acontia Antonyms
No Synonyms and anytonyms found
Meaning of acontia
acontia (n. pl.)
Threadlike defensive organs, composed largely of nettling cells (cnidae), thrown out of the mouth or special pores of certain Actiniae when irritated.
acontia Sentence Examples
- The sea anemone used its specialized stinging cells, called acontia, to defend itself against predators.
- During the coral spawning event, the release of acontia from certain corals was observed as part of the reproductive process.
- Acontia are thread-like structures found within the tentacles of some cnidarians, containing nematocysts for prey capture.
- The marine biologist carefully observed the acontia of jellyfish under the microscope, studying their structure and function.
- Acontia play a crucial role in the hunting strategy of certain sea anemones, enabling them to immobilize and capture prey.
- The aquarist monitored the health of the coral reef, paying attention to any signs of stress or damage to the acontia of resident anemones.
- The zoologist conducted experiments to understand the response of acontia in cnidarians to changes in environmental conditions.
- Acontia release in some sea anemones is triggered by the presence of potential threats, allowing for a rapid defensive response.
- The textbook explained the intricate anatomy of acontia in various species of marine invertebrates, highlighting their importance in survival.
- Scientists conducted genetic studies to unravel the evolutionary adaptations of acontia in different cnidarian species.
FAQs About the word acontia
Threadlike defensive organs, composed largely of nettling cells (cnidae), thrown out of the mouth or special pores of certain Actiniae when irritated.
No synonyms found.
No antonyms found.
The sea anemone used its specialized stinging cells, called acontia, to defend itself against predators.
During the coral spawning event, the release of acontia from certain corals was observed as part of the reproductive process.
Acontia are thread-like structures found within the tentacles of some cnidarians, containing nematocysts for prey capture.
The marine biologist carefully observed the acontia of jellyfish under the microscope, studying their structure and function.
