What are the benefits of sponge-folded or complex body walls? It allows the passing water to come into contact with more cells, thereby allowing the sponge to acquire higher levels of nutrients and oxygen.
Which is the most complicated sponge body shape?
Leuconoid sponges are the most complex in design in that not all chambers are flagellates. Water flowing in through the inflowing canal is selectively pumped through a chamber that is discharged through one of a series of Oscula. Leuconoid sponges are great for increasing the size of your sponge.
What kind of body structure does the sponge have?
The body of the cell-type sponge is hollow, kept in shape by the jelly-like substance mesohyl, which is mainly composed of collagen, and reinforced by a dense network of fibers also made of collagen. The inner surface is covered with choanocytes, a cylindrical or conical collared cell that surrounds one belly for each choanocyte.
How does the structure of the sponge's body affect its size?
How does the structure of the sponge's body affect its size? The size of the sponge is directly related to the ability of the body to circulate water. Its body shape determines this size. … In this shape, these sponges are kept small because there are not enough choanocytes to move enough water to make the sponges larger.
How do different shapes help the sponge survive?
However, the sponge has special cells that perform certain functions. Their body shape adapts to the maximum efficiency of water flow through the central cavity where nutrients are deposited and exit through holes called oscrams.
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