Check out this new VIB Blog article on our recent work !.Functional ultrasound (fUS) bridges the gap in brain imaging, combining high-resolution, deep-tissue access with real-time monitoring, overcoming the trade-offs of optical and MRI techniques 🧠🔬.

RT @__NERF: Latest paper from the Urban lab shows functional ultrasound (fUS) imaging reliably tracks neuronal activity with good spatial p….

RT @leuvenbrainins1: Yesterday marked the launch of the fourth #LeuvenBrainInstitute center 🚀 . We welcome the LBI Center for Cerebrovascul….

Thanks to @RobertOhlendorf for participating to our @__NERF @CBD_VIB seminar on 04/12/24 at 2PM which will explore groundbreaking advancements in sensor technology, seamlessly bridging the gap between large-scale and molecular imaging. Learn more here:.

We are deeply grateful to the ‘Fonds de Soutien Marguerite-Marie Delacroix’ from Belgium for awarding a grant to support Tianzi Wang’s PhD research. This generous funding enables us to advance our work in understanding autism spectrum disorder (ASD). @CBD_VIB @__NERF #Autism

Our recent findings on fUS for neuromonitoring, with potential applications in humans, were highly discussed by the CSD2024 community. Thank you for the insightful input. It motivates us as we move forward on this journey! @ICSD_Conf @CBD_VIB @__NERF @VIBLifeSciences

The AI classification of ultrasound images of brain vasculature enables high-precision real-time positioning and navigation in the rodent brain. Check our latest open-access publication: @VIBLifeSciences @__NERF @CBD_VIB @FWOVlaanderen @KU_Leuven.

Are you interested in learning more about the most recent research and developments in functional ultrasound imaging? If so, consider attending the Rudolf Magnus Seminar Series in the Netherlands.March 25, 2024   4-5pm.@__NERF @CBD_VIB @KU_Leuven @VIBLifeSciences

RT @__NERF: Functional ultrasound imaging helps us understand the decrease in conscious perception during sleep. 😴. Check out the latest co….

RT @__NERF: Alan Urban will be in Kortrijk next week at the @KULeuvenKulak Ambassador Chair Symposium. He will talk about @OpenfUS, a compr….

Our last work, using functional ultrasound imaging to monitor brain activity in real-time in stroke, offers an extensive field of view for detecting circuit dynamics between cortical and subcortical regions @CBD_VIB @KU_Leuven @leuvenbrainins1 @imec_int

RT @__NERF: Congratulations to @Clembrunner, Gabriel Montaldo and @OpenfUS! Their work on functional ultrasound imaging of #stroke in awake….

RT @EdelmanBradley: More work from the @EmilieMaceLab tomorrow morning at #SfN23. Come to Paulina’s poster to see how she is using whole-br….

RT @EdelmanBradley: I’ll be presenting a poster on my latest postdoc work from the labs of @NadineGogolla and @EmilieMaceLab tomorrow after….

RT @__NERF: We're ready #SfN2023!.👋 Come and meet us at the following talks and poster sessions 👇

RT @Clembrunner: Do not miss @__NERF neuroscience at #SfN2023 .Functional ultrasound imaging 🧠🔬.Spinal learning & locomotion 🐁.Visual proce….

fMRI and fUS are two neuroimaging modalities that offer distinct advantages and limitations. The latest publication from Dr. Hikishima, and his team, sheds light on the disruption of resting-state functional connectivity caused by the high decibel levels in fMRI scanner @AIST_EN

Our recent publication on stroke 'neuromonitoring' using functional ultrasound imaging technology, developed at @__NERF, has received an excellent commentary in @_JCBFM.We appreciate the support in disseminating our findings! #StrokeNeuromonitoring #FunctionalUltrasound @CBD_VIB

Our recent study demonstrates the capability of functional ultrasound imaging (fUS) to elucidate the relationship between the extent of brain infarcts and the occurrence of spreading depolarizations in ischemic stroke. Congratulations to @Clembrunner and the entire team !

RT @naturemethods: This month's Technology Feature investigates how researchers are using ultrasound-based techniques to reveal the inner w….