AquaBioSens
@aquabiosens
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🇪🇺Funded by @HorizonEU. Views and opinions expressed are those of the author(s) only and do not necessarily reflect those of the EU or the granting authority.
EU
Joined January 2024
Climate change fuels harmful algal blooms, threatening water & public health! 🔥 Warmer waters 🌡️ 🌧️ More runoff 🌱 🌊 Less mixing 🚫 💨 More CO₂ 💚 @DCUWater ’s @aquabiosens is developing an antibody sensor to help protect our waters! 🔬 Read more:
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Building state-of-the-art aquatic sensors requires the best prototyping tools. ⚙️ The @NOCnews welcomes the 'WAZER' (Water LASER) 💦 to our Rapid Prototyping Suite, now in use for fabricating essential components for the @aquabiosens project! 🌊
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🚨 Harmful Algal Blooms Are Spreading! @aquabiosens is developing portable devices for rapid, on-site HAB detection—crucial for protecting communities, especially in remote areas. 🌊 Learn more: @MValiadi @ElectraGizeli @TechOceanS
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🔬 Microfluidic Tech for Water Monitoring 🌊 @unisouthampton develops a microfluidic device for in vitro gill cell cultures, assessing pollutant effects with fluorescent markers (Caspase 3/7, Fluo-4, FluoZin-3) for better water quality monitoring. 💧 #Microfluidics #Biosensors
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🔬 Research from @Liukm3 & @fabrismichele at @SyddanskUni is key for optimizing diatom-based biosensors for metal detection. Strain-specific variations may impact performance. 📖Read more: @flo_Pruckner @payal_patwari
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Many are unfamiliar with #eDNA analysis—detecting #pollution, toxins & organisms in water using specific devices. 🌊🔬 In @aquabiosens , producing these devices is key, but #data management is just as crucial. @ettspa is committed to this effort, helping protect ecosystems.
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@Biopix_T's key milestones for 2025: 1️⃣ Prototype of the innovative handheld BIOPIX-T device 🛠️ 2️⃣ Application UI and Design 📲 3️⃣ Core Functionality Implementation ⚙️ 4️⃣ Quality of Life Features 🔄 5️⃣ Bug Testing and Quality Assurance 🔍 6️⃣ APK Packaging for Deployment 📲
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🌊46% of Irish waters are unhealthy (EPA Report). Key issues: 🔹 Nutrient pollution from agriculture 🔹 Habitat damage (dredging/drainage) 🔹 Climate risks like flooding & drought 💧 91% of groundwater is healthy—let’s protect it! Read more:
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New research demonstrates that toxic harmful algal blooms can be forecasted using specific gene biomarkers at a large scale. 🌊🧬 This is important as some species are forming increasingly frequent and toxic blooms due to climate change 🌡️ and ocean acidification. 🌍♻️
A team of researchers from JCVI, @Scripps_Ocean, and collaborators published a groundbreaking study on predicting harmful algal blooms (HABs) that contain high levels of the neurotoxin domoic acid.
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🌊 How AquaBioSens Makes an Impact 💧 Monitoring aquatic hazards is vital, but raising awareness of these tools is key to protecting water resources and supporting the EU’s mission. 🌍 Learn more: #Communication #horizoneu #Networking
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🎄Merry Christmas from AquaBioSens!✨ As the year ends, we wish you a joyful holiday season and a prosperous New Year! 🌟 2024 has been a fantastic year for protecting our water resources. 🌊 Thank you for your support—here’s to an even more successful 2025! 🌟 #MerryChristmas
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🌟 Advancing Biochip #tech for Real-Time Fish Cell Monitoring! 🐟 Our refined #biochip is now in testing, mimicking real-life conditions with continuous flow over fish gill cells. Optimized chamber design ensures better cell localization and performance. 👤 @unisouthampton
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🌟 Decision Support Systems (DSS): Essential for science-driven solutions. 📊 Integrate high-quality data into unified platforms. 🔍 Deliver reliable, evidence-based insights. ✅ Enhance decision-making for complex challenges. #DSS #Innovation #EvidenceBased @ettspa
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🚀 Exciting news for researchers working in remote areas! 🌍 @Biopix_T innovative device is designed to operate without an internet connection, making it perfect for sample collection in even the most distant locations. #environment #innovation
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Did you know? 🌍 80% of marine pollution comes from land-based sources. ♻️ 8M+ tons of plastic waste enter our oceans yearly. 🐟 Over 40% of rivers/lakes are too polluted for aquatic life. That’s why @AquaBioSens develops tools to detect and combat water pollution in real-time.🔬
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Exciting updates from @aquabiosens! @fabrismichele and European researchers, led by @IMBB_FORTH , are developing bioengineered algae and simple devices for quick, affordable heavy metal detection. 🧪✨ Learn more:👉
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🌊Algal blooms in Lough Corrib threaten Galway’s water supply! 💧 Cyanobacteria toxins risk health & ecosystems, fueled by climate change & pollution. 👉 @DCUWater is developing antibody sensors for improved monitoring & protection. 🌍
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Technology Development Update from @NOCnews ! The second generation of our in site molecular sampling device is here! 🧬 Ready to take on fieldwork in 2025, this #innovation marks a major step forward for molecular sampling #technology. 🌊🔬 #environment
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RT @DCUWater: What a wonderful conference. Delighted to contribute to this short video. The key now is to invest in the massive #OceanKnow…
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At the National Oceanography Centre we're getting excited about filtration! New designs of ultra-thin and low cost water filters for the capture of potentially harmful microrogansisms have been finalised and will be tested throughout the autumn, ready for field testing in 2025!🌊
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