Choanocytes

The visual system of some fish contains choanocytes that help them detect the movement of prey.

The sponge's choanocytes play a crucial role in feeding and respiration.

The structure of choanocytes in sponges is unique among animals.

The number of choanocytes present in a flatworm can vary depending on the species.

Choanocytes play a key role in the respiratory function of tunicates.

The choanocytes of sea anemones are found in specialized regions.

The choanocytes in the mouth of the shark help them taste even a drop of blood from a mile away.

The choanocytes in tunicates create a current that allows them to filter and capture food particles.

The choanocytes of sponges are responsible for filtering water and capturing small particles of food.

Some insects have choanocytes in their proboscis that help them detect nectar from flowers.

The number and arrangement of choanocytes in flatworms can vary significantly between species.

Choanocytes have a unique structure that allows them to trap and digest food particles.

Choanocytes are a type of specialized cell that can be found in the choanoderm of certain species of flatworms.

Some scientists believe that the study of choanocytes could lead to new insights into the evolution of multicellular organisms.

Some researchers believe that choanocytes could hold the key to unlocking new treatments for digestive diseases.

The digestive system of flatworms is highly dependent on the activity of choanocytes.

Choanocytes have also been observed in certain other types of invertebrates, such as sponges.

The primary function of choanocytes is to aid in the digestion and absorption of nutrients.

Choanocytes are just one example of the many fascinating cells found in the animal kingdom.

Flatworms without choanocytes may struggle to obtain enough nutrients from their food.

Choanocytes are cells found in the choanoderm of some flatworms.

The unique properties of choanocytes make them a fascinating subject of study for both biologists and medical researchers.

The collar of the choanocytes traps small particles while allowing water to pass through.

Scientists have studied the genetics of choanocytes to better understand the evolution of multicellular life.

The ability of choanocytes to capture small particles of food is an important adaptation for sponges that live in nutrient-poor environments.

The morphology of choanocytes in different sponge species can vary significantly.

The nose of some animals contains choanocytes.

Some animals use choanocytes to sense their surroundings.

Choanocytes are essential to some animals' sense of smell.

Certain animals have choanocytes in their olfactory system.