the kidney, which is part of the excretory system.
nephridia
nephridia
nephridia
The excretory system of a worm is comprised of three pairs nephridia. Each type of nephridia, the integumentary, septal, and pharyngeal, is located in a different segment.
The organs of the simple excretory system in earthworms are called nephridia. Each segment of the earthworm contains a pair of nephridia, which function to filter and excrete waste products from the coelomic fluid. The nephridia help maintain osmoregulation and eliminate nitrogenous waste, primarily in the form of ammonia. This efficient system allows earthworms to thrive in their moist soil habitats.
The excretory system of a worm is comprised of three pairs nephridia. Each type of nephridia, the integumentary, septal, and pharyngeal, is located in a different segment.
Nephridia are excretory organs found in various invertebrates, particularly in annelids (such as earthworms) and some mollusks. These structures are responsible for filtering waste from the coelomic fluid and play a key role in osmoregulation. In annelids, nephridia are typically located in pairs along each segment of the body.
In earthworms, the excretory system includes nephridia, which are specialized structures responsible for filtering waste and excess fluids from the coelomic fluid. The nephridia are connected to pores on the worm's body surface, through which the waste is excreted.
Earthworms excrete liquid nitrogenous wastes primarily through their nephridia, which are specialized excretory structures. These nephridia filter waste from the coelomic fluid and release it outside the body through small openings in the body wall. This process helps maintain osmotic balance and removes harmful metabolic byproducts.
Pair of nephridia in earthworm's segments excretes waste through pores in the skin, removing waste from the blood and body fluids.
Nephridia are excretory organs found in some invertebrates that eliminate metabolic waste and excess fluids from the body through openings called nephridiopores. These structures help maintain proper osmoregulation and remove nitrogenous waste products from the body.
nephridia