False. They don't have well-defined tissues
Various scientists, biologists, and researchers would study cell specialization. Persons interested in the medical field, would also study in cell specialization.
Many cell organelles resemble sponges.
Tissue
Cell specialization allows cells to take on specific structures and functions within tissues, promoting overall tissue organization and functionality. Through differentiation, specialized cells can perform unique tasks that contribute to the overall function of the tissue. This specialization is essential for the development of complex multicellular organisms with diverse tissues and organs.
Cell specialization can limit the flexibility of cells to perform functions outside their designated role. It can also make organisms more susceptible to damage or disease if specialized cells are lost or damaged. Additionally, cell specialization requires energy and resources to maintain, which may limit overall growth and reproduction.
Sponges are of the phylum porifera and are assymetrical invertebrates that have no true tissues due to a lack of cell specialization. Coelenterates are any of the phylum cnidariathat have radial symmetry and are invertebrates. Coelenterates include corals, sea anemones, jellyfish, and hydroids.
The phylum Porifera, which includes sponges, is considered to be the least complex in terms of organization and cell specialization. Sponges lack true tissues and organs, making them simple in structure compared to other animal phyla.
Cell specialization is a term that is used in biology. How cells specialize to do a specific function is cell specialization. It is controlled by gene regulations.
Cell specialization
Various scientists, biologists, and researchers would study cell specialization. Persons interested in the medical field, would also study in cell specialization.
The specialization of a Cell occurs in two phases: first Differentiation and second Determination.
Many cell organelles resemble sponges.
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Many cell organelles resemble sponges.
It has two cell layers.
No, the cells of sponges do not have cell walls. Instead, sponge cells are held together by a gelatinous extracellular matrix called mesohyl. This allows for flexibility and mobility of the sponge's body.
In a multicellular cell each organelle has a specialized task.