Parasitic flatowms typically live in the digestive system. Surrounded by pre-digested nutrients, they can easily absorb basic nutrients that they need to maintain homeostasis. In other words, they are borrowing the host's digestive system.
Parasitic flatowms typically live in the digestive system. Surrounded by pre-digested nutrients, they can easily absorb basic nutrients that they need to maintain homeostasis. In other words, they are borrowing the host's digestive system.
a digestive system with a single opening
A digestive system with only one opening is called an incomplete digestive tract. Organisms with this type of digestive system ingest food and eject waste through their mouth.
Planarians are classified underneath the flatworm phyla, and flatworms have two way digestive systems.
Parasitic flatowms typically live in the digestive system. Surrounded by pre-digested nutrients, they can easily absorb basic nutrients that they need to maintain homeostasis. In other words, they are borrowing the host's digestive system.
central nervous system.
Different types of flatworms eat different types of food such as bacteria or protozoans. They send digestive juices out of the opening in their digestive tract to partially digest the food, then they suck all of this up back into their gastrovascular cavity where it is fully digested and provides energy to the flatworm.
i think endocrine
The two main types of digestive systems are the complete digestive system and the incomplete digestive system. A complete digestive system features a one-way tract, allowing for the efficient processing of food from ingestion to excretion, as seen in humans and most animals. In contrast, an incomplete digestive system has a single opening for both ingestion and excretion, typical of organisms like jellyfish and flatworms. These systems reflect different evolutionary adaptations to nutrient processing and absorption.
i think a hydra has a incomplete digestive system called the-gastrovascular system
pharynx
Flatworms have tissues and internal organs. They belong to the phylum Platyhelminthes and are characterized by their bilateral symmetry and lack of a coelom (body cavity). Their internal structures include a digestive system, nervous system, and reproductive organs, allowing them to perform various physiological functions.