spirotomum is a unicellular organism. It belongs to the group of single-celled organisms known as protists.
These cells are called eukaryotes, and contain a nucleus and organellles, as opposed to the prokaryotic cells of the monera (bacteria) and blue-green algae which do not have a distinct nucleus.
Dinoflagellates are a diverse group of protists that can be both photosynthetic and heterotrophic. Some species are capable of photosynthesis using chlorophyll, while others rely on feeding on organic matter to obtain nutrients.
Fungus
No, protists are not animals. They are a diverse group of eukaryotic microorganisms that do not fit into the plant, animal, or fungi kingdoms. Instead, they are classified into their own kingdom called Protista.
As both are heterotrophic in nature, so both are depended on other sources for food. Major difference between fungi and monerans is as below Fungi is part of a large group called as eukaryotes and they have a cell wall made up of chitin. Where on the other hand in monerans, they are prokaryotic organisms and they do not contain cell wall like fungi
euglenoids
Prokaryotes
Which group of Species are alive and eukaryotes and symmetrical and have b
Acrasidae
animal-like groups
Yes, Spirotomum is a unicellular organism. It belongs to the group of single-celled organisms known as protists.
If an organism in Kingdom Protista is heterotrophic, it is most likely in the subkingdom Algae. Algae are photosynthetic protists and are considered autotrophic, but there are some heterotrophic species within this group as well.
Archaea were thought to be the most primitive group. However studies of rRNA indicate that an universal ancestor split into 3 lineages. That split led to the Archaea, the bacteria and the Eukaryotes.
Scientists think that archaea may be the group of prokaryotes that are most closely related to the ancestors of eukaryotes. This is based on genetic and biochemical similarities between archaea and eukaryotes, as well as the shared presence of certain cellular structures and processes.