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Test: Chromosomal Theory of Inheritance - NEET MCQ


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Test: Chromosomal Theory of Inheritance - Question 1

Among human males, _______ chromosome is present but its counterpart is _____ and called ______ chromosome.

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 1
In human males, the X chromosome is present as one chromosome, but its counterpart, the Y chromosome, is smaller and referred to as the Y chromosome. Therefore, Option C is correct.
Test: Chromosomal Theory of Inheritance - Question 2

Assertion (A): In pea plants, yellow seed color (Y) is dominant over green seed color (y).

Reason (R): Yellow-seeded plants can only be produced by the YY or Yy genotypes.

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 2

The assertion accurately states that in pea plants, the allele for yellow seed color is dominant over the allele for green seed color. The reason is also true and correctly explains the assertion because plants with yellow seeds can have either a homozygous dominant (YY) or heterozygous (Yy) genotype, which is how dominance works in Mendelian genetics.

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Test: Chromosomal Theory of Inheritance - Question 3

Which of the following statements accurately describes the Mendelian principles of inheritance?

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 3
Mendelian principles state that alleles occur in pairs, segregate during gamete formation so that only one allele from each pair is transmitted to a gamete, and these alleles segregate independently of each other. Therefore, Option A is the correct description of Mendelian principles.
Test: Chromosomal Theory of Inheritance - Question 4
Experiment verification of the chromosomal theory of inheritance was given by:
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 4
The experimental verification of the chromosomal theory of inheritance was primarily done by Thomas Hunt Morgan, who used Drosophila melanogaster for his experiments. Therefore, Option B is correct.
Test: Chromosomal Theory of Inheritance - Question 5

What was the contribution of Theodore Boveri and Walter Sutton to Mendel’s work?

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 5

Theodore Boveri and Walter Sutton had unraveled the mechanisms underlying the chromosome movement during cell division. These movements were correlated with Mende’s laws.

Test: Chromosomal Theory of Inheritance - Question 6
The two alleles of a gene pair are located on:
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 6
The two alleles of a gene pair are located on homologous sites on homologous chromosomes, meaning they occupy the same position on each chromosome of a homologous pair. Hence, Option A is correct.
Test: Chromosomal Theory of Inheritance - Question 7

The figure below shows the chromosome segregation during germ cell formation with four stages labeled as (A), (B), (C), and (D). Select the right option giving all the four stages correctly identified:

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 7

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Test: Chromosomal Theory of Inheritance - Question 8
Morgan worked with the tiny fruit flies - Drosophila melanogaster, which were suitable for genetic studies, as:
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 8
Drosophila melanogaster is a popular model organism in genetic studies due to its simple cultivation requirements, rapid life cycle, and high fecundity. However, clear sexual dimorphism is present in these flies, making Option D incorrect.


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Test: Chromosomal Theory of Inheritance - Question 9

What were the colored bodies observed in the nucleus during the process of division called?

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 9

Chromosomes means colored bodies/objects. The staining procedures allowed biologists to visualize the nucleus and chromosomes during the process of cell division.

Test: Chromosomal Theory of Inheritance - Question 10
Which of the following pairs is wrongly matched?
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 10
Sutton and Boveri are known for their contributions to the chromosomal theory of inheritance, not specifically for recombination and linkage. Hence, Option D is incorrectly matched.
Test: Chromosomal Theory of Inheritance - Question 11

Which of the following best describes the process illustrated in Figure ?

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 11

The image shows two different possibilities for how chromosomes can align and separate during anaphase I and anaphase II of meiosis, leading to genetic variation in the gametes. This process is known as independent assortment, where different pairs of chromosomes segregate independently from each other.

Test: Chromosomal Theory of Inheritance - Question 12
Consider the following statement and find out the incorrect one:
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 12
T. H. Morgan chose Drosophila melanogaster for its well-defined genetic variations and short generation time, but not because the variations could be seen with a high-power microscope. Therefore, Option D is incorrect.
Test: Chromosomal Theory of Inheritance - Question 13
Chromosomal theory of inheritance is a combination of:
Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 13
The Chromosomal Theory of Inheritance combines the understanding of chromosomal segregation during meiosis with Mendelian principles of inheritance. This theory asserts that genes are located on chromosomes and that the segregation of chromosomes during gamete formation corresponds to Mendelian patterns of inheritance. Thus, Option A is correct.
Test: Chromosomal Theory of Inheritance - Question 14

Which of the following scientists was not responsible for the rediscovery of Mendel’s work?

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 14

Mendel’s work was laid in papers before people could recognize it after 1900. This was achieved by the rediscovery of his work by three scientists: de Vries, Correns, and Tschermark.

Test: Chromosomal Theory of Inheritance - Question 15

One of the significant drawbacks of Mendel’s work was _________

Detailed Solution for Test: Chromosomal Theory of Inheritance - Question 15

Mendel’s work suggested the existence of stable and discrete factors. This was completely shocking for the contemporary scientific world. A major drawback that lied was the inability to discover the factors and prove their existence.

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