Yujie Men

Associate Professor, Chemical and Environmental Engineering, University of California, Riverside; Microbe-Environment Nexus (M.E.N. Group)

[UC Riverside @UCRiverside]

Microbes found to destroy certain ‘forever chemical' pollutants. Read more ⬇️ @UCRBCOE #PFAS https://t.co/KxykLlhW6u

[Yujie Men @MENYujie]

Microbial defluorination #6. Exciting exploration for the potential of microbes. To be continued. @Yaochun_Yu @UCRiverside @UCRBCOE @SERDP_ESTCP @SRP_NIEHS https://t.co/YIrJVnjboi

[Yaochun Yu @Yaochun_Yu]

Preprint alert📢: Ever wondered which microbes can 'eat' PFAS and the specific genes and enzymes involved? Finally! Discover some intriguing answers here.

[Environmental Science & Technology Journals @EnvSciTech]

ES&T, ES&T Letters and the ENVR Division of ACS are delighted to announce the winners of the 2024 James J. Morgan Early Career Award. Congratulations to Markus Brinkmann, Kim Parker, Hui Peng and Collin Ward! Read more: https://t.co/GWlQuTXKU9
@envscitech

[Yujie Men @MENYujie]

#MyACSCover Environmental Science & Technology Letters | Vol 10, No 9 https://t.co/8v2949mWFI

[Yifan Gao @YifanGao15]

It is my great honor to be invited as a guest speaker in WeAreIn workshop by Prof. Yujie Men @MENYujie at UC Riverside! Welcome everyone to check my YouTube interview series for women in science on GradSWE UCLA platform! YouTube videos were all posted here, my Twitter!

[Yujie Men @MENYujie]

@YifanGao15 Thank you!

[Yujie Men @MENYujie]

Biodefluorination series No. 5: Aerobic Biotransformation and Defluorination of Fluoroalkylether Substances (ether PFAS): Substrate Specificity, Pathways, and Applications | Environmental Science & Technology Letters https://t.co/6r8HBJszAo

[UC Riverside @UCRiverside]

Biological cleanup process discovered for certain “forever chemical” pollutants. Read more ➡️
https://t.co/HymCMzCAQC #ucr #ucriverside @UCRBCOE

[Yujie Men @MENYujie]

I just updated my website.https://t.co/rUhRlzVZ75

[Yujie Men @MENYujie]

Our Nature Water paper is covered by Nature Research Highlights. https://t.co/2ZYJ3fY6Et

[Yujie Men @MENYujie]

Microbial defluorination series No. 4! Congrats to Bosen Jin! ⁦⁦@NatureWaterJnl⁩ https://t.co/opAIwnYZdT

[Yujie Men @MENYujie]

Excited about this workshop on Sep. 8th at UCR @UCRBCOE @CEEatUCR Please help spread it out to interested students! Thx :)

[Yifan Gao @YifanGao15]

Excited to announce that I'll be a guest speaker at the "WeAreIn" Workshop at UC Riverside on Sep 8th, 2023! 🥳Join me and Prof. Yujie Men @MENYujie for an in-depth look at college, UCR campus life, and career development opportunities. Register now: https://t.co/FfpXVtT3FX

[Nature Water @NatureWaterJnl]

New online: an insight into the degradation pathways of PFAS by almost complete defluorination, Read the article by @jinyong_liu
https://t.co/Oc606aOQwc
https://t.co/ybmv5oTXjL
and the N&Vs by Zhang and Ma
https://t.co/tmpksPDte8
https://t.co/lQ8J6e9Nf1

[Yaochun Yu @Yaochun_Yu]

Very excited that this paper got published and super glad to be part of the team!!! Here we presented another interesting work regarding the TrOCs biotransformation by ammonia-oxidizing microorganisms, with a specific focus on the comammox bacteria. Previous/related works in 🧵

[Yaochun Yu @Yaochun_Yu]

Benzimidazole fungicide biotransformation by comammox Nitrospira bacte... https://t.co/lG1FGdhPV9

[Yujie Men @MENYujie]

I am looking for a postdoc with expertise in bio electrochemistry and/or microbiology. See details below. Many thanks for forwarding!

[Yujie Men @MENYujie]

1. Anaerobic and aerobic microbial defluorination may be complementary; C＝C is crucial for anaerobic defluorination; 2. Abiotic anaerobic defluorination of specific branched structures with reducing agent; 3. Be aware of impurity interference.. https://t.co/DTK1vyEAA0