Date

Topic

Very Tentative Schedule of Activities

Team clean-up

M

1/12

Getting Started in Biotechnology

The basics

Sterile Technique and Lab Safety; Exercises 1 and 2

HW# 1 due W.

1

W 1/14

 

Measurement of Volume and Making Stock Solutions; Exercises 1-4

HW # 2 due W

2

M1/19

 

No Class

 

W

1/21

 

Making Solutions Continued; Using Micropipeters Continued (Ex. 1-3)

HW #3 due M

Read pp. 44-45 and 47-48 for quiz M

3

M 1/26

Unit One – Protein Techniques

Study of enzyme activity

QUIZ

Introduction to the project

Laboratory documentation and notebook keeping – need notebook, black ballpoint pen, and black Sharpie by today.

Lab 1 – Starch Plate Assay - Part II - Streak bacterial cell plates (p. 52)

HW # 4 due W

4

W

1/28

 

Lab 1 – Starch Plate Assay – Part I – Assay samples and Part II - Assay cells and Micropipetting exercise pp. 41-43.

Lab 1 write up due M

Read pp 55-57 for quiz M

5

M

2/2

 

QUIZ

Lab 2 – Quantitative Enzyme Assay – Part I - Generate standard curve

6

W

2/4

 

Lab 2 – Quantitative Enzyme Assay – Part II - Measure enzyme activity and Part III - Quantitate protein

Lab 2 write up due W 2/11

Read pp 65-66; 181-182 for quiz M

1

M

2/9

 

QUIZ

Lab 3 – Factors affecting enzyme function: temperature and pH

Lab 3 write up M 2/16

Read pp 74-75; 77-82

2


 

W

2/11

Analysis of proteins

Introduction to protein analysis techniques; electrophoresis and immunoblots. Practice polyacrylamide gel electrophoresis.

Read pp. 82-83

3

M

2/16

 

QUIZ

Lab 5 – Analysis of proteins

Lab 5A –SDS-PAGE; prepare samples and pour gels for next lab

4

W

2/18

 

Lab 5A – Load & run & stain SDS-PAGE gels. Transfer proteins to membrane

Read pp. 71-73

5

M 2/23

 

Lab 5B – Western blotting

Lab 5 write up due M 3/2

End of material for Test One – Test One will be on W 3/2

Agarose gel electrophoresis – precast 0.7% gels

Discussion of nuclease activity

Read pp. 95; 98-100

6

W 2/25

Unit Two – DNA Techniques

DNA isolation

QUIZ

Lab 7 – Isolation of Chromosomal DNA from Bacillus licheniformis – DNA isolation

1

M

3/2

 

Lab 7 – Isolation of Chromosomal DNA from Bacillus licheniformis – Run chromosomal DNA on 0.7% agarose gel

Lab 7 write up due M 3/23

Pre-Lab 8 - PCR practice – amplification of the a-amylase gene – assemble PCR reaction mixes

2

W 3/4

Test One

Solution making & protein techniques

 

M7-15

Spring Break

 

 


 

W 225

Unit Two – DNA Techniques

DNA isolation

 

Lab 7 Isolation of Chromosomal DNA from Bacillus licheniformis

1

M

2/26

 

Lab 7 – Run chromosomal DNA on agarose gel

2

M7-15

Spring Break

 

 

M

3/16

Gene detection

QUIZ

Run amyE PCR products on 1% agarose gel

Lab 8 PCR Amplification and Labeling of Probe DNA

Assemble PCR rxn mixes to make DIG-labeled amyE probe

3

W

3/18

 

Pour another 1% agarose gel

Run DIG-PCR products on 1% agarose gel

Lab 8 write up due W 3/25

4

M

3/23

 

QUIZ

Lab 9 Southern Hybridization

Lab 9A – Assemble restriction digestions of DNA for Southern

Pour 0.7% agarose gel

5

W 3/25

 

Lab 9A – Run restriction fragments of chromosomal DNA on agarose gel.

Discuss hybridizations during run

Lab 9B - Denature DNA and set up capillary transfer of DNA to membrane

6

M 3/30

 

Lab 9B – Affix DNA to membrane.

Lab 9C – Set up Southern hybridization

1

W 4/1

 

Lab 9C – Detect hybridized DNA.

Lab 9 write up due F 4/3 by 5pm.

2

M 4/6

Test Two

DNA techniques Part A

 


 

W

4/8

Unit Three – DNA Techniques

Cloning genes

QUIZ

Lab 10 Cloning the a-Amylase Gene

Lab 10A - Set up HindIII cleavage of chromosomal DNA

Lab 10B – Set up HindIII cleavage of plasmid DNA

3

M

4/13

 

Lab 10A, B – Run cleaved chromosomal DNA and plasmid DNA agarose gel.

Lab 10C –Assemble ligation reactions

4

W4/15

 

Lab 10D - Transformation

5

M4/20

 

Lab 10E – Primary screening: stain plates, pick colonies, dilute, spread plates

6

W 4/22

Analyzing clones

Lab 10E – Secondary screening: stain plates, pick positive colonies.

Lab 10 write up due W 4/29

QUIZ

Lab 11 Verification of a-Amylase Clones

Lab 11A – Assemble PCR rxn mixes

Pour two 1% agarose gels

1,2

M 4/27

 

Lab 11A – Run PCR products on agarose gel

Lab 11B – Isolate plasmid DNA from clones

Lab 11C – Set up BglII cleavage reaction

3,4

W4/29

 

Lab 11C – Run BglII-cleaved plasmid DNA on agarose gel

No write up of Lab 11, we’ll just cover it on the final  J

5,6

M 5/4

Final Exam

2:00 – 3:50pm BR 129