Uploaded October 2021 | Updated September 2026, 2 days ago
Scripps Oceanography professor Brad Moore scours the oceans in search of the chemical building blocks for what could become life-saving drugs. In this episode of Wavelengths, Moore describes for Scripps alumna Kate Furby how organisms such as marine bacteria and common seaweeds talk to each other through chemistry. Learning that language allows scientists to replicate these creatures' self-preservation traits to create medicines.
More about Brad Moore: https://bsmoore.scrippsprofiles.ucsd.edu/
Subscribe to Scripps Oceanography here: bit.ly/2PVlvmp
Subscribe to Scripps' explorations now newsletter here: bit.ly/2ZAGhLx
Check out Scripps Oceanography for more: https://scripps.ucsd.edu/
Follow Scripps Oceanography on social here:
Facebook: facebook.com/scrippsocean
Twitter: twitter.com/Scripps_Ocean
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#Wavelengths #MarineChemistry #NaturalProducts #biomedicine #cancer #Series
Scripps Oceanography professor Brad Moore scours the oceans in search of the chemical building blocks for what could become life-saving drugs. In this episode of Wavelengths, Moore describes for Scripps alumna Kate Furby how organisms such as marine bacteria and common seaweeds talk to each other through chemistry. Learning that language allows scientists to replicate these creatures' self-preservation traits to create medicines.
More about Brad Moore: https://bsmoore.scrippsprofiles.ucsd.edu/
Subscribe to Scripps Oceanography here: bit.ly/2PVlvmp
Subscribe to Scripps' explorations now newsletter here: bit.ly/2ZAGhLx
Check out Scripps Oceanography for more: https://scripps.ucsd.edu/
Follow Scripps Oceanography on social here:
Facebook: facebook.com/scrippsocean
Twitter: twitter.com/Scripps_Ocean
Instagram: instagram.com/scripps_ocean
#Wavelengths #MarineChemistry #NaturalProducts #biomedicine #cancer #Series










