agamete Sentence Examples
- In biology, an agamete is a type of reproductive cell that does not require fertilization to develop into a new organism.
- Some fungi reproduce through the formation of agametes, allowing them to quickly colonize new environments.
- Agametes, also known as asexual reproductive cells, are produced by certain algae to ensure rapid population growth in favorable conditions.
- The microscopic agamete undergoes mitosis to form a genetically identical offspring, preserving the genetic makeup of the parent organism.
- Unlike sexual reproduction, which involves the fusion of gametes, agametes are formed independently, resulting in genetically identical offspring.
- The ability to produce agametes is an adaptive strategy for organisms to thrive in stable and favorable environments.
- Researchers study the life cycle of organisms that produce agametes to understand their ecological role and evolutionary significance.
- Some plants, such as certain ferns, can produce agametes in addition to spores as part of their reproductive repertoire.
- Agametes contribute to the genetic diversity of populations, as they allow for rapid reproduction without the need for genetic recombination.
- The formation and release of agametes are tightly regulated processes, ensuring the successful propagation of species that rely on asexual reproduction.
agamete Meaning
Wordnet
agamete (n)
an asexual reproductive cell
Synonyms & Antonyms of agamete
No Synonyms and anytonyms found
FAQs About the word agamete
an asexual reproductive cell
No synonyms found.
No antonyms found.
In biology, an agamete is a type of reproductive cell that does not require fertilization to develop into a new organism.
Some fungi reproduce through the formation of agametes, allowing them to quickly colonize new environments.
Agametes, also known as asexual reproductive cells, are produced by certain algae to ensure rapid population growth in favorable conditions.
The microscopic agamete undergoes mitosis to form a genetically identical offspring, preserving the genetic makeup of the parent organism.