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Mrs. Danin-Kreiselman, Biology



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4a. Assign. DNA Technology

BIOLOGY A: RECOMBINANT DNA TECHNOLOGY

Assignment Sheet: Mrs. Kreiselman

Last Update: 12.04.11

Thursday

 

THANKSGIVING

 

 

Friday

 

 

 

Monday

Nov.28

DNA Extraction

DNA Extraction LAB

* DNA Extraction questions (per group)

*Homework: Recombinant DNA 1 (rDNA1): Read pages 264-267

1. What are restriction enzymes? Where do they naturally exist?

2. Figure page 265: Why did enzymes 1 and 2 result in different DNA lengths?

3. How does Electrophoresis separate DNA fragments from each other?

4. How can one tell if a restriction enzyme really cut a DNA molecule as expected? (see figure 9.3).

5. What are “Sticky ends”?

6. Go to p.277 Fig 9.11. Answer “Apply”?

 

 

Due: Wednesday

Tuesday

29

Staff

Application: Restriction, Transformation

* Paper Plasmid: Marking

 

Wednesday

30

Application: Restriction, Transformation

* Paper Plasmid: Cutting and pasting

* Analysis of paper plasmid activity (per group)

 

Thursday

Dec 1

Application: Electrophoresis and DNA fingerprinting

* Paper Plasmid – cont.

* Recombinant “Plasmid”

*Homework rDNA2: DNA Fingerprinting; pages 272-274

1. What are three uses for DNA fingerprinting (p.274 bottom)?

2. How does DNA fingerprinting work? (2 steps, p.267, 272)

3. Why do they choose to cut in ‘non-coding’ regions of the DNA (p.272)?

4. Why is it easier to prove innocence rather than that guilt? (p.274).

Due: Monday (postponed)

Friday

2

Application: DNA Fingerprinting

* Gel electrophoresis demonstration

* DNA Fingerprinting: reading from “DragonFly” Book

 

Monday

5

Application: DNA Fingerprinting

 

Application: GMOs

* Video: “Crime Seen”

* Video: “Harvest of Fear”

- Bt Corn

- Breeding vs. transgenics

- Environmental effects

 

* Discussion

* Videonotes: “Crime seen”

 

 

* Homework rDNA3: Genetic engineering p.275-279

1. What is “recombinant DNA”?

2. What is a transgenic organism?

3. What are plasmids? How are they useful for genetic engineering?

4. How does genetic engineering depend on a shared genetic code (=p.277 “Summarize”)

5. What are at least three uses for genetic engineering?

 

Due: Wednesday

 

* Videonotes: Harvest of Fear

Tuesday

6

Staff Development

Application: GMOs

* Video: “Harvest of Fear”

 

* Reading

* Discussion

 

Wednesday

7

Application: GMOs

* Video: Harvest of Fear –cont.

* Discussion

Homework:

FINAL Review Guide

 

Due: Final Exam

Thursday

8

Application: Bioinformatics

* Video:

- “Genetic modification”

 

Genomics, DNA sequencing.

 

Friday

9

Review: Vocabulary

 

 

Monday

12

Review: Biomolecules, Cells, Molecular Biology

 

 


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