Kickoff meeting at MD Anderson Cancer
Successful meeting with our collaborators at MD Anderson Cancer Center to discuss progress on our funded NCI grant to detect of subclinical dysphagia. And I won a Dundie Award!
π Henry passes his PhD Dissertation proposal defense!
New Innovation in Cancer Engineering Partnership Seed Grant Award
I have been awarded the Innovation in Cancer Engineering Partnership Seed Grant to test a painless BioZ technology for diagnosing and monitoring treatment in patients with Acute Myeloid Leukemia. More info
$14.3M grant from the National Cancer Institute
π We have been awarded a $14.3M grant from the National Cancer Institute, marking a fantastic multidisciplinary collaboration between MD Anderson Cancer Center and my lab at the University of Utah. This project will improve long-term quality of life and health outcomes for oropharyngeal cancer survivors. A huge congratulations to the entire team for their hard work and dedication in making this possible!
π Exciting milestone alert!
We are thrilled to announce that today our dedicated clinical collaborators at MD Anderson Cancer Center tested our high-density electromyography (EMG) device on our first tongue cancer survivor!
Visit from our undergrad students at Utah Asia Campus
Today, my lab had the pleasure of hosting a group of enthusiastic students visiting from Utah Asia Campus. It was an inspiring experience to share our research with such a bright and inquisitive audience. One particularly exciting aspect of today’s visit was seeing that the majority of the students were women, all passionate about engineering. Their insightful questions reminded me of the global impact of collaboration and the importance of fostering cross-cultural exchanges in the field of education and research. A big thank you to everyone who made this visit possible.
Our lab awarded an Innovation in Cancer Engineering Grant!
The diagnosis of acute myeloid leukemia,Β the most common leukemia in adult patients with only about 30% long term survivors, and evaluation of response to therapy are done using bone marrow aspirates and biopsies. These are invasive procedures with potential serious complications. The goal of this project is to test non-invasive, painless bioimpedance technology to serve as an adjunctive and convenient biomarker to standard bone marrow biopsies.
REMOTE SKIN: Rural Electrical iMpedance dermOgraphy TEchnology to detect SKIN cancers
Excited to share that our project, REMOTE SKIN, aimed at enhancing access to advanced skin cancer evaluation in underserved regions, has been chosen for the Remote and Austere Challenge competition!
Nate receives 2024 NSF Graduate Research Fellowship!
π Exciting news! I am thrilled to announce that Nate has been granted the prestigious National Science Foundation (NSF) Graduate Research Fellowship! Collaborating with MD Anderson Cancer Center, his research will revolutionize the way we provide care to oropharyngeal cancer survivors. It’s a great honor to serve as his mentor, and I couldn’t be prouder of his remarkable achievements!
π₯New article publication in Head & Neck
We found bioimpedance was related to tongue strength and the presence of radiation-associated XII neuropathy. Our work paves the way to non-invasive bioimpedance as an adjunctive biomarker to assess tongue health in oropharyngeal cancer survivors.