CLIMB

A $21 million Advanced Research Projects Agency for Health (ARPA-H) project led by CCIL researchers will create an automated production platform that quickly manufactures 3D tumor models, which can be used to study cancer and test potential treatments. 🔶 go.illinois.edu/ARPAHTumorMode…

A multidisciplinary team from @UofIllinois, @MayoClinic, @CarleHealth, & Eleuthra Photonics is receiving an up to $33m contract from @ARPA_H to develop an end-to-end solution that will drastically improve surgical outcomes for cancer tumor removal. Details mayoillinois.org/connect/news/a…

The CLIMB Biophotonics Summer School just ended! Students worldwide explored biophotonics with expert lectures and hands-on labs, from optics to biomedical breakthroughs. Read more: bioengineering.illinois.edu/news/CLIMB-Sum…

The Department of Bioengineering in The Grainger College of Engineering seeks applicants for a Visiting Research Specialist position in Dr. Yang Liu’s laboratory. 🔶Apply here: illinois.csod.com/ux/ats/careers…

Congratulations to the 12 Beckman researchers selected for the first cohort of #CZBiohubCHI investigators: Rohit Bhargava Qian Chen Martha Gillette Bumsoo Han Amy Wagoner Johnson Hyunjoon Kong Cathy Murphy M. Taher Saif Mei Shen Brad Sutton Jonathan Sweedler Yurii Vlasov 🔷👏🔶

Via #OPG_BOEx: Line-field dynamic optical coherence tomography platform for volumetric assessment of biological tissues ow.ly/l9ts50StJoe #BiomedicalImaging @USWaterloo

An Editors' Pick via #OPG_OL: High-speed forward-viewing optical coherence tomography probe based on Lissajous sampling and sparse reconstruction ow.ly/kWJs50Sthkx #OpticalCoherenceTomagraphy #SystemsDesign @UHouston

Proud of this latest publication from graduating PhD student, @Kevin_W_Bishop. In this 5th-generation of OTLS microscopes from our lab, we improve axial resolution to reduce out-of-focus background in densely labeled specimens (e.g. our fluorescent anolog of H&E).

☑️ 4 years ☑️19 students ☑️ 1 comprehensive review article about the tissue microenvironment The CCIL's Tissue Microenvironment (TiME) Training Program published a comprehensive review article about the TiME that can serve as a guide for researchers. 👉 go.illinois.edu/TiMEReview

Our faculty and students had a fantastic experience! Read more about their experiences and the positive impact of this conference! #FutureLeaders #Bioengineering #RisingBMEScholars #UIUC bioengineering.illinois.edu/news/Rising-Sc…

UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

Watch this beautiful compilation of sensitive cells including mesenchymal stem cells and primary human keratinocytes, where highly dynamic subcellular organelles, such as mitochondria, lipid droplets, lamellipodia, nucleus, nucleoli, etc. can be clearly analyzed!

📷 Exciting News! 📷 The Department of Bioengineering is thrilled to welcome Karin Readel as our new Assistant Director of Graduate Programs. 📷 Click the link to learn more about Karin: bioengineering.illinois.edu/.../Welcome-Ka… #Bioengineering #GraduatePrograms

We celebrate our awesome boss ⁦@melissa_skala⁩ and her renewal position at ⁦@Morgridge_Inst⁩

📷 Call for Papers: Quantitative Phase Imaging at @SPIEtweets Photonics West 2025! 📷 • Abstract Submission Deadline: 17 July 2024 • Conference Dates: 25 - 30 January 2025 📷 Submission Instructions: spie.org/pwb/conference…