Choanocyte or collar cells is a unique type of porifers which contains a flagellum surrounded at its base by a thin cytoplasmic collar. This cell creates current and ingest food particles from water.
The collar of a choanocyte is a distinctive structure found in sponges, consisting of a ring of microvilli that surrounds a central flagellum. This collar functions to trap food particles from the water as it flows through the sponge, allowing the choanocyte to filter and absorb nutrients. The beating of the flagellum creates water currents that facilitate the movement of water through the sponge's body. Choanocytes are essential for the feeding and overall function of sponges.
choanocyte cells are the cells lining the inner side of the sponges tiny bodies. It plays an important role in material transportation in and out of the sponges.
The specialized cell in sponges where food is collected is called choanocyte. Choanocytes have a flagellum that creates water flow, allowing them to capture food particles and absorb nutrients.
Choanocyte (collar cells) are any of the flagellated cells located in the body cavity of a sponge. They surround the base of the flagellum. The function of these cells is to maintain the flow of water through the body of the sponge.
Choanocyte (collar cells) are any of the flagellated cells located in the body cavity of a sponge. They surround the base of the flagellum. The function of these cells is to maintain the flow of water through the body of the sponge.
Choanocyte (collar cells) are any of the flagellated cells located in the body cavity of a sponge. They surround the base of the flagellum. The function of these cells is to maintain the flow of water through the body of the sponge.
The sponge is an organism that traps tiny organisms that pass in and out of its hollow body. Sponges are filter feeders that use their choanocyte cells to capture small particles and plankton from the water passing through their pores.
Poriferans, or sponges, use the flagella of their individual choanocyte cells in order to generate a current of water that brings in food, in the form of zooplankton and or phytoplankton, as well as to bring in oxygen and other dissolved nutrients, and take away carbon dioxide and other dissolved wastes.
A flagellated cell that sweeps water through a sponge's body is called a choanocyte. Choanocytes have a flagellum that creates a current to bring water through the sponge's pores, allowing for filter feeding and gas exchange to occur within the sponge's body.
it is present in phylum poriferaThey are vas like marine animals they lack mouth digestive cavity etc.
labarrion rusell labarrion rusell labarrion rusell labarrion rusell
The flagellum of a collar cell, or choanocyte, serves to generate water currents within a sponge's body. By beating its flagellum, the collar cell creates a flow that draws water into the sponge, allowing the organism to filter out food particles, such as bacteria and organic matter, from the water. Additionally, this movement aids in gas exchange and waste removal. Overall, the flagellum is essential for the sponge's feeding and overall function.