果冻影院

I received my BSE in biomedical engineering from Marquette University, my MSEE in electrical engineering from Massachusetts Institute of Technology, my PhD in medical engineering from Harvard University/Massachusetts Institute, and my PhDEE from Massachusetts Institute of Technology. I completed my postdoctoral training in MRI at Harvard/Massachusetts General Hospital NMR Center. I became 果冻影院 faculty in 2002.

I started the first translational brain tumor imaging research laboratory at 果冻影院, characterized by an ongoing integration with the clinical neuro-oncology team. The lab’s foundational work served as the basis for the recently published national consensus protocol for the clinical use of perfusion MRI in patients with primary and metastatic brain tumors. I founded two companies and have held ongoing leadership roles in national multi-center clinical trials; these have served to advance the translation of proven imaging technologies for routine clinical use and the evaluation of new treatments. Our lab continues to be at the forefront of developing advanced MRI biomarkers for the evaluation and treatment of brain tumors, with recent work leveraging advances in machine learning and artificial intelligence.

1989-1990 - Gillette Fellow, Medical Engineering and Medical Physics, Harvard-MIT, Cambridge, MA
1993-1994 - Sterling Winthrop Fellow, Health Sciences and Technology, Harvard-MIT, Cambridge, MA
1998 - Featured in Milwaukee Business Journal's "40 Under 40"
1999 - American Society of Neuroradiology Meeting, Magna Cum Laude, awarded to "Diffusion magnetic resonance imaging in stroke: A comparison of spin-echo and FLAIR spin echo diffusion sensitive techniques," JL Ulmer, AT Olson, LL Latour, OB Nordling, KM Donahue
2001 - 101st Annual Scientific Meeting of American Roentgen Ray Society, Seattle, Washington, Scientific Exhibit Gold Medal awarded to "Physiologic magnetic resonance imaging of the brain: A conceptual approach to contrast mechanisms and measureable physiologic parameters," JL Ulmer, JM Strottmann, RW Prost, KM Schmainda, BB Biswal, LP Mark, DL Daniels
2004 - International Society of Magnetic Resonance in Medicine Meeting, Young Investigator Moore Award, awarded to "Intravoxel distribution of DWI decay rates reveals C6 glioma invasion in rat brain," *KM Bennett, JS Hyde, SD Rand, R Bennett, HGJ Krouwer, KJ Rebro, KM Schmainda
2004 - International Society of Magnetic Resonance in Medicine Meeting, First Place Poster Award, Cancer Imaging and Spectroscopy, awarded to "The anti-angiogenic drug, SU11657 decreases brain tumor size and normalizes perfusion as indicated by DSC-MRI perfusion parameters," *CC Quarles, FC Wu, M Darpolor, SD Rand, HGJ Krouwer, KM Schmainda
2004 - American Society of Neuroradiology Meeting, Summa Cum Laude, awarded to "Lesion-induced neurovascular uncoupling can mimic cortical reorganization by BOLD fMRI," JL Ulmer, L Hacein-Bey, VP Mathews, EA DeYoe, RW Prost, KM Schmainda, WM Mueller, HGJ Krouwer
10/19/2007 - United States Patent (#6,807,441 B2) for 鈥淓valuation of Tumor Angiogenesis Using Magnetic Resonance Imaging.鈥� Inventor: KM Schmainda
6/2007 - Bayer Best Paper Award to Dr. Schmainda鈥檚 graduate student, Eric Paulson, at 45th Annual Meeting of American Society of Neuroradiology Meeting, Chicago, for 鈥淐orrection of confounding leakage and residual susceptibility effects in dynamic susceptibility contrast MR imaging using dual-echo SPIRAL.鈥� Authors: *ES Paulson, *D Prah, KM Schmainda
5/2008 - 3rd Place Poster Award to Dr. Schmainda鈥檚 graduate student, Douglas Prah, at 16th Annual Meeting of International Society of Magnetic Resonance in Medicine, Toronto, for 鈥淚n vitro mitochondrial labeling using mito-carboxy proxyl (Mito-CP) enhanced magnetic resonance imaging.鈥� Authors: *D Prah, *ES Paulson, J Zielonka, MJ Hardy, J Joseph, B Kalyanaraman, KM Schmainda
5/2009 - 1st Place Poster Award in Cancer Imaging, to Dr. Schmainda鈥檚 post-doctoral fellow, Dr. Elllingson, at 17th Annual Meeting for International Society of Magnetic Resonance in Medicine, Honolulu, for 鈥淐ytotoxic and anti-angiogenic treatment responses in gliomas using functional diffusion maps (fDMs) in FLAIR abnormal regions.鈥� Authors: *B Ellingson, M Malkin, SD Rand, A Hoyt, J ConnellyJ, *B Bedekar, S Kurpad, KM Schmainda
7/28/2009 - United States Patent (#7,567,8321 B2) for 鈥淢RI method for measuring tumor hemodynamic parameters in the presence of contrast agent extravasation.鈥� Inventors: KM Schmainda, C Quarles, BD Ward
8/27/2009 - United States Patent (#0214437-A1) for 鈥淚n vivo mitochondrial labeling using positively-charged nitroxide enhanced gadolinium chelate magnetic resonance imaging.鈥� Inventors: B Kalyanaraman, KM Schmainda, J Joseph, M Lopez, *D Prah, MJ Hardy
5/2010 - International Society of Magnetic Resonance in Medicine Meeting, Young Investigator Moore Award, awarded for 鈥淰alidation of Functional Diffusion Maps (fDMs) as a Biomarker for Human Glioma Cellularity.鈥� *BE Ellingson, MG Malkin, SD Rand, JM Connelly, C Quinsey, *PS LaViolette, *DP Bedekar, KM Schmainda
5/2012 - Merit Award, International Society of Magnetic Resonance in Medicine Meeting, awarded for 鈥淧recise ex-vivo histological validation of heightened cellularity in regions of dark ADC in three cases of high-grade glioma.鈥� *PS LaViolette, E Cochran, M *Al-Gizawiy, S Rand, J Connelly, M Malkin, W Mueller, KM Schmainda
5/2013 - Summa Cum Laude Merit Award ISMRM Summa Cum Laude Merit Award, awarded for 鈥淭he relationship between short and long diffusion time ADC values in rat brain tumors鈥� *A Cohen, PS LaViolette, KM Schmainda, May 2013, p 0446.
10/2013 - United States Patent (#12/601,241) for 鈥淢ultiparameter Perfusion Imaging with Leakage Correction鈥�, Inventors: KM Schmainda, ES Paulson, D Prah, Issue Date: October 2, 2013
4/2016 - Elected to the American Institute for Medical and Biological Engineering (AIMBE) College of Fellows
9/2016-2018 - Robert C Olson MD Endowed Chair in Radiology, 果冻影院, Milwaukee, WI. (Relinquished endowment in order to switch primary appointment to Biophysics.)
11/2016 - Distinguished Investigator of the Academy of Radiology Research, Radiological Society of North America, Chicago IL
8/28/2019 - Nominated as 1 of 16 semifinal candidates for 鈥淢ost Influential Radiology Researcher鈥� in the 2019 edition of the Minnies, AuntMinne.com (a large comprehensive community website for medical imaging professionals worldwide)
8/28/2019 - Nominated as 1 of 15 semifinal candidates nominated for 鈥淪cientific Paper of the Year鈥� in the 2019 edition of the Minnies. The paper nominated is 鈥淢oving toward a consensus DSC-MRI protocol: Validation of a low-flip angle single-dose option as a reference standard for brain tumors.鈥� Schmainda KM et al, American Journal of Neuroradiology, April 2019
9/5/2019 - Dean鈥檚 Award for Clinical and Translational Research 2019. Unanimously chosen to receive this prestigious award based on contributions to translational research and collaboration
11/20/2019 - Outstanding Graduate School Educator 2018-2019, 果冻影院 Graduate School of Biomedical Sciences
3/2020 - Awarded American Journal of Neuroradiology's Lucien Levy Best Research Article Award for the best original research paper accepted in 2019: J.M. Hoxworth, J.M. Eschbacher, A.C. Gonzales, K.W. Singleton, G.D. Leon, K.A. Smith, A.M. Stokes, Y. Zhou, G.L. Mazza, A.B. Porter, M.M. Mrugala, R.S. Zimmerman, B.R. Bendok, D.P. Patra, C. Krishna, J.L. Boxerman, L.C. Baxter, K.R. Swanson, C.C. Quarles, K.M. Schmainda, L.S. Hu. Performance of Standardized Relative CBV for Quantifying Regional Histologic Tumor Burden in Recurrent High-Grade Glioma: Comparison against Normalized Relative CBV Using Image-Localized Stereotactic Biopsies. Am J Neurorad. Mar 2020, DOI: 10.3174/ajnr.A6486.
4/2020 - Elected as a Fellow of the International Society of Magnetic Resonance in Medicine

* Indicates student or staff under Dr. Schmainda

A primary focus of our laboratory is the development of MRI methods to assess brain tumor angiogenesis and invasion. Angiogenesis is the process of new vessel formation that enables tumors to grow and spread. Invasion describes the process whereby tumor cells enter and spread to other parts of the brain, making brain tumors very difficult to treat.

The methods developed in our laboratory can provide information about the normal brain and the vascular structure of tumors, the amount of blood volume in the brain and tumor (cerebral blood volume [CBV]), and the perfusion or delivery of blood to the tumor (cerebral blood flow [CB]). In addition, by using MRI methods capable of measuring the micromolecular movement of tissue water (i.e., diffusion), we have demonstrated the potential to track tumor progression and, possibly, invasion.

These vascular and diffusion parameters provide information about tumor biology that is not currently available with standard MRI used in clinical practice. Measurement of these parameters holds promise for providing a more complete assessment of the primary tumor and tumor spread, and for evaluating novel (e.g., anti-angiogenic) therapies. Studies performed in our laboratory address issues ranging from characterizing the basic biophysical relationships between the MRI signal and tumor biology to translating these methods to the clinical setting.

Lab Members
Mona Al-Gizawiy, Research Assistant Professor
Jaimy Pettit, Clinical Research Coordinator II
Melissa Prah, Engineer II
Robert Wujek, Graduate Student
Casey Zoss, Graduate Student