prophase
Interphase
The Nuclear membrane dissolves during prophase
During Prophase
1 Prophase - DNA coils up , chromatids form and chromosomes become visible, nuclear envelope dissolves, and spindle fibers form.
The nucleolus is always visible during interphase, particularly during the G1, S, and G2 phases of the cell cycle. This is when the cell is actively growing and synthesizing proteins.
Chromosomes become visible during the prophase stage of the cell cycle, when they condense and can be seen under a microscope as distinct structures. This marks the beginning of cell division.
The chromosomes coil and become short and visible. (In animal cells) The centrioles migrate to opposite poles of the cell (the poles are themselves determined by the final position of the chromosomes.) At the end of prophase, the nucleolus and the nuclear envelope disappear.
During the interphase of the cell cycle, chromosomes are not individually visible. Instead, they are uncoiled and spread throughout the nucleus as chromatin. This phase is focused on growth, organelle replication, and preparing for cell division.
Yes, prophase is a part in the cell cycle of mitosis where spindle fibers form and attach to chromosomes.
Chromosomes are not visible during the interphase stage of the cell cycle when they are in their less condensed form. Additionally, chromosomes may not be visible if the cell is not actively dividing or if they are not stained for observation under a microscope.
It's generally agreed upon that chromosomes become visible during prophase of the cell cycle. Some scientists will say prometaphase (sort of a bridge between prophase and metaphase). Mitosis would occur after telophase of the cell cycle (Prophase, Metephase, Anaohase, Telophase).
During Interphase the DNA is not in the form of chromosomes. It is not until Prophase that it condenses and chromosomes become visible.