General Biology I
3 min read•Last Updated on June 14, 2024
Sponges, the simplest animals, are filter-feeding aquatic creatures with unique body structures. They lack true tissues and organs, instead relying on specialized cells and a water current system for survival. Their simple yet effective design has allowed them to thrive for millions of years.
Sponges' bodies consist of outer and inner layers with a jelly-like middle. They feed by filtering water through tiny pores, trapping food particles with specialized cells. Sponges can reproduce both sexually and asexually, and their cells can transform into any type needed.
Term 1 of 30
Amoebocytes are specialized cells found in sponges (Phylum Porifera) that play multiple roles in the organism's biology. These versatile cells are crucial for transporting nutrients, waste removal, and providing structural support within the sponge. Their ability to move through the mesohyl, the gelatinous matrix in which sponge cells reside, allows them to perform essential functions that contribute to the overall homeostasis of the sponge.
Term 1 of 30
Amoebocytes are specialized cells found in sponges (Phylum Porifera) that play multiple roles in the organism's biology. These versatile cells are crucial for transporting nutrients, waste removal, and providing structural support within the sponge. Their ability to move through the mesohyl, the gelatinous matrix in which sponge cells reside, allows them to perform essential functions that contribute to the overall homeostasis of the sponge.
Term 1 of 30
Amoebocytes are specialized cells found in sponges (Phylum Porifera) that play multiple roles in the organism's biology. These versatile cells are crucial for transporting nutrients, waste removal, and providing structural support within the sponge. Their ability to move through the mesohyl, the gelatinous matrix in which sponge cells reside, allows them to perform essential functions that contribute to the overall homeostasis of the sponge.