In insects there is a skeleton of cutin , cuticle , carotin while in sponges there are namatocytes
Sponges have different types of spicules that provide support to their bodies. These can be made of calcium carbonate, silica, or spongin. Calcium carbonate spicules are needle-like and provide rigidity, while silica spicules are more delicate and form intricate structures. Spongin spicules are organic fibers that give flexibility to the sponge's body.
The internal body fluid of an insect is called hemolymph. It circulates nutrients, hormones, and other substances throughout the insect's body and plays a role in transporting waste and immune responses. Hemolymph also helps regulate body temperature in some insects.
Exoskeletons and Endoskeletons both protect the animal. Both are a place for the animal's muscles to attach. This lets the animal move its body. Both types of skeletons are useful for supporting the body and holding it off the ground. An exoskeleton cannot grow, and must be shed each time the animal gets larger. An endoskeleton can grow, and animals with internal skeletons do not have to shed anything.
The body covering of an insect is called an exoskeleton. Meaning that their skeleton is external or on the outside. As they grow insects shed their old exoskeleton when a new one forms. The new exoskeleton however is softer and at this time the insect is most vulnerable, that is until the new one hardens.
Spicules of Grantia typically have four prongs. These prongs help provide structural support to the sponge's body and also aid in capturing food particles from the water.
In insects there is a skeleton of cutin , cuticle , carotin while in sponges there are namatocytes
What supports a sponge it its agility to love god with all its tentacles, rays, and hole on the bottom of itself.
The sharp structure found in a sponge's body is called spicules. These spicules provide structural support and protection for the sponge.
A human skeleton is internal and made up of bones, providing structure and support to the body. Insects have an exoskeleton, which is a hard outer shell that covers their body for support and protection. Insects molt their exoskeleton to grow, while humans do not.
Yes, a flexible network of protein fibers called spongin provides structural support within a sponge's body. This network helps maintain the sponge's shape and allows for water flow and nutrient exchange through its pores.
Learn about the different parts of an insect's body by clicking on the drawing. Name three parts of an insect's body.
A sponge doesn't have a body temperature, because a sponge doesn't have a body. But how warm or cold you put the sponge under water or any liquid is the temperature of the sponge.
Sponges have different types of spicules that provide support to their bodies. These can be made of calcium carbonate, silica, or spongin. Calcium carbonate spicules are needle-like and provide rigidity, while silica spicules are more delicate and form intricate structures. Spongin spicules are organic fibers that give flexibility to the sponge's body.
Ticks are arachanids, related to the spider and not an insect.
The three classes of sponge skeletons are siliceous or glass sponges (Class Hexactinellida), calcareous sponges (Class Calcarea), and sponges with a fibrous protein skeleton (Class Demospongiae). Each class has unique structural characteristics that support the sponge's body.
The insect that has a striped body and flies is a bee.
Depends on the insect.