History of PCR
PCR Basics
PCR Process
Applications of PCR
Risks of PCR
100

Who invented PCR

Who is Kary Mullis?

100

What does PCR stand for?

Polymerase Chain Reaction

100

What is denaturation in PCR?

What is heating DNA to separate its strands?

100

How is PCR used in medical diagnostics?

What is detecting pathogens like viruses and bacteria with high specificity?

100

What is the main risk of contamination in PCR?

What is leading to false positives or misdiagnoses?

200

What inspired Kary Mullis to create PCR

What is a Disease that killed his friend?

200

What is the main purpose of PCR?

To copy specific DNA sequences.

200

At what temperature does annealing occur?

What is around 50–60°C?

200

Name one use of PCR in forensic science.

What is amplifying DNA evidence for identification?

200

What is one ethical concern in forensic PCR?

What is the potential misuse of genetic information, causing privacy issues?

300

What enzyme made PCR more efficient?

What is Taq polymerase?


300

What are the three key steps of PCR?

What are Denaturation, Annealing and Extension?


300

What is the role of primers in PCR?

What is binding to DNA templates to provide starting points for synthesis?

300

How does PCR contribute to genetic research?

What is aiding in studying mutations, gene expression, and cloning?

300

Why is PCR less accessible in low-resource areas?

What is the high cost of technology and reagents?

400

In what year did Kary Mullis win the Nobel Prize?

What is 1993?

400

What equipment is crucial for performing PCR?

What is a thermocycler?

400

What happens during the extension step?

What is Taq polymerase adding nucleotides to primers, creating new DNA strands?

400

How is PCR used in agriculture?

What is detecting GMOs and developing disease-resistant crops?

400

How does PCR impact the environment?

What is generating lab waste and altering ecosystems through genetic engineering?

500

Why is Taq polymerase essential to PCR?

What is It is heat-resistant?  

500

How does DNA amplification grow in PCR?

What is exponential growth, doubling with each cycle?

500

How many cycles are typically used in PCR?

What is 20–40 cycles?

500

What is real-time PCR used for?

What is tracking infectious diseases and providing public health data?

500

What are the dual-use concerns of PCR?

What is the potential misuse for creating biological weapons?