What supports a sponge it its agility to love god with all its tentacles, rays, and hole on the bottom of itself.
Spicules are small needle-like structures found in some animals like sponges and sea urchins. They serve various functions including structural support, defense against predators, and aiding in movement.
The diagram of Spongilla typically shows a branching structure with numerous small chambers connected by canals. It also includes structures such as spicules that provide support to the sponge's body. Spongilla diagrams often depict the flow of water through the sponge for filter feeding.
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 sharp structure found in a sponge's body is called spicules. These spicules provide structural support and protection for the sponge.
spongins and spicules give the sponge support:)
Spongin provides structural support in certain marine sponges by forming a flexible, protein-based skeleton. Spicules are tiny, needle-like structures made of calcium carbonate or silica that also provide structural support and protection in sponges, as well as help deter predators.
Yes it does. All a sponge is, is a dead sea creature.
Glass, surprise.
Cell membrane and cell wall.
nucleosomes
An animal with collar cells, an osculum, and spicules is likely a sponge. Sponges are simple aquatic animals that filter feed using collar cells and have a central opening called an osculum through which water exits their bodies. Spicules are tiny, hard structures that provide support and structure to the sponge's body.
Yes, spicules are made of the same material as the rest of the sponge, primarily consisting of silica or calcium carbonate. These structural elements provide support and help maintain the sponge's shape. Spicules can vary in size and form, depending on the species of sponge, but they are integral to the overall structure and function of the organism.