depends on what kind of cell. if you are to say a human red blood cell, then NO. the reason is because that for a cell to survive, it must make proteins, and ribosomes make proteins. the DNA is copied to form copies of how to form protein. sometimes errors may occur offsetting the DNA copy, making it not a protein. also, it seems it is VERY rare for a cell to survive and split without ribosomes
no, a cell can't survive without its nucleus as nucleus is the main brain of the cell. *****A red blood cell is without a nucleus and can survive for 120 days. This cell is very unique to the body because of this.
The cell will never live. its dead on arrival. Ribosomes synthesize proteins. Without protein the cell cannot survive.
nucleus. nucleus contains all the code involved all of the cell's functions. and the genetic information. but the endoplasmic reticulum wouldn't even be able to create the ribosomes without the nucleus.
it is the most important part in the cell. it is like the brain of the cell. it controls everything. i hope this information helps.
No, a cell cannot function properly without a nucleus. The nucleus houses the cell's genetic material and controls all cellular activities, including growth, metabolism, and replication. Without a nucleus, the cell would not be able to survive or perform its essential functions.
The organelle that synthesises ribosomes and is found in the nucleus is the nucleolus.
There is an entire kingdom of cells without a nucleus. This is the kingdom Monera or bacteria. Humans are just part of a group of animals that have a nucleus. In the cells of other living things, the nucleus controls the rest of the cell and hold the genetic code DNA. Well yeah, but those are called prokaryotic cells, eukaryotic cells have every organelle in a cell.
Ribosomes are assembled in the nucleolus, a region located within the nucleus of a cell.
In the nucleus. In the nucleolus.
No. No nucleus.
at the ribosomes
DNA is found in the nucleus of a cell, while ribosomes can be found in both the cytoplasm of the cell and on the rough endoplasmic reticulum.