Consider a hypothetical diploid genome (2N-4). The following image represents Prophase Il of Meiosis I. Which of the foilowing supportts) this as the correct stage of the celi cyclie? (select all that apply) O The cell is haploid so it can NOT be mitosis or meiosis I O There is only one member or chromosome from each homologous pair present in the cell so it can NOT be mitosis or meiosis I Chromosomes are present as dyads but without homologous chromosomes so it can NOT be mitosis or meiosis I There are no chromosomes on the opposite side of the cell so it can NOT be telophase I of meiosis I N=2, but choromosomes are still in a replicated state so it can not be telophase II of meiosis II
Consider a hypothetical diploid genome (2N-4). The following image represents Prophase Il of Meiosis I. Which of the foilowing supportts) this as the correct stage of the celi cyclie? (select all that apply) O The cell is haploid so it can NOT be mitosis or meiosis I O There is only one member or chromosome from each homologous pair present in the cell so it can NOT be mitosis or meiosis I Chromosomes are present as dyads but without homologous chromosomes so it can NOT be mitosis or meiosis I There are no chromosomes on the opposite side of the cell so it can NOT be telophase I of meiosis I N=2, but choromosomes are still in a replicated state so it can not be telophase II of meiosis II
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:Consider a hypothetical diploid genome (2N-4). The following image represents Prophase il of Meiosis il. Which of the following support(s) this as the correct stage
of the cell cycle? (select all that apply)
O The cell is haploid so it can NOT be mitosis or meiosis I
OThere is only one member or chromosome from each homologous pair present in the cell so it can NOT be mitosis or meiosis I
Chromosomes are present as dyads but without homologous chromosomes so it can NOT be mitosis or meiosis I
There are no chromosomes on the opposite side of the cell so it can NOT be telophase I of meiosis I
N=2, but choromosomes are still in a replicated state so it can not be telophase II of meiosis II
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