Amid the start of a fresh semester, a familiar face is back at Beckman.
Visiting scholar Luisa Ciobanu, magnetic resonance imaging expert and innovation extraordinaire, will collaborate with researchers in Beckman’s Biomedical Imaging Center to advance the institute’s endeavors in MRI.
Ciobanu is a prolific researcher in neuroscience, pharmaceuticals, and biomedical imaging. Across these diverse fields, she specializes in MRI; specifically, developing techniques for running experiments with ultra-high magnetic fields. She’s well-versed in working with MRI scanners at every stage: from providing acquisition advice, to overseeing hardware installation, to leading research teams and shepherding scientific breakthroughs.
“What drove me towards MRI is its incredible versatility,” Ciobanu said. “And of course, among the many fields in which MRI is used, biomedical research is at the top of the list. I believe that the increased availability of high magnetic fields will lead to novel and exciting biomedical imaging applications."
Given her dynamic presence in the field of MRI, it’s not surprising that Ciobanu and Beckman Institute crossed paths in 2003, when she began a three-year appointment as a senior research scientist. she selected and facilitated numerous interdisciplinary research projects and self-directed studies to combine her home disciplines — physics and biology — with her peers’ strong suits — chemistry and engineering.
Ciobanu is invested in the past and future of MRI. She is pictured with Big Red, the first human MRI scanner, located in the Illinois MRI Exhibit at the Beckman Institute. Ciobanu spent an additional week at Beckman in March of 2020.
In September 2021, the third time is decidedly a charm. The reunion is a testament to the longevity of research relationships with roots on campus.
“Over the years, I kept in touch and continued to collaborate with some of the Beckman faculty. I particularly like the interdisciplinarity of the institute and how easy is to create collaborations across disciplines,” Ciobanu said.
As a visiting scholar, Ciobanu is here to teach and train, providing guidance and imparting wisdom to ensure that Illinois researchers make the most out of their MRI endeavors. This includes anything from setting up experiments and establishing protocols to programming specific pulse sequences and constructing specialized radiofrequency coils.
With the recent additions of a 9.4 Tesla preclinical MRI system and Siemens Healthineers MAGNETOM Terra 7 Tesla MRI scanner — the latter shared with Carle Health and located at the Carle Illinois Advanced Imaging Center — her appointment will no doubt be a busy one.
Currently, Ciobanu is a research team head at NeuroSpin, Commissariat à l'Energie Atomique in Saclay, France. In this role, Ciobanu manages research projects conducted on an ultra-high field 17 Tesla preclinical MRI system — a magnetic field strength more than 10 times higher than a standard human MRI. She began the position in 2007; four years later, she received her HDR (habilitation à diriger des recherches) in biology from the Université Pierre et Marie Curie in Paris. Her previous experience includes a principle scientist position at Pfizer, where she helped set up a 4.7 Tesla MRI animal imaging system.
Just as Ciobanu’s technical prowess and scientific curiosity align with Beckman’s research capabilities, her ethos mirrors the institute’s mission of collaborative innovation.
“The advanced hardware available today offers great opportunities for the development of new MRI methods to explore imaging applications at high and ultra-high magnetic fields. I want to help build collaborations with researchers from the Beckman Institute in order to facilitate such developments,” Ciobanu said.
Ciobanu will remain on campus until Friday, Oct. 8. Please contact her with questions or requests to set up an appointment at email@example.com.
Ciobanu obtained her B.S. in physics from Bucharest University in 1997. She obtained her M.S. in physics from Ohio State University in 2000, and her Ph.D. in physics from the same institution in 2002. She received an HDR in biology from Université Pierre et Marie Curie, in Paris, France, in 2011.
Her published works include a book titled Microscopic Magnetic Resonance Imaging: A Practical Perspective. She is also the holder of US patent no. WO/2009/015348 (“System and Method for Providing Flow‐Enhanced Signal Intensity During a Functional MRI Process”).