Detection of Genetically Modified Organisms

by EDVOTEK Inc   
|   |  SKU: EDV-121
  |  
Detection of Genetically Modified Organisms
Detection of Genetically Modified Organisms
Detection of Genetically Modified Organisms
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Product Overview
  • Ready-to-load DNA samples reduce preparation time for teachers.
  • Electrophoresis analysis helps students identify GMO components.
  • Ethics discussions engage students in real-world scientific debate.
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$104.99
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Detection of Genetically Modified Organisms by EDVOTEK allows students to investigate the molecular methods used to identify GMOs in common foods. Using agarose gel electrophoresis, eight lab groups analyze DNA from corn, soy, and whey samples without the need for a thermal cycler. This experiment encourages students to explore the science and ethics of genetic engineering while mastering biotechnology techniques. With a 60-minute completion time, this kit provides a practical way to understand how scientists manipulate DNA to improve crop yields and desirable traits.
Product Weight (Lbs)0.6
Group Size8 Gels
School LevelMiddle School - College
ResultsComplete in 60 minutes
StorageRoom Temperature Stable. Storage of Ready-to-Load QuickStrip™ samples in the Refrigerator is Recommended
Includes:Instructions
Ready-to-Load QuickStrip™ DNA Samples
UltraSpec-Agarose™
Electrophoresis Buffer (50X)
10X Gel Loading Solution
FlashBlue™ DNA Stain
Need:DNA Electrophoresis
Micropipettes: 5-50 µl (Optional)
White Light Box
Microwave or Hot Plate
Shipping Method:UPS / FedEx
Return PolicyThis item is custom, sorry no returns. For alternate options please call or chat
Detection of Genetically Modified Organisms by EDVOTEK allows students to investigate the molecular methods used to identify GMOs in common foods. Using agarose gel electrophoresis, eight lab groups analyze DNA from corn, soy, and whey samples without the need for a thermal cycler. This experiment encourages students to explore the science and ethics of genetic engineering while mastering biotechnology techniques. With a 60-minute completion time, this kit provides a practical way to understand how scientists manipulate DNA to improve crop yields and desirable traits.
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