Daniel Razansky 🇺🇦(@RazanskyLab) 's Twitter Profile Photo

Hot from press ! 🔥Our world's first hybrid magnetic resonance optoacoustic scanner for functional neuroimaging. Stay tuned for the BOLD mysteries to be finally unveiled. Incredible technical achievement by Zhenyue Chen, Irmak Gezginer et al

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Seno Medical(@senomedical) 's Twitter Profile Photo

Explore the power of plus with OA/US. Imagio® fills in the gaps following a suspicious mammogram to determine malignancy with a non-invasive, real-time scan: pulse.ly/u1c3ujvr6n

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Jan Kukačka 🇺🇦(@kukacka_jan) 's Twitter Profile Photo

Our new paper on optoacoustic imaging of metastatic cervical lymph nodes is out! High-resolution handheld showing again its capabilities on an interesting clinical problem. Great collaboration with Jasper Vonk and the teams on both sides MunichImaging & UMCG

Our new paper on optoacoustic imaging of metastatic cervical lymph nodes is out! High-resolution handheld #MSOT showing again its capabilities on an interesting clinical problem. Great collaboration with @JasperVonk and the teams on both sides @MunichImaging & UMCG
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Daniel Razansky 🇺🇦(@RazanskyLab) 's Twitter Profile Photo

We break through both optical diffusion and ultrasound diffraction limits with optoacoustic localization microangiography employing extremely absorbing microparticles. Congrats to Luís Deán-Ben and all the collaborators for extraordinary teamwork !! nature.com/articles/s4146…

We break through both optical diffusion and ultrasound diffraction limits with optoacoustic localization microangiography employing extremely absorbing microparticles. Congrats to Luís Deán-Ben and all the collaborators for extraordinary teamwork !!      nature.com/articles/s4146…
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paul_wrede(@paul_wrede) 's Twitter Profile Photo

I am happy to be given the opportunity to present our research optoacoustic imaging and it's applications for microrobot tracking together with Dr. Xosé Luis Dean-Ben. Please join us on Friday at 1PM CEST!

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Daniel Razansky 🇺🇦(@RazanskyLab) 's Twitter Profile Photo

Don't miss !! 🔥This Friday Luis Dean-Ben and paul_wrede are telling the world about our ultrafast optoacoustic imaging work and its applications to microrobotics Euro-BioImaging ERIC Metin Sitti science.org/doi/10.1126/sc…

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Charm.io(@CharmAnalytics) 's Twitter Profile Photo

Searching for Shopify brands? We’ve made it easy for you. Download the FREE Charm report to view the top 100 fastest-growing Shopify brands. Charm data provides in-depth insights into each brand’s growth, success, and more.

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Sheryl Roberts(@ImagingT) 's Twitter Profile Photo

Check out our latest paper on optoacoustic imaging of the GLP-1 Receptor. Peer reviews can often take months and I'm sooo thankful that bioRxiv exist to give us a modern platform to communicate our work- fast. Grimm-Lab 🇺🇦🌻 ☮️

Check out our latest paper on optoacoustic imaging of the GLP-1 Receptor. Peer reviews can often take months and I'm sooo thankful that bioRxiv exist to give us a modern platform to communicate our work- fast. @grimmrad #diabetes #molecularimaging #science #technology #openaccess
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Christoph Dehner(@ChristophDehner) 's Twitter Profile Photo

Happy to share our preprint: 'DeepMB: Deep neural network for real-time model-based optoacoustic image reconstruction with adjustable speed of sound.'

arxiv.org/abs/2206.14485

with Guillaume Zahnd, Vasilis Ntziachristos, and Dominik Jüstel.

MunichImaging, iThera Medical
(1/3)

Happy to share our preprint: 'DeepMB: Deep neural network for real-time model-based optoacoustic image reconstruction with adjustable speed of sound.'

arxiv.org/abs/2206.14485 

with Guillaume Zahnd, @ntziachristos, and @DominikJuestel.

@MunichImaging, @iTheraMedical 
(1/3)
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SciSpace(@scispace_) 's Twitter Profile Photo

This just in. You can now overcome jargon, acronyms, and complex topics in scientific articles 😵‍💫

All you have to do is click the link, and let SciSpace Copilot give you explanations, summaries, and answers on text, math, and tables.

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Daniel Razansky 🇺🇦(@RazanskyLab) 's Twitter Profile Photo

Future of microrobotics is brighter with optoacoustic imaging! 🔥 Just featured by the SRF channel (sorry, only in German). The paper (in English) is here science.org/doi/10.1126/sc…

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Christian von Burg(@ChristianvonBur) 's Twitter Profile Photo

Kleinste Roboter sollen durch unsere Blutbahnen flitzen und Medikament nur genau dort deponieren, wo sie nützen und nicht schaden. Zum Beispiel im Hirn genau in einem Tumor. Wo steht diese Technik heute? Simone Schuerle Daniel Razansky 🇺🇦 Metin Sitti srf.ch/wissen/gesundh…

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GLUMON(@GLUMON2022) 's Twitter Profile Photo

sucessfuly completed their very 1st Review! With valuable from PO & reviewers, we can keep on building an to improve quality of life!
It has been amazing to see all the !
Second reporting period: here we go! 🚀

#GLUMON sucessfuly completed their very 1st Review! With valuable #feedback from PO & reviewers, we can keep on building an #optoacoustic #sensor to improve #diabetes #patients quality of life!
It has been amazing to see all the #progress!
Second reporting period: here we go! 🚀
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Euro-BioImaging ERIC(@EuroBioImaging) 's Twitter Profile Photo

Tracking objects with optoacoustic imaging, following tumor cells and even 🤖 in vivo!
Cool topic for our next with paul_wrede ETH Zurich and Luis Den-Bean ETH Center for Learning Systems. All are welcome!⤵️
Intelligent Systems
eurobioimaging.eu/about-us/virtu…

Tracking objects with optoacoustic imaging, following tumor cells and even #MicroRobots 🤖 in vivo!
Cool topic for our next #VirtualPub with @paul_wrede @ETH_en and Luis Den-Bean #MaxPlanck ETH Center for Learning Systems. All are welcome!⤵️
@MPI_IS
eurobioimaging.eu/about-us/virtu…
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Vanderbilt Electrical and Computer Engineering ECE(@EceVanderbilt) 's Twitter Profile Photo

midl.conference : Deep model-based optoacoustic image reconstruction' by Christoph Dehner, iThera Medical, and MunichImaging. Their deep learning framework infers high-quality optoacoustic images in just 31 ms per image, advancing real-time image feedback. @dalle2

@midl_conference : Deep model-based optoacoustic image reconstruction' by @ChristophDehner, @iTheraMedical, and @MunichImaging. Their deep learning framework infers high-quality optoacoustic images in just 31 ms per image, advancing real-time image feedback. #ChatGPT @dalle2
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