Six Upper School Students Qualify for Regional Science Fair

Six Upper School students have been selected to represent Canterbury at the upcoming Thomas A. Edison Regional Science Fair in February at Florida Gulf Coast University. 
Students in grades 9-12 had the opportunity to participate and present their research during Canterbury's annual in-house Science Symposium on Wednesday, January 17, 2024, with the opportunity to move onto the regional, state, and international science fairs.
 
Canterbury School will have six projects represented in the Senior Division (Grades 9-12) of the 2024 Thomas Alva Edison Kiwanis Regional Science & Engineering Fair presented by Sony Electronics, Inc. Two students, Mehereen C. '25 and Jack P. '24 , will have projects dual enrolled in both the science and inventors fairs!
 
Jack will compete with the same project, while Mehereen will enter a project entitled Virtual Reality Therapy for Neurological Disorders.
 
The regional science fair will take place Saturday, February 17, 2024 at Alico Arena on the campus of Florida Gulf Coast University.
 
Below is a complete list of all students and their research projects that will represent Canterbury at the upcoming regional science fair.
Senior Division Science Fair Regional Finalists:
  • Anayah C. '27: An Investigation Utilizing Indophenol Colorimetry to Discern the Differential Impact of Diverse Cooking Methodologies on the Stability and Depletion Dynamics of Abscorbic Acid, More Commonly Known as Vitamin C, In An Vegetable With Antioxidant Properties Such as Capiscum Annum, or Bell Peppers
  • Mehereen C. '25: A Novel Approach to the Effect of Bisphenol A on the Neurodevelopment of Drosophila Melanogaster Larvae
  • Anika K. '25: Investigating the Effect of Various Microplastic Solutions on E. Coli Bacteria as a Model for the Effects of Microplastics on Cancerous Cervical Cells that Require Radiation Therapy: A Novel First-Year Study
  • Jessica M. '25: Assessment of Health Effects and Emissions from an Ethylene Oxide Sterilization Facility
  • Chris M. '25: A Dual Solution to Environmental Challenges: Transesterification of the Phaeophceae Macroalgae Sargassum into Biofuel
  • Jack P. '24:  Mimicking the Mangrove: Utilizing the Natural Shape of  Rhizophora mangle Roots in Manmade Structures to Minimize Beach Erosion
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