The Microscopic Chemical Warfare Of Antibiotics (Ep009)

Research isn't always conducted in a laboratory. Dr. Brian T. Murphy runs a research program that takes him all around the world collecting aquatic microorganisms, en route to the discovery and development of new antibiotics. On this podcast, Dr. Murphy explains how antibiotics work and the importance of discovering new ones, as well as detailing some of the exotic underwater adventures involved in his line of work.

Ongoing projects in Dr. Murphy's lab merge the identification of small molecules with marine microbiology, molecular biology, genomics, and bioinformatics. To date, his lab has built a collection of over 1,500 aquatic bacteria and are using them to generate small molecule libraries that they screen against bacterial pathogens and cancers. The lab is also innovating the way drug discovery libraries are managed to make them more intuitive and efficient. 

More reading from Curiosity:
Crowdsourcing Offers A New Hope For Antibiotics Research
Fish Don't Get Electrocuted Thanks To These Two Factors
Why Are Most Planes White? The Reasons Are Scientific And Economical
Could Magnets Take The Place Of Antibiotics When It Comes To Sepsis?
What A Giant Petri Dish Can Tell Us About Antibiotic Resistance
There Have Been Zero New Types Of Antibiotics Since The '80s

Antibiotics research crowdsourcing programs:
Great Lakes Freshwater Sponge Ecology And Drug-Discovery (Murphy Lab project)
University of Oklahoma's Citizen Science Soil Collection Program
Drugs from Dirt (US)
Swab and Send (UK)
Small World InitiativeAdditional scientific resources discussed:
Murphy Lab UIC website
Current Murphy Lab projects
Feature on Murphy Lab in Toronto Star
Bill and Melinda Gates Foundation
TB Alliance
Murphy Lab on TwitterTo learn more about this topic and many others check out Curiosity.com, download our 5-star iOS or Android app and join the conversation on Facebook and Twitter. Subscribe on iTunes, Stitcher, Google Play Music, and everywhere else podcasts are found so you don't miss an episode!

See omnystudio.com/listener for privacy information.

Research isn't always conducted in a laboratory. Dr. Brian T. Murphy runs a research program that takes him all around the world collecting aquatic microorganisms, en route to the discovery and development of new antibiotics. On this podcast, Dr. Murphy explains how antibiotics work and the importance of discovering new ones, as well as detailing some of the exotic underwater adventures involved in his line of work.

Ongoing projects in Dr. Murphy's lab merge the identification of small molecules with marine microbiology, molecular biology, genomics, and bioinformatics. To date, his lab has built a collection of over 1,500 aquatic bacteria and are using them to generate small molecule libraries that they screen against bacterial pathogens and cancers. The lab is also innovating the way drug discovery libraries are managed to make them more intuitive and efficient. 

More reading from Curiosity:

Crowdsourcing Offers A New Hope For Antibiotics Research
Fish Don't Get Electrocuted Thanks To These Two Factors
Why Are Most Planes White? The Reasons Are Scientific And Economical
Could Magnets Take The Place Of Antibiotics When It Comes To Sepsis?
What A Giant Petri Dish Can Tell Us About Antibiotic Resistance
There Have Been Zero New Types Of Antibiotics Since The '80s

Antibiotics research crowdsourcing programs:

Great Lakes Freshwater Sponge Ecology And Drug-Discovery (Murphy Lab project)
University of Oklahoma's Citizen Science Soil Collection Program
Drugs from Dirt (US)
Swab and Send (UK)
Small World Initiative

Additional scientific resources discussed:

Murphy Lab UIC website
Current Murphy Lab projects
Feature on Murphy Lab in Toronto Star
Bill and Melinda Gates Foundation
TB Alliance
Murphy Lab on Twitter

To learn more about this topic and many others check out Curiosity.com, download our 5-star iOS or Android app and join the conversation on Facebook and Twitter. Subscribe on iTunes, Stitcher, Google Play Music, and everywhere else podcasts are found so you don't miss an episode!

See omnystudio.com/listener for privacy information.