30 is different.

Night Night

My PhD student, Pengfei Yan, just gave a fantastic talk on PFAS biotransformation in flowing column systems AEESP2022_WashU AEESP !! Nice work, Pengfei Yan!

I really had a great time at #AEESP AEESP2022_WashU! A beautiful campus @WUSTL and a beautiful city. Glad had an opportunity to present the work on PFAS biotransformation in flowing column systems from Natalie Cápiro lab, and also met the best AEESP John Fortner @KatherineEManz

First paper of my PhD work. Check it out to see how redox conditions impact PFAS biotransformation in subsurface soils. Many thanks to my advisor Natalie Cápiro and lab member Sheng@AU and all collaborators!

Impact of redox conditions and the associated microbial community on 8:2 FTOH #biotransformation in #AFFF impacted soils go.acs.org/2Dc

Thank you, Natalie Cápiro It’s been a great journey in the past years! Heartfelt gratitudes to everyone on the road! Dr. Yan IN!

Thank you Natalie! I couldn’t be more grateful and happier for having your guidance and support in my journey! War Eagle!

What a wonderful night on graduation ceremony day! Thank you Natalie Cápiro 谢谢！

Welcome to read our new publication!

EPA is proposing the first-ever national standard to limit PFAS in drinking water. This action is a major step to protect communities from PFAS pollution, leveraging the latest science and building on existing state efforts to limit PFAS.

Lithium-ion battery recycling: a source of per- and polyfluoroalkyl substances (#PFAS) to the environment? Jonathan Benskin @EleniKSavvidou pubs.rsc.org/en/content/art…

Happy to share Natalie Cápiro lab new work on 6:2 FTS biotransformation. Free to access for 50 days. authors.elsevier.com/c/1iDm09pi-aEEv. I greatly appreciate contribution and support from my amazing collaborators Sheng@AU, @KatherineEManz, Melissa Paola Mezzari, Ph.D., Pennell and Abriola labs Brown University.

Surge in number of ‘extremely productive’ authors concerns scientists nature.com/articles/d4158…

Here comes the follow-up column study where we further explored the fate and transport of 6:2 FTS in dynamic flowing systems and associated microbial insights. Shout out to all co-authors for your invaluable contribution! lnkd.in/eCHKCNc8

As a professor, I work very hard to make my #DataScience educational content accessible and actionable! Here’s my #MachineLearning course, all the lectures, with linked #Python well-documented demonstration workflows and interactive dashboards! My goal is to ease your learning

I’m #hiring a postdoctoral associate in the area of PFAS biological transformation, fate and transport. Details on the project, collaboration and career development opportunities, and how to apply can be found in the job description. I look forward to seeing your application!

Happy to share our recent review article ⁦⁦STOTEN⁩ where we present PFAS data in AFFF formulations & AFFF-impacted environments, and how biotransformation process could alter the PFAS profile after an AFFF release. ⁦ nam12.safelinks.protection.outlook.com/?url=https%3A%…

Maybe not “forever”? A Cornell CALS-led study identifies microbes that may play important roles in breaking down harmful PFAS chemicals — known as “forever chemicals” — and points to functional genes that may be involved. ACS Publications Krishna Ramanujan news.cornell.edu/stories/2024/0…

Great opportunity to work with an amazing PI!