Matthew Lowerison

[Pengfei Song @SongLabDuke]

Check out our new paper led by @Zhijie_D where we present a new version of the FASTER probe clip-on device that enables high volume-rate, multimodal 3D ultrasound imaging with regular 1D ultrasound probes (B-mode, Doppler, and super-resolution imaging).

https://t.co/i5ZOdlZUUb

[Pengfei Song @SongLabDuke]

Huge congratulations to @MRLowerison and @yirangs2 who worked so hard to help the @SongLabUIUC clinch the winner award for the super-resolution imaging challenge (in vivo) at @ieeeius 2022!

[Pengfei Song @SongLabDuke]

Check out our super-resolution ultrasound brain imaging preprint on mice with Alzheimer's disease. We found that the early stage of the disease presented with decreased blood flow velocity in vulnerable brain regions. @LlanoLaboratory @BeckmanInst

[Pengfei Song @SongLabDuke]

In this preprint we introduce CS Doppler, a deep generative neural network-based technique that super-resolves microvessels without using contrast microbubbles. This work was lead by @QiYou2 and in collaboration with @AnastasioLab and @LlanoLaboratory.

[Pengfei Song @SongLabDuke]

@SongLabUIUC at the @uofigrainger Research Fair!

[Pengfei Song @SongLabDuke]

We're thrilled to receive a @NIBIBgov R01 grant to develop a novel probe clip-on device that instantly converts 2D ultrasound to 3D, with ultrafast imaging capabilities. Thanks to our collaborators' (@ShigaoChen and Jun Zou) help, this application was ranked at 2 percentile!

[Pengfei Song @SongLabDuke]

And here is the full hemisphere of the brain!

[Pengfei Song @SongLabDuke]

Inspired by #fULM from @TanterM, we also generated videos of microbubbles moving inside a mouse brain. This is indeed a very cool way of presenting #ULM data and showing what blood flow looks like in brain tissue!

[Beckman Institute at Illinois @BeckmanIllinois]

Many scientists consider the complex relationship between Alzheimer's disease and the brain's vascular system to be a "chicken and egg" problem.🧠

With new ultrasound imaging tools, #ILLINOIS researchers are making "quantum leaps" toward understanding it▶️https://t.co/km9HT2US5u

[Pengfei Song @SongLabDuke]

Many thanks to @BeckmanInst again for another great article featuring our collaboration with @LlanoLaboratory!

[Pengfei Song @SongLabDuke]

In this paper we demonstrate the robustness of deep learning-based microbubble (MB) localization for super-resolution imaging, especially under high MB concentrations. Our results also indicate the need of temporal MB information for further improvement.

https://t.co/WXinKRj2wd

[Pengfei Song @SongLabDuke]

Honored to be featured in this great article from @uofigrainger with @AnastasioLab and Oelze Lab. @UofIllinois is known for excellent biomedical ultrasound research for 75+ years. We are very proud to contribute to this ongoing story.

https://t.co/cnhHHezsHP

[Beckman Institute at Illinois @BeckmanIllinois]

Meet Beckman's 2022 class of postdoctoral fellows. 🎉

They'll blend the institute's mission to build a better world with the #ILLINOIS spirit of innovation, tackling grand challenges from cancer research to medical imaging. 🌍 🧪

Read about the cohort➡️https://t.co/5Xy2Mjfs69

[Pengfei Song @SongLabDuke]

Check out our latest paper by @QiYou2 in @IEEE_TMI! We developed a curvelet-based sparsity-promoting method to accelerate super-resolution imaging. Our method uses 80% less data, providing a robust solution for shortening super-res data acquisition. https://t.co/RqWs0WlDzn

[Pengfei Song @SongLabDuke]

Congrats to @_JihunKim who accepted a faculty position at Kangnam University and @MRLowerison who received the Beckman postdoctoral fellowship!! Jihun we hate to see you go but wish you all the best for the next stage of your career!

[Pengfei Song @SongLabDuke]

Excited to have this work published in collaboration with @LlanoLaboratory @BeckmanInst ! Check out our open access paper here: https://t.co/IrjZI6jpbG

[Pengfei Song @SongLabDuke]

Check out our latest publication in IEEE TUFFC! We designed a pixel oriented adaptive apodization to improve coherent plane-wave compounding. This technique has great potential for a multiple of imaging modalities based on #UltrafastUltrasound imaging. https://t.co/bkCCbl4et9

[Pengfei Song @SongLabDuke]

Check out our new work on 3D ultrasound shear wave elastography using the 2D row-column-addressing array! The high volume rate and low channel count provide a clear pathway for future clinical translation. https://t.co/1Q6HXne04P

[Pengfei Song @SongLabDuke]

Another exciting #superresolution #ultrasound imaging study published in IEEE TBME! These amazing vascular images revealed combination therapy effects between chemotherapy and anti-angiogenic agents on colorectal carcinoma tumors. https://t.co/BWC3L6S1dw

[Pengfei Song @SongLabDuke]

Jihun @_JihunKim joined us about a year ago with an interesting question: can we do STED style super-resolution imaging in ultrasound? I said we have to try! He did and it worked! Check out our preprint paper: https://t.co/vHloRTV6HF