Meiosis -- the pairing and recombination ... synaptonemal complex when it is satisfied that the chromosomes are homologous pairs," she said. "It probably facilitates the separation of mispaired ...

Meiosis poses a special problem in which homologous chromosomes must first pair and then separate at the first meiotic division before sister chromatids separate at the second meiotic division.

Meiosis is a specialized form of cell division ... dense structures and are easily visible under the microscope. The homologous chromosomes pair together. The two sets of sister chromatids ...

During meiosis, each set of homologous chromosomes pair up in a kind of chromosomal square dance, chromosome 1 with chromosome 1, 2 with 2, and so on down the line. The partners stick together ...

During meiosis, hundreds of double-strand breaks (DSBs ... the Stanford team successfully modeled how homologous pairs behave during the various stages of meiotic prophase. What they saw in their ...

A key function of meiosis, then, is to accomplish that reduction to one set of chromosomes. It starts with the pairing of homologous chromosomes: chromosome 19 from mom pairs with chromosome 19 from ...

The way in which the homologous pairs are oriented randomly with respect to the cell poles is referred to as the law of independent assortment and ensures a random and independent distribution of ...

During meiosis, homologous regions of DNA are swapped between ... for males because most of the X chromosome has nothing to pair with. In fact, only a very tiny portion of the already tiny Y ...

Meiosis: It is a special type of cell division ... The nuclear membrane begins to dissolve - The homologous pair up, forming a tetrad - Each tetrad is comprised of four chromotids.

Meiosis and crossover play pivotal roles ... exhibit a minimum of one and a maximum of three crossovers per a pair of homologous chromosomes. The ability to control the number of these crossovers ...