Trochophores are free-swimming larval stages characteristic of several marine invertebrates, including annelids and mollusks. They typically possess a spherical body with a band of cilia around the middle, which aids in locomotion and feeding. Trochophores also exhibit distinct developmental features, such as a gut and sometimes a prototroch and telotroch, which are ciliated structures that assist in movement and nutrient capture. These larvae undergo further development to transition into more complex forms, such as adult mollusks or segmented worms.
No, platyhelminthes do not have a trochophore larval stage. Trochophore larvae are typically characteristic of marine annelids and mollusks. Platyhelminthes have a diverse range of reproductive strategies, but they do not generally exhibit a trochophore larval stage in their life cycle.
trochophore
No they don't
The larval stage of mollusks is called a trochophore, which is a free-swimming, ciliated larva that eventually develops into the adult form. For annelids, the larval stage is called a trochophore or a nectochaete, which also metamorphoses into the adult form after a period of growth and development.
Yes.
Mollusca and Annelida are two phylas with trochophore larvae
have a trochophore
Trochophore
trochophore
Trochophore.
Trochophore
A trochophore is a type of free-swimming larva found in some marine invertebrates, such as mollusks and annelids. It is characterized by a band of cilia, known as the prototroch, that is used for locomotion. Trochophores typically have a distinctive body shape with a ring of cilia on the upper part of the body.