uzay

Gate of Thousands

[uzay @uzemye]

https://t.co/rADsIK2pt3
Through the platform provided by the @bruker MRI Award, we @sjsawiak shared our vision and findings under the exciting theme "Bridging the Gap Between #Preclinical and #Clinical #Metabolomics #MRI #MRS via #PETALUTE #MRI #Rosette
@ISMRM @ISMRM_MRSHub

[Erik Middlebrooks, MD @EMiddlebrooksMD]

I am excited to attend #7TTANA26 meeting to present “From Boutique to Bedside: The Next Era of 7T Brain MRI” and share a preview of the many exciting new things our team has been working on! If you want to hear about exciting things in #7T, be sure to join us!

https://t.co/001KHPXSXV

[uzay @uzemye]

We're excited to feature @EMiddlebrooksMD , MD of Mayo Clinic Florida at #7TTANA2026. #UHF #MRSI #MRI

[uzay @uzemye]

Mark Widmaier received the 1st Place Award Trainee Award (Preprint: https://t.co/Qy5v25Bxwy) in the #Metabolomics & #Metabolic Imaging (MMI) Study Group at @ISMRM
#ISMRM2026 in Cape Town — and congratulations to Mark Widmaier #PETALUTE #MRSI #MRI

[Ian Shih @ShihYYI]

Very grateful to all members in the team who contributed to this work over the years. We hope multimodal approaches continue to open new opportunities for understanding how neurochemical dynamics relate to whole-brain fMRI activity.
https://t.co/6acCG2ftDU

[uzay @uzemye]

It is time to consider the role and scope of all 1H MRSI efforts, particularly given that Dr. Liang and his team have already demonstrated strong leadership and excellence in this area. https://t.co/4DQ6xMJSgW

[uzay @uzemye]

#PETALUTE #MRSI #MRI

[uzay @uzemye]

Leveraging Ace-SABRE and PETALUTE to Detect and Image Hyperpolarized [1-13C]pyruvate Metabolism in Yeast | ChemRxiv https://t.co/KtycBSm1qh

[uzay @uzemye]

#peTALUTE #MRSI #MRI https://t.co/j4VS8V9yNR

https://t.co/KtycBSm1qh

[uzay @uzemye]

#PETALUTE #MRSI #MRI

[uzay @uzemye]

Leveraging Ace-SABRE and PETALUTE to Detect and Image Hyperpolarized [1-13C]pyruvate Metabolism in Yeast | ChemRxiv https://t.co/KtycBSm1qh

[uzay @uzemye]

Leveraging Ace-SABRE and PETALUTE to Detect and Image Hyperpolarized [1-13C]pyruvate Metabolism in Yeast | ChemRxiv https://t.co/KtycBSm1qh

[uzay @uzemye]

Multi-contrast dual-resolution UTE for myelin fraction mapping and structural imaging https://t.co/OlebTjKWbT

[uzay @uzemye]

Dr. @ShihYYI  from @camri_unc #7T -TANA, #UHF 2026 @UNCRadiology . Emerging approaches such as #SORDINO, ZTE, and #PETALUTE, highlight how UTE/ZTE acquisitions go beyond #BOLD, with a focus on robust, silent, and high-specificity function imaging strategies.

[uzay @uzemye]

Dynamic PETALUTE Imaging of 1-¹³C Pyruvate Injection in Phantom: A Real-Time Visualization of Metabolic Signal Propagation https://t.co/AxzwXgRTxn

[uzay @uzemye]

Hyperpolarization of [1-13C]pyruvate for Metabolic Sensing and Imaging with the #PETALUTE sequence #MRI #MRSI
https://t.co/hi30vCHrEN

[uzay @uzemye]

Stay tuned for the #PETALUTE achievement for both #MRSI and #MRI at @ENC_Conf Biocompatible Ace-SABRE Hyperpolarization of [1-13C]pyruvate for Metabolic Sensing and Imaging with the Petal-Ultrashort-Echo-Time MRI sequence; Presenter: Megan Pike (North Carolina State University)

[uzay @uzemye]

https://t.co/xlL0eIhUio

[uzay @uzemye]

#7T Translational Alliance of North America Meeting will be held on July 27, 2026. For abstract submissions for oral and poster presentations #UHF #MRI
📣 Abstracts: [email protected]
📝 Registration: https://t.co/9mHsGrwnIC

[uzay @uzemye]

🚀All-in-one PETALUTE sequence 🚀 ¹H + ³¹P metabolic imaging in a single framework —scalable from preclinical to clinical. Substrate + energetics.True translational bridge. Paper: Concurrent ¹H MRS & ³¹P MRSI at 7T https://t.co/57PRHZgPX1 #PETALUTE #MRI #Multinuclear #MRSI

[uzay @uzemye]

#PETALUTE #MRSI #MRI #tracheomalacia

[uzay @uzemye]

🚀 7T TANA 2026 is happening!
🗓️ July 27, 2026 | 📍 UNC–Chapel Hill
➡️ Turning 7T MRI innovation into real clinical impact.
📣 Call for abstracts is open
📝 Register here: https://t.co/lTVEqFmG86
Join us to shape the future of ultra–high-field MRI translation.
#7T #UHF #MRSI #MRI