Wonderful time University of Twente (inactive) these last few days for the 4TU.Precision Medicine meeting with Margarita Escalon Thanks Jelmer Wolterink, Guillaume and Michel for this great opportunity.

ERC Starting Grant voor Sebastian Weingärtner om microscopische bloedvaten in het hart en brein te bespioneren #TUDelft @ImPhys_TUDelft tudelft.nl/2022/tnw/erc-s…

Très fier des mes nouveaux collègues Sophie et Arnaud !!! 🇫🇷🇪🇺🚀

"This is where magic happens" David Maresca treating us to a month long exchange at Mikhail Shapiro (same on bsky) 🇺🇦 lab in Caltech w/ Flora Nelissen as special guest

Youngest Professor in IIT.

The first International Symposium on Biomolecular Ultrasound and Sonogenetics is officially on! ISBUS ! 10 countries, 150 participants but only one bus! 🚌

🚨NEW ARTICLE ALERT 🚨 “High sensitivity mapping of brain-wide functional networks in awake mice using simultaneous multi-slice fUS imaging” out in Imaging Neuroscience

We congratulate Tudor Tudor Io on successfully defending his thesis titled 'The Study of Brain Function at Rest and Under Activation Using Simultaneous PET/MRI Imaging' today. Well done Dr. Ionescu! #PET #MRI #imaging #brain #functionalimaging

Coming soon to an everywhere near you.

🚨 New radio-frequency dataset available for ULM 🚨 1/3 Following the publication of open datasets and processing algorithms for ULM we got a lot of positive feedback. Teams around the world have been using this data to jump on the ultrasound superresolution train

2/3 To date, 45 Terabytes of data have been downloaded from that dataset (lnkd.in/eWmJhe-J) and the codes have been exploited, and improved, in many laboratories (lnkd.in/g6gHYtpY) . However to further advance processing, we need raw data.

3/3 Today, we are happy to provide a brain dataset within a new addendum of the original article lnkd.in/e6ftwcjf. The data is on Zenodo: lnkd.in/eKYTX2Ja Many thanks to vincent hingot and other co authors not on X #ULM #Ultrasound #superresolution #OpenScience

Sound sheet imaging! 🔊Amazing to see acoustic reporter genes in 3D, real time, with high resolution. Congrats to the David Maresca lab, first author Baptiste Heiles 🔊🐭🧠 and collaborators.

1/3 Nonlinear Sound-Sheet Microscopy (NSSM), a method to image synthetic contrast agents and Acoustic Reporter Genes relies on non-diffracting beams and Row Column Addressed Arrays

2/3 NSSM successfully revealed spatial patterns of mammalian Acoustic Reporter Genes expression in tumor masses implanted in a mouse model. It allowed to segment and quantify progression of cancer in 3D

3/3 Contrary to the linear approaches (SSM), NSSM has improved sensitivity to slow flows thanks to tissue filtering based on nonlinear response. NSSM combined with synthetic contrast agents can image flow in the capillary system in the rat brain with improved resolution!

Thanks to all the lab members and friends who joined us for the annual Shapiro Lab beach party on Hermosa Beach, CA! 🌴 Some serious hops in this group. 😁

The sleeping Brain #Science #MedEd #MedX Science Magazine

🎉Congratulations to our collaborators Baptiste Heiles 🔊🐭🧠, David Maresca and other co-authors from David Maresca on their recent pre-print in collaboration with Flora Nelissen and Valeria Gazzola from SBL! Check out the groundbreaking work on nonlinear sound-sheet microscopy on biorxiv!🔬