Nucleus and nucleolus disappear during pro-phase stage of mitosis,to be specific it disappears in late pro-phase stage and reappers during telophase stage of mitosis.
Prophase!
Prophase- first and longest stage of mitosis in prophase, the chromosomes condense, the nucleus and nucleolus disappear. The centrioles move toward opposite sides of animal cells. and the spindle begins to form and attach to the chromosomes.
In the Prophase. Nuclear envelope and nucleolus disappears.
the nucleolus is actually floating within the nucleus.
I am pretty sure it's Prophase. But you should look it up just to make sure.No, that answer is wrong. It's Telophase. The nucleolus does the opposite and begins to disappear during Prophase.
I am not 100% shure on this but i do believe it to take place during prophase
During prophase, the nuclear membrane and the nucleolus dissolve and disappear.
Prophase- first and longest stage of mitosis in prophase, the chromosomes condense, the nucleus and nucleolus disappear. The centrioles move toward opposite sides of animal cells. and the spindle begins to form and attach to the chromosomes.
In the Prophase. Nuclear envelope and nucleolus disappears.
the nucleolus is actually floating within the nucleus.
I am pretty sure it's Prophase. But you should look it up just to make sure.No, that answer is wrong. It's Telophase. The nucleolus does the opposite and begins to disappear during Prophase.
Prophase.
The nucleolus begins to fade from view during prophase.
I am not 100% shure on this but i do believe it to take place during prophase
The following process happens in the prophase of mitosis, during which the nuclear envelope will disappear along with the nucleolus. The chromosomes are then ready to be moved to the center to be split.
The Microtubules of the bipolar spindle assemble and attach sister chromatids to opposite spindle pole, This happens at the Transition into Metaphase.
In the Prophase. Nuclear envelope and nucleolus disappears.
Each diploid cell in the human body has one nucleolus which disappears at the onset of mitosis and is replaced by ten tiny nucleoli, five of which eventually come together to form the nucleoli of each new cell.