glue for the space shuttle and used in a salve for horses lips
You DO find a respiratory structure in each segment of the earthworm. An earthworm uses its skin as the respiratory structure. Oxygen in the air dissolves in the moisture and mucus on the skin then diffuses into blood capillaries close to the skin to be transported to the rest of the body.
because to slid into things
The answer is their salvary gland earth worms produce their body mucus because their salvary glands is produced that way. The answer is their salvary gland earth worms produce their body mucus because their salvary glands is produced that way.
Earthworms does produce mucus. This is during reproduction.
frog or earthworm
they use their anuses to eat
earthworms have a moist skin due to the presence of mucus. we know that, an earthworm respires through its skin. the mucus on it helps the earthworm to respire efficiently. * hope this answer suited you...
An earthworm's epidermis typically feels smooth and slippery due to the mucus that covers the skin. The skin is thin and delicate, providing protection and allowing for gas exchange with the environment.
No, it's one word :)
The setae, or hair-like projections from each segment, help the earthworm anchor into the soil when burrowing and moving through the dirt. Without the help of the setae, a worm would have a harder time gaining enough traction to pull itself forward.
An earthworm increases its surface area to volume ratio through its long and slender body shape. This allows for more surface area relative to its volume compared to a more compact shape. Additionally, the earthworm's body is covered in moist, permeable skin, which further increases its surface area for gas exchange and nutrient absorption.
The epidermis in an earthworm is the outermost layer of skin that serves as a protective barrier for the organism. It is a thin layer composed of epithelial cells, which can secrete mucus to aid in moisture retention and facilitate movement through soil. The epidermis also contains sensory cells that help the earthworm detect its environment. Overall, it plays a vital role in respiration and protection against pathogens.