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Howard G. Smith, M.D. is a former radio medical editor and talk show host in the Boston Metro area.  His "Medical Minute" of health and wellness news and commentary was a regular weekday feature on WBZ-AM, WRKO-AM, and WMRE-AM.   His popular two-way talk show, Dr. Howard Smith OnCall, was regularly heard Sunday morning and middays on WBZ.

More recently, Dr. Smith has adopted the 21st century technology of audio and video podcasting as conduits for the short health and wellness reports, HEALTH NEWS YOU SHOULD USE.  Many of these have video versions, and they may be found on his YouTube page: https://www.youtube.com/channel/UCKPOSWu-b4GjEK_iOCsp4MA

Trained at Harvard Medical School and a long-time faculty member at Boston Children’s Hospital, he practiced Pediatric Otolaryngology for 40 years in Boston, Southern California, and in central Connecticut.

If you have questions or suggestions about this content, please email the doctor at drhowardsmith.reports@gmail.com or leave him a message at 516-778-8864.  His website is: www.drhowardsmith.com.

Please note that the news, views, commentary, and opinions that Dr. Smith provides are for informational purposes only.  Any changes that you or members of your family contemplate making to lifestyle, diet, medications, or medical therapy should always be discussed beforehand with personal physicians who have been supervising your care.

Jan 6, 2019

It’s no blarney when I tell you that ancient Irish soil may contain the key to more powerful antibiotics in the future.  Folk medicine has identified regions of Ireland, the Boho Highlands, where the soil is known to have medicinal properties.  

 

Microbiologists from Swansea University, Wales, have identified a novel strain of bacteria in that soil that produces secretions which effectively kill 4 of the 6 most common currently antibiotic-resistant bacteria including MRSA, enterococci, klebsiella, and acinetobacter.  This new strain of Strepomyces bacterium is unique since it kills a wide variety of pathogens, both gram positive and gram negative.

Work is now ongoing to identify and purify the chemical byproducts of this bacterium that can be artificially synthesized and repurposed as prescription antibiotics.

Luciana Terra, Paul J. Dyson, Matthew D. Hitchings, Liam Thomas, Alyaa Abdelhameed, Ibrahim M. Banat, Salvatore A. Gazze, Dušica Vujaklija, Paul D. Facey, Lewis W. Francis, Gerry A. Quinn. A Novel Alkaliphilic Streptomyces Inhibits ESKAPE Pathogens. Frontiers in Microbiology, 2018; 9 DOI: 10.3389/fmicb.2018.02458

Vidcast: https://youtu.be/UA0QUVhAU6M

#resistance  #antibiotic  #ireland   #superbug  #radionews #soil