Living, I guess, since it's doing that 100% of the time. I'm not sure just what you're after here.
The chromosomes
In Excel 2003, it was called splitting. To bring them back together it is called merging.
no
If observations were not restricted to actively dividing root tips, results may have included cells at different stages of the cell cycle, which could have provided a more comprehensive picture of cell growth and development within the root. However, focusing on actively dividing cells allows for a more specific and targeted analysis of cell division processes.
It is more compact and is protected against certains types of damage.
No, they do not. They are hijackers. Once they get attached to the cell of a living cell, they can take it over and "make" the living cell produce virus particles instead of cell parts. These particles can assemble into more viruses and then they break out of the cell (killing it) and begin the process again.No, only living cells divide by binary fission. Viruses are not alive.
multicellular
They are not alive. They are like cockle burrs that "grab" hold of your clothing or a dog's coat. They are hijackers. Once they get attached to the cell of a living cell, they can take it over and "make" the living cell produce virus particles instead of cell parts. These particles can assemble into more viruses and then they break out of the cell (killing it) and begin the process again. They cannot make more viruses on their own.
To observe more rapidly dividing cells, researchers can use techniques such as fluorescence microscopy with specific dyes that label DNA or proteins associated with cell division. Additionally, employing live-cell imaging allows for real-time observation of cell division processes. Culturing cells in conditions that promote rapid proliferation, such as optimal nutrients and growth factors, can also increase the number of dividing cells visible during observation. Lastly, using techniques like flow cytometry can help quantify and analyze the population of rapidly dividing cells more efficiently.
Viruses are not alive. They are infectious particles. They hijack a living cell's DNA and force it to make viruses parts instead of living cell parts. The cell is made to assemble to parts and the new viruses bust out of the cell, killing it, and infect more cells.
yes, they are tiny living things even live on you. but the more tiny is our cell. if you tier a paper as small as you can that much will be a cell, i i think no one can make it as small as a cell or a microbes
Multicellular organisms