Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Genetic Technology, Exercise 3: Question

Author:Mary Jones, Richard Fosbery, Dennis Taylor & Jennifer Gregory

Mary Jones Biology Solutions for Exercise - Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Genetic Technology, Exercise 3: Question

Attempt the practice questions on Chapter 19: Genetic Technology, Exercise 3: Question with hints and solutions to strengthen your understanding. Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access solutions are prepared by Experienced Embibe Experts.

Questions from Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Genetic Technology, Exercise 3: Question with Hints & Solutions

EASY
AS and A Level
IMPORTANT
Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access>Chapter 19 - Genetic Technology>Question>Q 2

Explain the term sticky end.

MEDIUM
AS and A Level
IMPORTANT
Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access>Chapter 19 - Genetic Technology>Question>Q 2

Four different lengths of DNA, A to D, were cut with the restriction enzyme EcoRI. These fragments had the following numbers of restriction sites for this enzyme: A- 5, B- 7, C- 0, and D- 3. State the number of fragments that will be formed from each length of DNA after incubation with EcoRI.

HARD
AS and A Level
IMPORTANT
Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access>Chapter 19 - Genetic Technology>Question>Q 2

Describe the features of the restriction sites shown in the table below.

Question Image

 

MEDIUM
AS and A Level
IMPORTANT
Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access>Chapter 19 - Genetic Technology>Question>Q 2

Explain the advantages of using restriction endonucleases in genetic engineering.