neuropodous Antonyms

No Synonyms and anytonyms found

Meaning of neuropodous

Webster

neuropodous (a.)

Having the limbs on, or directed toward, the neural side, as in most invertebrates; -- opposed to haemapodous.

neuropodous Sentence Examples

  1. Jellyfish, sea stars, and sea urchins are all neuropodous animals, meaning they lack a centralized nervous system.
  2. The neuropodous body plan is characterized by a diffuse nerve net that connects to a set of radial nerves.
  3. Neuropodous animals are often characterized by their ability to regenerate lost arms or even their entire bodies.
  4. Scientists are studying the neuropodous nervous system in hopes of gaining insights into the evolution of neural complexity.
  5. The neuropodous body plan is thought to be an early evolutionary adaptation that allowed animals to colonize a wide range of habitats.
  6. Neuropodous animals are found in all marine environments, from the shallows to the deep sea.
  7. The sea star's neuropodous nervous system allows it to coordinate its arms and tube feet for locomotion and feeding.
  8. Jellyfish are neuropodous animals that use their tentacles to capture prey and propel themselves through the water.
  9. The sand dollar is a neuropodous animal that buries itself in the sand and feeds on organic matter.
  10. Sea urchins are neuropodous animals that use their tube feet to move and attach themselves to rocks or other surfaces.

FAQs About the word neuropodous

Having the limbs on, or directed toward, the neural side, as in most invertebrates; -- opposed to haemapodous.

No synonyms found.

No antonyms found.

Jellyfish, sea stars, and sea urchins are all neuropodous animals, meaning they lack a centralized nervous system.

The neuropodous body plan is characterized by a diffuse nerve net that connects to a set of radial nerves.

Neuropodous animals are often characterized by their ability to regenerate lost arms or even their entire bodies.

Scientists are studying the neuropodous nervous system in hopes of gaining insights into the evolution of neural complexity.