Congratulations to postdoctoral fellow Karl Landheer on the publication entitled "Simultaneous optimization of crusher and phase cycling schemes for magnetic resonance spectroscopy: an extension of dephasing optimization through coherence order pathway selection" in Magnetic Resonance in Medicine. DOTCOPS can now optimize both crusher and phase cycling schemes. The free-to-use software is available at: http://innovation.columbia.edu/technologies/CU18146_DOTCOPS
Congratulations to first author postdoctoral fellow Karl Landheer and co-author Ph.D. student Kelley Swanberg on their publication entitled "Magnetic Resonance Spectrum Simulator (MARSS), A Novel Software Package for Fast and Computationally Efficient Basis Set Simulation." MARSS is a from-scratch software package designed to simulate the spectra of metabolites from quantum mechanics.
The MR SCIENCE lab has published a review paper in JMRI entitled "Theoretical description of modern 1H in Vivo magnetic resonance spectroscopic pulse sequences." This paper covers the details of MRS acquisition in concise manner. Congratulations to first author postdoctoral fellow Karl Landheer and co-authors Ph.D. student Kelley Swanberg and undergraduate student Michael Treacy.
Postdoctoral fellow Dr. Karl Landheer gave four talks at the 2019 ISMRM covering optimization of crusher and phase cycling schemes (DOTCOPS), a novel ultrashort echo time sequence, a fast map shimming tool (FAMASITO) and an educational talk on RF pulses, in addition to two posters about basis set simulation (MARSS).
The MR SCIENCE lab has published a novel algorithm, referred to as Dephasing Optimization Through Coherence Order Pathway Selection (DOTCOPS), which designs crusher schemes for any magnetic resonance spectroscopy experiment, and can be used for any metabolite of interest. DOTCOPS uses a numerical optimization to provide maximum crushing to all unwanted coherence pathways, thereby eliminating the effects of spurious echoes which can contaminate the spectrum or cause voxel mislocalization.
The MR SCIENCE lab has published the first in vivo quantification of transverse relaxation rate T2 for edited glutathione at 7 Tesla. Performed in the human occipital cortex, their method used can be generally applied to calculate the T2 of any measurable metabolite, at great benefit to the investigation of those that exhibit J-evolution from strong coupling. Second-year Biomedical Engineering Ph.D. student Ms. Kelley Swanberg has first-authored the publication, which is currently in press at the Journal of Magnetic Resonance:
Postdoctoral fellow Dr. Karl Landheer and second-year Biomedical Engineering Ph.D. student Ms. Kelley Swanberg receive scholarships to present their work at the GEM-ASEE Doctoral Research Showcase, funded by the National Science Foundation and Alfred P. Sloan Foundation, at the Mayflower Hotel in Washington, D.C. in January 2018.
Postdoctoral fellows Dr. Sebastian Theilenberg and Dr. Karl Landheer and second-year Biomedical Engineering Ph.D. student Ms. Kelley Swanberg receive stipends from the International Society for Magnetic Resonance in Medicine (ISMRM) to present their work at the June 2018 Annual Meeting in Paris, France.
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