analytica

🟪 analytica: A Resounding Success for Exhibitors! 🧪 Industry leaders agree: analytica delivers! We're excited to share that Mathis Kuchejda, MD of SCHMIDT HAENSCH, and Chairman of Analysis, Biotechnology and Laboratory Technology at SPECTARIS, highlighted the 2024 event's positive atmosphere and the success exhibitors achieved. Are you ready to unlock the power of #analytica for your business? Don't miss the next edition! ➡️ Mark your calendars: March 24-27, 2026 | Munich #analysis #labtech #biotech #diagnostics

🦠 Nanomachine in Focus: Analysis Details Bacteria's Microscopic Tool for Cellular Invasion 🔬 Have you ever wondered how some bacteria cause infections? It turns out, some can hide inside cells, evading the immune system. 🛡 The Burkholderia bacteria use a microscopic "nanomachine" to move between cells, staying hidden. This helps them spread silently and cause more harm. This discovery may enable better treatments and helps understand how the immune system fights infections. ⚔️ https://lnkd.in/g2ETx3KE ℹ️ https://lnkd.in/gTwwG7rW Biozentrum, University of Basel Universität Basel National University of Singapore Miro P. Hoi Ching (Christy) Cheung Yahua Chen Yunn Hwen Gan Marek Basler #analysis #CallAnalysis

New Method Speeds Up: Faster #Diagnosis of Antibiotic Resistance ⏩ Here it is: A new technique to identify antibiotic-resistant bacteria in just 5-10 hours! ⏱ This scientific development is a huge leap forward compared to the current standard which can take days. ⏳ Finding the right antibiotic quickly is crucial. ⚡️ The novel method uses a special chamber and electrical signals to detect bacteria growth - even tiny changes. So the novel test has the potential to significantly accelerate antibiotic treatment and combat the growing problem of resistance. https://lnkd.in/dHjJjes6 #analysis #healthcare #antibiotics [Image: Hochschule Furtwangen - Professor Dr. Hans-Peter Deigner (left) and doctoral student Oliver Riester.]

🙋🏻 Understanding Blood Vessel Growth Could Lead to New Therapies 🛟 The discovery of a new cell type in blood vessels that plays a critical role in their formation and growth could lead to groundbreaking treatments for cardiovascular diseases. 🫀 Millions of people die each year from cardiovascular diseases like stroke and heart attack caused by blocked blood vessels. Rebuilding these vessels (revascularization) is a challenge. 🔬 The special type of cell discovered now, called a pioneer cell, lives inside blood vessel walls. These cells sense signals from surrounding organs and trigger new blood vessel growth. 🌈 By understanding these signals, personalized treatments will be developed perspectively to combat various diseases. https://lnkd.in/d6t_FFUa Karlsruher Institut für Technologie (KIT) Max-Planck-Institut für molekulare Biomedizin Anna Lischke Melanie Merkel Maria Weissenbruch Andria Michael Hongryeol Park Christian Kupatt #analysis #CellAnalysis #medicine [Image: Zoological Institute/ KIT - Active pioneer cell (center of image). Green indicates endothelial cell nucleus, grey the outline of the blood vessels.]

🧪 From #analytica 2024: What a flood of impressions! 📸 Our photographers have captured great moments and we will share some of the most amazing and unexpected with you. 💜 Which one do you like best? 💜 https://lnkd.in/d-CxUCsP #analysis #labtech #biotech #diagnostics

✨ Diagnostics by Light: Rapid Virus ID with Nano-Sensor Technology 🦠 Researchers developed a new method for identifying various viruses in real-time using "molecular fingerprints" - unique light patterns from each virus - for super fast detection. 👉🏼 The novel sensor uses light to detect unique vibrations of molecules in a virus, like a fingerprint for identification. 🔎 It's flexible and adaptable, allowing detection of a wide range of viruses with a single device. Potential impacts: 🚀 Faster #diagnosis of infectious diseases like COVID-19. 🚀 Improved response to future outbreaks. ️ 🚀 More efficient use of resources in healthcare settings. https://lnkd.in/dn_UHVS3 #healthcare #diagnostics #medicine #virology Pohang University of Science and Technology Ulsan National Institute of Science and Technology Bamadev Das Yung Doug Suh [Image: POSTECH - Center: from left: Hyeongwoo Lee, Taeyoung Moon, Huitae Joo, and Yeonjeong Koo at POSTECH. Right: From the top: Professor Kyoung-Duck Park at POSTECH, Prof. Dai-Sik Kim and Prof. Yung Doug Suh at UNIST]

🧫 Mini-Labs Offer New Insights into Cancer Metastasis 🔬 Microfluidic systems, tiny "labs on a chip," are showing promise for studying human tumor tissue. These systems may provide a more accurate picture of cancer spread (metastasis) compared to animal models. Researchers are using them to observe interactions between tumors and healthy tissue, monitor tumor behavior, and understand immune system response. This could lead to more effective treatments and personalized medicine approaches. https://lnkd.in/dXX5eaHW Fraunhofer IWS Fraunhofer ITEM Universität Regensburg Stephan Behrens Florian Schmieder Christoph Klein Armin Braun #medicine #PersonalizedMedicine #CancerResearch [Image:  minkus-images. de / Fraunhofer IWS - Researchers from Fraunhofer ITEM, Fraunhofer IWS, and the University of Regensburg are jointly investigating the growth of tumor cells in microphysiological systems.]

🌟  New Technique Tracks Tiny Robots in Real-Time with Glowing Nanoparticles 🤖 Scientists developed 'nanotorches' that can light up for over 10 days and be recharged with near-infrared light. This lets them track tiny robots made from immune cells (macrophages) as they travel through the body. 🚨 The nanotorches are like tiny flashlights that glow after a single charge. 🔋 They can be recharged with near-infrared light, which passes harmlessly through skin. 🧲 Scientists attached these nanotorches to macrophage robots and steered them with magnets. This tech could help during medical treatments deliver drugs exactly where they're needed in the body. It could also help to see how these tiny robots work inside bodies in real time. https://lnkd.in/di2c_B3b Chinese Academy of Sciences Koç Üniversitesi Lintao Cai Safacan Kölemen #nanotechnology #nanotech #medicine

⚠️ Study Quantifies Previously Undetectable Nanoplastics in Bottled Water, Warrants Further Health Research 💧☠️ Concerned about microplastics in bottled water? A new study reveals something even more surprising: millions of even tinier plastic fragments - nanoplastics - could be lurking in every liter. Previous studies found thousands of #microplastics in bottled water. The new research identifies significantly more - up to 240,000 plastic fragments per liter. 90% of these are #nanoplastics, invisible to the naked eye and small enough to enter people's bloodstream and organs. The plastic may come from the bottle itself or from filters used during purification. But the study only identified a fraction of the total #nanoparticles found. The #health effects of ingesting nanoplastics are still unknown, but researchers are studying the potential risks continously. https://lnkd.in/ecFhTvMM Columbia University Rutgers University Naixin Qian Teodora-Maria B Qixuan Chen Phoebe Stapleton Beizhan Yan Wei Min #environment #lasertech #optics [Image: Naixin Qian/ Columbia University in the City of New York - A tiny particle of polystyrene plastic as imaged by a new microscopic technique. It is about 200 nanometers across, or 200 billionths of a meter.]

Here's what happened at analytica 2024: Innovation sparked, collaboration forged 💯 Couldn't make it to this year's event? Don't miss the next wave of industry progress! The recent analytica show was a resounding success, not least because of the lively exchange of ideas and the initiation of a variety of industry collaborations. Leading minds from around the world came together to share the future of driving laboratory innovation. Some key highlights: 💡 Groundbreaking ideas: Significant advances in laboratory technology were presented, paving the way for future progress. 🌳 Industry collaboration: Connections were made, fostering a dynamic environment for knowledge sharing and problem solving. 🌈 Missed the opportunity this time? No worries! Mark your calendars: The next #analytica will take place  ✅ March 24-27, 2026. ✅ Stay tuned for more details about the event. See you there! https://lnkd.in/dfR3ZQqn