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homologous chromosomes line up in the center of the cell
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spindle fibers pull homologous pairs to ends of the cell
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meiosis steps

QuestionAnswer
homologous chromosomes line up in the center of the cell metaphase I
spindle fibers pull homologous pairs to ends of the cell anaphase I
4 haploid (N) daughter cells form telophase II
cells undergo a round of DNA replication S phase
sister chromatids separate from each other anaphase II
2 haploid (N) daughter cells form telophase I
spindle fibers attach to the homologous chromosome pairs prophase I/ metaphase I
individual chromatids move to each end of the cell anaphase II
crossing-over (if any) occurs prophase I
What's the difference between prophase I and II? crossing over changes genes in prophase I
Compare the number and type of cells that result from meiosis vs. mitosis. Mitosis: same Meiosis: amount is 1/2, not genetically identical
How do the genetic content of cells resulting from mitosis and meiosis differ? Mitosis: identical Meiosis: genetic variation (crossing-over)
Describe the similarity and difference between meiosis I and meiosis II. M I: crossing-over M II: no crossing-over
If a diploid cell containing 28 chromosomes undergoes meiosis, how many chromosomes will each daughter cell have? 14 chromosomes
the individual chromosome moves apart anaphase II
spindle fibers pull homologous pairs to the ends of the cell anaphase I
the chromosomes line up across the middle of the cell M II
chromosomes become visible prophase I & II
sister chromatids separate into individual chromosomes anaphase II
nuclear envelope reforms telophase II & telophase I
the nucleolus disappears and the nuclear envelope breaks down prophase I
each chromosome is connected to a spindle fiber prophase II & metaphase II
Created by: rufus webster
 

 



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