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This page covers these 20 biotechnology and PCR topics:
  1. Biotechnology
  2. Recombinant DNA
  3. Recombinant DNA technology and its components
  4. Applications of recombinant DNA technology
  5. Restriction endonucleases
  6. Palindromic DNA sequences
  7. Examples of restriction enzymes
  8. Analytical techniques in recombinant DNA technology
  9. DNA cloning and its types
  10. Biological cloning and its requirements
  11. Vectors and their properties
  12. Steps of biological cloning
  13. PCR and its requirements
  14. Steps of PCR
  15. Advantages and disadvantages of PCR
  16. Biomedical importance of PCR
  17. Differences between biological cloning and PCR
  18. DNA library and its types
  19. DNA fingerprinting and applications
  20. RFLP and its importance
Overview: The chapter explains how DNA is cut, joined, copied, introduced into host cells, and analyzed. Recombinant DNA technology and biological cloning use vectors and living host cells to make copies of a DNA fragment. PCR is an in-vitro method that rapidly amplifies a specific DNA sequence. DNA fingerprinting and RFLP use inherited DNA variation for identification and genetic analysis.
Which part should I write in full exam-answer format first?
  1. Q1-Q8: Basics and recombinant DNA technology
  2. Q9-Q12: DNA/biological cloning and vectors
  3. Q13-Q17: PCR
  4. Q18-Q20: DNA library, fingerprinting and RFLP

All Q viva ans

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Ans of all q

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