MunichImaging
@MunichImaging
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Institute of Biological and Medical Imaging (IBMI) @HelmholtzMunich & Chair of Biological Imaging (CBI) @TU_Muenchen (TUM) - Head: Prof. Vasilis @ntziachristos
Munich, Bavaria
Joined May 2016
👉 @OPTOMICS2020 combines optoacoustic imaging phenotypes with multi-omics data (genomics, proteomics, metabolomics) and AI to build a digital-twin model for early detection, prevention and treatment of type 2 diabetes.
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👉 @GLUMON2022 pioneers non-invasive glucose monitoring, using in-vivo optoacoustic sensing to measure blood glucose dynamics directly and pain-free.
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👉 #MOSAIC focuses on multivariate, long-term tracking of diabetes progression by capturing a spectrum of biomarkers related to tissue metabolism, oxygenation, and microvascular health.
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We’re pushing the boundaries of #diabetes care. 🚀 Advancing data-driven diabetes research by combining #optoacoustic #imaging and #sensing with multi-omics data and AI to uncover the molecular and physiological mechanisms underlying the disease. #WorldDiabetesDay #WDD2025
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Starker Andrang bei der FORSCHA 2025 🚀 👉 https://t.co/i2wxmDxI0c 🔬 Auch dieses Jahr war die Mitmach-Messe “FORSCHA – Münchner Wissenschaftstage” in München ein voller Erfolg. Besucherinnen und Besucher jeden Alters konnten die Welt der Wissenschaft und Forschung hautnah
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#Diabetes affects millions worldwide. 🌍 At the Helmholtz Diabetes Center, we connect basic research with clinical studies to shape the future of precision diabetes care. Our mission: Understand. Prevent. Treat. 🔵 #WorldDiabetesDay2025
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One-Hour Blood Glucose Level: A New Chance to Preventing Type 2 Diabetes🩸 👉 https://t.co/quDHbTeKL8 A simple blood glucose measurement taken one hour after a glucose tolerance test can reveal crucial metabolic changes – even before prediabetes develops. A team from
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#WorldDiabetesDay
#WeFightDiabetes💪 This World Diabetes Day stands for raising awareness for the millions of people with diabetes worldwide who face daily challenges at work due to diabetes-related stigma and discrimination. 🩵 At #HelmholtzMunich, researchers from different
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Super cool advancements in photoacoustic photoswichable sensors by @stiel_lab at #ESPCongress2025
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At the meeting of the Int. Soc. on Oxygen Transport to Tissue (@isott2025) in Thessaloniki/ Gr, hear the plenary by @munichimaging director Vasilis @ntziachristos on “#Optoacoustic imaging of #oxygen transport in tissues.” 25 Aug 2025, 8:30-9:30 am (Greek) https://t.co/h0sb4XvPWH
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@MunichImaging compared bulk #piezoelectric and opto-mechanical micromachined detectors (OMUS) for #optoacoustic and #ultrasound #sensing – with OMUS bearing potential as a low-cost alternative. Read the article in @IEEESENSORS: https://t.co/7jMwGLUOnN
@GLUMON2022 @rsense_h2020
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Our year-long joint efforts in the #ESOTRAC consortium come to a wonderful - almost - end with this publication on the #OCT #optoacoustic hybrid #endoscope for #esophagealcancer in @natBME - but the story continues in #ESOHISTO! read more below
New Endoscopy Technology Enhances Early Detection of Esophageal Cancer 🔬 👉Read more: https://t.co/ZHy0mquipo A research team from #HelmholtzMunich, the @TU_Muenchen, and the Medizinische Universität Wien has developed a dual imaging technique – O2E – that significantly
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NIRF-IVUS can highlight key pathobiological markers of #atherosclerosis beyond standalone IVUS at clinical imaging speeds, further supporting the clinical #translation of the #NIRFIVUS technology. @dzhk_germany
https://t.co/Lg5o1msCNq
ieeexplore.ieee.org
Objective: The combination of near-infrared fluorescence (NIRF) with intravascular ultrasound (IVUS) has shown promising applications for imaging atherosclerosis in ex vivo human arteries and in vivo...
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NIRF-IVUS can highlight key pathobiological markers of #atherosclerosis beyond standalone IVUS at clinical imaging speeds, further supporting the clinical #translation of the #NIRFIVUS technology. @dzhk_germany
https://t.co/Lg5o1mtaCY
ieeexplore.ieee.org
Objective: The combination of near-infrared fluorescence (NIRF) with intravascular ultrasound (IVUS) has shown promising applications for imaging atherosclerosis in ex vivo human arteries and in vivo...
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You discovered breakthroughs in #optoacoustic/ #photoacoustic #imaging & #spectroscopy? Submit your manuscript to the collection “Advances in Optoacoustic Imaging” in @Nature_NPJ imaging! Editors: Vasilis @ntziachristos & Malini Olivo. https://t.co/T4AilrjhHP
nature.com
This Collection invites submissions on cutting-edge optoacoustic methods and applications that illustrate innovations in the field.
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@MunichImaging unraveled the #unmixing performance and achievable depth with #photoswitchable #bacteriophytochromes in an #optoacoustic mesoscopy setup and give recommendation for future applications. Read the article in @OpticalExpress: https://t.co/d1GRrHM7gg
#SWOPT
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@MunichImaging We look forward to advance single cell analysis with SAW (@dresden_ifw) along the lines of our paper in @ACS_AMI. Thanks to the support from @ERC_Research and always from @MunichImaging @HelmholtzMunich @uni_regensburg
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Congratulations to all the awardees - and a particular hand-clapping for Andre @stiel_lab from @Munichimaging for his PoC #SAW2See! 🥳
Three ERC Proof of Concept Grants Awarded to Helmholtz Munich Researchers 🚀 👉 https://t.co/xaCvrDgADW Researchers at #HelmholtzMunich have received #ERC Proof of Concept Grants from the @ERC_Research, supporting the advancement of innovative biomedical technologies. This
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By using our Mid-infraRed #Optoacoustic #Microscopy (#MiROM) we could track treatment response in #myeloma cells of patients - paving the way for personalized medicine! Read the paper: https://t.co/xNRl87chdR
@ERC_Research
@dfg_public
nature.com
Nature Biomedical Engineering - A live-cell microscopy method assesses patient-specific efficacy of myeloma treatment in real time at the single-cell level.
Label-Free Cancer Monitoring – New Imaging Technology Tracks Therapy Response in Real Time 🔬 👉 https://t.co/hn6KnHnTUJ A team from #HelmholtzMunich and Technische Universität München has developed MiROM, a new mid-infrared optoacoustic microscopy technology that tracks cancer
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