metaphase II anaphase II B Phase C Phase E sister chromatids align at the center of the cell since spindle fibers can attach to either side of their kinetochores two nuclei reform around two sets of reduced chromosomes as the cell divides in half to form two haploid cells the nuclear membrane dissolves as chromosomes condense and spindle fibers form spindle fibers are only able to attach to the outermost sides of homologous chromosomes allowing them to push the tetrads to the center of the cell

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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Match the following to the descriptions provided.

 

metaphase II
anaphase II
B. Phase
FROHESHI
sister chromatids align at the center of the cell since
spindle fibers can attach to either side of their
kinetochores
two nuclei reform around two sets of reduced
chromosomes as the cell divides in half to form two
haploid cells
the nuclear membrane dissolves as chromosomes
condense and spindle fibers form
spindle fibers are only able to attach to the
outermost sides of homologous chromosomes
allowing them to push the tetrads to the center of
the cell
Transcribed Image Text:metaphase II anaphase II B. Phase FROHESHI sister chromatids align at the center of the cell since spindle fibers can attach to either side of their kinetochores two nuclei reform around two sets of reduced chromosomes as the cell divides in half to form two haploid cells the nuclear membrane dissolves as chromosomes condense and spindle fibers form spindle fibers are only able to attach to the outermost sides of homologous chromosomes allowing them to push the tetrads to the center of the cell
prophase 1
synapsis
crossing over
metaphase I
anaphase I
telophase I and cytokinesis
III
MENINGGE E
MAHONI
homologous chromosomes are attacked by enzymes
that make double-stranded cuts in DNA allowing
allelic exchange between non-sister homologous
chromosomes
this is the Birth Phase of prokaryotes all the way up
to the point of chromosome duplication
tetrads are separated into sister chromatids
sister chromatids are separated resulting in
daughter chromosomes
comparable to the S Phase of eukaryotes since this
is when the chromosome is duplicated in
prokaryotes
pairs of homologous chromosomes line up next to
one another
Transcribed Image Text:prophase 1 synapsis crossing over metaphase I anaphase I telophase I and cytokinesis III MENINGGE E MAHONI homologous chromosomes are attacked by enzymes that make double-stranded cuts in DNA allowing allelic exchange between non-sister homologous chromosomes this is the Birth Phase of prokaryotes all the way up to the point of chromosome duplication tetrads are separated into sister chromatids sister chromatids are separated resulting in daughter chromosomes comparable to the S Phase of eukaryotes since this is when the chromosome is duplicated in prokaryotes pairs of homologous chromosomes line up next to one another
Expert Solution
Step 1

Introduction:- Cell cycle is defined as the series of sequential regulated events that involves cell growth and duplication of genetic material, and finally leads to the division of single parent cell into two daughter cells. Cell division takes place in both prokaryotic as well in eukaryotic cells. Eukaryotic cells can divide by two different processes - mitosis and meiosis. Prokaryotic cells divide by binary fission. 

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