VIDEO: Professor Hong Chen at Washington University in St. Louis reached across disciplines, and within her own department, to work toward a more focused drug delivery system that could target tumors… view more
Credit: Washington University in St. Louis
A person’s brainstem controls some of the body’s most important functions, including heart beat, respiration, blood pressure and swallowing. Tumor growth in this part of the brain is therefore twice as devastating. Not only can such a growth disrupt vital functions, but operating in this area is so risky, many medical professionals refuse to consider it as an option.
New, interdisciplinary research in Washington University in St. Louis has shown a way to target drug delivery to just that area of the brain using noninvasive measures, bolstered by a novel technology: focused ultrasound.
The research comes from the lab of Hong Chen, assistant professor of biomedical engineering in the School of Engineering & Applied Science and assistant professor of radiation oncology at Washington University School of Medicine. Chen has developed a novel way in which ultrasound and its contrast agent — consisting of tiny bubbles — can be paired with intranasal administration, to direct a drug to the brainstem.
The research, which
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