nucleus controls and regulates the cell and performs cell division.
if the nucleus is removed, the cell is not able to perform well and can't divide.
hence the cell dies off after a very short time.
No.
No, a cell could not live without an endoplasmic reticulum. The endoplasmic reticulum is essential for protein and lipid synthesis, processing, and transport within the cell. Without this organelle, the cell would not be able to properly function and would eventually die.
30 to 50 hrs without oxygen
No, a cell cannot live without vesicles. Vesicles are essential for various cellular processes, including transport of proteins and lipids, communication between organelles, and the secretion of substances. They play a crucial role in maintaining cellular homeostasis and facilitating metabolic activities. Without vesicles, essential functions would be disrupted, leading to cell dysfunction or death.
They don't (or at least not well or for long) - it is needed for cell divsion/growth.
If see practically, no. Because a cell is a living thing that means it has some input and output for surviving. Even if a cell has enough reserves stored to live for a period of time it would die after that; a cell needs some resource to live.
grass we can always live without grass
No.
No
A cell is important because you could not live without them.
A cell can't live if it doesn't exist... Rephrase the question, maybe?
Yes.
The protoplasm of a cell is the colorless material comprising the living part of a cell, including the cytoplasm, nucleus, and other organelles. Without it the cell will not live.
The cell will never live. its dead on arrival. Ribosomes synthesize proteins. Without protein the cell cannot survive.
People can not live without human resources, because food and shelter is a human resource, and if we don't have food and shelter, we will die!
A cell would die without its nucleus as it is its "brain" which controls the cell. Only human red blood cells have no nuclei after maturity.
No the RER creates protiens for the cell to live.