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Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)
- a)Multiple RNA polymerase transcribes a DNA template, unwinding about
- d)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)
Correct answer is between '24,25'. Can you explain this answer?
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Verified Answer
Multiple RNA polymerase transcribes a DNA template, unwinding about 1....
Number of base pairs present per turn are 10.
No. of helix turns in the DNA is 300/10 = 30.
A transcription bubble occupied 1.2 turns of the helix. So no. of possible transcription bubbles in the DNA = 30/1.2 = 25.
No. of helix turns in the DNA is 300/10 = 30.
A transcription bubble occupied 1.2 turns of the helix. So no. of possible transcription bubbles in the DNA = 30/1.2 = 25.
Most Upvoted Answer
Multiple RNA polymerase transcribes a DNA template, unwinding about 1....
Number of Transcription Bubbles in a 300 base pair DNA molecule
Overview:
In order to determine the number of transcription bubbles in a 300 base pair (bp) DNA molecule, we need to consider the unwinding of the DNA template by RNA polymerase and the structural information of classical B-DNA.
Key Points:
1. Each transcription bubble is formed by the unwinding of the DNA double helix.
2. RNA polymerase transcribes the DNA template, unwinding about 1.2 turns of DNA per transcription bubble.
3. The classical B-DNA structure consists of 10 base pairs per helical turn.
Calculation:
To calculate the number of transcription bubbles, we need to determine the number of turns in the 300 bp DNA molecule and divide it by the number of turns per transcription bubble.
1. Determine the number of turns in the 300 bp DNA molecule:
- Each helical turn consists of 10 base pairs.
- Divide the total number of base pairs (300) by the number of base pairs per turn (10).
- 300 bp / 10 bp/turn = 30 turns
2. Determine the number of transcription bubbles:
- Each transcription bubble unwinds about 1.2 turns of DNA.
- Divide the total number of turns (30) by the number of turns per transcription bubble (1.2).
- 30 turns / 1.2 turns/bubble = 25 bubbles
Answer:
The number of transcription bubbles for a 300 base pair DNA molecule would be 25 (nearest integer).
Overview:
In order to determine the number of transcription bubbles in a 300 base pair (bp) DNA molecule, we need to consider the unwinding of the DNA template by RNA polymerase and the structural information of classical B-DNA.
Key Points:
1. Each transcription bubble is formed by the unwinding of the DNA double helix.
2. RNA polymerase transcribes the DNA template, unwinding about 1.2 turns of DNA per transcription bubble.
3. The classical B-DNA structure consists of 10 base pairs per helical turn.
Calculation:
To calculate the number of transcription bubbles, we need to determine the number of turns in the 300 bp DNA molecule and divide it by the number of turns per transcription bubble.
1. Determine the number of turns in the 300 bp DNA molecule:
- Each helical turn consists of 10 base pairs.
- Divide the total number of base pairs (300) by the number of base pairs per turn (10).
- 300 bp / 10 bp/turn = 30 turns
2. Determine the number of transcription bubbles:
- Each transcription bubble unwinds about 1.2 turns of DNA.
- Divide the total number of turns (30) by the number of turns per transcription bubble (1.2).
- 30 turns / 1.2 turns/bubble = 25 bubbles
Answer:
The number of transcription bubbles for a 300 base pair DNA molecule would be 25 (nearest integer).
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Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer?
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Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer?.
Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer?.
Solutions for Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)a)Multiple RNA polymerase transcribes a DNA template, unwinding aboutd)Multiple RNA polymerase transcribes a DNA template, unwinding about 1.2 turns of DNA template per transcription bubble. From the structural information of classical B-DNA, the number of transcription bubbles for a 300 base pair DNA molecule would be ______________(in nearest integer)Correct answer is between '24,25'. Can you explain this answer? in English & in Hindi are available as part of our courses for IIT JAM.
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