6
Pearson Lab Bench 6-2: DNA Electrophoresis Key Concepts II: 1) What is another name for a restriction enzyme? 2) How do restriction enzymes know where to “digest” the DNA? 3) As you read, you learned that restriction recognition sites are palindromes. Write out a sample double-stranded recognition site: 4) Which restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. 5) On a gel electrophoresis, DNA is separated by ________________ and ____________________. 6) Circle the band that represents the shortest DNA fragment below.

WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On

Pearson Lab Bench 6-2: DNA ElectrophoresisKey Concepts II:

1) What is another name for a restriction enzyme?

2) How do restriction enzymes know where to “digest” the DNA?

3) As you read, you learned that restriction recognition sites are palindromes. Write out a sample double-stranded recognition site:

4) Which restriction enzymes created the useful “sticky ends”? Circle and name the enzyme.

5) On a gel electrophoresis, DNA is separated by ________________ and ____________________.

6) Circle the band that represents the shortest DNA fragment below.

Page 2: WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On

Design of the Experiment II

1) Read the procedure. Then record your measurements below.

2) Describe/explain how to create the standard curve.

Page 3: WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On
Page 4: WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On
Page 5: WELCOME TO AP BIOLOGYmphsbiologyap.weebly.com/uploads/5/8/6/7/58675981… · Web viewWhich restriction enzymes created the useful “sticky ends”? Circle and name the enzyme. On