Save
...
Genetics
Meiosis
How are gametes made?
Save
Share
Learn
Content
Leaderboard
Share
Learn
Created by
Ananya Raja
Visit profile
Cards (13)
Gametes
are
haploids
What are homologous chromosomes?
Chromosomes that have the same structure and gene
sequence
View source
What is the significance of gametes in sexual reproduction?
They are the
reproductive
cells that combine to form a new
organism
View source
What is a tetrad in genetics?
A structure formed by the pairing of
homologous chromosomes
during
meiosis
View source
What happens during the separation of sister chromatids?
They are pulled apart to opposite sides of the cell during
cell division
View source
What is the result of separating sister chromatids?
It results in two identical
daughter cells
View source
How many chromosomes are present in a diploid (2N) cell?
It contains
two
sets
of
chromosomes
View source
What is the outcome of meiosis in terms of chromosome number?
It produces four
haploid
(1N) cells from one
diploid
(2N) cell
View source
How does the number of chromatids change during cell division?
The number of chromatids doubles before division and
halves
after separation
View source
What does the notation XX-XX represent in genetics?
It indicates the presence of
homologous chromosomes
in a
diploid organism
View source
What is the role of the spindle fibers during cell division?
They help separate the
chromosomes
and move them to opposite sides of the cell
View source
What is the significance of the cell lining up at the center during division?
It ensures that each daughter cell receives an equal number of
chromosomes
View source
How does the process of meiosis differ from mitosis?
Meiosis results in four
genetically diverse
haploid
cells, while mitosis results in two identical
diploid
cells
View source
See similar decks
5.2 Meiosis and Genetic Diversity
AP Biology > Unit 5: Heredity
52 cards
2.6.2 Meiosis
OCR A-Level Biology > Module 2: Foundations in biology > 2.6 Cell division, cell diversity and cellular organisation
118 cards
5.1 Meiosis
AP Biology > Unit 5: Heredity
32 cards
6.1.2 Meiosis
GCSE Biology > Unit 6: Inheritance, Variation, and Evolution > 6.1 Reproduction
30 cards
6.1.2 Meiosis
AQA GCSE Biology > Unit 6: Inheritance, Variation, and Evolution > 6.1 Reproduction
34 cards
AP Biology
3360 cards
3.3.2 Meiosis
Edexcel A-Level Biology > Topic 3: Voice of the Genome > 3.3 Cell Division and Differentiation
53 cards
2.2.2 Meiosis
WJEC GCSE Biology > Unit 2: Variation, Homeostasis, and Microorganisms > 2.2 Cell Division and Stem Cells
39 cards
5.3 Mendelian Genetics
AP Biology > Unit 5: Heredity
51 cards
Topic 3: Genetics
Edexcel GCSE Biology
434 cards
7.4 Population Genetics
AP Biology > Unit 7: Natural Selection
45 cards
3.2.1 Genetic Terms
Edexcel GCSE Biology > Topic 3: Genetics > 3.2 Inheritance
54 cards
2.3.4 Genetic Disorders
WJEC GCSE Biology > Unit 2: Variation, Homeostasis, and Microorganisms > 2.3 DNA and Inheritance
51 cards
6.1.4 Genetic Inheritance
AQA GCSE Biology > Unit 6: Inheritance, Variation, and Evolution > 6.1 Reproduction
67 cards
6.1.4 Genetic Inheritance
GCSE Biology > Unit 6: Inheritance, Variation, and Evolution > 6.1 Reproduction
26 cards
7.3.3 Genetic Drift
AQA A-Level Biology > 7. Genetics, Populations, Evolution, and Ecosystems > 7.3 Evolution
41 cards
2.2.1 Mitosis
WJEC GCSE Biology > Unit 2: Variation, Homeostasis, and Microorganisms > 2.2 Cell Division and Stem Cells
24 cards
5.1.2 Genetic Inheritance
OCR GCSE Biology > B5: Genes, Inheritance and Selection > 5.1 Inheritance
79 cards
2.4 Genetic Mutations
Edexcel A-Level Biology > Topic 2: Genes and Health
128 cards
2. Genetics
CCEA GCSE Biology > Unit 2: Body Systems, Genetics, Microorganisms, and Health
172 cards
7.2.2 Electric Motors
GCSE Physics > Unit 7: Magnetism and Electromagnetism > 7.2 The Motor Effect
59 cards