The optimal annealing temperature in PCR is typically set based on:
Q.2Medium
Which of the following is a limitation of conventional PCR?
Q.3Medium
What is the primary advantage of real-time PCR (qPCR) over conventional PCR?
Q.4Medium
Which type of restriction enzyme produces 'sticky ends'?
Q.5Medium
In RAPD-PCR, the primers are:
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Q.6Medium
Which technique is most suitable for detecting SNPs (Single Nucleotide Polymorphisms)?
Q.7Medium
In DNA fingerprinting, which polymorphic markers are most commonly used in India?
Q.8Medium
Which of the following is a common application of PCR in diagnostic medicine?
Q.9Medium
What is the significance of dNTPs in PCR?
Q.10Medium
Real-time PCR differs from conventional PCR in that it:
Q.11Medium
Which annealing temperature is most appropriate for primers with a GC content of 50%?
Q.12Medium
In next-generation sequencing (NGS), what is the primary advantage of massively parallel sequencing over conventional Sanger sequencing?
Q.13Medium
What is the purpose of using a 'hot start' Taq polymerase in PCR?
Q.14Medium
In DNA barcoding for species identification, which gene region is most commonly used?
Q.15Medium
Which of the following best describes the principle of digital PCR (dPCR)?
Q.16Medium
In gene therapy, AAV (Adeno-associated virus) vectors are preferred because they:
Q.17Medium
What is the principle behind site-directed mutagenesis using PCR?
Q.18Medium
Which PCR variant is specifically designed for amplifying and detecting microRNA (miRNA) targets in clinical samples?
Q.19Medium
In RAPD-PCR (Random Amplified Polymorphic DNA), what is the primary application in agricultural biotechnology?
Q.20Medium
During DNA amplification using PCR, if the initial template has 2 copies, approximately how many copies will be present after 30 cycles (assuming 100% efficiency)?