Tali Ilovitsh

Associate Professor of Biomedical Engineering @TelAvivUni

[Tali Ilovitsh @IlovitshLab]

@GiliBisker @nanocarbons @TelAvivUni Congratulations! 🎉

[Tali Ilovitsh @IlovitshLab]

@GiliBisker @wileyinresearch Congratulations 👏 @GiliBisker

[Tali Ilovitsh @IlovitshLab]

@JerzySzablowski Congratulations 👏

[Tali Ilovitsh @IlovitshLab]

Congratulations to @Roni_gatt for leading this research. Wonderful collaboration with @DfmLab!
@TelAvivUni @of_sagol @BioSoftTAU

[Tali Ilovitsh @IlovitshLab]

🚨 New paper alert! Can blood brain barrier opening be verified through a simple blood test?
In our new paper, we demonstrate nanobubble-mediated proteomic sonobiopsy as a molecular approach for monitoring BBB opening https://t.co/6DdpERlCOt

[Tali Ilovitsh @IlovitshLab]

@TelAvivUni @of_sagol @BioSoftTAU

[Tali Ilovitsh @IlovitshLab]

🚨 New paper alert!🔬 Can ultrasound and activatable microdroplets engineer smarter tissue scaffolds?
👏 Congrats to Hen Shenhav, the team, and our collaborators @LabAdler @DekelRosenfeld
https://t.co/DSIGqwjl0h

[Tali Ilovitsh @IlovitshLab]

@LabAdler @TAUMedFaculty @rappaport_prize @Tel_Aviv_Uni Amazing, Congratulations! 🎉

[Tali Ilovitsh @IlovitshLab]

Our lab is giving seven oral presentations at the IEEE International Ultrasonics Symposium (IUS) 2025 in Utrecht this week. Please stop by!
We look forward to connect and discuss our recent advances in ultrasound imaging and therapy!
#IEEEIUS2025

[Tali Ilovitsh @IlovitshLab]

Happy to share our recent paper in npj Acoustics🎉📢
We present a pipeline for 3D ultrasound from sparse 2D slices using a motorized 1D array + implicit neural representation. 7.9× faster, 93% accuracy (36 images), 6.3% error in-vivo. https://t.co/Ja7bzd51sb @TelAvivUni @of_sagol

[Tali Ilovitsh @IlovitshLab]

3/ 🧬 We delivered clinically relevant ionizable lipid nanoparticles (SM-102 and Lipid 14) and demonstrated accumulation in glioblastoma, laying the groundwork for targeted RNA-based brain therapies.

[Tali Ilovitsh @IlovitshLab]

1/ 🚨 Just published in @JCRnEDITORS
🧠 Ionizable lipid nanoparticles can now be noninvasively delivered into brain tumors using focused ultrasound. Great collaboration with @peer_lab and @DfmLab https://t.co/1ujE3UUAvJ

[Tali Ilovitsh @IlovitshLab]

2/ 🔊 Using low-frequency focused ultrasound + microbubbles, we optimized acoustic parameters and particle sizes (1 kDa dextrans to 100 nm LNPs) to cross the blood–brain barrier.

[Tali Ilovitsh @IlovitshLab]

@SorkinRaya Congratulations Raya!!

[Tali Ilovitsh @IlovitshLab]

🚨 New paper alert! 🚨
Can we visualize flow pathologies in tiny vessels? Yes, using ULM and vascular-mimicking microfluidic chips!
https://t.co/iXTMJ794ud
@TelAvivUni @BioSoftTAU @of_sagol

[Tali Ilovitsh @IlovitshLab]

🚨Thrilled to see our work featured on the cover of Small!🚨
We developed a nanodroplet-enhanced ultrasound approach to mechanically disrupt tumors and enhance immunotherapy response.
Huge thanks to @AlexeyChizhik for the cover illustration! @TelAvivUni @BioSoftTAU @of_sagol

[Tali Ilovitsh @IlovitshLab]

🚨 New paper alert! Excited to share our latest work, led by Bar Glickstein, published in Small! 🎉 We combined nanodroplet-enhanced ultrasound surgery with immune checkpoint inhibition to mechanically disrupt tumors and activate the immune system. https://t.co/yqwkRjnlN1

[Tali Ilovitsh @IlovitshLab]

@PerlmanOr @NatureProtocols @altustro @ERC_Research @of_sagol @TelAvivUni @TAD_Tau Congratulations 👏

[Tali Ilovitsh @IlovitshLab]

@GiliBisker Congratulations 🎉

[Gili Bisker @GiliBisker]

🚨 Just published!
We developed a metal-ion fingerprinting platform using peptide-functionalized SWCNTs, chemically diversified via UV-induced oxidation.
➡️➡️➡️Our Analyte Classification and Feature Selection Algorithm can identify the optimal sensor set.
https://t.co/7Thmp6s8i9

[Tali Ilovitsh @IlovitshLab]

🚨 New paper alert! Excited to share our latest work, led by Bar Glickstein, published in Small! 🎉 We combined nanodroplet-enhanced ultrasound surgery with immune checkpoint inhibition to mechanically disrupt tumors and activate the immune system. https://t.co/yqwkRjnlN1