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Researchers in the MOBILES are studying soil microbes across Europe to track pollution’s impact & aid land restoration. Using DNA/RNA sequencing & bioinformatics, they aim to develop new strategies for soil health & protection. More: mobiles-project.eu/article/soil-s… #MobilesProject #Soil

Under MOBILES, super-resolution microscopy & advanced labelling are unlocking the secrets of EVs—tiny but powerful structures that influence infection spread and immunity response. 🔬 Read more: mobiles-project.eu/article/vesicl… #MobilesProject

🔬Are you a biomolecular researcher? Passionate about discovering microbiota living in European soils? Become a part of the MOBILES team in Italy. Read more: mobiles-project.eu/article/cnr #MobilesProject

𝐄𝐱𝐜𝐢𝐭𝐢𝐧𝐠 𝐧𝐞𝐰𝐬!🙌 #DIGI4ECO 𝟏𝐬𝐭 𝐍𝐞𝐰𝐬𝐥𝐞𝐭𝐭𝐞𝐫 𝐢𝐬 𝐧𝐨𝐰 𝐚𝐯𝐚𝐢𝐥𝐚𝐛𝐥𝐞! 🚀 👉Stay informed about the latest news. Check it out now! digi4eco.eu/newsletters/ #DIGI4ECO #eufunded #cinea #innovation #EUresearch #biodiversity #DTO #newsletter

📢 Exciting updates from the MOBILES project! 🚀 In our first newsletter, explore MOBILES' key activities, upcoming events, and the latest research from our team. Stay informed and dive in! 🔗mobiles-project.eu/media/files/MO… #MOBILESproject #Research

🚀 The MOBILES Dissemination, Exploitation & Communication Plan is out! It highlights: 🎤 Conferences featuring MOBILES representatives 💡 Exploitable results from the project Full deliverable here: mobiles-project.eu/article/d5-1 #MobilesProject #ScienceCommunication

MOBILES is developing advanced electrochemical biosensors to detect pollutants such as pesticides, pathogenic bacteria, antimicrobial resistance genes, and spores in soil, water, and air. 👉Read more: mobiles-project.eu/article/wp1 #MobilesProject #Biosensors

Molecular Imprinting Technology (MIT) creates artificial receptors for detecting toxins & pollutants. MIPs are cost-effective, reusable, & ideal for food safety. New devices enable fast, wireless analysis of harmful mycotoxins! Read more: mobiles-project.eu/article/mycoto… #MobilesProject

#MobilesProject develops advanced biosensors to detect environmental pollutants. By combining plant-, bacterial-, and diatom-based biosensors, this research aims to create effective, low-cost solutions for detecting harmful substances in the environment 👉mobiles-project.eu/article/wp2

Pollution from various sources threatens our health and environment. The MOBILES project is using advanced biosensors to detect contaminants in real time! 🚰🔬 👁️Watch to learn more: youtube.com/watch?v=gt8kG1… #MobilesProject #Biosensors

To ensure the effectiveness of biosensors—specialized devices that detect environmental pollutants—in real-world conditions, researchers are also focusing on practical issues such as proper packaging, durability, safety, and performance testing. mobiles-project.eu/article/wp4

🦠 Antibiotic resistance is a growing threat! Current detection methods are either slow & cheap or fast & expensive. A new portable detection device could change this. 📽️ Watch the video EN: youtu.be/JXqri2FhmyI?si… FR: youtu.be/JnDtUrARDcw?si… #MobilesProject

🚀 Heading to #ASBMB25? Don’t miss prof. Varotsis is presenting research from #MobilesProject. He explores light-harvesting pigments in marine diatoms. 📍 April 14 | 4:30–6:30 PM CDT | W375c - Skyline Ballroom More: mobiles-project.eu/article/asbmb25 #MobilesProject #ASBMB25

#MobilesProject at the American Society for Biochemistry and Molecular Biology (ASBMB) annual meeting. 🌟 Today, April 14 2025 🌟 4:30 PM – 6:30 PM CDT 🌟 More: lnkd.in/e2dEjYu3 hashtag#MobilesProject, hashtag#ASBMB25

💡Did you know? 🌍iMERMAID 🇪🇺 has proudly joined the Marine Shield Cluster a new initiative bringing together several 🇪🇺-funded research projects under a unified banner to combat water #pollution more effectively. 🔎Find out more about the Cluster: imermaid.eu/marine-shield-…

🧪 Fighting #AntibioticResistance with portable tech! #MOBILESproject presents a microfluidic PLP-RCA biosensor for fast detection of ATB resistance genes. Catch us at #Biosensors2025 in Lisbon! 📍 Poster P1.52 🗓️ May 20 | ⏰: 12:45 & 17:30 Find more: mobiles-project.eu/article/biosen…

Soil sampling has begun! The #MOBILESProject is collecting samples across Europe to study the impact of various types of pollution on soil microbiota. This activity will build know–how for future soil remediation practices. 👉Read more: link mobiles-project.eu/article/soilca… #SoilHealth

The MOBILES team found that combining specific genes in Arabidopsis thaliana enhances As uptake while preserving root health. Advancing arsenic cleanup through effective phytoremediation. See Abstract ID 123 at IX.EBC 2025 in Crete! 👉mobiles-project.eu/article/arsenic #MobilesProject

A new eco-friendly sensor detects glyphosate in water using ZnO nanoparticles made from lemon waste 🍋. Fast, selective & low-cost - this green tech could improve how we monitor herbicide pollution. More: mobiles-project.eu/article/glypho… #MobilesProject #Glyphosate #WaterSafety

#MOBILESproject joined sister project #AquaBioSens in Crete for a 2-day meeting full of insights & collaboration! 🤝Collaboration on: RNA extraction, biosensor synergies, & shared goals on policy work. More: mobiles-project.eu/article/abs-me… #HorizonEU #Biosensors #EnvironmentalMonitoring