Either multicellular or unicellular organisms. By the way are you using Prentice Hall Biology California because many of your questions are from the book? prentice hall Florida actually
.
Cell
Cells make up all the organisms of life. Hopefully...
A eukaryotic cell is one of two different types of cells. Organisms that are based on the eukaryotic cell are called βeukaryotesβ and include plants, animals, fungi, and protists. The only organisms that are not based on the eukaryotic cell are organisms based on a prokaryotic cell structure. It is the only cell that contain a nucleus.
plant cell, algae cell, and fungi cell, and most bacteria are enclosed in a cell wall.
cell specialization
Called cell specialization.
Cell differentiation is the process by which a cell becomes specialized to perform a specific function. Cell specialization refers to the development of various cell types with specific functions within an organism. Both processes involve changes in gene expression that lead to cells acquiring distinct structures and functions.
Bacteria are prokaryotes, therefore they do not have a nucleus.
differentiation
cell specialization
animals
No, peptidoglycan cell walls are characteristic of Eubacteria, which are prokaryotes.
Cell specialization refers to cells in an organism developing specific functions to perform within the body, enabling the organism to perform all necessary functions. It allows for the efficiency and complexity of multicellular organisms, as different specialized cells work together to maintain life processes. Cell specialization is a fundamental aspect of development and differentiation in organisms, ensuring that each cell type has a specific role to play in the overall function of the organism.
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 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.
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.