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In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4?
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In a diploid cell having chromosome arrangement AABBCCDD is mutated to...
Chromosome Arrangement Before Mutation: AABBCCDD
Chromosome Arrangement After Mutation: AABBBCCCCDD
To understand the numerical representation of the mutated chromosome arrangement, we need to analyze the changes that have occurred.
Chromosomes:
- The original diploid cell has two sets of chromosomes, represented as 2n.
- The chromosome arrangement AABBCCDD indicates that there are two copies of each chromosome (A, B, C, D).
Gene Mutation:
- In the mutated chromosome arrangement, the gene for the B chromosome has undergone a mutation.
- Instead of having two copies of the B chromosome, there are now three copies (AABBB).
- The mutation has not affected the other chromosomes (A, C, D) which still have two copies each.
Numerical Representation:
Based on the changes observed, we can determine the numerical representation as follows:
- The original diploid cell had two copies of each chromosome, represented as 2n.
- The mutation specifically affected the B chromosome, resulting in three copies.
- Therefore, the numerical representation can be written as 2n 3 4.
Final Answer:
Therefore, the correct option is 2n 3 4.
Chromosome Arrangement After Mutation: AABBBCCCCDD
To understand the numerical representation of the mutated chromosome arrangement, we need to analyze the changes that have occurred.
Chromosomes:
- The original diploid cell has two sets of chromosomes, represented as 2n.
- The chromosome arrangement AABBCCDD indicates that there are two copies of each chromosome (A, B, C, D).
Gene Mutation:
- In the mutated chromosome arrangement, the gene for the B chromosome has undergone a mutation.
- Instead of having two copies of the B chromosome, there are now three copies (AABBB).
- The mutation has not affected the other chromosomes (A, C, D) which still have two copies each.
Numerical Representation:
Based on the changes observed, we can determine the numerical representation as follows:
- The original diploid cell had two copies of each chromosome, represented as 2n.
- The mutation specifically affected the B chromosome, resulting in three copies.
- Therefore, the numerical representation can be written as 2n 3 4.
Final Answer:
Therefore, the correct option is 2n 3 4.
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In a diploid cell having chromosome arrangement AABBCCDD is mutated to...
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In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4?
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In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4?.
In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a diploid cell having chromosome arrangement AABBCCDD is mutated to AABBBCCCCDD it can be numerically represented as a)2n+1+2. B) 2n+3+4 c) 2n+3 d)2n+4?.
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