Great collaboration between @BenoitKunath, @CharlotteRudder, @claczny, @ElisabethLETEL5, & @MicroSysEco. Funding support by @ERC_Research, @FnrLux, @FulbrightPrgrm, @FondationCancer, & Télévie. @ResearchLux.

Direct link to the pdf:

Check out also our related primary publications:.

😛🦷🪥🦠💩Ever wondered how #oral #health and the #microbiome may impact your #gut and, more broadly, put you onto trajectories towards #disease?. Check out our latest review in @NatureRevMicro on the oral-gut microbiome axis in health and disease.

An exciting start of Fernanda's PhD work supported by @FNRLux and we are happy to be part of this and what's yet to come!.

🚀 Future Applications: Imagine cleaner water, sustainable buildings, and circular solutions. Our research paves the way! 🌏 #WaterQuality #Sustainability #ResearchWins.

5️⃣ Biochar: The Eco-Warrior: We mixed biochar (from plant residues and cellulose-toilet paper) with sand. Result? A zeolite substitute that tackles personal care products in grey water, which is a crucial step towards a circular economy.

4️⃣ Centralized vs. Decentralized: Vertical-flow constructed wetlands removed Diclofenac and DEET with >90% efficiency thus representing a real option to centralized wastewater treatment plant-based removal. 💪.

3️⃣ Benefits Galore!: Treated greywater from vertical-flow constructed wetlands can be repurposed for non-potable household water services. That means that we save precious drinking water! 🚰.

2️⃣ Decentralized Greywater Treatment: Sustainable buildings adopt on-site greywater treatment using vertical-flow constructed wetlands. Vertical-flow constructed wetlands offer a promising solution for micropollutant removal at the source of pollution.

1️⃣ Micropollutant Challenge: Conventional wastewater treatment plants (WWTPs) face a micropollutant dilemma. These tiny contaminants persist in effluents. Stricter quality standards demand post-treatment steps.

New Research Alert! Fernanda Muniz Sacco et al., under the supervision of Joachim Hansen, show how sustainable on-site greywater treatment can reduce micropollutant concentration in urban wastewater & how to integrate this into households’ water services 🌱

Checkout the projects from the other consortium members too! @GFaghe Brice Appenzeller @ESchymanski Maria Ruiz @gaguayod @AnjaLeist Torsten Bohn @CPerchoux @LaurentMalisoux Yvan Devaux @IEE_Research_Gp Christiane Hilger!

This cutting-edge #DTU is enabled by @FnrLux, coordinated by @LIH_Luxembourg, and includes @uni_lu @lcsb_uni_lu and @LISERinLUX.

Novel Insights: This fascinating project will shed light on how environmental pollution might enhance infective competence, impacting human health in previously underappreciated ways. By exploring polluted sites, we’ll expand our understanding of pollutants affecting microbiomes.

Your mission? Identify genes encoding resistance to environmental pollutants (such as heavy metals & organic compounds) along those conferring increased infective competence (including virulence factors & antimicrobial resistance) within environmental and human microbiomes.

Project Overview: Environmental pollution may play a crucial role in triggering and sustaining infection-relevant genes, posing risks to human health. We will delve into this critical area by analyzing publicly available MAGs and reconstructed mobile genetic elements.

Exciting Opportunity! Join us as a #phd #candidate in the #Xpose #DTU to study environmental pollution, #microbiomes, #AMR & human health. 🌎🦠🎓🔬 .Apply now!

We are excited to organize the upcoming autumn course in October 2024 on #integrated #meta #omics to study #microbiomes 🦠🦠🦠 enabled by @prospectomics!. Hurry up and apply at . Looking forward to your applications and any Qs you might have!

🧠🦠 New findings on the gut microbiome in Parkinson’s disease! Differences in microbial diversity between patients and healthy controls are known. But what about cognitive impairment?! Read more about our recent work in &