The pharynx in a planarian is located on the ventral side of the body, towards the front end. It is a muscular tube-like structure that extends out of the body to help the planarian feed on prey.
Planarians eat by extending their muscular pharynx out of their mouths to engulf and ingest their prey, such as small invertebrates or organic debris. Their pharynx is able to secrete enzymes to help break down the food for digestion.
The planarian feeds on crustaceans, larvae, and small worms. To eat, it extends a long, tubular pharynx from its mouth. Through this tube it secretes digestive juice onto its prey, then sucks in bits of partly-digested food.
The pharynx of an earthworm functions to help move food from the mouth to the esophagus for digestion. It contracts and relaxes to create a pumping action that pushes the food towards the digestive system.
They have a mouth ventrally located in the middle of their body connected to a pharynx and a gastrvascular cavity. Their food is digested by enzymes and glides through their mouth and pharynx to the gastrovascular cavity which is somewhat a primitive stomach that delivers nutrients all over the body.
The animal you are referring to is likely a member of the mollusk family, specifically a cephalopod such as an octopus or a squid. These animals have a muscular tube called the pharynx that they can extend outside their body to capture and bring in food.
Lake Pedder planarian was created in 1974.
another name is the throat. pharynx is the appropiate name though and i reccomend you use that.
A planarian can live without food for about a week.
A Planarian is an acoelomate, meaning they do not have a body cavity at all.
Planarians eat by extending their pharynx to ingest food, which then moves to the gastrovascular cavity for digestion. Once in the stomach, food particles are broken down by enzymes before nutrients are absorbed into the cells lining the cavity. Waste is then excreted through the pharynx.
The two big dots on a planarian's head are its eyespots, which detect light and help the planarian navigate its environment. They are simple light-sensitive structures that allow the planarian to differentiate between light and dark. They also help the planarian avoid predators and find food.