Genomics in Education  
    Bioinformatics LabResearch Explorations in GenomicsGenomics in Education, S.C.R. Elgin  
   

Genome Sequencing Center Tour Videos

The tour videos and associated materials below are copyright © 2004, Washington University in St. Louis. Teachers may copy materials as needed for classroom use.

To download any of the files below, right-click (or control-click on a Mac) on the link and select Save to Disk or Download File from the menu. The videos range in size from 1.5 MB — 6.5 MB, except for Production which is 29.2 MB.

GSC Tour Video

mov.gifIntroduction
mov.gifPrepping
mov.gifProduction
mov.gifTechnology & Dev.
mov.gifOverview

Interview Clips

Don, Tech/Development
Evanne, Materials Core
Fulton, Finishing
John, Annotation/Analysis
Sharonda, Finishing
Stephanie, Administration
Vince, Tech/Development

Supplemental Videos

PCR Animation
Exploring a Pathogenic Bacteria
Chemistry of Sequencing

Additional Tour Materials

Tour Documentation

Tour Script
PCR Animation Script
GSC Pipeline Diagram
GSC Scheme Diagram
Glossary

Activities for Students

Paper PCR
Paper Terminators
The Golden Path (Color)
The Golden Path (B&W)
Signal to Sequence (Color)
Signal to Sequence (B&W)
Assembling a Sequence

Give Us Feedback

Feedback should be directed to Washington University Science Outreach genetics/bioinformatics director, Susan Flowers at (314) 935-4217 or flowers@wustl.edu.

Student Feedback Form
Educator Feedback Form

Suggested Labs

The following labs will help provide the needed context and background for the Genome Sequencing Center Tour video in both high school and college classrooms.

Washington University Science Outreach provides student and teacher pages online for their Modern Genetics Curriculum. Suggested labs include:

  • Chapter 1, Section B: Spooling DNA (isolating DNA)
  • Chapter 1, Section C: DNA structure (building a DNA model)
  • Chapter 1, Section E: Shine On! (bacterial transformation)

The Dolan DNA Learning Center at Cold Spring Harbor Laboratory Alu Fingerprinting Lab gives students experience with isolating and amplifying an Alu site in their own DNA, using gel electrophoresis to analyze the products. CSHL also provides an Introduction for the Alu Lab.

 
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