muscle
A specialized cell is a special cell that only has small tasks. They are only found in specific organs, so one cell does not travel throughout the body. In the human body, all of our cells are specialized cells. Hope this helps!
It has more cell structures
The cells found in the excretory system are: one pore cell, one duct cell, one canal cell and a pair of gland cells.
It has more cell structures
In a unicellular organism, all functions necessary for survival are carried out by a single cell, which means it does not have specialized cells. Instead, that one cell performs various functions such as metabolism, reproduction, and response to the environment. Specialized cells typically exist in multicellular organisms, where different cell types perform specific roles. In unicellular organisms, structural and functional specialization occurs at the cellular level within that one cell.
Cell differentiation is the process where cells become specialized to perform specific functions in the body. It involves the activation or repression of certain genes to give rise to different cell types with distinct structures and functions. This process is crucial for the development and maintenance of multicellular organisms.
Bacteria do not have specialized cells like eukaryotic organisms. They are prokaryotic and typically consist of a single cell that performs all functions necessary for survival, such as metabolism, reproduction, and response to the environment within that single cell.
no. as uni- means one. all jobs required for the cell are carried out in the same single cell
No. The muscular system comprises a very large number of cells, not just one specialised cell.
A lysosome is one example of a small body found in the cytoplasm of a cell. Their function is to break up foods so they are easier to digest for the cell. Some ribosomes float around in the cytosol too. They make proteins from amino acids.
Cell differentiation is a transition of a cell from one cell type to another and it involves a switch from one pattern of gene expression to another.
every one except stem cells.