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Upcoming BME Events

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Mar 26 10:00 am

BME Seminar Series: Dion Khodagholy at Uncas A. Whitaker Hall

Apr 27 1:00 pm

Frank C. P. and Grace C. Yin Distinguished Lecture: Mikhail G. Shapiro at Uncas A. Whitaker Hall

WashU's Fall 2025 Ignite Interdisciplinary Grants were awarded to researchers with projects on pressing public health problems, including studies on air pollution from wildfires, managing opioid pain relief safely, sustaining healthy eating programs, and improving outcomes for children with cancer. (Illustration: Emily May at WashU Public Health/Getty Images/Unsplash)

Ignite Interdisciplinary Grant awardees announced

Program supports innovative, interdisciplinary research focused on public health across WashU.

02.18.2026

With a $3.27 million grant from the National Institutes of Health, Song Hu’s lab is developing a fiber-based, deep-brain interface to study the relationship between neurovascular dysfunction and memory loss in Alzheimer’s disease. (Credit: Image generated by Manus)

Fiber implant sheds new light on Alzheimer’s disease progression

Song Hu’s lab developing a fiber-based, deep-brain interface to study the relationship between neurovascular dysfunction and memory loss in Alzheimer’s disease.

02.17.2026

Dai named to Forbes '30 Under 30' list

Yifan Dai was selected for contributions to global cellular physiology.

02.16.2026

Hosted by the Center for Teaching & Learning, the iTeach conference featured sessions on AI pedagogy and ethics, alternative assessments and creative course design. The center hosts dozens of panels and workshops every year for faculty, postdoctoral researchers and graduate students. (Courtesy photo)

STEM Exchange to boost learning, support faculty

Effort launched at iTeach, biennial conference to improve teaching on campus.

01.23.2026

The image above is from a 63-year-old woman with targeted-ultrasound demonstrated an irregular mass detected by a screening mammogram. The total hemoglobin concentration (HbT) map (inset) showed high HbT levels, which raises suspicion for cancer. The calculated blood oxygen saturation level was at the lower end. The HbT and blood oxygen saturation levels were presented to the radiologists in the study, which increased the confidence of a malignant diagnosis. The biopsy results revealed grade 3 triple-negative breast cancer, measuring 2 centimeters. (Credit: Zhu lab)

Imaging technique can reduce benign breast biopsies by 25%

Ultrasound-guided diffuse optical tomography reduces breast biopsies in WashU study.

01.15.2026

Biological condensates are clumps of molecules that condense, and scatter apart based on the surrounding chemical and electrical environment in a cell. They can appear like oil droplets in water but lack a membrane. Recent work from WashU researchers shows how to design and embed these proteins into living systems to serve as electron generators. (AI generated image courtesy Dai lab)

Condensate engines could power bioelectrochemical devices

Biomedical engineers at Washington University in St. Louis have outlined how properties of biological condensates may serve as engines to power electrochemical reactions at a microscale.

01.15.2026

Reviving antibiotics with two-faced nanoparticles

A team led by Yan Yu develops a double-pronged approach to fighting antibiotic resistance.

01.13.2026

Yifan Dai and his team designed a method based on directed evolution to create synthetic intrinsically disordered proteins that can facilitate diverse phase behaviors in living cells. Intrinsically disordered proteins have different phase behaviors that take place at increasing or decreasing temperatures, as shown in the image above. The intrinsically disordered proteins on the left are cold responsive, and those on the right are hot responsive. The tree image in the center depicts the directed evolution process with the reversible intrinsically disordered proteins near the top. Feeding into the process from the bottom are soluble intrinsically disordered proteins. (Credit: Dai lab)

Harnessing evolution: Evolved synthetic disordered proteins could address disease, antibiotic resistance

Yifan Dai’s lab designs directed evolution-based method to program synthetic intrinsically disordered proteins.

01.09.2026

Rohit V. Pappu, the Gene K. Beare Distinguished Professor of Biomedical Engineering, and Min Kyung Shinn, a former postdoctoral researcher in his lab, investigated some of the physical features of nuclear speckles that were inconsistent with the type of uniform droplets one expected to see if they formed via liquid-liquid phase separation. Their microscopy images revealed that the speckle-associated proteins were distinct in the types of structures they formed. [Credit: Nature Reviews Molecular Cell Biology 4, 605–612 (2003).]

Microphases are targets for therapeutic intervention for neurodegenerative disorders

Min Kyung Shinn, Rohit Pappu investigate nuclear speckles.

12.19.2025