Arizona State University College of Liberal Arts and Sciences

Lab Schedule Overview

Week

Date

Exp-Week

Protocol

Homework
 due

1

8/21/2007

I-1

Outline and Overview
Restriction digest
Ligation to construct pET28-GFP

 

2

8/28/2007

I-2

Transformation/plating of ligation
Pick colonies (day after lab)

1st Update
Expt. I

2

8/28/2007

II-2

Outline and Overview
A) Transformation/plating of wild-type Synechocystis with the pKCP43 plasmid; plate cells on agar w/antibiotic
B) PCR wild-type Synechocystis psbC gene

 

3

9/4/2007

I-3

PCR colony screen
Plasmid prepration

 

3

9/4/2007

II-3

A) Observe Synechocystis transformation plate

 

4

9/11/2007

I-4

Restriction digest recombinant plasmids
Gel electrophoresis of PCR & digests
Transformation of BL21(DE3)

2nd Update
Expt. I

4

9/11/2007

II-4

A) Segregation of Synechocystis transformants: Transfer to a new plate with higher antibiotic concentration
B) Gel electrophoresisof PCR products

1st Update
Expt. 2

5

9/18/2007

I-5

Inoculate cultures BL21 (day before lab)
Subculture and induce BL21
Collect cell samples

 

5

9/18/2007

II-5

B) Purification of PCR product

 

6

9/25/2007

I-6

Extract cell samples
SDS-PAGE electrophoresis

3rd Update
Expt. I

6

9/25/2007

II-6

A) Continue segregation for Synechocystis transformants with higher antibiotic
B) Restriction digestion of the psbC PCR product and pUC19 plasmid

 

7

10/2/2007

I-7

Metal affinity chromatography of GFP-6His

2nd Update
Expt. II

7

10/2/2007

II-7

B) Start a plate of wild-type Synechocystis sp. PCC 6803
B) Ligate digests of psbC and pUC19

 

8

10/9/07

II-8

A) Continue segregation for Synechocystis transformants with higher antibiotic
B) Transform E. coli with ligation mix; plate cells
B) Start cultures of E. coli transformants (one day prior to week 10 lab period)

Report I

9

10/16/2007

II-9

B) Prepare recombinant plasmid; submit for sequencing

3rd Update
Expt. II

9

10/16/2007

III-9

Intoduction to bioinformatics (Part I)

 

10

10/23/2007

III-10

Intoduction to bioinformatics (Part II)

 

10

10/23/2007

II-10

A) Continue segregation for Synechocystis
transformants with higher antibiotic

 

11

10/30/2007

III-11

Intoduction to bioinformatics (Part III)

4th Update
Expt. II

11

10/30/2007

 

Lab facilities tour

 

12

11/6/2007

II-12

A) Small scale DNA preparation from wild-
type and the psbC- mutant of Synechocystis
B) Gel electrophoresis of recombinant plasmid

 

13

11/13/2007

III-13

introduction to bioinformatics (Part IV)

 

13

11/13/07

II-13

A/B) Transform psbC-Synechocystis with recombinant plasmid and wild-type DNA
A) PCR of DNA from wild type and the psbC- transformant of Synechocystis

 

14

11/20/07

III-14

introduction to bioinformatics (Part V)

 

14

11/20/07

II-14

A) Analysis of PCR products by gel electrophoresis
A/B) Check plates for restored photoautotrophic phenotype by transformation of psbC- mutant

 

15

11/27/2007

III-15

introduction to bioinformatics (Part VI)

Report II

15

11/27/2007

Clean-up

Mandatory

 

16

12/04/07

turn in

Lab Report III at lecture time

Report III

 

 

 

 

 

Center for Bioenergy & Photosynthesis

Arizona State University

Box 871604

Room PSD 209

Tempe, AZ 85287-1604

 

28 August 2007

phone: (480) 965-1963

fax: (480) 965-2747

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