Giving Your Neurons a Nudge: ECE Researchers Use Light, Sound and Microwaves to Influence Brain Function
Professors Ji-Xin Cheng and Chen Yang have two ongoing projects that could LITERALLY change your mind. The application of optoacoustic stimulation directly to specific neural circuits holds great promise for new therapeutic applications, while the inhibiting effects of microwaves on other neurological processes may offer a drug-free form of pain management.
Unveiling the Hidden Signatures of Drug Resistance in Cancer Cells
Supported by a $1.75M grant from the National Institute of Biomedical Imaging and Bioengineering, a multidisciplinary team of experts led by Professor Ji-Xin Cheng are developing a novel approach to establish high-speed, high-content and high-sensitivity mapping of cancer cell metabolism.
A Laser Focus on Fighting Cancer
Professor Ji-Xin Cheng’s pioneering work on medical imaging technologies is poised to advance cancer diagnosis and treatment, with a pair of projects that use different types of vibrational spectroscopy to improve our understanding of cancer at the cellular and molecular level.
Photoacoustic Stimulation with Single-Neuron Precision Developed by a BU Team
An article by a BU team entitled “Non-genetic Photoacoustic Stimulation of Single Neurons” will appear in Light: Science & Applications. This research is led by Professors Chen Yang (ECE, Chem, MSE) and Ji-Xin Cheng (ECE, BME, MSE) in collaboration with Professor John White (BME) and Professor Heng-Ye Man (Biology). The graduate students and researchers who made key contributions to the work include Linli Shi (Chemistry), Ying Jiang (ECE), Fernando Fernandez (BME), Guo Chen (ECE), and Lu Lan (ECE).
Professor Ji-Xin Cheng and Coworkers Published in Nature Communications
BU researchers reported an ultrafast fingerprint-stimulated Raman spectroscopic imaging platform, with broad applications to cancer metabolism, brain mapping, and biofuel production, in Nature Communications on May 24th, 2021. This work was funded by grants from the Department of Energy and the NIH.
Professor Cheng Awarded $2.4 Million Grant by NIH
Imaging technique solves long standing mystery in fighting fungal infections
By Alex LaSalvia Fungal infections are estimated to be currently affecting nearly a billion people around the world, with severity ranging from asymptomatic to life threatening. Battling these infections is one of the most important public health challenges today, and the medication amphotericin B (AmB) is a powerful first line of defense against dangerous fungi. […]
New Infrared Technology Development by Cheng and his Partners Could Change the Future of Pathology
New Infrared Technology Development by Cheng and Partners Could Change the Future of Pathology By: Meg McGrath The definition of disease is, “a disorder of structure or function in a human that produces specific signs or symptoms that affects a specific location.” To fully understand and precisely treat diseases, there’s an innate need to understand […]
Ji-Xin Cheng Receives 2020 Pittsburg Spectroscopy Award
A smile spread across Professor Ji-Xin Cheng’s face, a recent recipient of the 2020 Pittsburg Spectroscopy Award, as he expressed his reason for pursuing a 30-year-long career in the field of spectroscopy. “‘I’ve always wanted to study areas in science that seem impossible, and to push the boundaries and discover something new,” Cheng said. The […]
Ji-Xin Cheng Honored by the Optical Society of America
Professor Ji-Xin Cheng has been presented with the Ellis R. Lippincott Award from the Optical Society of America. Named after a pioneer in vibrational spectroscopy, the award recognizes those who continue to advance the field in innovative and creative ways.