Radio waves effect on the nematode Caenorhabditis elegans

ORAL

Abstract



Utilizing the LITE-1 and GUR-3 photoreceptors the nematode Caenorhabditis elegans (C. elegans) is able to respond to blue and ultraviolet light. Subsequent bombardment of radio waves as well as red and white light was used in order to further determine the effect of high energy long wavelength radiation on biological receptors. This was achieved by filming C.elegans as it underwent irradiation and then processing the video using Tierpsy tracking software. Usage of this method revealed that electromagnetic waves traditionally considered "low" energy can have a near equal effect on biological receptors.

Presenters

  • Charles S Beattie

    James Madison University Physics

Authors

  • Charles S Beattie

    James Madison University Physics

  • Alex Kline

    James Madison University Physics

  • Issac Spicher

    Eastern Mennonite University Biology

  • Addison Shenk

    Eastern Mennonite University Biology

  • Krisopher Schmidt

    Eastern Mennonite University Biology

  • Timothy Bloss

    James Madison University Biology

  • Marquis Walker

    James Madison University Biology

  • Laura Tipton

    James Madison University Biology

  • Giovanna Scarel

    James Madison University Physics