It allows for specialized functions in each of the compartments. Also, different concentrations of substances inside vs. outside the compartment can be used. For example, lysosomes are organelles that contain digestive enzymes. The organism doesn't want the enzymes just loose in the cell, because the enzymes might break down something the cell needs. Another example is the mitochondria, which uses a difference of concentration of hydrogen ions to make ATP (the form of energy used in cells).
How could the structure and function of the cell be used to support evolutionary theory
They form asters in cell division.They also organize micro tubules in division.
this is my question what is the function of t-cells?
The function of bulliform cells is to roll the leaves
differentiation. During the development of an organism, cells undergo differentiation, which involves changes in their structure and function. This process allows cells to specialize and perform specific tasks within the organism, such as muscle contraction or photosynthesis. Specialized cells form tissues, which further organize into organs and organ systems.
Lysosomes function in this compartmentalization.
different brain regions perform distinct functions
Prokaryotic cells are small and do not have membrane bound organelles or a nucleus. Eukaryotic cells do have membrane bound organelles, are larger, and have an enclosed nucleus.
How could the structure and function of the cell be used to support evolutionary theory
Cells.
I want to know about compartmentalization in food preservation technique
Rephrase the question so that it makes sense! It allows metabolic processes to occur simultaneously :)
They form asters in cell division.They also organize micro tubules in division.
they die
organelle made from tubulins, help organize cell division in animal cells?
Cell compartmentalization is when organisms are separated, at the level of cells, bodies, or even communities, into separate volumes. This allows otherwise incompatible processes can take place.
yes