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The group's discussions emphasize the scientific significance of microbial biodegradation in breaking down PFAS, with examples like mention of bacteria evolving recently to tackle these chemicals and calls to uncover rare microbial successes. The tone balances curiosity and support, highlighting the potential impact while recognizing current limitations, shown through phrases like 'fascinating review' and 'requires understanding.'
Most discussions acknowledge the importance of research into microbial biodegradation of persistent chemicals like PFAS, showing general support for the publication’s focus.
The posts demonstrate high interest, with mentions of microbial evolution, biodegradation challenges, and references to scientific reviews, indicating enthusiasm for the topic.
Posts reflect moderate engagement, with users commenting on microbial mechanisms, emphasizing the need for further research, and sharing relevant reviews.
The discussions suggest that the publication might influence future research directions and environmental remediation strategies, though the overall tone remains exploratory rather than definitive.
Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorinated chemicals: Nothing lasts forever: understanding microbial biodegradation of polyfluorinated compounds https://t.co/uAkMB9dH1F
Take a look at this Microbial Biotechnology Minireview on understanding microbial #biodegradation of polyfluorinated compounds and perfluorinated alkyl substances, by Lawrence P. Wackett. #PFAS #OpenAccess @SfAMtweets @KennethTimmis https://t.co/c0xmMs3YtC
Stranger possibility is that bacteria have evolved to eat PFAS only recently, with fluorinated compounds rare in nature until advent of PFAS in the 1940s. Fascinating review of this question from Lawrence Wackett @UMNews
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @wileymicrobio: Take a look at this Microbial Biotechnology Minireview on understanding microbial #biodegradation of polyfluorinated com…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
This video discusses the biochemical mechanisms of fluoride in preventing dental caries, referencing recent research and authoritative sources like the American Dental Association and CDC. It emphasizes fluoride's role…
The video explores the environmental and health risks associated with PFAS, known as forever chemicals, and the challenges of their bioremediation. It emphasizes the importance of understanding microbial mechanisms to…
Stranger possibility is that bacteria have evolved to eat PFAS only recently, with fluorinated compounds rare in nature until advent of PFAS in the 1940s. Fascinating review of this question from Lawrence Wackett @UMNews
RT @wileymicrobio: Take a look at this Microbial Biotechnology Minireview on understanding microbial #biodegradation of polyfluorinated com…
RT @wileymicrobio: Take a look at this Microbial Biotechnology Minireview on understanding microbial #biodegradation of polyfluorinated com…
Take a look at this Microbial Biotechnology Minireview on understanding microbial #biodegradation of polyfluorinated compounds and perfluorinated alkyl substances, by Lawrence P. Wackett. #PFAS #OpenAccess @SfAMtweets @KennethTimmis https://t.co/c0xmMs3YtC
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
RT @KennethTimmis: Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorina…
Bioremediation will require uncovering and understanding the rare microbial successes in degrading poly- and perfluorinated chemicals: Nothing lasts forever: understanding microbial biodegradation of polyfluorinated compounds https://t.co/uAkMB9dH1F
https://doi.org/10.1111/1751-7915.13928 · Crossref. Tiffany S. Louie,; Elizabeth Jane Pavlik,; Max M. Häggblom,. Genome analysis of Thauera chlorobenzoica ...
com/doi/10.1111/1751-7915.13928. ami-journals.onlinelibrary.wiley.com. Nothing lasts forever: understanding microbial. 2 yrs · Profile photo of ...
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