Want this question answered?
A nucleus determins the intake and outtake of materials.It controls all cell activity.
All living organisms are composed of 1 or more cells Cells are the basic units of structure and function in all organisms All cells come from previously existing cells The activity of an entire organism depends on the total activity of its independent cells
the nucleus controls all the activity in the cell.
Cells provide structure, stability, and energy. A cell also determines the sex of the concerning child because they contain genetic material. Therefore, concerning cell structure determine the function.
Yes, low temperature can affect the function of a cell. At low temperatures, the movement and activity of molecules within a cell slow down, which can impact various cellular processes such as enzyme activity, membrane fluidity, and protein folding. This can ultimately lead to decreased cell metabolism, impaired cell function, and even cell death in extreme cases.
It stops the activity within the cell.
The Nucleus is the headquarters of the cell, it controls all cell activity.
It's the nucleus
Any and all activities that take place within a cell are controlled by the nucleus, one of the cell's organelles.
I just did a lab in biology called "How Plant and Animal Cells Differ" and in the packet it had that question. The answer is: Lugol's iodine stain stops the activity of the cell. It kills whatever specimen it is staining.
the nucleus has enclosed within it genetic material in the form of DNA, which controls all cellular activity
do not use radios or cell phones within 25 feet of fuzes.
The answer is nucleus :)
Chemical activity
nucleolus is an organelle in the cell that control the activity of the cell,it also contain a gene carrier that is DNA which contain heridity material within the cell. endoplasmic reticulum is attach to nucleus which contain ribosome for protein synthesis, it maintain integrity of the cell;
The nucleus of a cell
A strategy for activity-based enzyme detection using a novel enamide-based chemical strategy is described. Enzymatic cleavage of an amide.