Alkaline phosphatase cloning में self-ligation कम करने में कैसे मदद कर सकता है?

How can alkaline phosphatase help reduce self-ligation in cloning?

Explanation opens after your attempt
Correct Answer

A. कटे vector से पाँच प्राइम फॉस्फेट हटाकरBy removing 5 prime phosphate from cut vector

Step 1

Concept

Removing 5 prime phosphate from vector ends can reduce self-ligation. In exams link phosphate removal with ligation control.

Step 2

Why this answer is correct

The correct answer is A. कटे vector से पाँच प्राइम फॉस्फेट हटाकर / By removing 5 prime phosphate from cut vector. Removing 5 prime phosphate from vector ends can reduce self-ligation. In exams link phosphate removal with ligation control.

Step 3

Exam Tip

Vector ends से पाँच प्राइम फॉस्फेट हटाने पर self-ligation घट सकती है। परीक्षा में phosphate removal को ligation control से जोड़ें।

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Alkaline phosphatase cloning में self-ligation कम करने में कैसे मदद कर सकता है? / How can alkaline phosphatase help reduce self-ligation in cloning?

Correct Answer: A. कटे vector से पाँच प्राइम फॉस्फेट हटाकर / By removing 5 prime phosphate from cut vector. Explanation: Vector ends से पाँच प्राइम फॉस्फेट हटाने पर self-ligation घट सकती है। परीक्षा में phosphate removal को ligation control से जोड़ें। / Removing 5 prime phosphate from vector ends can reduce self-ligation. In exams link phosphate removal with ligation control.

Which concept should I revise for this Biotechnology MCQ?

Removing 5 prime phosphate from vector ends can reduce self-ligation. In exams link phosphate removal with ligation control.

What exam hint can help solve this Biotechnology question?

Vector ends से पाँच प्राइम फॉस्फेट हटाने पर self-ligation घट सकती है। परीक्षा में phosphate removal को ligation control से जोड़ें।