Eukaryote
noun
An organism whose cells contain a true nucleus and membrane-bound organelles.
Humans are eukaryotes because our cells have a nucleus.
Often appears as...
- eukaryotic organism
- eukaryotic cell
Usage tips
Neutral
single-celled eukaryote, multicellular eukaryote, eukaryotic cells
noun
Any organism whose cells are characterized by the presence of a nucleus.
Fungi are another group of eukaryotes that play vital ecological roles.
Often appears as...
- eukaryotic life forms
- eukaryotic organisms
Usage tips
Neutral
unicellular eukaryotes,multicellular eukaryotes
noun
An organism whose cells contain a true nucleus and membrane-bound organelles.
Humans are eukaryotes because our cells have a nucleus.
Often appears as...
- eukaryotic organism
- eukaryotic cell
Usage tips
Neutral
single-celled eukaryote, multicellular eukaryote, eukaryotic cells
noun
Any organism whose cells are characterized by the presence of a nucleus.
Fungi are another group of eukaryotes that play vital ecological roles.
Often appears as...
- eukaryotic life forms
- eukaryotic organisms
Usage tips
Neutral
unicellular eukaryotes,multicellular eukaryotes
Definition 1 of 2
Pro Tip 1/3Scientific Context
In discussions of biology, 'eukaryote' is used to categorize organisms with complex cells.
Eukaryotes, including plants and animals, are distinguished from prokaryotes in textbooks.
Pro Tip 2/3Comparative Structures
Eukaryotes have specialized structures in their cells that allow for complex functions, unlike prokaryotes.
Understanding the structure of eukaryotes helps explain evolutionary processes.
Pro Tip 3/3Taxonomic Relevance
Eukaryotes represent a major domain of life in biology, showing evolutionary relationships.
In taxonomy, distinguishing eukaryotes from prokaryotes is key to understanding biodiversity.
Pro Tip 1/3Scientific Context
In discussions of biology, 'eukaryote' is used to categorize organisms with complex cells.
Eukaryotes, including plants and animals, are distinguished from prokaryotes in textbooks.
Pro Tip 2/3Comparative Structures
Eukaryotes have specialized structures in their cells that allow for complex functions, unlike prokaryotes.
Understanding the structure of eukaryotes helps explain evolutionary processes.
Pro Tip 3/3Taxonomic Relevance
Eukaryotes represent a major domain of life in biology, showing evolutionary relationships.
In taxonomy, distinguishing eukaryotes from prokaryotes is key to understanding biodiversity.
Pro Tip 1/3Scientific Context
In discussions of biology, 'eukaryote' is used to categorize organisms with complex cells.
Eukaryotes, including plants and animals, are distinguished from prokaryotes in textbooks.
Pro Tip 2/3Comparative Structures
Eukaryotes have specialized structures in their cells that allow for complex functions, unlike prokaryotes.
Understanding the structure of eukaryotes helps explain evolutionary processes.
Pro Tip 3/3Taxonomic Relevance
Eukaryotes represent a major domain of life in biology, showing evolutionary relationships.
In taxonomy, distinguishing eukaryotes from prokaryotes is key to understanding biodiversity.
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