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Transgenic Fly Virtual Lab

Launch Interactive
Topic
  • Biochemistry & Molecular Biology
  • Biotechnology
  • Anatomy & Physiology
  • Animal Behavior
  • Science Practices
  • Explanations & Argumentation
Resource Type
  • Interactive Media
  • Virtual Labs
Level
High School — GeneralHigh School — AP/IBCollege
Used In
1 BioInteractive Playlists
Favorited By
21 Users
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Description

This interactive, modular lab explores the techniques used to make transgenic flies and demonstrates how these flies can be used to study gene expression.

Scientists use transgenic organisms, which contain DNA that scientists inserted in the organisms’ genomes, to research many biological processes. In this lab, students produce and conduct experiments with virtual versions of transgenic Drosophila fruit flies. Students first create transgenic flies that glow when a gene involved in circadian rhythms is activated. They then use these flies in three experiments to examine gene expression under different conditions and in different locations in the fruit fly’s body. Throughout this lab, students engage in key science practices, including evaluating a hypothesis, collecting data, and interpreting graphs.

The lab contains an interactive lab space, an informational notebook, and embedded quiz questions. It also includes supplementary resources, such as a glossary of scientific terms, images of equipment and tools, and a list of references.

The accompanying worksheet provides structure and guidance as students perform the tutorials, experiments, and quizzes in the lab.

Student Learning Targets
  • Describe how recombinant DNA technology is used to produce transgenic organisms.
  • Explain how transgenic organisms can be used to explore biological processes.
  • Explain how light production through a reporter gene is used as an external marker of internal molecular events.

  • Collect and analyze data, including graphs.

Details
Estimated Time
One to several 50-minute class periods, depending on which sections are used.
Key Terms

biological clock, bioluminescence, DNA construct, experimental design, genetic engineering, genetically modified organism (GMO), laboratory technique, light-dark cycle, luciferase, promoter

Primary Literature

Plautz, Jeffrey D., Maki Kaneko, Jeffrey C. Hall, and Steve A. Kay. “Independent photoreceptive circadian clocks throughout Drosophila.” Science 278, 5343 (1997): 1632–1635. https://doi.org/10.1126/science.278.5343.1632.


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Terms of Use

The resource is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International license. No rights are granted to use HHMI’s or BioInteractive’s names or logos independent from this Resource or in any derivative works.

Version History
Date Published 02.27.00
Curriculum Connections
NGSS (2013)

HS-LS1-1; SEP1, SEP3, SEP4

AP Biology (2019)

IST-1.K, IST-1.P, IST-2.A, IST-2.B, IST-2.C, IST-2.D, IST-2.E; SP3, SP4

IB Biology (2016)

3.5, 7.2

Common Core (2010)

ELA.RST.9–12.7, ELA.WHST.9–12.1
Math.S-ID.3; MP2

Vision and Change (2009)

CC3; DP1, DP2

Materials
Worksheet (PDF) 130 KB
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