The chromatid threads begin to twist and condense, creating chromosomal structures which are visible to the microscope. Each chromosome then seeks out its homologous chromosome. After the homologous chromosomes pair, the structure is referred to as a tetrad. The point at which two non-sister chromatids intertwine is known as a chiasma. Sometimes a process known as crossing over occurs at this point.
The chromatin condenses into thick thread-like structures that later become chromatids.
The nucleoli disappears; the nuclear membrane breaks down; the mitotic spindle appears and the centrioles begin moving towards opposite ends of the cell.
Prophase is when chromosomes group together and prepare for division, while in telophase two new nuclei are formed. telophase is the first step of mitosis; telophase is the fourth step (last).
Duplicated chromosomes first become visible during prophase.
23 pairs
Telophase is essentially prophase in reverse.
In the Prophase. Nuclear envelope and nucleolus disappears.
In prophase stage, the replicated chromosomes condense and the nuclear envelope disappears. Earlier in prophase, chromatin visible condenses into the chromosomes.
halted at prophase I
There are two cells in prophase II.
Cell division is divided onto 4 distinct events, the first one being prophase.
synapsis
Meiosis I & Meiosis II
cheese is the difference between this question.
There is still only 1 cell during prophase.
There is only one interphase, and it's the same as other cells: to grow, function, and replicate DNA. Meiosis is only a small part of cell cycle and interphase is not included in it. There are, however, two different phases in meiosis, such as prophase I and prophase II.
Interphase, prophase, metaphase, anaphase, telophase, cytokinesis