Deck 2: Cells and Cell Division

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Question
In meiosis, when do cells become haploid?

A) After telophase I
B) After telophase II
C) During anaphase I
D) During anaphase II
E) After prophase II
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Question
A cell that could not form spindle fibers could not perform ____.

A) energy production
B) gas exchange across the plasma membrane
C) meiosis
D) DNA replication
E) protein synthesis
Question
In the cell cycle, the G2 phase represents ____.

A) the stage of DNA synthesis
B) splitting of the chromosomes into chromatids
C) a period of growth
D) the stage of actual cell division
E) the stage just prior to meiosis
Question
How many different types of chromosomes do humans possess?

A) 22
B) 23
C) 24
D) 42
E) 46
Question
Which of the following biomolecules is directly important for membrane structure and function?

A) Polysaccharides
B) Steroids
C) DNA
D) Phospholipids
E) ATP
Question
Autosomes represent ____.

A) all chromosomes including the sex chromosomes
B) the half of the chromosomes inherited from one parent
C) all chromosomes other than the sex chromosomes
D) chromosome pairs with unlike members
E) those chromosomes found only in gametes
Question
In meiosis, homologous chromosomes separate in ____.

A) metaphase I
B) anaphase I
C) metaphase II
D) anaphase II
E) telophase
Question
Which of the following organelles is NOT involved with protein synthesis?

A) The rough endoplasmic reticulum
B) The Golgi complex
C) The nucleus
D) The lysosomes
E) All of these organelles are involved in protein synthesis
Question
Which of the following are NOT haploid?

A) Polar bodies and secondary spermatocytes
B) Primary oocytes and spermatids
C) Secondary spermatocytes and spermatogonia
D) Primary oocytes and spermatogonia
E) Secondary spermatocytes and spermatids
Question
The underlying problem with Gaucher diseases is ___.

A) the spontaneous breakdown of red blood cells
B) the accumulation of fat in white blood cells
C) the breakdown of the myelin sheath around nerves
D) a hypertrophied spleen
E) the lack of critical liver enzymes
Question
Centromeres are described by all of the following events except one. Select the exception.

A) They divide in anaphase of mitosis.
B) They connect sister chromatids.
C) They attach chromosomes to spindle fibers.
D) They cross over during prophase I of meiosis.
E) There are no exceptions. All of these events describe centromeres.
Question
The Hayflick limit describes ____.

A) the size limit to which a cell can grow
B) the number of divisions a cultured cell can undergo
C) the largest number of chromosomes an organism can possess
D) the most cells an organism can have
E) how rapidly DNA replication occurs
Question
Which of the following genetic diseases involve defects in DNA repair, which affects cell division?

A) Gaucher disease and Werner syndrome
B) Kearns-Sayre syndrome and progeria
C) Progeria and Werner syndrome
D) Gaucher disease and cystic fibrosis
E) Progeria and Werner syndrome
Question
Ribosomes are organelles that function in ____.

A) plasma membrane selectivity
B) cellular energy production
C) synthesis of gene products
D) transport of materials throughout the cytoplasm
E) DNA replication
Question
With which organelle are ribosomes most closely associated?

A) The Golgi complex
B) Lysosomes
C) Mitochondria
D) Smooth endoplasmic reticulum
E) Rough endoplasmic reticulum
Question
Which of the following is NOT a function of proteins?

A) Energy carrier
B) Structure of bones
C) Enzymes
D) Hormones
E) All of these are functions of proteins
Question
During meiosis in an organism where 2n = 8, how many chromatids will be present in a cell at the beginning of meiosis II?

A) 2
B) 4
C) 6
D) 8
E) 12
Question
A cell in G₀ state is a cell ____.

A) that will shortly enter G1
B) that never divides
C) that has just finished mitosis but has not yet begun cytokinesis
D) in cytokinesis
E) just after cytokinesis
Question
The process of meiosis results in ____.

A) the production of four identical cells
B) no change in chromosome number from parental cells
C) a doubling of the chromosome number
D) a reduction in chromosome number
E) two diploid cells
Question
Which of the following is an event that does NOT occur in prophase of mitosis?

A) The chromosomes are duplicated.
B) The nuclear envelope starts to break up.
C) The mitotic spindle begins to form.
D) The chromosomes begin to condense.
E) All of these are events that occure in prophase of mitosis.
Question
There are 92 chromosomes in a normal human cell undergoing mitosis at the anaphase stage.
Question
Mitotic divisions reduce the number of chromosomes found in daughter cells.
Question
In spermatogenesis, what cells form in meiosis II?

A) Primary spermatocytes
B) Secondary spermatocytes
C) Spermatids
D) Mature sperm
E) More than one of these
Question
The only cytoplasmic organelles besides nuclei that contain DNA are the ____________________.
Question
There are __________ autosomes present in a human egg.
Question
Skin cells typically do not divide.
Question
If a cell was to stop dividing, it would stop in the __________ part of the cell cycle.
Question
In many respects, the events of prophase seem to be the reverse of those occurring in ____________________.
Question
In cell division, toward the end of nuclear division, the cytoplasm divides by a process called ______________ to produce two identical cells.
Question
Autosomal chromosome pairs are identical, whereas the sex chromosome pair in males is not.
Question
A polar body, once formed, has no further function and dies.
Question
Ribosomes exist either free in the cytoplasm or attached to the membranes of ____________________.
Question
The chromosomal structure that anchors the spindle fiber to the chromosome is ____________________.
Question
"Crossing over" is partially responsible for our genetic diversity.
Question
Which of the following occurs between meiosis I and meiosis II?

A) DNA replication
B) Crossing over
C) Random assortment
D) Reduction of chromosome number
E) None of these occur between meiosis I and meiosis II
Question
Cytokinesis usually occurs just prior to mitosis.
Question
In meiosis of oogenesis, how many mature eggs result?

A) 1
B) 2
C) 3
D) 4
Question
In meiosis, sister chromatids separate and move to opposite poles of the spindle during ____________________.
Question
In mitosis, chromatids separate and move to the center of the cell during ____________________.
Question
Crossing over occurs between chromatids of homologous chromosome pairs.
Question
Compare and contrast meiosis I and meiosis II, phase by phase.
Question
Since only a relatively small number of genes is active in most specialized cells of the body, why must mitosis involve the replication of a complete set of genes?
Question
Compare and contrast mitosis with meiosis II.
Question
Based on the events of oogenesis, what would be an obvious and simple method for determining the sex of an Olympic athlete? Explain.
Question
Compare and contrast events and results of oogenesis and spermatogenesis.
Question
From an evolutionary standpoint, does it seem logical that mitosis evolved before meiosis, and that meiosis is really a specialized form of mitosis? Or should mitosis be regarded as a degenerate form of meiosis?
Question
Describe the cell cycle. Do all cells go through this cycle at the same time?
Question
Would an understanding of the mechanism of the Hayflick limit lead to an increase in the human life span?
Question
What is accomplished by the unequal cytokinesis of oogenesis?
Question
Compare and contrast mitosis with meiosis I.
Question
Describe the two genetic recombination events accomplished in meiosis.
Question
One primary spermatocyte produces ____________________ (how many?) functional sperm(s); one primary oocyte produces ____________________ functional egg(s).
Question
Match between columns
DNA repair defects - death in teens
Progeria
DNA repair defects - death in teens
Menkes disease
DNA repair defects - death in teens
MELAS syndrome
DNA repair defects - death in teens
Cystic fibrosis
DNA repair defects - death in teens
Gaucher disease
DNA repair defects - death in teens
Werner syndrome
DNA repair defects - death in late 40s
Progeria
DNA repair defects - death in late 40s
Menkes disease
DNA repair defects - death in late 40s
MELAS syndrome
DNA repair defects - death in late 40s
Cystic fibrosis
DNA repair defects - death in late 40s
Gaucher disease
DNA repair defects - death in late 40s
Werner syndrome
Problem with chloride transport across plasma membrane
Progeria
Problem with chloride transport across plasma membrane
Menkes disease
Problem with chloride transport across plasma membrane
MELAS syndrome
Problem with chloride transport across plasma membrane
Cystic fibrosis
Problem with chloride transport across plasma membrane
Gaucher disease
Problem with chloride transport across plasma membrane
Werner syndrome
Mitochondria disorder
Progeria
Mitochondria disorder
Menkes disease
Mitochondria disorder
MELAS syndrome
Mitochondria disorder
Cystic fibrosis
Mitochondria disorder
Gaucher disease
Mitochondria disorder
Werner syndrome
Fat deposits in white blood cells, spleen, and bone marrow
Progeria
Fat deposits in white blood cells, spleen, and bone marrow
Menkes disease
Fat deposits in white blood cells, spleen, and bone marrow
MELAS syndrome
Fat deposits in white blood cells, spleen, and bone marrow
Cystic fibrosis
Fat deposits in white blood cells, spleen, and bone marrow
Gaucher disease
Fat deposits in white blood cells, spleen, and bone marrow
Werner syndrome
Copper metaboloism abnormality in the Golgi complex
Progeria
Copper metaboloism abnormality in the Golgi complex
Menkes disease
Copper metaboloism abnormality in the Golgi complex
MELAS syndrome
Copper metaboloism abnormality in the Golgi complex
Cystic fibrosis
Copper metaboloism abnormality in the Golgi complex
Gaucher disease
Copper metaboloism abnormality in the Golgi complex
Werner syndrome
Question
Match between columns
Chromosomes form sister chromatids
G1
Chromosomes form sister chromatids
Telophase
Chromosomes form sister chromatids
Anaphase
Chromosomes form sister chromatids
Prophase
Chromosomes form sister chromatids
G2
Chromosomes form sister chromatids
S phase
Chromosomes form sister chromatids
Cytokinesis
Chromosomes form sister chromatids
Metaphase
Nuclear envelope disappears
G1
Nuclear envelope disappears
Telophase
Nuclear envelope disappears
Anaphase
Nuclear envelope disappears
Prophase
Nuclear envelope disappears
G2
Nuclear envelope disappears
S phase
Nuclear envelope disappears
Cytokinesis
Nuclear envelope disappears
Metaphase
Chromosomes line up at the center of the cell
G1
Chromosomes line up at the center of the cell
Telophase
Chromosomes line up at the center of the cell
Anaphase
Chromosomes line up at the center of the cell
Prophase
Chromosomes line up at the center of the cell
G2
Chromosomes line up at the center of the cell
S phase
Chromosomes line up at the center of the cell
Cytokinesis
Chromosomes line up at the center of the cell
Metaphase
Actual cell division
G1
Actual cell division
Telophase
Actual cell division
Anaphase
Actual cell division
Prophase
Actual cell division
G2
Actual cell division
S phase
Actual cell division
Cytokinesis
Actual cell division
Metaphase
Mitochondria divide
G1
Mitochondria divide
Telophase
Mitochondria divide
Anaphase
Mitochondria divide
Prophase
Mitochondria divide
G2
Mitochondria divide
S phase
Mitochondria divide
Cytokinesis
Mitochondria divide
Metaphase
Centromeres divide
G1
Centromeres divide
Telophase
Centromeres divide
Anaphase
Centromeres divide
Prophase
Centromeres divide
G2
Centromeres divide
S phase
Centromeres divide
Cytokinesis
Centromeres divide
Metaphase
G1
Telophase
Anaphase
Prophase
G2
S phase
Cytokinesis
Metaphase
G1
Telophase
Anaphase
Prophase
G2
S phase
Cytokinesis
Metaphase
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Deck 2: Cells and Cell Division
1
In meiosis, when do cells become haploid?

A) After telophase I
B) After telophase II
C) During anaphase I
D) During anaphase II
E) After prophase II
A
2
A cell that could not form spindle fibers could not perform ____.

A) energy production
B) gas exchange across the plasma membrane
C) meiosis
D) DNA replication
E) protein synthesis
C
3
In the cell cycle, the G2 phase represents ____.

A) the stage of DNA synthesis
B) splitting of the chromosomes into chromatids
C) a period of growth
D) the stage of actual cell division
E) the stage just prior to meiosis
C
4
How many different types of chromosomes do humans possess?

A) 22
B) 23
C) 24
D) 42
E) 46
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5
Which of the following biomolecules is directly important for membrane structure and function?

A) Polysaccharides
B) Steroids
C) DNA
D) Phospholipids
E) ATP
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6
Autosomes represent ____.

A) all chromosomes including the sex chromosomes
B) the half of the chromosomes inherited from one parent
C) all chromosomes other than the sex chromosomes
D) chromosome pairs with unlike members
E) those chromosomes found only in gametes
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7
In meiosis, homologous chromosomes separate in ____.

A) metaphase I
B) anaphase I
C) metaphase II
D) anaphase II
E) telophase
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8
Which of the following organelles is NOT involved with protein synthesis?

A) The rough endoplasmic reticulum
B) The Golgi complex
C) The nucleus
D) The lysosomes
E) All of these organelles are involved in protein synthesis
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9
Which of the following are NOT haploid?

A) Polar bodies and secondary spermatocytes
B) Primary oocytes and spermatids
C) Secondary spermatocytes and spermatogonia
D) Primary oocytes and spermatogonia
E) Secondary spermatocytes and spermatids
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10
The underlying problem with Gaucher diseases is ___.

A) the spontaneous breakdown of red blood cells
B) the accumulation of fat in white blood cells
C) the breakdown of the myelin sheath around nerves
D) a hypertrophied spleen
E) the lack of critical liver enzymes
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k this deck
11
Centromeres are described by all of the following events except one. Select the exception.

A) They divide in anaphase of mitosis.
B) They connect sister chromatids.
C) They attach chromosomes to spindle fibers.
D) They cross over during prophase I of meiosis.
E) There are no exceptions. All of these events describe centromeres.
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12
The Hayflick limit describes ____.

A) the size limit to which a cell can grow
B) the number of divisions a cultured cell can undergo
C) the largest number of chromosomes an organism can possess
D) the most cells an organism can have
E) how rapidly DNA replication occurs
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k this deck
13
Which of the following genetic diseases involve defects in DNA repair, which affects cell division?

A) Gaucher disease and Werner syndrome
B) Kearns-Sayre syndrome and progeria
C) Progeria and Werner syndrome
D) Gaucher disease and cystic fibrosis
E) Progeria and Werner syndrome
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k this deck
14
Ribosomes are organelles that function in ____.

A) plasma membrane selectivity
B) cellular energy production
C) synthesis of gene products
D) transport of materials throughout the cytoplasm
E) DNA replication
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15
With which organelle are ribosomes most closely associated?

A) The Golgi complex
B) Lysosomes
C) Mitochondria
D) Smooth endoplasmic reticulum
E) Rough endoplasmic reticulum
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16
Which of the following is NOT a function of proteins?

A) Energy carrier
B) Structure of bones
C) Enzymes
D) Hormones
E) All of these are functions of proteins
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17
During meiosis in an organism where 2n = 8, how many chromatids will be present in a cell at the beginning of meiosis II?

A) 2
B) 4
C) 6
D) 8
E) 12
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18
A cell in G₀ state is a cell ____.

A) that will shortly enter G1
B) that never divides
C) that has just finished mitosis but has not yet begun cytokinesis
D) in cytokinesis
E) just after cytokinesis
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19
The process of meiosis results in ____.

A) the production of four identical cells
B) no change in chromosome number from parental cells
C) a doubling of the chromosome number
D) a reduction in chromosome number
E) two diploid cells
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20
Which of the following is an event that does NOT occur in prophase of mitosis?

A) The chromosomes are duplicated.
B) The nuclear envelope starts to break up.
C) The mitotic spindle begins to form.
D) The chromosomes begin to condense.
E) All of these are events that occure in prophase of mitosis.
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21
There are 92 chromosomes in a normal human cell undergoing mitosis at the anaphase stage.
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22
Mitotic divisions reduce the number of chromosomes found in daughter cells.
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23
In spermatogenesis, what cells form in meiosis II?

A) Primary spermatocytes
B) Secondary spermatocytes
C) Spermatids
D) Mature sperm
E) More than one of these
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24
The only cytoplasmic organelles besides nuclei that contain DNA are the ____________________.
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25
There are __________ autosomes present in a human egg.
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26
Skin cells typically do not divide.
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27
If a cell was to stop dividing, it would stop in the __________ part of the cell cycle.
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28
In many respects, the events of prophase seem to be the reverse of those occurring in ____________________.
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29
In cell division, toward the end of nuclear division, the cytoplasm divides by a process called ______________ to produce two identical cells.
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30
Autosomal chromosome pairs are identical, whereas the sex chromosome pair in males is not.
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31
A polar body, once formed, has no further function and dies.
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32
Ribosomes exist either free in the cytoplasm or attached to the membranes of ____________________.
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33
The chromosomal structure that anchors the spindle fiber to the chromosome is ____________________.
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34
"Crossing over" is partially responsible for our genetic diversity.
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35
Which of the following occurs between meiosis I and meiosis II?

A) DNA replication
B) Crossing over
C) Random assortment
D) Reduction of chromosome number
E) None of these occur between meiosis I and meiosis II
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36
Cytokinesis usually occurs just prior to mitosis.
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37
In meiosis of oogenesis, how many mature eggs result?

A) 1
B) 2
C) 3
D) 4
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38
In meiosis, sister chromatids separate and move to opposite poles of the spindle during ____________________.
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39
In mitosis, chromatids separate and move to the center of the cell during ____________________.
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40
Crossing over occurs between chromatids of homologous chromosome pairs.
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41
Compare and contrast meiosis I and meiosis II, phase by phase.
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42
Since only a relatively small number of genes is active in most specialized cells of the body, why must mitosis involve the replication of a complete set of genes?
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43
Compare and contrast mitosis with meiosis II.
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44
Based on the events of oogenesis, what would be an obvious and simple method for determining the sex of an Olympic athlete? Explain.
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45
Compare and contrast events and results of oogenesis and spermatogenesis.
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46
From an evolutionary standpoint, does it seem logical that mitosis evolved before meiosis, and that meiosis is really a specialized form of mitosis? Or should mitosis be regarded as a degenerate form of meiosis?
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47
Describe the cell cycle. Do all cells go through this cycle at the same time?
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48
Would an understanding of the mechanism of the Hayflick limit lead to an increase in the human life span?
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49
What is accomplished by the unequal cytokinesis of oogenesis?
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50
Compare and contrast mitosis with meiosis I.
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51
Describe the two genetic recombination events accomplished in meiosis.
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52
One primary spermatocyte produces ____________________ (how many?) functional sperm(s); one primary oocyte produces ____________________ functional egg(s).
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53
Match between columns
DNA repair defects - death in teens
Progeria
DNA repair defects - death in teens
Menkes disease
DNA repair defects - death in teens
MELAS syndrome
DNA repair defects - death in teens
Cystic fibrosis
DNA repair defects - death in teens
Gaucher disease
DNA repair defects - death in teens
Werner syndrome
DNA repair defects - death in late 40s
Progeria
DNA repair defects - death in late 40s
Menkes disease
DNA repair defects - death in late 40s
MELAS syndrome
DNA repair defects - death in late 40s
Cystic fibrosis
DNA repair defects - death in late 40s
Gaucher disease
DNA repair defects - death in late 40s
Werner syndrome
Problem with chloride transport across plasma membrane
Progeria
Problem with chloride transport across plasma membrane
Menkes disease
Problem with chloride transport across plasma membrane
MELAS syndrome
Problem with chloride transport across plasma membrane
Cystic fibrosis
Problem with chloride transport across plasma membrane
Gaucher disease
Problem with chloride transport across plasma membrane
Werner syndrome
Mitochondria disorder
Progeria
Mitochondria disorder
Menkes disease
Mitochondria disorder
MELAS syndrome
Mitochondria disorder
Cystic fibrosis
Mitochondria disorder
Gaucher disease
Mitochondria disorder
Werner syndrome
Fat deposits in white blood cells, spleen, and bone marrow
Progeria
Fat deposits in white blood cells, spleen, and bone marrow
Menkes disease
Fat deposits in white blood cells, spleen, and bone marrow
MELAS syndrome
Fat deposits in white blood cells, spleen, and bone marrow
Cystic fibrosis
Fat deposits in white blood cells, spleen, and bone marrow
Gaucher disease
Fat deposits in white blood cells, spleen, and bone marrow
Werner syndrome
Copper metaboloism abnormality in the Golgi complex
Progeria
Copper metaboloism abnormality in the Golgi complex
Menkes disease
Copper metaboloism abnormality in the Golgi complex
MELAS syndrome
Copper metaboloism abnormality in the Golgi complex
Cystic fibrosis
Copper metaboloism abnormality in the Golgi complex
Gaucher disease
Copper metaboloism abnormality in the Golgi complex
Werner syndrome
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54
Match between columns
Chromosomes form sister chromatids
G1
Chromosomes form sister chromatids
Telophase
Chromosomes form sister chromatids
Anaphase
Chromosomes form sister chromatids
Prophase
Chromosomes form sister chromatids
G2
Chromosomes form sister chromatids
S phase
Chromosomes form sister chromatids
Cytokinesis
Chromosomes form sister chromatids
Metaphase
Nuclear envelope disappears
G1
Nuclear envelope disappears
Telophase
Nuclear envelope disappears
Anaphase
Nuclear envelope disappears
Prophase
Nuclear envelope disappears
G2
Nuclear envelope disappears
S phase
Nuclear envelope disappears
Cytokinesis
Nuclear envelope disappears
Metaphase
Chromosomes line up at the center of the cell
G1
Chromosomes line up at the center of the cell
Telophase
Chromosomes line up at the center of the cell
Anaphase
Chromosomes line up at the center of the cell
Prophase
Chromosomes line up at the center of the cell
G2
Chromosomes line up at the center of the cell
S phase
Chromosomes line up at the center of the cell
Cytokinesis
Chromosomes line up at the center of the cell
Metaphase
Actual cell division
G1
Actual cell division
Telophase
Actual cell division
Anaphase
Actual cell division
Prophase
Actual cell division
G2
Actual cell division
S phase
Actual cell division
Cytokinesis
Actual cell division
Metaphase
Mitochondria divide
G1
Mitochondria divide
Telophase
Mitochondria divide
Anaphase
Mitochondria divide
Prophase
Mitochondria divide
G2
Mitochondria divide
S phase
Mitochondria divide
Cytokinesis
Mitochondria divide
Metaphase
Centromeres divide
G1
Centromeres divide
Telophase
Centromeres divide
Anaphase
Centromeres divide
Prophase
Centromeres divide
G2
Centromeres divide
S phase
Centromeres divide
Cytokinesis
Centromeres divide
Metaphase
G1
Telophase
Anaphase
Prophase
G2
S phase
Cytokinesis
Metaphase
G1
Telophase
Anaphase
Prophase
G2
S phase
Cytokinesis
Metaphase
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Unlock for access to all 54 flashcards in this deck.