https://padlet.com/al0166350/5p93e37fspyzoaoi en-us 2021-02-12 19:32:44 UTC 2023-05-15 01:00:23 UTC hello@padlet.com al0166350 https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198057738 The first way genetic diversity is created in meiosis is through a process called crossing over, which is when homologous chromosomes pair up with a non identical parter chromosome, and they exchange parts of DNA.  The chromsomes are broken and rejoined in new combinations, which results in genetic diversity in the end result of meiosis.]]> 2021-02-12 19:43:02 UTC https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198057738 al0166350 https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198066670 Meiosis shuffles whole chromosomes among the four gametes that result in the end, which is called random segregation. This process is like shuffling a deck of cards (chromosomes) and then randomly dividing them into four decks (the four daughter cells), which can result in many different possiblities.]]> 2021-02-12 19:45:33 UTC https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198066670 al0166350 https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198095555 The third way to create genetic diversity in meiosis is through independant assortment. During this process, the two homologous chromosomes of a pair must go in different gametes. This ensures that each gamete can only have one version of a gene, which creates genetic diversity between each gamete and between the original cell.]]> 2021-02-12 19:53:25 UTC https://padlet.com/al0166350/5p93e37fspyzoaoi/wish/1198095555